File: D:/MariaDB Data/hyperflight/products.MYD
m ���r� PKTRAMPocket RAM Software� The PocketRAM application allows PDAs running Windows PocketPC 2003 (as used on the HP iPaq and similar devices) to download RAM2 files on the field. Once downloaded onto the PDA they can be viewed and altitudes measured.
The software operates in English, Italian, and French languages, and displays heights in feet or meters.
Supplied by email. If purchased alone without any physical goods we will refund the delivery charge automatically added to the total by the web site.
<b>See the <a href="http://www.f3k.it/2005/index.php?option=com_content&task=view&id=87&Itemid=39" target="_new"><font color="#990000">Manufacturer's web site</font></a> for more information about the software.</b> Click on the PDA images to see bigger screenshots.
Z �
-� � � � � � � � � ����� c1�C� ���r� RAM2'RAM2 Recording Altimeter *discontinued* <b>DISCONTINUED. WE NOW STOCK THE VERY SIMILAR ZLOG ALTITUDE LOGGER</b>
The high accuracy RAM2 Recording Altimeter for Models flight logger holds up to 32700 altitude readings in its ample RAM capacity, yet is smaller and lighter than competing devices.
<ul>
<li>Records altitude and displays it on your PC or PDA.</li>
<li>Resolution better than 1ft, aided by reading every sample thousands of times.</li>
<li>Holds up to 9 hours of data when sampling at 1 sample per second.</li>
<li>Can be set to sample at 1, 2, 5, or 10 samples per second, making it suitable for duration, high performance, and DGL models.</li>
<li>Use the supplied FlightView PC software to optimise launch altitude, climb speed, and sink rate.</li>
<li>Suitable for R/C or F/F models, as it doesn't need to be connected to a receiver.</li>
<li>Operates on a 9V to 3.5V supply, so can be used with a single LiPo cell.</li>
<li>Only draws 16mA, so a 145mAh LiPo will be enough for approx 9 hours logging.</li>
<li>Weight = 7.1g inc 28cm (11") lead</li>
<li>Connects to your PC or PDA using a supplied serial cable. For PCs without a COM port a USB to Serial converter will be required.</li>
</ul>
<img src="extras/flightview-software-2.jpg" width="310" alt="FlightView 3.2 Software">
<b>Read the <a href="products.asp?page=faq"><font color="#990000">RAM2 Frequently Asked Questions</font></a></b>
<b>See photos of <a href="extras/ram2/ram2-installations.htm"><font color="#990000">Customer RAM2 installations</font></a></b>
<b>Read the <a href="extras/ram2.pdf" target="_new"><font color="#990000">RAM2 Instruction Manual</font></a> for a full description of the facilities</b>
<b>No stock. RAM3 development is completed, but they are not available from a UK dealer. Please purchase a Zlog.</b>KLength = 30mm (1.2")<br>Width = 19mm (0.75")<br>Thickness = 9mm (0.35") max� � NF� � � � � � � � � � c1�C$ ���r� RAM2LRAM2L Recording Altimeter] The high accuracy RAM2L Recording Altimeter for Models flight logger holds up to 32700 altitude readings in its ample RAM capacity, yet is smaller and lighter than all other devices.
This new version is supplied with a standard R/C type plug, so that it can be wired directly to a battery (usually 1 lipo cell), or connected to a received like a RAM2. It will be the customer's responsibility to make up a suitable cable.
<ul>
<li>Records altitude and displays it on your PC or PDA.</li>
<li>Resolution better than 1ft, aided by reading every sample thousands of times.</li>
<li>Holds up to 9 hours of data when sampling at 1 sample per second.</li>
<li>Can be set to sample at 1, 2, 5, or 10 samples per second, making it suitable for duration, high performance, and DGL models.</li>
<li>Use the supplied FlightView PC software to optimise launch altitude, climb speed, and sink rate.</li>
<li>Suitable for R/C or F/F models, as it doesn't need to be connected to a receiver.</li>
<li>Operates on a 9V to 3.5V supply, so can be used with a single LiPo cell.</li>
<li>Only draws 16mA, so a 145mAh LiPo will be enough for approx 9 hours logging.</li>
<li>Weight = 4.5g </li>
<li>Connects to your PC or PDA using a supplied serial cable. For PCs without a COM port a USB to Serial converter will be required.</li>
</ul>
<img src="extras/flightview-software-2.jpg" width="310" alt="FlightView 3.2 Software">
<b>Read the <a href="products.asp?page=faq"><font color="#990000">RAM2 Frequently Asked Questions</font></a></b>
<b>See photos of <a href="extras/ram2/ram2-installations.htm"><font color="#990000">Customer RAM2 installations</font></a></b>
<b>Read the <a href="extras/ram2.pdf" target="_new"><font color="#990000">RAM2 Instruction Manual</font></a> for a full description of the facilities</b>
NO STOCK! RAM3 DEVELOPMENT IS HALED.KLength = 30mm (1.2")<br>Width = 19mm (0.75")<br>Thickness = 9mm (0.35") max � PP� � � � � � � � � � c1�C ���r� CS139Classic Sound Variometer? The Classic Sound Variometer is the smallest and lightest full sensitivity vario available for R/C models.
<ul>
<li>Measures altitude change and transmits it to the walkie-talkie groundstation on the UK/EU legal 433MHz band. </li>
<li>Can be set to operate on one of 69 channels, allowing many varios to operate on the band simultaneously. </li>
<li>Very sensitive 5cm/s (10 ft per minute) pressure sensor allows even the smallest and weakest bubbles to be detected. </li>
<li>Fast acting tonal output gives immediate indications of lift and sink.
<li>Weighs only 27g (0.95oz) </li>
<li>Operates on a 4.8V to 8V supply, so can be used with 4 or 5 cell NiXX receiver packs or two LiPo cells. </li>
<li>Draws only 60mA, so operates for over 2 hours on a 7g 2S 145mAh LiPo pack. </li>
<li>Short 7� flexible wire antenna. </li>
<li>Generous 1.2 mile range. </li>
<li>No PC or computer expertise required. </li>
</ul>
<b>Listen to a short clip of the <A HREF="extras/vario.wav"><font color="#990000">vario sound</font></a> when entering lift then sink</b>
Read the <a href="extras/CS139manual.pdf" target="_new"><font color="#990000">Classic Sound 139 Variometer Instruction Manual</font></a> for a full description of the facilities.
<i> Note this is only the part that goes in the model. If this is your first variometer you will also need a UHF Handy (or other compatible walkie talkie handset). See the <a href="products.asp?code=CS139C1"><font color="#990000">Classic Sound 139 Variometer & UHF-Handy Combo</font></a> for our package deal of both items. </i>JLength = 67mm (2.6")<br>Width = 27mm (1.1")<br>Thickness = 18mm (0.7") max
� �-� � � � � � � � � � c1�Co ���r� HANDY1UHF-Handy & Charger� The UHF-Handy is a small powerful dual band walkie talkie that is ideal for receiving transmissions from the Classic Sound Voice variometer.
It is now supplied with four AAA sized NiMh cells and a convenient charger so the walkie talkie is charged while placed in the stand. This ensures the radio is always fully charged prior to usage.
<img src="extras/handy-charger1t.jpg" alt="UHF Handy recharging">
<ul>
<li>Supplied with an earpiece (not shown in photo) for private listening.</li>
<li>LPD: 69 channels in 433 MHz band, 10 mW.</li>
<li>PMR: 8 channels in 446 MHz band, 500 mW.</li>
<li>Long battery service life: up to 15 hours.</li>
<li>Uses 4 AAA alkaline cells or suitable NiMH cells (not supplied)</li>
<li>Clear call identification with over 38 squelch codes.</li>
<li>Automatic channel browsing.</li>
<li>VOX function (Babyphone, channel monitoring). </li>
<li>Red and blue fascias supplied, simple changeover. </li>
<li>Only weighs 100g (4oz)</li>
</ul>
Please note the optional NiMH cells and convenient dual charger is sold separately.
<b>Read the <a href="extras/Team UHF-Handy Manual.pdf" target="_new"><font color="#990000">Team UHF-Handy Instruction Manual</font></a> for a full description of the facilities</b>62 x 104 x 40 mm, � )_� � � � � � � � � � � c1�C � �}�b� TEX TE Probe for Conventional Tailsh Fitting a total energy (TE) probe stops the vario being affected by pilot induced speed changes. This makes it much easier to differentiate between a "stick thermal" and a real bubble or rising air. The product consists of the aluminium TE probe, a short brass mounting tube, and approx 2m of thin tubing for plumbing the TE probe to the vario's pressure input. The TE Probe for Conventional Tails (TEX) should be mounted with the long part of the probe horizontal, aligned with the airstream, and the bent portion at the front pointing down.
With a Total Energy probe (TEK) fitted the variometer senses the vertical movement of the air mass, rather than the vertical movement of the model. The TEK does this by sensing the model�s speed, and adjusting the pressure into the variometer appropriately. With a perfect TEK you could dive a model and loop it, and the vario�s tone wouldn�t change - as long as you didn�t fly into lift or sink. Conversely, you could trim a model to high speed to escape an area of sink, and the TEK-fitted vario would continue to sense the vertical speed of the air mass only, without being confused by the higher than normal sink rate of the speeding model. Thus as soon as you had escaped the sink the vario would return to the normal tone - without the TEK you would have to slow the model up before you could rely on the vario�s signal.
<b>This TE probe is suitable for models with conventional and T tails. </b>
Read the <a href="extras/TEKManual.pdf" target="_new"><font color="#990000">TE Probe Instruction Manual</font></a> for a full description of how it works and installation guidelines.
� � .I� * � +� � � � � � � � d c1�C � �}�b� TEVTE Probe for V Tailse Fitting a total energy (TE) probe stops the vario being affected by pilot induced speed changes. This makes it much easier to differentiate between a "stick thermal" and a real bubble or rising air. The product consists of the aluminium TE probe, a short brass mounting tube, and approx 2m of thin tubing for plumbing the TE probe to the vario's pressure input. The TE Probe for V Tails (TEV) should be mounted with the long part of the probe vertical, perpendicular to the airstream, and the bent portion pointing upwards and either forwards or backwards.
With a Total Energy probe (TEK) fitted the variometer senses the vertical movement of the air mass, rather than the vertical movement of the model. The TEK does this by sensing the model�s speed, and adjusting the pressure into the variometer appropriately. With a perfect TEK you could dive a model and loop it, and the vario�s tone wouldn�t change - as long as you didn�t fly into lift or sink. Conversely, you could trim a model to high speed to escape an area of sink, and the TEK-fitted vario would continue to sense the vertical speed of the air mass only, without being confused by the higher than normal sink rate of the speeding model. Thus as soon as you had escaped the sink the vario would return to the normal tone - without the TEK you would have to slow the model up before you could rely on the vario�s signal.
<b>This TE probe is suitable for models with V tails. </b>
Read the <a href="extras/TEKManual.pdf" target="_new"><font color="#990000">TE Probe Instruction Manual</font></a> for a full description of how it works and installation guidelines.
� � 0 � � *� � � � � � � � d c1�C� ��r� HANDYCHG UHF-Handy NiMH Battery & Charger0 THIS PRODUCT IS SUITABLE FOR CUSTOMERS WHO HAVE PREVIOUSLY PURCHASED A UHF-HANDY WITHOUT A CHARGER.
This product consists of four AAA sized NiMh cells to fit the UHF-Handy radio, and a convenient dual charger so the walkie talkie is charged while placed in the stand. This ensures the radio is always fully charged prior to usage.
The charger is capable of charging two UHF-Handy radios simultaenously, however for our purposes only radio is required, and the other bay is left empty.
<img src="extras/handy-charger1t.jpg" alt="UHF Handy recharging"> 6 � F� (� � � � � � � � � � c1�C y ���r� WT405CHG1Editronic WT-405 Rechargeable Battery and Charger� This product consists of four AAA sized NiMh cells to fit the WT-405 radio, and a convenient charger so the walkie talkie is charged while placed in the stand. This ensures the radio is always fully charged prior to usage.
� �
-� � � � � � � � � � ^ c1�C ��r�
CS139C1*Classic Sound Variometer & UHF-Handy Combo� This combo of our Classic Sound variometer and UHF Handy walkie talkie is the most cost effective full sensitivity R/C variometer currently available.
This is all you need to be able to enjoy the delights of knowing as soon as your model enters lift or sink, rather than waiting and guessing.
See the individual products for their specifications. Save �15.00 by buying them together.
� � �(� �A� � � � � � � � � c1�C ��r� USB2SER USB to Serial Port Converter� Modern Laptops, Notebooks, and PCs that don't have a RS232 serial port will need one of these devices to convert a USB port into a serial port.
<b>Features</b>
<ul>
<li>Allows a serial device, such as the RAM2 to connect to a laptop or PC which does not have a serial port.</li>
<li>Connects via USB port.</li>
<li>USB Specification Rev.1.1 compliant.</li>
<li>Supports the RS232 serial interface.</li>
<li>Over 1Mbps data transfer rate.</li>
<li>Supports remote wake-up and power management.</li>
</ul>
<b>System Requirements</b>
<ul>
<li>200 MHz CPU or higher or compatible systems.</li>
<li>Spare USB port.</li>
<li>Windows 98/ME/2000/XP</li>
</ul> d � A� W�
� � � � � � � � d c1�C. ��r� MP1MicroPower e-loggeru Whether you�re into Electric Planes, Helis, Cars, Boats or other R/C models, you need to know how your electric power system performs under actual operating conditions.
The MicroPower system comes with everything you need to log current and voltage, right out of the box - logger, USB cable, CD, and manual.
<br>
<br>
{table title="MICRO POWER e-LOGGER UNIT " class=1 cols=2 width=160, align=L,L}
#Item, Description
Voltage Measurement, approx 5V to 45Volts
Voltage Resolution, 0.1V
Current Measurement, up to 100Amps
Current Resolution, 0.1Amp
Temperature Measurement, Dual inputs 0 to 220�C (0 to 434�F) - (one temperature input when RPM is used)
RPM Range, approx 1000 to 50,000 RPM
Current Draw, 35mA
Sample Rate, 1 to 10 per second (adjustable)
Weight lead version, 21grams (0.7oz)
Weight connector version, 17grams (0.5oz)
Units of measure, Metric and Imperial
Measurements, 57 x 28 x 13mm including sensor pins (2.25" x 1" x 0.5")
Length of Wires, 65mm (2.5") Lead version only
Record Time, Varies with sample rate, parameters being recorded, and "activeness" of the model. Anywhere from 20 minutes to hours is attainable depending on these settings. Since the system uses lossless data compression, it is not possible to give a precise record time.
{endtable}
<br>
<img src="extras/micropower-dash.jpg" width="500" alt="Windows Virtual Dashboard">
<br>
<img src="extras/micropower-graph.jpg" width="500" alt="Windows Graphing">
<br>
<b>Read the <a href="extras/micropower manual.pdf" target="_new"><font color="#990000">MicroPower Instruction Manual</font></a> for a full description of the facilities</b>
ELength = 57mm (2.2") <br>Width = 25mm (1")<br>Thickness = 13mm (0.5")d � 4-� )_� � � � � � � � � d c1�C � ���b�
P1Postage Upgrade& Please add this to your basket if you want to upgrade your shipping to courier service/Royal Mail {b,Special Delivery} (UK), {b,International Tracked & Signed} (some international countries), {b,International Tracked} or {b,International Signed} (other international destinations) service.
Please add TWO of these if you want a small parcel sent by courier within Europe.
Please add THREE of these if you want a small parcel sent by courier anywhere else.
Please add FOUR of these if you want a medium parcel sent by courier anywhere else.
d � � � � � � � � � � � e?�L] ���r� MPTS1Micro Temp Sensor� Optional micro sensor for measuring the temperature of your motor, batteries, or speed controller. Up to two can be used with the MicroPower logger.
120 degrees C (250 degrees F) max temp.
Weight = 1.3g inc 28cm (11") lead.
� #� � � � � � � � � � d c1�Cg ���r� MPRPM1Optical RPM Sensor� Measures the propellor RPM optically.
<b>Read the <a href="extras/MicroPower RPM Sensor Manual.pdf" target="_new"><font color="#990000">MicroPower RPM Sensor Manual</font></a> for more info about installation and operation.</b>
�
-� � � � � � � � � � d c1�C � ���r� R45 REDCON 4.5:1 Planetary Gear Box
REDCON Planetary gear box are made of high grade aluminium. All gears are made of carbon metal steel to provide durability and power.
For use with 400 or 480 size brushed and brushless motors including the Mega 16/15/x and 16/25/x series.
2 pinion gears included for 2.3mm and 3.17mm motor shafts.
CNC machined grooved housing increases cooling efficiency and thus decreases the heat of the gear box and motor. This increases motor efficiency and life.
Thickened gearbox mounting base eliminated the need to shorten the motor output shaft.
Gear Ratio: 4.5:1
Tested up to 400W power levels.
Output Shaft Diameter: 5mm
Gearbox Size: 29mm (D) x 30mm (L)
Weight: 47g
High efficiency - the motor's no load current is increased by typically only 0.3A.
� � � � � � � � � � � d c1�C� ���r� R33 REDCON 3.3:1 Planetary Gear Box REDCON Planetary gear box are made of high grade aluminium. All gears are made of carbon metal steel to provide durability and power.
For use with 400 or 480 size brushed and brushless motors including the Mega 16/15/x and 16/25/x series.
2 pinion gears included for 2.3mm and 3.17mm motor shafts.
CNC machined grooved housing increases cooling efficiency and thus decreases the heat of the gear box and motor. This increases motor efficiency and life.
Thickened gearbox mounting base eliminated the need to shorten the motor output shaft.
Gear Ratio: 3.3:1
Tested up to 400W power levels.
Output Shaft Diameter: 5mm
Gearbox Size: 29mm (D) x 30mm (L)
Weight: 47g
High efficiency - the motor's no load current is increased by typically only 0.3A. � � � � � � � � � � � d c1�C; ���r� USB2SERNP8USB to Serial Port Converter (No postage special for CM)� Modern Laptops, Notebooks, and PCs that don't have a RS232 serial port will need one of these devices to convert a USB port into a serial port.
<b>Features</b>
<ul>
<li>Allows a serial device, such as the RAM2 to connect to a laptop or PC which does not have a serial port.</li>
<li>Connects via USB port.</li>
<li>USB Specification Rev.1.1 compliant.</li>
<li>Supports the RS232 serial interface.</li>
<li>Over 1Mbps data transfer rate.</li>
<li>Supports remote wake-up and power management.</li>
</ul>
<b>System Requirements</b>
<ul>
<li>200 MHz CPU or higher or compatible systems.</li>
<li>Spare USB port.</li>
<li>Windows 98/ME/2000/XP</li>
</ul> d � A� � � � � � � � � � d c1�C � ��r� CS139C24Classic Sound Variometer, UHF-Handy & Earpiece Combo� This combo of our Classic Sound variometer, UHF Handy walkie talkie and earpiece. This is the most cost effective full sensitivity R/C variometer currently available.
This is all you need to be able to enjoy the delights of knowing as soon as your model enters lift or sink, rather than waiting and guessing. And you can do so privately without giving away lift/sink info to other R/C pilots nearby.
See the individual products for their specifications. Save �12.00 by buying them together.
� � �2� �Z� � � � � � � � � d c1�C ���r� HANDY2UHF-Handy with Earpiece� The UHF-Handy is a small powerful dual band walkie talkie that is ideal for receiving transmissions from the Classic Sound 139 Variometer. If two are purchased they can also be used for two way radio communications on the flying field or anywhere else. Very useful for liaising between towers and launchers, and between cars when travelling in convoy - with no call charges.
</ul>
<li>Supplied with earpiece (not shown in photo) for private listening.</li>
<li>LPD: 69 channels in 433 MHz band, 10 mW.</li>
<li>PMR: 8 channels in 446 MHz band, 500 mW.</li>
<li>Long battery service life: up to 15 hours.</li>
<li>Uses 4 AAA alkaline cells or suitable NiMH cells (not supplied)</li>
<li>Clear call identification with over 38 squelch codes.</li>
<li>Automatic channel browsing.</li>
<li>VOX function (Babyphone, channel monitoring). </li>
<li>Muting.</li>
<li>8 different call tones and monitor function.</li>
<li>Roger beep.</li>
<li>Current savings function.</li>
<li>Battery empty announcement.</li>
<li>Keyboard disabling.</li>
<li>Red and blue fascias supplied, simple changeover. </li>
<li>Only weighs 100g (4oz)</li>
</ul>
Please note the optional NiMH cells and convenient dual charger is sold separately.
<b>Read the <a href="extras/Team UHF-Handy Manual.pdf" target="_new"><font color="#990000">Team UHF-Handy Instruction Manual</font></a> for a full description of the facilities</b> i � ,� � � � � � � � � � d c1�Cm �}�b� LS13LipoSack - the LiPo battery charging and safety bag� <MARQUEE>
<font color="red"><b>DON'T MISS OUR SALE! �10 off RRP! </b></FONT>
</MARQUEE>
The LipoSack is a revolutionary invention for storing, transporting, and charging lithium polymer batteries. Although the LipoSack can't stop a damaged or abused LiPo battery from explosively igniting, it can and does contain any ignition very effectively, reducing the chance of serious damage and burns.
The LipoSack is made from a special fire-safe glass reinforced fabric so it doesn't add to the fire, and its slightly porous construction allows the gasses released in the extreme conflagration to escape without building up pressure, and causing an explosion.
The LipoSack bag is quite large, and pictured with a 3S 2.2ah LiPo pack for size comparison.
We highly recommend this bag as an essential piece of safety equipment for any user of LiPo cells.
<font color="#808080">Also known as: lipo charging bag, LiPo batteries bag, LiPo electric safety bag, lipo fire bag, lipoly battery bag, lipo charging container, Liposack, Liposac, li-po fire bag, lipoly safety bags</font>
<b><a href="extras/LipoSackv.wmv" target="_new"><font color="#990000">Click Here</font></a> to view demonstrations of lipo fires with and without the LipoSack.</b>
A LipoSack absorbing the explosive conflagration of a 3S 2ah lipo battery pack.
<a href="extras/LipoSackv.wmv" target="_new"><img src="extras/LS flyer pic02.jpg" width="390" border="0"></a>
Note that according to user trials the LP-Guard and other clone products DON'T WORK. Click <a href="http://www.youtube.com/watch?v=vBrzqlj_n-I" target="_new"><font color="#990000">this link </font></a> to see a test. The owner said "LP-guard melted like plastic. :-("
<b>FREE REPLACEMENT GUARANTEE</b>
If your LipoSack is involved in a failure resulting in a venting of the battery and fire return it to Hyperflight with a statement of the circumstances and receive a replacement LipoSack free of charge!
<i>In Stock</i>
31cm x 23cm (12"x9") � <� � � � � � � � � � � � �� c1�C. ��r� LS2 LipoSack X 2� <MARQUEE>
<font color="red"><b>SALE! 50% off! - - SALE! 50% off! - - While stocks last!</b></font>
</MARQUEE>
<b>Buy 2 Liposacks for �11.98 each, a saving of 50%</b>31cm x 23cm (12"x9") � 2 � � � � � � � � � � c1�C v ��r� LS5 LipoSack X 5� <MARQUEE>
<font color="red"><b>SALE! 54% off! - - SALE! 54% off! - - While stocks last!</b></font>
</MARQUEE>
Club together with your mates and make a <i>huge</i> saving!
<b>Buy five Liposacks for just �10.99 each, a saving of 54%</b>
31cm x 23cm (12"x9")2 � }J� 9F� � � � � � � � � � c1�C
� ��r� CSV1M%Classic Sound Voice Metric Variometer� The Classic Sound Voice variometer with English voice announcements and with height in meters. It is just like our CSV1 product, but all height announcements are in <b>meters</b>.
<ul>
<li>Clear announcements of altitude, voltage, and glitches.</li>
<li>Four R/C selected announcement modes - all include R/C voltage and failsafe warnings.</li>
<li>Normal mode announces the model's altitude whenever it crosses a 50m threshold.</li>
<li>�Integral� altitude change mode announces altitude change from 20 seconds ago - excellent for plane tuning and scratching.</li>
<li>Special mode for tuning the climb rate when flying electric gliders - now you can optimise your angle of climb real-time.</li>
<li>Use the R/C link to have your model's altitude announced on demand.</li>
<li>Saves the minimum voltage and maximum altitude, and announces them the next time the vario is switched on - great for bragging rights and safety.</li>
<li>Quiet mode only announces when the R/C voltage drops or if the radio link is lost - excellent for aerobatics.</li>
<li>Transmits it to the walkie-talkie ground station on one of 69 channels on the UK/EU legal 433MHz band. </li>
<li>Very sensitive 5cm/s (10 ft per minute) pressure sensor allows even the smallest and weakest bubbles to be detected. </li>
<li>Fast acting tonal output gives immediate indications of lift and sink.</li>
<li>Weighs only 29g (1oz) </li>
<li>Operates on a 4.8V to 8V supply, so can be used with 4 or 5 cell NiXX receiver packs or two LiPo cells. </li>
<li>Draws only 65mA, so operates for approx 2 hours on a 7g 2S 145mAh LiPo pack. </li>
<li>Small single unit makes for simple installation.</li>
<li>Short 7" flexible wire antenna. </li>
<li>Out of sight 1.2 mile range. </li>
<li>No PC or computer expertise required. </li>
</ul>
<b>Listen to a short clip of the <A HREF="extras/sound_e.wav"><font color="#990000">vario sound</font></a> when entering lift then sink</b>
Read the <a href="extras/CSVoicemanual.pdf" target="_new"><font color="#990000">Classic Sound Voice Instruction Manual</font></a> for a full description of the facilities.
<i> Note this is only the part that goes in the model. If this is your first variometer you will also need a UHF Handy (or other compatible walkie talkie handset). See the <a href="products.asp?code=CSV1MC1"><font color="#990000">Classic Sound Voice Vario & UHF-Handy Combo</font></a> for our package deal of both items. </i>
Stock due in Mid February. 67x27x15 mm (2.6x1.1x0.6 in) � �F� �-� � � � � � � � � d c1�C
X ���r� CSV1-Classic Sound Voice Variometer *discontinued*� <i>At last, a high spec vario for a reasonable price!</i>
With the Classic Sound Voice Wstech have created a variometer every bit as good as more expensive alternatives, but have also retained the simplicity of operation of their earlier varios.
<ul>
<li>Clear announcements of altitude, voltage, and glitches.</li>
<li>Four R/C selected announcement modes - all include R/C voltage and failsafe warnings.</li>
<li>Normal mode announces the model's altitude whenever it crosses a 100 ft threshold.</li>
<li>�Integral� altitude change mode announces altitude change from 20 seconds ago - excellent for plane tuning and scratching.</li>
<li>Special mode for tuning the climb rate when flying electric gliders - now you can optimise your angle of climb real-time.</li>
<li>Use the R/C link to have your model's altitude announced on demand.</li>
<li>Saves the minimum voltage and maximum altitude, and announces them the next time the vario is switched on - great for bragging rights and safety.</li>
<li>Quiet mode only announces when the R/C voltage drops or if the radio link is lost - excellent for aerobatics.</li>
<li>Transmits it to the walkie-talkie ground station on one of 69 channels on the UK/EU legal 433MHz band. </li>
<li>Very sensitive 5cm/s (10 ft per minute) pressure sensor allows even the smallest and weakest bubbles to be detected. </li>
<li>Fast acting tonal (duut, duut, dut, dut, dit, dit) output gives immediate indications of lift and sink.</li>
<li>Operates in feet or meter units</li>
<li>Weighs only 29g (1oz) </li>
<li>Operates on a 4.8V to 8V supply, so can be used with 4 or 5 cell NiXX receiver packs or two LiPo cells. </li>
<li>Draws only 65mA, so operates for approx 2 hours on a 7g 2S 145mAh LiPo pack. </li>
<li>Small single unit makes for simple installation.</li>
<li>Short 7" flexible wire antenna. </li>
<li>Out of sight 1.2 mile range. </li>
<li>No PC or computer expertise required. </li>
</ul>
<b>Listen to a short clip of the <A HREF="extras/sound_e.wav"><font color="#990000">vario sound</font></a> when entering lift then sink</b>
Read the <a href="extras/CSVoicemanual.pdf" target="_new"><font color="#990000">Classic Sound Voice Instruction Manual</font></a> for a full description of the facilities.
<i> Note this is only the part that goes in the model. If this is your first variometer you will also need a WT-405 (or other compatible LPD receiver). </i> 67x27x15 mm (2.6x1.1x0.6 in)d � #� � � � � � � � � � x c1�CQ �}�b� SUPRA-PRO-GSupra Pro Competition Glass� <b>Supra Pro Competition Glass</b>. This competition winning F3J model is a thermal duration soarer of the highest calibre. It was originally designed my Mark Drela, the world famous low speed aerodynamics professor at MIT and very gifted modeller, for bagged composite construction. However few modellers have the expertise or time to build the design, so Vladimir has made it available to all by using state of the art hollow moulded construction techniques. The CAD/CAM molds ensure the finished model has the exact wing and fuselage shape and totally accurate airfoils, and a superb surface finish.
The Supra Competition Pro sports all the design features that Drela�s models are world famous for, including a low pylon mounted wing, Drela designed custom airfoils, and a low drag V mounted tail plane. The upgraded Pro version has a drooped nose to reduce skidding on landing, allowing higher points when competition flying, and thisd latest Competition verson includes built up vertical and horizontal stabisers to reduce weight and intertia.
The glass version of this almost ready to fly glider can be assembled to a weight as low as 1600g, a brilliant figure for a large all molded model. The wing skin is a very rigid and tough glass/rohacell/kevlar sandwich with a substantial T800 carbon spar.
<img src="extras/supragpic-s.jpg" alt="Supra Glass molded wing construction">
The finessed design and the low weight allow the model to be an outstanding thermal soarer, that is particularly suited to weaker conditions common to the UK.
<b>Advantages of the Supra Pro Competition's Built-Up Tail </b>
1) The weight of the horizontal stabilizer is reduced by 7 grams, eliminating 15 grams of nose ballast.
2) The area of the horizontal stabilizer is increased by 7%, increasing stability, or allowing a more rearward CG, facilitating a further nose weight reduction.
3) Weight of the vertical stabilizer is reduced by 10 grams, eliminating 23 grams of nose ballast.
4) Stiffness and strength of the horizontal stabilizer is increased due to D-box and CF spar from T800 prepreg.
5) Improved accuracy of the tail airfoil due to new CAD/CAM built-up manufacturing process.
6) Reduction of weight at the extremities reduces the moment of inertia, increasing lift indication.
<b>Immediately Apparent Flight Improvements</b>
1) The Supra Competition reacts to the slightest of morning lifts and hot air bubbles.
2) Faster starts due to stiffer CF wing spar from T800 prepreg.
3) Improved control, especially apparent at low landing speed.
4) The Supra Competition reacts quickly to elevator input, if you dork the plane into the landing target.
Supra Competition kit has an assembled fuselage with a demountable vertical stabilizer, for easier transportation. The vertical stabilizer is fixed by a carbon pin. Please fix the pin in place with glued tape before flight.
The model is supplied with wing connection plugs and sockets and wiring harness for connecting up the wing servos.
{table title="Supra Pro Competition Glass Specification" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 3400 mm, 134 in
Wing area, 69.3 dm2, 1052 in2
Length, 1700 mm, 67 in
Typical flying weight, 1630 g, 57 oz
Wing loading, 24 g/dm2, 8.0 oz/sq ft
Wing airfoil, AG40/AG41/AG42/AG43
Tailplane airfoil, HT14/HT15
Fin airfoil, HT13/HT12
Centre of Gravity, 96-105 mm from wing leading edge
Controls, "Elevator, rudder, flaps, ailerons"
EDA, "2, 4, or 6 degrees - three sets of joiners supplied"
{endtable}
{table title="Supra Pro Competition Glass Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuse pod, 200 g,7.2 oz
Boom+Pushrods, 71 g, 2.5 oz
Centre Sect, 676 g, 23.8 oz
Tip Panels, 351 g, 12.4 oz
Hoz tail, 26 g, 0.9 oz
Vert tail, 32 g, 1.1 oz
Accessories, 105 g, 3.7 oz
Total structure, 1464 g , 51.6 oz
Ballast capability, 900 g, 31.7 oz
{endtable}
{SupraGliderServos}
{SupraVer}
Read {href, http://www.workflow.as/jogrini/diary/supra/index.htm" target=, Jo Grini's Supra pages} for building tips and flight reports.
Also check out this {href, http://www.rcgroups.com/forums/showthread.php?t=683470, RCGroups consoilidated list of Supra threads}.
Look at {href, http://www.charlesriverrc.org/articles/supra/supra.htm, Mark Drela's Supra writeup} on the Charles River site.
See the {href, http://airplane-model.com/instrsupra-eng.html, HTML Manual} on Vladimir's site.
Thanks to Jo Grini and Tuomo for permission to use their excellent photos of their Supra F3J TD Drela designed, R/C thermal soarer gliders.
<iframe title="YouTube video player" width="640" height="390" src="http://www.youtube.com/embed/dRH39IgwPss" frameborder="0" allowfullscreen></iframe>
3.4m (134") spanu � l_� � �,� � � � � � � � � c1�C� ���r� CSV1C1+Classic Sound Voice Vario & UHF-Handy ComboN This combo of our Classic Sound <i>Voice</i> variometer and UHF Handy walkie talkie is the most cost effective full sensitivity R/C variometer currently available.
This is all you need to be able to enjoy the delights of knowing as soon as your model enters lift or sink, rather than waiting and guessing. The brilliant voice features add announcements of R/C voltage, altitude, altitude change, failsafe, and the previous flight's maximum altitide and minimum voltage.
See the individual products for their specifications. Save �15.00 by buying them together
<b>In stock now!</b> x � �A� �Z� � � � � � � � � d c1�C� ��r� CSV1C25Classic Sound Voice Vario, UHF-Handy & Earpiece ComboX This combo of our Classic Sound <i>Voice</i> variometer, UHF Handy walkie talkie and Earpiece is the most cost effective full sensitivity R/C variometer currently available.
This is all you need to be able to enjoy the delights of knowing as soon as your model enters lift or sink, rather than waiting and guessing. The brilliant voice features add announcements of R/C voltage, altitude, altitude change, failsafe, and the previous flight's maximum altitide and minimum voltage.
See the individual products for their specifications. Save �10.00 by buying them together
<b>In stock now!</b> } � �A� �� � � � � � � � � d c1�C� ���r� ZLOG<Hexpert Systems Zlog Mod4 Recording Altimeter *discontinued* Chasing thermals? Shooting photos? Launching DLG gliders? Have you ever wondered how high you flew your R/C model? The Zlog Recording Altimeter allows you to find out as soon as you land, by reading its onboard LCD display.
Just install ZLog on your RC plane - be it a parkflyer, an R/C sailplane, hotliner, or 3D aerobatic radio controlled model. At only 8.5 grams, your plane won't know it's there. Instantly know how high your flight went with the onboard display. And its logging functionality allows you to record the complete flight for analysis on your PC via the USB interface.
* Onboard display shows altitude information in real-time.
* Tracks maximum altitude - find out how high your aircraft flew!
* Display and record altitude in feet or meters.
* Altitude resolution of 1 foot.
* Record data for later review - similar to the RAM2 (discontinued) and ALTI2 loggers.
* Configurable altitude/height data recording rate as fast as 10 samples per second.
* PC USB interface for configuration and data download, plot, and analysis.
* No RS232 port required.
* Onboard controls allow configuration in the field.
* Include PC software.
* Marks altitude data when triggered from an external signal.
* Exports data in Excel .csv format or as GIF, bitmap or JPEG images.
* Accepts wide range of input power: 4 - 15 volts. Power from your aircraft receiver.
* Firmware upgradeable.
* Mini USB port on-board.
* 32K memory.
* Only 0.30 ounces (8.5 grams).
<img src="extras/zlogsw.jpg" width="500" alt="Screen dump of the Zlog software">
<img src="extras/zlogbig.jpg" width="500" alt="Zlog and pencil">
<b>Read the <a href="extras/zlogmanual.pdf" target="_new"><font color="#990000">Zlog Instruction Manual</font></a> for a full description of the facilities</b>
To reduce bulk and postage costs a CD instn't included in the package. The Zlog applicaton and manual need to be downloaded from <a href="http://www.hexpertsystems.com/zlog/install" target="_new"><font color="#990000">www.hexpertsystems.com/zlog/install </font></a>01.57" x 0.92" x 0.37" (40 mm x 23.4 mm x 9.4 mm)� � G� � � � � � � � � � Z c1�C 3 ��r� CSV1MC12Classic Sound Voice Metric Vario & UHF-Handy Combo� This combo of our Classic Sound <i>Voice Metric</i> variometer and UHF Handy walkie talkie is the most cost effective full sensitivity R/C variometer currently available. Announcements are in English with heights given in <b>meters</b>.
This is all you need to be able to enjoy the delights of knowing as soon as your model enters lift or sink, rather than waiting and guessing. The brilliant voice features add announcements of R/C voltage, altitude, altitude change, failsafe, and the previous flight's maximum altitide and minimum voltage.
See the individual products for their specifications. Save �15.00 by buying them together
Stock due in Mid February. | � �A� �A� � � � � � � � � d c1�C � ���r� CSVCN Special Chris Norris productY As discussed on the phone, including �5 extra for insured postage and UHF Handy receiver. � � � � � � � � � � � � d c1�C � ��r� LS3 LipoSack X 3t <b>Save over 12.5% by buying three LipoSacks</b>
Buy 3 Liposacks to get them at �20.95 each, a saving of �9.00.
� K,� Ac� � � � � � � � � � c1�C ���r�!
DPR-II-100"DPR-II-100 Digital Power Recorderm DPR Key Features:
* Very small: approx. 1 inch X 1.2 inches
* Very lightweight: approx. 0.7 ounces (20 grams)
* Accepts wide range of voltage inputs: approximately 5.2 to 65 Volts
* Digitally records up to 72+ hours of mission data
* Supports 12 bit data conversion
* Oversampling rate: aprox. 5,000 samples per second
* Supports live real-time graph / meter modes
* Offers dual ports for accessories*
* Firmware upgradable (on-line)
* Records and graphs in-use
o Current load up to 100 amps
o Battery voltage from approximately 5.2 to 65 volts
o Power output up to 6500 watts
o Amount of charge used (mAh)
o Battery efficiency (voltage drop under load)
o Elapsed time of each mission
o Temperatures of 4 independent temperature probes*
o Two independent Tachometers*
* Configurable
o Data sampling rate (1 - 50 Samples Per Second)
o Recording trigger
o Channels to record
o Computer graph displays with provided software
o Recording resolution
* Very easy to set up and use!
Your DPR Package Includes:
* Digital Power Recorder DPR-II-100
* 3-foot USB-A to Mini-B interface cable
* CD ROM with powerful graphing software, USB support files, and soft version of the user's manual
* User's Manual
System Requirements:
* PC with one of the following operating systems: Windows 2000, Windows XP
* CD-ROM drive (or access to the Internet)
* Available USB port
* 2 megabytes of hard drive space
1" x 1.2"
� ,� � � � � � � � � � c1�C � ���r�" DPR-RPMDPR Tachometer SensorU Tachometer sensor & four magnets DPR-II recorder accessory to allow RPM to be logged. 2 � R� � � � � � � � � � c1�C � ���r�# DPR-TMP-2DPR Dual Temperature ProbeS Dual DPR-II compatible temperature sensors for recording battery and/or motor temp. ) � � � � � � � � � � �
c1�C � ��r�$ LS4 LipoSack X 4v <b>Save over 15% by buying four LipoSacks</b>
Buy 4 Liposacks to get them at �20.35 each, a saving of �14.40.
( � d;� U/� � � � � � � � � c1�C ' ���r�% WT405Editronic WT-405� The Editronic WT-405 s a small powerful dual band walkie talkie that is ideal for receiving transmissions from the Classic Sound Voice variometer.
<ul>
<li>Supplied with an earpiece (not shown in photo) for private listening.</li>
<li>LPD: 69 channels in 433 MHz band, 10 mW.</li>
<li>PMR: 8 channels in 446 MHz band, 500 mW.</li>
<li>Long battery service life: up to 15 hours.</li>
<li>Uses 4 AAA alkaline cells or suitable NiMH cells (not supplied)</li>
<li>Clear call identification with over 38 squelch codes.</li>
<li>Automatic channel browsing.</li>
<li>Retractable aerial for storage convenience and increased range.</li>
<li>VOX function (Babyphone, channel monitoring). </li>
</ul>
Read the <a href="extras/Team UHF-Handy Manual.pdf" target="_new"><font color="#990000">Instruction Manual</font></a> for a full description of the features. (This PDF is for an earlier product but it has the same facilities).85 x 55 x 30 mm� � $F� � � � � � � � � � c1�C � ��r�& SUPRA-PRO-CLSupra Pro Carbon Light F3J] <b>Supra Pro Carbon Light</b>. This version of the Supra Pro F3J rc glider has glass tip panels and a carbon skinned centre panel, making it more rigid and tough. There is a very small weight penalty, but this does not increase the sink rate measurably.
This upgraded Pro version has a drooped nose to reduce skidding on landing, allowing higher points when competition flying. Note many of the photos show the original non-drooped pod.
The model is supplied with wing connection plugs and sockets and wiring harness for connecting up the wing servos.
<img src="extras/supraclpic-s.jpg" alt="Supra Carbon Light molded wing construction">
<b>Typical Weights</b>
Tip panels: 384g
Centre section: 743g
Tailplane: 30g
Fin: 38g
Fuse: pod 172g
Tail boom: 47g
Ballast Tube: 13g
Accessories: 104g
Pushrods: 24g
Total weight: 1555g (54.8oz)
3.4m (134") span� � _� � � � � � � � � � � � c1�C� `}�`�' SUPRA-PRO-CSupra Pro Carbon F3J F3B <b>Supra Pro Carbon</b>. This version of the Supra F3J R/C glider has carbon skinned centre panel AND tips, making it more rigid and tough. There is a small weight penalty, but this does not increase the sink rate measurably.
This upgraded Pro version has a drooped nose to reduce skidding on landing, allowing higher points when competition flying. Note many of the photos show the original non-drooped pod.
The model is supplied with wing connection plugs and sockets and wiring harness for connecting up the wing servos. Please see the main Supra (glass) page for more info.
<img src="extras/supraclpic-s.jpg" alt="Supra Carbon Light molded wing construction">
{table title="Supra Pro Carbon Specification" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 3400 mm, 134 in
Wing area, 69.3 dm2, 1052 in2
Length, 1700 mm, 67 in
Typical flying weight, 1900 g, 67 oz
Wing loading, 27.4 g/dm2, 9.2 oz/sq ft
Wing airfoil, AG40/AG41/AG42/AG43
Tailplane airfoil, HT14/HT15
Fin airfoil, HT13/HT12
Centre of Gravity, 96-105 mm from wing leading edge
Controls, "Elevator, rudder, flaps, ailerons"
{endtable}
{table title="Supra Pro CarbonTypical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuse pod, 203 g, 7.2 oz
Boom+Pushrods, 71 g, 2.5 oz
Centre Sect, 737 g, 26.0 oz
Tip Panels, 435 g, 15.3 oz
Hoz tail, 30 g, 1.1 oz
Vert tail, 32 g, 1.1 oz
Accessories, 105 g, 3.7 oz
Total structure, 1613 g , 56.9 oz
Ballast capability, 900 g, 31.7 oz
{endtable}
{SupraGliderServos}
{SupraVer} � -� _� � � � � � � � � � 0 Colours as of June 2011
Yellow / yellow and red c1�C� �}�b�( BLASTER-2Blaster 2 DLG F3Ka The <b>Blaster 2/2</b> is a high tech F3K R/C hand launched glider utilising airfoils designed specially for DLGs by Mark Drela. To help with storage and transportation this updated Blaster 2/2 has a wing that splits into two parts � this is cleverly implemented and only adds 6g to the model's weight. The break is asymmetrical, and the wing that is used for launching is fully bolted to the fuselage, so the wing join only has to take the forces on the outside wing. This facility also makes the Blaster 2 into a brilliant holiday glider, that can be flown from the beach, small dunes, or any small field.
The hollow-molded wing is made in CNC machined molds to ensure the airfoils are reproduced accurately, and the potential performance is fully achieved. The elliptical planform and transitioning airfoils give the wing a very high efficiency, together with excellent handling characteristic and a benign stall.
The superbly finished wing comes complete with a moulded-in aerodynamic winglet on the left wing only, for tip launching by right-handers. The wing also has pre-cut servo mounts and bottom hinged generously sized flaperons, to allow the model to be slowed down to a crawl for hand catching. This high level of prefabrication makes the glider especially strong, clean, and easy to build.
The wing skin is a very rigid and tough glass/rohacell/glass sandwich with a substantial carbon spar.
<img src="extras/blaster-wing-all.jpg" alt="Blaster molded wing construction">
The glass skin is laid at 45 degrees to eliminate twisting and maximise launch height. The carbon braid reinforced shear web is bonded to the substantial carbon spar caps, resulting in a light but strong spar.
<img src="extras/blaster-spar.jpg" alt="Blaster molded wing construction">
The living skin hinged flaperons have a rohacell core and a very sharp trailing edge to minimise drag.
<img src="extras/blaster-wing-flap.jpg" alt="Blaster molded wing construction">
The spacious pod is Kevlar reinforced with a horizontal strip of carbon fibre extending back to the boom, and is covered by removable nose cone to keep the front end clean and maintain laminar flow. The pod includes a wing mounting pylon to reduce interference drag, and fairs smoothly into the generously sized and very stiff carbon tailboom.
A lightweight v-mount keeps the full flying tailplane out of the disturbed airflow, and gives the pilot excellent low drag pitch control.
Download our Blaster 2 Assembly Guide (link below) to see how easily and quickly the Blaster 2 goes together. Our thanks to Martin Bell for his help with the manual, and for permission to use his excellent photos.
Do look at this {href,http://www.rcgroups.com/forums/showthread.php?t=1301307, New Blaster 2 RCGroups build thread} which shows how to fit all the servos in the pod, as now recommended by Vladimir's Models. Also see this excellent 4 in the pod build log {href,http://www.instructables.com/id/Discus-Launch-Glider-Build/,here}.
The Blaster 2 is supplied with a throwing blade molded into one wing side only. It is now usually supplied with a two piece wing, and has the blade on the left side, making it suitable for right handed throwers only.
{table title="Blaster 2 Specification" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.49 m, 58.6 in
Wing area, 22.9 dm2, 354 sq in
Flying weight from, 290 g, 10.2 oz
Wing loading, 12.1 g/dm2, 4.0 oz/sq ft
Wing airfoil, "AG45, AG46, AG47"
Tail airfoil, HT08-HT12
Dihedral, 6.5�,
Centre of Gravity, 78-85 mm from wing leading edge
Controls, "Elevator, ailerons, rudder"
{endtable}
{table title="Blaster 2 Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 50 g, 1.8 oz
Wing, 149 g, 5.3 oz
Hoz tail, 10 g, 0.35 oz
Vert tail, 7 g, 0.25 oz
Accessories, 7 g, 0.25 oz
Total structure, 231 g , 8.1 oz
{endtable}
{table title="Recommended R/C" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator & rudder servos, Ripmax SD100, Blue Bird BMS-101HV, Graupner DES 261, KST X08, MKS DS65K, MKS DS6100, Hyperion DS09-SCD
Aileron servos, Ripmax SD100, Blue Bird BMS-101HV, KST X08, MKS DS65K, MKS DS6100, Hyperion DS09-SCD
Receiver, 4/5 channel rx to suit your transmitter, eg Spektrum AR6270T, AR6260, AR6100e, Futaba R6004FF, FrSky X4R, Orange DSM2 compatible, Jeti Duplex R5, Multiplex Mlink RX-6 Light & RX-5 Light
Battery, Rhino 2S 360 mAh LiPo, HyperLiPo 2S 300 mAh LiPo
{endtable}
{table title=" Recommended Control Throws & Mixes " class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder, 25 mm each way
Tailplane, 10 mm up / 10 mm down
Flaperons, 15 mm up / 8 mm down
<i>Recommended flaperon settings</>
Launch mode, -2� (flat bottom surface)
Cruise mode, 0� (flat top surface)
Thermal mode, +2� (2 mm down)
Landing mode, +40� (38 mm down)
{endtable}
{b,Check out this superb Blaster2 aerobatics video by Donatas}
{video,15NYgdVJRcQ}
d � _K� � �P� � � � � � � � � �� g� } � �}�b�� TOPSKY-DLG-FUSESuper Topsky 2 DLG Pod A good quality DLG pod as used in the Super Topsky series of models.
Made from kevlar with carbon lattice strengthening, the pod is not 2.4GHz transparent, so the aerials will need to extend out of the pod.
Not supplied with a boom. The rear tang fits our {pref,CARBON-BOOM-185-7,18.5mm boom} perfectly. Cut this down to about 70 - 75 cm.
{table title="Super Topsky 2 DLG Fuselage" class=1 cols=2 width=160,100 separator=: align=L,L,L}
Pod weight: 33 g
Pod total length: 45 cm
Wing LE to nose length: 24 cm
Tang length: 4cm
{endtable}
<!--
Boom weight: 14.9 g
Boom length: 70 cm
Pod & boom total length: 111 cm
Rear tang outside diameter: 17.5 mm
Boom wide end OD: 18.6 mm
Boom wide end ID: 18.0 mm
Boom narrow end OD: 9.7 mm
{endtable}-->
` � .� � � � � � � � � � � F� c1�C ( �}�b�� LSX1806LSX180 Servo (SD150/D60 equivalent) 9.1mm 9.9g 2.5kgcm� The Logic RC LSX180 is <b>exactly</b> the same servo as the Ripmax SD150 and Dymond D60, that is rated for up to 9.6V operation. This allows it to be used with a 2S LiPo receiver battery without a voltage regulator, reducing cost and increasing reliability - and allowing useful rx battery voltage info to be transmitted back to the pilot when using modern telemetry radios.
The LSX180, like the SD150 and the D60 is a precision 9 g analogue servo with a good 1.8 Kg cm torque and excellent centring. It has a low backlash geartrain and can be used for all control surfaces. Suitable for models weighing up to 2.5 Kg.
{table title="LSX180/SD150/D60 Specifications" class=1 cols=3 width=135,130,130 align=L,L,L separator=:}
Body dimensions: 24.4 mm wide x 9.1 mm thick x 24.0 mm high
Max dimensions: 33.2 mm wide x 9.1 mm thick x 32.9 mm high
Stall torque (6V): 1.8 kg cm : 25 oz.in
Operating speed (6V): 0.16 sec/60�
Operating voltage: 4.0V to 9.6V
Lead length: 12.5 cm : 5 in
Weight: 9.9 g : 0.35 oz
Programmable: No
Supplied accessories: 3 substantial plastic output arms, 1 output arm retaining screw, 2 wing mounting brackets
{endtable}
U � $� �
� � � � � � � � 2 c1�C� ���r�) MINI-AVAMini AVAg A 2.5m version of the AVA. This is especially good for standard class competions and flying from smaller venues. It has most of the performance of the larger versions while being more compact and easier to transport.
The Mini AVA design uses an all new wing and tailplane, with the fuselage, tailboom, and fin from the 3.2m AVA
<b>Specifications</b>
Span: 2.5m (98 in)
Wing area: 55dm2 (850 sq in)
Weight: from 960g (34 oz)
Wing loading: from 18g/dm2 (5.8 oz/sq ft)
Centre of gravity: 92-96mm behind wing leading edge
<b>Typical Weights</b>
Wing: 448g
Taiplane: 29g
Fin: 31g
Fuselage: 159g
Tailboom: 40g
Ballast tube: 6g
Pushrods: 20g
Accessories: 30g
Total structure: 763g (26.9oz)
<b>Recommended R/C</b>
Tail servos: Ripmax SD150
Spoiler servo: any 10g-20g mini servo
Receiver: Schulze 835
See the main AVA page for full info. Several customers have asked if the fin gets damaged. It doesn't. We fly AVAs and have sold many, and none have had the fin or tailboom broken when landing.
<font color="#990000">Please note any colour preferences in the message section when checking out.</font> + � �K� �-� ,2� � � � � � � � � � c1�Cs ��r�* AVAAVA F3J The AVA is the penultimate F3J thermal duration polyhedral floater (the ultimate is of course the Super AVA). Its stable TD design and simple rudder, elevator, spoiler (RES) controls make it supremely easy to fly, and its light weight, prodigious strength, and state of the art design result in unequalled performance.
Based on the acclaimed Bubble Dancer, the AVA F3J is an implementation of Mark Drela�s design using the free flight type construction techniques invented in Eastern Europe, and perfected by Vladimir. Like the Simply the Best and Organic ranges the AVA wing has carbon capped ribs and a kevlar D box. Allied to a substantial kevlar wrapped carbon spar this results in a very rigid and almost unbreakable structure.
The aerodynamics are also outstanding, with specially designed airfoils (no doubt in Xfoil, written by Mark Drela himself when he was a student), and a low drag V mounted tail plane, the model has a Zlog measured sink rate of 0.3m/s (60 ft per minute). The 3.2m AVA glider can be built down to 39oz, however despite the low wing loading the plane can cope with 15mph winds with ease.
<b>Specifications</b>
Span: 3.2m (127 in)
Wing area (flat): 69.5dm2 (1076 sq in)
Wing area (projected): 68.0dm2 (1053 sq in)
Weight: from 1100g (39 oz)
Wing loading: from 16.2g/dm2 (5.3 oz/sq ft)
EDA: 13.4 degrees
Aspect ratio: 14.5
<b>Typical Weights</b>
Wing: 600g
Taiplane: 32g
Fin: 31g
Fuselage: 145g
Tailboom: 42g
Pushrods: 20g
Accessories: 30g
Total structure: 900g (31.9oz)
<b>Recommended R/C</b>
Rudder & TP: Any good 20g+ servo
Spoiler servo: HS85
Receiver: Schulze 835
Read the <a href="http://www.rcgroups.com/forums/showthread.php?t=173093" target="_new"><font color="#990000">RCGroups giant AVA thread</font></a> for building tips and flight reports.
<b>Construction</b>
Fuselage - coloured, gelcoated and laminated in the aluminium mould. It's made of kevlar and carbon and has a removable nosecone and tail beam of carbon.
Wing - built up D-box three panel design, covered with transparent coloured Oracover. It has a high-tech carbon spar and joiners, carbon sandwich spoiler, which is completely ready and hinged.
Tailplane - built up construction with carbon pipe spar, covered with transparent coloured Oracover. It has a carbon V-mount for removable mounting it to the fuselage.
Fin - built up construction with carbon pipe spar, covered with transparent coloured Oracover. It has carbon fastening to the fuselage, which allows to take it down during transportation. The rudder is completely ready and hinged. In the electric version the fin has places for servos mounting.
Accessories - screws, horns, clevis, metal plugs, carbon pushrod for the elevator and rudder, ballast pipe (for the glider version) and tow hook.
Non-supplied parts - r/c receiver, battery, servos, switch, servos mounting parts, pushrod for spoiler servo; also for electric version: motor, gear, battery, speed controller, spinner, propeller, connectors.
<b>Versions</b>
The design is available in glider and electric versions (same price) in three sizes. The 3.2m wing is also made in a flapped version. Several customers have asked if the fin gets damaged. It doesn't. We fly AVAs and have sold many, and none have had the fin or tailboom broken when landing.
<i>Our thanks to Lo�c Debisschop for permission to use his excellent photos, taken in the French Alps.</i>
<font color="#990000">Please note any colour preferences in the message section when checking out.</font>
<b>Please ask about availability</b> S � K� _� S>� � � � � � � � � c1�C
��r�+ SUPER-AVA
Super AVA F3J� The Super AVA is the giant 3.7m version of the AVA F3J r/c glider. This thermal duration (TD) ultimate floater is the plane for the pilot who wants to stay up longer. Despite the low wing loading the plane can cope with a 15mph wind when balasted, and it flies like a giant hand launched glider.
It is the most fantastic plane I have ever flown.
<b>Specifications</b>
Span: 3.7m (148 in)
Wing area (flat): 83.6dm2 (1296 sq in)
Wing area (projected): 82.1dm2 (1273 sq in)
Weight: from 1100g (39 oz)
Wing loading: from 15.2g/dm2 (5.0 oz/sq ft)
EDA: 11.8 degrees
Aspect ratio: 16.6
<b>Typical Weights</b>
Wing: 710g
Taiplane: 32g
Fin: 41g
Fuselage: 145g
Tailboom: 42g
Pushrods: 20g
Accessories: 30g
Total structure: 1020g (36.1oz)
<b>Recommended R/C</b>
Rudder & TP: Any good 20g+ servo
Spoiler servo: HS85
Receiver: Schulze 835
See the main AVA page for full info. Several customers have asked if the fin gets damaged. It doesn't. We fly AVAs and have sold many, and none have had the fin or tailboom broken when landing.
<font color="#990000">Please order now. Note any colour preferences in the message section when checking out.</font> � � U-� � � � � � � � � � � � c1�C � ���r�, AVA-F AVA Flappedo The flapped version of the 3.2m AVA F3J r/c thermal soaring glider. The provision of flaps increases the speed range, and allows the model to be slowed better for F3J landing, allowing for more accurate and gentle landings. Also there is less trim change, so less elevator compensation is needed with flaps. This means they can be applied in a hurry, with less chance of ballooning or diving.
<b>Specifications</b>
Span: 3.2m (127 in)
Wing area (flat): 69.5dm2 (1076 sq in)
Wing area (projected): 68.0dm2 (1053 sq in)
Weight: from 1100g (39 oz)
Wing loading: from 16.2g/dm2 (5.3 oz/sq ft)
EDA: 13.4 degrees
Aspect ratio: 14.5
<b>Typical Weights</b>
Wing: 600g
Taiplane: 32g
Fin: 31g
Fuselage: 145g
Tailboom: 42g
Pushrods: 20g
Accessories: 30g
Total structure: 900g (31.9oz)
<b>Recommended R/C</b>
Rudder & TP: Any good 20g+ servo
Flap servo: HS85 MG
Receiver: Schulze 835
See the main AVA page for full info.
Thanks to RCGroups' Smolik for permission to use his AVA-f photo, and Mike Proctor.
<font color="#990000">Please note any colour preferences in the message section when checking out.</font> c � K� � `3� � � � � � � � � � c1�C � �}�b�-
GRAPHITE-2Graphite 2 F3J� The Vladimir's Models <b>Graphite 2</b> is a 3.1m no compromise glider for experienced r/c glider pilots. The aerodynamic qualities have been further improved over the original Graphite with the assistance of Dr Drela. It is suitable for F3J and all thermal duration competition classes.
The wing uses the popular MH32 section, is all molded, and of exceptional quality and surface finish, with the lay-up designed to combine extraordinary strength with comparative low weight.
<img src="extras/graphite2-glass-version.jpg" alt="Molded wing construction">
The resulting performance is outstanding, and the glider�s toughness allows it to survive the rigours of competition and slope flying. Suitable for F3B, F3F & F3J competitions.
<b>Specifications</b>
Wing span: 3.1m (122 in)
Wing area: 64.5dm (1000 sq in)
Length: 1.515m (60 in)
RTF weight: from 1950g (69 oz)
Wing loading: 30g/dm2 (10 oz/sq ft)
Wing airfoil: MH 32
Stabilizer airfoil: HT14-HT12
Controls: Elevator, rudder, flaps, ailerons
<b>Typical Weights</b>
Tip panels: 491g
Centre section: 571g
Tailplane: 50g
Fuselage: 340g
Accessories: 98g
Total weight: 1550g (54.7oz)
<b>Construction</b>
The kit is very highly prefabricated, and can be assembled in a short time.
<img src="extras/parts-1.jpg" alt="Parts breakdown">
Fuselage - colored, gelcoated and laminated in the aluminum mould. It's made of kevlar and carbon and has a removable nosecone. Its keel for the RC mounting is made of carbon together with the ballast mounting tube.
Wing - colored, three-section gel coated and laminated in the aluminium mould, has sandwich construction and is made of the materials according to the version. It has a high-tech carbon spar and joiners. THE AILERONS and flaps are completely ready and hinged. They also have wipers closing up the slot when aileron/flap operates.
Tailplane - colored two section gel coated and laminated in the aluminium mould, has sandwich construction and is made of HEREX and fiberglass. It has a carbon spar and joiners. The elevators are ready and hinged. They have wipers closing up the slot.
Accessories - screws, horns, clevis, metal plugs wing pushrods, carbon pushrod for the elevator, servos covering plates and tow hook. They are of exceptional quality
<img src="extras/Graphite2-Accessories.jpg" alt="Super quality accessories">
Non-supplied parts - all r/c receiver, battery, switch, connectors, servo mounts. For the electric version: motor, gear, speed controller, battery, spinner, propeller.
<b>Versions</b>
Note some of the photos show the V tail version, but we will normally supply the glass wing cross tail version with glider and electric fuses. Carbon wing and V tail versions are available to special order. Our thanks to Jean-Marc Zuliani and Mike Proctor for use of thier excellent Graphite-2e photos.
{table title="Recommended Servos" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator & rudder, KST DS115MG, MKS DS6125 Mini, MKS DS6100, Hyperion DS09-AMD, DS 11-* or DS12-*
Ailerons, KST DS135MG, MKS DS6125 Mini, MKS DS6100, Hyperion DS09-AMD
Flaps, KST DS125, MKS DS6125 Mini, MKS DS6125, Futaba S3150
{endtable} � � �-� � � � � � � � � � � � c1�C � �}�b�.
MINI-GRAPHITEMini Graphite Glider_ The Vladimir's Models <b>Mini Graphite</b> is a 1.9m super sleek fully moulded glider for all-round use. The design gives excellent performance as a fast slope soarer and can even be used as a thermal soarer. The Mini Graphite is in its element on the slope with well-balanced flight performance and outstanding thermal soaring capability.
The fuselage and removable nose cone are constructed from a specially woven carbon/Kevlar cloth producing an extremely strong yet light fuselage. The MH32 section hollow moulded wings have carbon spars and curved wing tips, which improve the flight performance and add to the sleek appearance of the model. The model is easily transported with its two-piece wings and removable V tail.
Download our {href, extras/Mini Graphite Assembly Guide.pdf, Mini Graphite Assembly Guide} (5mb) to see how easily and quickly the Mini Graphite goes together.
An AVA ballast tube and Supra/Maxa/AVA ballast can be purchased and used to give the model a substantial ballast capability, widening its flight envelope considerably.
{table title="Mini Graphite Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.9 m, 75 in
Wing area, 35.8 dm2, 555 sq in
Length, 116 cm, 45.7 in
Flying weight from, 1056 g, 37.2 oz
Wing loading, 29.5 g/dm, 9.7 oz/sq ft
Aspect ratio, 10.1,
Wing airfoil, MH32,
Dihedral (EDA), 2.2�,
Centre of Gravity, 98-105 mm from wing leading edge
Controls, "V tail, ailerons, flaps"
{endtable}
{table title="Mini Graphite Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 169 g, 6.0 oz
Wings, 524 g, 18.5 oz
V tail, 66 g, 2.3 oz
Accessories, 40 g, 1.4 oz
Total structure, 799 g, 28.2 oz
Glue; mounts etc, 4 g, 0.1 oz
Wiring, 25 g, 0.9 oz
Receiver, 10 g, 0.4 oz
V tail servos, 16 g, 0.6 oz
Aileron servos, 20 g, 0.7 oz
Flap servos, 22 g, 0.8 oz
Battery, 100 g, 3.5 oz
Nose weight, 60 g, 2.1 oz
Flying weight, 1056 g, 37.2 oz
{endtable}
{table title="Recommended Control Throws & Mixes" class=1 cols=2 width=110,240 align=L,L,L}
Ailerons, 20mm up, 8mm down
Aileron-crow brakes, 12mm up
Ailerons thermal, 2mm down
Ailerons speed, 1.5mm up
Flap Crow brakes, 70-80 degrees down
Flap thermal, 3 mm down
Flap speed, 2 mm up
Rudder, 10mm up, 10mm down
Elevator, 9mm up, 9mm down
Elevator crow brake mix, 3-4mm down
Elevator thermal mix, 1mm up
Elevator speed mix, 1.5mm down
{endtable}
{table title="Recommended Servos" class=1 cols=2 width=110,240 align=L,L autohref=2}
V tail*, MKS HV6125e, MKS DS6125e, MKS HV75K, MKS DS75K, MKS HV6100, MKS DS6100, KST X08, KST DS113MG, Blue Bird BMS-105HV, Corona DS843MG, Ripmax SD150, Graupner DES 261BB
Flap, MKS HBL6625, MKS HBL6625 Mini, MKS HV6130, MKS HV6130H, MKS DS6125 Mini, MKS HV6100, MKS DS6100, KST DS135, Blue bird A56V, Blue Bird BMS-105HV
Aileron, MKS DS6100, MKS HV6100, MKS HV6110, MKS DS75K, MKS HV75K, KST X08N, KST X08, Corona DS843MG, Blue bird A56V, Blue Bird BMS-105HV, Ripmax SD150
{endtable}
* The rudder-vator servos are in the front of the fuselage in the glider version, and in the V tail for the electric version.
{video, zgq0JJN1tuk}
p � �� � ?� � � � � � � � � c1�CP ��b�~ AW-X08 Ply Frame for KST X08 (pair)� These HyperFlight CNC cut ply servo frames make fitting a {p,KST-X08} servo or a similarly sized servo to a molded wing very easy. No thickness is added to the installation, and the servo is mounted securely, yet can be removed easily if required. Two servo frames supplied in the pack.
This frame does not work with the KST X08 Plus servo - the motor is too long. However it can be used with the KST A08 with a little adjustment.
{ServoFrame} � � � a� � � � � � � � 2E1� �� i��� �}�b�/ SUPRA-E-COMP Supra-e Pro Competition Glass' {b,*** A new ligher spar and layup has reduced the weight by circa 200g ***}
The {b,Supra-e Pro Competition Glass} has the standard F3J Supra Competition Glass, wing and tail, with an electric fuselage, making it suitable for all types of electric r/c thermal soaring competitions. This version has a winchable wing with a full F3J strength carbon spar and is capable of aerobatics and high energy flight and the new drag-reducing narrow pod. We can order versions with both the built-up "Competition" and the classic molded tail surfaces to suit modellers who want the minimum weight, or a sexier all molded model.
The benefits of this version are:
{bullet}
Full strength T800 wing spar sized to withstand the forces required for two man F3J tows! Apart from allowing the wing to be used for F3J events it also means massive dives and high G aerobatics can be performed safely.
Supplied with a lightweight wiring loom for the fuselage and wing connections.
Fuse pod designed for a geared electric motors with a removable canopy hatch for easy access to the batteries and motor.
Built-up tail benefits: Ultralight fin with built-up rudder, and built-up tailplane (horizontal stabiliser). This is lighter and slightly larger, improving stability and reducing inertia, at the expense of being a little less robust.
Molded tail benefits: Stronger low drag molded fin and rudder, modified to allow the tail servos to be rear mounted, to give more space for the powertrain in the pod, and to aide with correct centre of gravity placement. Stronger low drag molded tailplane (horizontal stabiliser). Fin, rudder and tailplane match the fuselage and wing colour.
{endbullet}
These improvements will allow the plane to excel al thermal soaring competitions, but also to be used for fun flying. This more versatile version will be attractive to pilot who prefer a stronger airframe that works well in all flying conditions.
The wing skin is a very rigid and tough glass/rohacell/glass sandwich with special high modulus T800 carbon spar.
<img src="extras/supragpic-s.jpg" alt="Supra Glass molded wing construction">
The model is supplied with wing connection plugs and sockets and partial wiring harness for connecting up the tail servos. See the {plink,SUPRA-E-LOOM, Supra-e Servo Harness} product page.
Our thanks to Jure Korber, Kostas Belogiannis, and Mike Proctor for the photos.
{table title="Supra-e Competition Glass Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 3.4 m, 134 in
Wing area, 66.7 dm2, 1034 sq in
Length, 170 cm, 66.9 in
Flying weight from, 1685 g, 59.4 oz
Wing loading, 25.3 g/dm, 8.3 oz/sq ft
Aspect ratio, 17.3,
Wing airfoil, AG 40/ AG 41/ AG 42/ AG 43
Dihedral (EDA), 6.0�,
Spinner Diameter, 32 mm,
Centre of Gravity, 95-112 mm from wing leading edge
Controls, "Rudder, elevator, ailerons, flaps"
{endtable}
{table title="Supra-e Competition Glass Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Pod, 145 g, 5.1 oz
Boom , 55 g, 1.9 oz
Wing c/s, 585 g, 20.6 oz
Wing tips, 353 g, 12.5 oz
Tailplane, 26 g, 0.9 oz
Fin, 34 g, 1.2 oz
Accessories & wiring, 97 g, 3.4 oz
Total structure, 1295 g, 45.7 oz
Receiver, 12 g, 0.4 oz
Tail servos, 13 g, 0.5 oz
Wing servos, 60 g, 2.1 oz
Speed control, 35 g, 1.2 oz
Motor, 120 g, 4.2 oz
Prop & spinner, 30 g, 1.1 oz
Battery, 120 g, 4.2 oz
Flying weight, 1685 g, 59.4 oz
{endtable}
{table title="Recommended Servos" class=1 cols=2 width=110,235 align=L,L autohref=2}
Elevator & rudder, MKS DS65K, MKS DS6100, Hyperion DS09-AMD ,
Aileron, Hyperion DS09-AMD, MKS DS6100, MKS DS6125 Mini, KST DS115, KST DS135MG ,
Flap, Hyperion DS095-FMD, Hyperion DS13-TMB, MKS DS6125 Mini, MKS DS6125, KST DS125MG, KST DS135MG
{endtable}
{SupraVer}
<b>Powertrain Suggestions</b>
Hacker A20-6XL geared 4.4:1, 3S 1.3Ah LiPo, 16x9 Aeronaut prop (1900 fpm, 46A)
HET 2W-25 geared 6.7:1, 3S 1.5Ah LiPo, 20x13 RF prop (2300 fpm, 50A)
HET 2W-25 geared 6.7:1, 3S 1.3Ah LiPo, 18.5x14 Aeronaut prop (1920 fpm, 41A)
HET 2W-25 geared 6.7:1, 4S 1.5Ah LiPo, 18.5x14 Aeronaut prop (3400 fpm, 69A)
HET 2W-25 geared 6.7:1, 4S 1.3Ah LiPo, 18x11 Aeronaut prop (2800 fpm, 52A)
HET 2W-25 geared 6.7:1, 4S 1Ah LiPo, 17x11 Aeronaut prop (2370 fpm, 42A)
Hyperion Gs3020-08 direct drive, 3S 1.5Ah LiPo, 13x7 Aeronaut prop (2250 fpm, 70A)
Hyperion Gs3020-08 direct drive, 3S 1.5Ah LiPo, 12x8 Aeronaut prop (1880 fpm, 61A)
Mega 16/25/2 geared 4.4:1, 3S 1.5Ah LiPo, 16x10 Aeronaut prop (2100 fpm, 57A)
Mega 16/25/3 geared 4.4:1, 3S 1.5Ah LiPo, 20x13 RF prop on +7 spinner (2150 fpm, 49A)
Mega 16/25/2 geared 6.7:1, 3S 1.5Ah LiPo, 20x13 RF prop (2400 fpm, 56A)
<iframe width="560" height="315" src="http://www.youtube.com/embed/I4BD3wQ3_qw" frameborder="0" allowfullscreen></iframe>
<iframe frameborder="0" width="480" height="270" src="http://www.dailymotion.com/embed/video/xkcfxn"></iframe><br /><a href="http://www.dailymotion.com/video/xkcfxn_supra-e-competition_sport" target="_blank">Supra E-Competition</a> <i>by <a href="http://www.dailymotion.com/rok_korber" target="_blank">rok_korber</a></i>
t � W_� � �� � � � � � � � � c1�Ca }�`�0
BLASTER-2E
Blaster 2e� FOR REFERENCE ONLY
In addition to the discus launched glider Vladimir has made <b>Blaster 2 Electric</b> versions of the model, with rear mounted servos. The model is usually supplied with a two piece wing to help with transportation and storage - and to make it into a great holiday model. The Blaster 2e wing is now made in a spread carbon (SC) layup, increasing its strength and longevity.
<!--
The <b>outrunner fuselage</b> has the firewall recessed 27mm back from the nose, to allow a cost effective direct drive outrunner motor to be installed, with space for a good sized battery in the uncluttered pod. This version is best for those wanting minimum weight and expense. The inside diameter at the very nose is 30mm, increasing to 33mm at the recessed firewall.
The <b>inrunner fuselage</b> has the firewall in the normal place at the font of the nose, and is designed for use with a front mounted powertrain. This could be a normal direct drive motor, or a geared motor, or a front mounted outrunner. This version is best for those wanting conventionally mounted motors and those using gearboxes to maximise performance
-->
The fuselage is supplied with two firewalls, one suitable for front mounting a geared inrunner (like a geared Hacker B20), and a slightly larger one for mounting about 27mm back in the pod, for rear mounting a small outrunner (like a Hacker A20).
By using a 30g motor and a lightweight lipo battery the electric version can be built very light, and has flying characteristics identical to the DLG. Alternatively by fitting a larger motor and high discharge battery, the plane becomes a lightweight hotliner, adept at vertical climbs, high speed flight, and aerobatics, while still very capable of thermalling with the best.
The superbly finished hollow molded one piece wing comes with pre-cut servo mounts and bottom hinged generously sized flaperons, to allow the model to be slowed down to a crawl for damage-free landings or even hand catching. This high level of prefabrication makes the glider especially strong, clean, and easy to build.
The hollow molded wing skin is a very rigid and tough glass/rohacell/glass sandwich with a substantial carbon spar.
<img src="extras/blaster-wing-all.jpg" alt="Blaster molded wing construction">
The glass skin is laid at 45 degrees to eliminate twisting and maximise launch height. The carbon braid reinforced shear web is bonded to the substantial carbon spar caps, resulting in a light but strong spar.
<img src="extras/blaster-spar.jpg" alt="Blaster molded wing construction">
The living skin hinged flaperons have a rohacell core and a very sharp trailing edge to minimise drag.
<img src="extras/blaster-wing-flap.jpg" alt="Blaster molded wing construction">
See this {href,http://www.rcgroups.com/forums/showthread.php?t=751463,RCGroups Build Log} for building tips and flight reports. Please also download our Blaster 2 & 2e Assembly Guide (link below) to see how easily and quickly the Blaster 2 goes together. Our thanks to Martin Bell for his help with the manual, and for permission to use his excellent photos.
{table title="Blaster 2e Specification" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.49 m, 58.6 in
Wing area, 22.9 dm2, 354 sq in
Flying weight from, 360 g, 12.9 oz
Wing loading, 15 g/dm2, 5.0 oz/sq ft
Wing airfoil, "AG45, AG46, AG47"
Tail airfoil, HT08-HT12
Centre of Gravity, 74-84 mm from wing leading edge
Controls, "Elevator, flaperons, throttle, rudder"
Spinner size, 32 mm
Canopy hatch size, 100 mm x 28 mm (4" x 1.1") with curved ends and sides
Max battery size, 9 5mm x 35 mm x 25 mm (3.75" x 1.4" x 1")
{endtable}
{table title="Blaster 2e Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 50 g, 1.8 oz
Wing, 149 g, 5.3 oz
Hoz tail, 10 g, 0.35 oz
Vert tail, 7 g, 0.25 oz
Accessories, 7g, 0.25 oz
Total structure, 231g , 8.1 oz
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Aileron servos, Ripmax SD100, Ripmax SD150, Blue Bird BMS-101HV, KST X08, Corona DS843MG, Hyperion DS09-SCD
Rudder & elevator servos, Ripmax SD100, Blue Bird BMS-101HV
Receiver, 5 channel rx to match your transmitter
{endtable}
{table title=" Recommended Control Throws & Mixes " class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder, 25mm each way
Tailplane, 10mm up / 10mm down
Flaperons, 15mm up / 8mm down
<i>Recommended flaperon settings</>
Speed mode, -2� (flat bottom surface)
Cruise mode, 0� (flat top surface)
Thermal mode, +2� (2mm down)
Landing mode, +40� (38mm down)
{endtable}
<b>Recommended Powertrains</b>
Motor: CF2822 (Kv=1200 rpm/V )
Prop: 8x4, 9x5 folder
Battery: 3S 500mah LiPo
See the videos of Martin Bell hot-rodding his Blaster-2e with this setup and a 9x5.
Motor: CF2822 (Kv=1200 rpm/V )
Prop: 10x5 folder
Battery: 2S 500mah LiPo
Motor: Hacker A20 34S (Kv=1500 rpm/V) <i>lightweight setup</i>
Prop: 8x5, 8.5x5, 9x5 folder
Battery: 2S 500mah LiPo
Motor: Hacker A20 22L (Kv=924 rpm/V)
Prop: 9x5 Aeronaut folder
Battery: 3S 850mah Hyperion G3 CX-25 LiPo
Also: AXI 2212/12, with a 2S TP910 lipo and an Aeronaut 9.5x5 prop gives a climb rate of about 2400fpm. This motor will take up to 12" props (with a suitable battery and ESC) so long as the motor runs are kept short.
We recommend 2S LiPo setups if using a linear BEC. If using a 3S pack we suggest a separate UBEC or a speed controller with a switching BEC.
{video,AnCUPFbePNQ}
{video,Lg7wRCr_Xxk}
� � �K� � (� � � � � � � � � �� ) glass �370 = 47%
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PICARES-V2PicaRES Evo V2 2mZ The {b,Picares Evo V2} has a good reputation in European F3-RES contests. The Picares is a beautiful 2 m all CNC cut balsa wood kit that builds fast and flies superbly. This new version is even lighter than previously, with an enlarged spoiler to ensure accurate landings.
The detailed full size plans include isometric drawings of some details and scale drawings of all the CNC balsa sheets, to make finding the parts easy. The plans include info on converting the model to electric power and on fitting a V tail rather than the Drela-inspired tail surfaces.
The model is well thought out with very nice detail design that does not add unneeded complexity. The parts are beautifully cut from well chosen balsa and ply, and fit together like a jigsaw.
The very complete accessories supplied include magnets, clevises, hinges, horns, and even a firewall for the optional electric conversion. The well illustrated manual is in German and can be understood with the help of Google Translate.
{table title="Picares Evo V2 Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.0 m, 78 in
Wing area, 30.4 dm2, 471 sq in
Length, 127 cm, 50.0 in
Flying weight from, 445 g, 15.7 oz
Wing loading, 14.6 g/dm2, 4.8 oz/sq ft
Aspect ratio, 13.0,
Wing airfoil, AG Thinned,
Dihedral (EDA), 12.4�,
Centre of Gravity, 65 mm from wing leading edge
Controls, "Rudder, elevator, spoiler"
{endtable}
{table title="Picares Evo V2 Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Bare structure, 285 g, 10.1 oz
Covering, 50 g, 1.8 oz
Total structure, 335 g, 11.8 oz
Wiring, 10 g, 0.4 oz
Receiver, 6 g, 0.2 oz
Rudder servo, 5 g, 0.2 oz
Elevator servo, 5 g, 0.2 oz
Spoiler servo, 9 g, 0.3 oz
Battery, 60 g, 2.1 oz
Noseweight, 15 g, 0.5 oz
Flying weight, 445 g, 15.7 oz
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder & elevator servos, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, KST X06, KST X08, CHA DS06, CHA DS09, Graupner DES 261
Spoiler servo, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, KST X06, KST X08, CHA DS06, CHA DS09, Graupner DES 261
Receiver, 4 or 5 channel receiver to match your transmitter
{endtable}
{table title="Optional Electric Powertrain Recommendations" class=1 cols=2 width=160,210 align=L,L autohref=1}
Hacker A10-7L 4.4:1, 3S 450mAh LiPo, 12x8, 13x8
DYS D2225-19, 2S 450mAh LiPo, 9x6, 10x5
DYS D2225-19, 3S 450mAh LiPo, 7x3.5, 7x4, 8x4
Dualsky XM2527EG-23, 2S 450 mAh LiPo: 9x5, 9x6, 10x6
Dualsky XM2225EG-23, 2S 450 mAh LiPo: 9x5, 10x5, 10x6
Dualsky XM2225EG-23, 3S 450 mAh LiPo: 7x4, 8x4, 8x5
Dualsky XM2230EG-16, 3S 450mAh LiPo, 9x5
Dualsky XM2230EG-9, 2S 450 mAh LiPo: 8x4, 8x5, 8x6
ADH300L**, 2S 450mAh LiPo, 11x6
ADH300L**, 3S 450mAh LiPo, 8x6, 9x5
{endtable} ** This motor will need a small widening of the internal fuse space to fit.
� � � � � q9� � � � � � � � � S�4] u� i�? � �}�b�� KAPPA25Kappa 25 F5J-400P The {b,Kappa 25} is a great 2.5m (100") span F5J electric thermal soarer for sports and competition modellers wanting a smaller model. It is light, well designed, and is built to a very high standard. The Kappa 25's advanced structural design ensures it is strong enough for its intended mission, and its finish, completeness and attention to detail is outstanding. The model really is almost ready to fly, with all the wing control horns and pushrods ready fitted, so the only work required to finish the wings is to fit the servos. The fuselage just requires the tailboom, fin and tailplane mount to be glued into place, and the tail control runs installed.
Special features of this model include:
{bullet}
A well designed low drag fuselage with a large underwing hatch giving good access to the powertrain and RC, making for easy RC installation and maintenance.
A high aspect ratio wing with proprietary airfoils optimised for F5J flying - the wing excels in tight thermal turns, allowing the model to be confidently climbed away from small, weak thermals.
Despite its extremely good thermal performance the wings maintain a good L/D up to higher speeds, allowing the Kappa 25 to easily return from far downwind.
The wing has slightly swept back wing tips, making it approximate to the Schulman planform. This is meant to improve performance and handling, especially near the stall.
Superb quality of construction and attention to detail. The model had been constructed by master builders who must have invested hundreds of hours in each airframe. The level of finish achieved is very rare.
The all the control surfaces are sealed and the wing control horns are all hidden inside the control surfaces, further reducing drag.
The level of completeness of the airframe is exceptional, allowing the model to be finished in just a few days.
The wing breaks down into two pieces and the tailplane is easily removable, allowing the model to be easily transported to contests.
{endbullet}
The model is available in three composite layups:
{b,Glass} - Mostly glass covered flying surfaces, with carbon local reinforcement and a strong carbon spar. This is the lightest version.
{b,DBox} - The flying surfaces have a carbon DBox at the front. The rest is mostly glass with carbon local reinforcement and a strong carbon spar. This version weighs approx 30 g more than the Light version but is stronger. This layup costs approx 9% more.
{b,Spread Carbon} - All the flying surfaces are covered in lightweight spread carbon, with extra carbon local reinforcement and a strong carbon spar. This version only weighs approx the same as the Light version but is much stronger and less susceptible to hanger rash and handling damage. This layup costs approx 24% more.
For all wing layups the fuselage is all carbon. For all electric models (irrespective of the fuselage construction) we recommend the 2.4GHz aerials are exited from the fuselage, so they are in the outside airflow. One horizontal and one vertical aerial usually works well. There is too much electrical equipment in an electric glider fuselage for the RC signal to be reliably received inside the pod.
All models are supplied with high quality sewn cloth padded wing bags, to ensure the wing stays in perfect condition. The aileron and flap linkage hardware is included, as is the rudder and elevator horn. But the tail pushrods are not included. We recommend either using pull-spring control runs, as is popular on discus launched gliders. See our {href, products.asp?cat=Other+RC+Products&subcat=DLG+Accessories, DLG hardware} for suitable items. Alternatively use lightweight pushrods made from {href, products.asp?code=CARBON-ROD-1MM, 1mm carbon rods} running in our {href, products.asp?code=PTFE-TUBE-14L, 1.68mm PTFE outer tubes}.
{table title="Kappa 25 Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.5 m, 98 in
Wing area, 38.7 dm2, 600 sq in
Length inc spinner, 122 cm, 48.0 in
Flying weight from, 760 g, 26.8 oz
Wing loading, 19.6 g/dm2, 6.4 oz/sq ft
Aspect ratio, 16.0,
Wing airfoil, Proprietary,
EDA (dihedral), 4.5�,
Spinner Diameter, 32 mm,
Centre of Gravity, 68-71 mm from wing leading edge
Controls, "Rudder, elevator, ailerons, flap, throttle"
{endtable}
{table title="Kappa 25 Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 87 g, 3.1 oz
Glass layup wings, 386 g, 13.6 oz
Tail Plane, 13 g, 0.5 oz
Fin, 13 g, 0.5 oz
Accessories & glue, 18 g, 0.6 oz
Total structure, 517 g, 18.2 oz
Wiring, 10 g, 0.4 oz
Pushrods, 9 g, 0.3 oz
Receiver, 8 g, 0.3 oz
Rudder servo, 5 g, 0.2 oz
Elevator servo, 5 g, 0.2 oz
Wing servos (4), 40 g, 1.4 oz
Speed control, 34 g, 1.2 oz
Motor, 45 g, 1.6 oz
Prop & spinner, 20 g, 0.7 oz
Battery, 67 g, 2.4 oz
Flying weight, 760 g, 26.8 oz
{endtable}
{table title="Recommended Servos" class=1 cols=2 width=110,235 align=L,L autohref=2}
Rudder & Elevator, Ripmax SD100, Blue Bird BMS-101HV, KST X08, MKS DS65K, MKS DS75K
Ailerons, Ripmax SD100, Blue Bird BMS-101HV, KST X08, MKS DS65K, MKS DS75K
Flaps, Ripmax SD150, KST X08, MKS DS75K, MKS DS6100, MKS HV6100, Hyperion DS09-AMD, Corona DS843MG, Blue Bird BMS-105HV
{endtable}
{table title="Kappa 25 Powertrain Recommendations" class=1 cols=2 width=130,310 align=L,L autohref=1}
Powerline Micro 1015, 3S 800mAh LiPo, 15x8 prop
Powerline Micro 1010, 3S 600mAh LiPo, 12x6 prop
ADH300L Front Mount, 3S 450mAh LiPo, 9x5 folding prop
ADH300L Front Mount, 2S 450mAh LiPo, 11x6 folding prop
Mega 16/15/4 direct drive, 2S 800mAh LiPo, 10x5 prop
Dualsky XM2826CA-10 45g outrunner, 3S 800mAh LiPo, 10x7 prop (19A, 5.0 m/s)
{endtable}
@ � �2� � 3S� � � � � � � � � D ;� c1�C �}�b�� SN-BALLAST-30G!30g Ballast Set for the Snipe DLGa Ballast set for adding weight to the Snipe & Snipe SN DLG. Cleverly designed to allow the centre of gravity postion to be tuned as required.
Weight = 30 g
Note the 60 g and 90 g ballast sets are common for the Blaster 3, 3.5, and Snipe DLGs. However the Snipe and the Blasters have different 30 g sets due to small centre of gravity differences.
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� � � � � � � � d y� Plastic, glass fibre, steel c1�C � ���r�1 AVA-E
AVA-e 3.2mx The AVA-e is the penultimate F3J or F5J polyhedral electric floater (the ultimate is of course the Super AVA-e). Its stable design and simple rudder, elevator, spoiler (RES) controls make it supremely easy to fly, and its light weight, prodigious strength, and state of the art design result in unequalled performance.
Based on the acclaimed Bubble Dancer, the AVA is an implementation of Mark Drela�s design using the free flight type construction techniques invented in Eastern Europe, and perfected by Vladimir. Like the Simply the Best and Organic ranges the AVA wing has carbon capped ribs and a kevlar D box. Allied to a substantial kevlar wrapped carbon spar this results in a very rigid and almost unbreakable structure.
The aerodynamics are also outstanding, with specially designed airfoils (no doubt in Xfoil, written by Mark Drela himself when he was a student), and a low drag V mounted tail plane, the model has a Zlog measured sink rate of 0.3m/s (60 ft per minute). The 3.2m AVA-e can be built down to 47oz, however despite the low wing loading the plane can cope with 15mph winds with ease.
For lots more info read the <a href="http://www.rcgroups.com/forums/showthread.php?t=442917" target="_new"><font color="#990000">RCGroups AVA-e build thread</font></a> for building tips and flight reports. Also this <a href="http://www.svensktmodellflyg.se/forum1.asp?viewmode=1&msgid=157752&page=&CurrentMainTopic=11" target="_new"><font color="#990000">Swedish build log </font></a>has excellent photos. Download Mike Proctor's informative <A HREF="extras/Mike Proctor AVA-ef Review.pdf" target="_new"><font color="#990000">QEFI Review</font></a> (6mb) to see how easily the AVA goes together, and how well it flies.
<b>Specifications</b>
Span: 3.2m (127 in)
Wing area (flat): 69.5dm2 (1076 sq in)
Wing area (projected): 68.0dm2 (1053 sq in)
Weight: from 1330g (47 oz)
Wing loading: from 19.6g/dm2 (6.5 oz/sq ft)
EDA: 13.4 degrees
Aspect ratio: 14.5
<b>Typical Weights</b>
Wing: 594g
Taiplane: 32g
Fin: 38g
Fuselage: 136g
Tailboom: 42g
Accessories: 18g
Total structure: 860g (30.3oz)
<b>Recommended R/C</b>
Tail Servos:
Ripmax SD150 (if using a ightweight powertrain)
Futaba S3150 digital (if using a heavier powertrain and/or for best quality)
Spoiler servo: Hitec HS85 or HS85 MG
Receiver: Schulze Alpha 835
<b>Recommended Powertrain (all for 3S LiPo batteries)</b>
Turnigy TR35-48-B 900Kv 163g DD outrunner, 14x7, 1400fpm @ 50A (low cost)
Hacker B40 12L geared 4.4:1, 16x10 Aeronaut folder (low wt)
Kontronik Fun 480-28 geared 5.2:1, 16x10 Aeronaut folder low wt)
Kontronik Fun 500-27 geared 5.2:1, 16x10 or 16x13 Aeronaut folder (med weight)
Neu 1509/2Y geared 6.7:1, RFM 23x12 folder with Aeronaut +2.5 or +5 degrees hub (competition)
Hacker A20 6XL outrunner geared 4.4:1, 17x10, 54A, 1820fpm (low wt, high performance)
Hacker A20 8XL outrunner geared 4.4:1, RFM 23x12, 54A, 2140fpm (low wt, competition performance)
Use a matching 40A-60A controller with a switching BEC. If not using a switching BEC we recommend a receiver battery.
<b>Construction</b>
Fuselage - coloured, gelcoated and laminated in the aluminium mould. It's made of kevlar and carbon and has a removable nosecone and tail beam of carbon.
Wing - built up D-box three panel design, covered with transparent coloured Oracover. It has a high-tech carbon spar and joiners, carbon sandwich spoiler, which is completely ready and hinged.
Tailplane - built up construction with carbon pipe spar, covered with transparent coloured Oracover. It has a carbon V-mount for removable mounting it to the fuselage.
Fin - built up construction with carbon pipe spar, covered with transparent coloured Oracover. It has carbon fastening to the fuselage, which allows to take it down during transportation. The rudder is completely ready and hinged. In the electric version the fin has places for servos mounting.
Accessories - screws, horns, clevis, metal plugs, carbon pushrod for the elevator and rudder, ballast pipe (for the glider version) and tow hook.
Non-supplied parts - r/c receiver, battery, servos, switch, servos mounting parts, pushrod for spoiler servo; also for electric version: motor, gear, battery, speed controller, spinner, propeller, connectors.
<b>Versions</b>
The design is available in glider and electric versions (same price) in three sizes. The 3.2m wing is also made in a flapped version. Several customers have asked if the fin gets damaged. It doesn't. We fly AVAs and have sold many, and none have had the fin or tailboom broken when landing.
<font color="#990000">Please note any colour preferences in the message section when checking out.</font> T � K� � � � � � � � � � � g�C� ���r�2 AVA-EFAVA-e 3.2m Flapped The flapped version of the 3.2m AVA-e F3J and F5F competition winning r/c glider. The provision of flaps increases the speed range, and allows the model to be slowed better for F5J landing, allowing for more accurate and gentle landings. Also there is less trim change, so less elevator compensation is needed with flaps. This means they can be applied in a hurry, with less chance of ballooning or diving.
This is especially useful for the more highly loaded electric F5J version.
<b>Specifications</b>
Span: 3.2m (127 in)
Wing area (flat): 69.5dm2 (1076 sq in)
Wing area (projected): 68.0dm2 (1053 sq in)
Weight: from 1330g (47 oz)
Wing loading: from 19.6g/dm2 (6.5 oz/sq ft)
EDA: 13.4 degrees
Aspect ratio: 14.5
<b>Typical Weights</b>
Wing: 594g
Taiplane: 32g
Fin: 38g
Fuselage: 136g
Tailboom: 42g
Accessories: 18g
Total structure: 860g (30.3oz)
See the main AVA-e page for full info, including R/C and powertrain recommendations. Thanks to Mike Proctor for his AVA-ef photos.
Download Mike Proctor's informative <A HREF="extras/Mike Proctor AVA-ef Review.pdf" target="_new"><font color="#990000">QEFI Review</font></a> (6mb) to see how easily the AVA goes together, and how well it flies.
<!--font color="#990000">Red/Yellow AVA-ef In Stock.</font--> c � K� � � � � � � � � � � � c1�C u ��r�3
MINI-AVA-EMini AVA-e 2.5m� A 2.5m version of the AVA-e. This is especially good for standard class competions and flying from smaller venues. It has most of the performance of the larger versions while being more compact and easier to transport.
The Mini AVA design uses an all new wing and tailplane, with the fuselage, tailboom, and fin from the 3.2m AVA.
See the main AVA and AVA-e pages for full info. Read this RCGroups <a href="http://www.rcgroups.com/forums/showthread.php?t=716527 " target="_new"><font color="#990000">Mini AVA-e in Seattle</font></a> for build info and entertainment.
<b>Specifications</b>
Span: 2.5m (98 in)
Wing area: 55dm2 (850 sq in)
Weight: from 1190g (42 oz)
Wing loading: from 22g/dm2 (7.1 oz/sq ft)
Centre of gravity: 92 - 96mm behind wing leading edge
<b>Typical Weights</b>
Wing: 453g
Taiplane: 27g
Fin: 37g
Fuselage: 128g
Tailboom: 41g
Accessories: 18g
Total structure: 704g (24.8oz)
<b>Recommended R/C</b>
Tail Servos:
Ripmax SD150 (if using a lightweight powertrain)
Futaba S3150 digital (if using a heavier powertrain and/or for best quality. If using a lighter motor is it probably best to mount one or both servos in the fuselage)
Spoiler servo: Hitec HS85 or HS85 MG
Receiver: Schulze Alpha 835
<b>Recommended Powertrain (all for 3S LiPo batteries)</b>
Mega 16/15/4 geared 4.4:1 16x10 Aeronaut folder (low wt)
Turnigy TR35-48-B 900Kv 163g DD outrunner, 14x7, 1500fpm @ 50A med wt, low cost)
Hacker B40 18S geared 4.4:1, 15x10 Aeronaut folder (med wt)
Kontronik Fun 400-28 geared 5.2:1, 14x12, 15x8, or 15x10 Aeronaut folder
Use a matching 35A-50A controller with a switching BEC. If not using a switching BEC we recommend a receiver battery.
Thanks to Mike Proctor and Spencer Greenhalgh for permission to use their excellent Mini AVA photos.
See below a very informative email received:
<font face="courier" color="#191970">
First the very good news.I did eventually get to fly the model.This was at Twywell last Sunday. I waited until the event was over. I was lucky to get some very good help from Stephen Mettam and Mike Proctor and am pleased to report that the model flew very well indeed. In fact, it is easy to fly but will be a challenge for me to fly well. I was very surprised at it's speed range in view of what seems to me a ridiculously low weight.
So, I look forward to enjoying this model and intend to enter one or more of the esoaring events later in the year.
As far as the fitting out was concerned there are one or two features that may just be of interest to you.
I originally fitted both HS125 servos in the tail but it soon became clear that this would result in some difficulty getting the CG right without a lot of nose weight or a big battery. Consequently I relocated the rudder sevo to a tray under the wing on the CG and used an internal push rod. To save a bit of weight and avoid clashes I used enamelled copper winding wire (26swg) to feed the elevator servo.
The battery fits on a tray which extends about 50 mm beyond the front of the fuselage pod. I fitted a shorting plug made from two 3.5mm gold connectors and a bit of brass sheet. This is on the top of the nose cone. The receiver is right in the back of the pod and the aerial exits from the spare rear fixing hole. As far as the spoiler servo is concerned I just could not get it completely in the wing and the ball link pokes out of the bottom about 6mm; so I had to remove a small bit of the upper deck of the pod.
Here are a few numbers:-
All up weight 1270 gms
Battery 3s1p Lipo Hyperion LVX series 2000mah (162gms)
Motor Medusa afterburner V2 2840 2500, kv is 2500rev/volt (100gms)
Gearbox Kontronic 5.2/1 (about 52gms)
Prop Aeronaut 16x10
ESC jeti Advance 40 amp
Servos HS125
Power is about 230 to 250 watts depending on battery temperature.
If I have the sums right all this gives a wing loading of about 7.6 oz/ft2.
That's about it.I really enjoyed putting this model together.It flys very well and has given me a new skill to master.
Regards, Spencer.</font>
Note: Several customers have asked if the fin gets damaged. It doesn't. We fly AVAs and have sold many, and none have had the fin or tailboom broken when landing,
<font color="#990000">Please note any colour preferences in the message section when checking out.</font>
+ � �K� �-� � � � � � � � � � c1�C! ���r�4 SUPER-AVA-ESuper AVA-e 3.7m� The Super AVA-e is the giant 3.7m version of the AVA-e F3J and F5J competition winning r/c glider. This ultimate electric floater is THE plane for the r/c glider pilot who wants to stay up longer. Despite the low wing loading the plane can cope with a 15mph wind when balasted, and it flies like a giant hand launched glider.
See photo 5 for documented sink rates of 50 ft per minute. It is the most fantastic plane I have ever flown.
<b>Specifications</b>
Span: 3.7m (148 in)
Wing area (flat): 83.6dm2 (1296 sq in)
Wing area (projected): 82.1dm2 (1273 sq in)
Weight: from 1400g (49 oz)
Wing loading: from 17.0g/dm2 (5.6 oz/sq ft)
EDA: 11.8 degrees
Aspect ratio: 16.6
<b>Typical Weights</b>
Wing: 710g
Taiplane: 32g
Fin: 45g
Fuselage: 136g
Tailboom: 42g
Accessories: 18g
Total structure: 983g (34.7oz)
See the main AVA-e page for full info, including R/C and powertrain recommendations. Several customers have asked if the fin gets damaged. It doesn't. We fly AVAs and have sold many, and none have had the fin or tailboom broken when landing.
<font color="#990000">Please order now. Note any colour preferences in the message section when checking out.</font> � � U-� � � � � � � � � � � β c1�C� }�`�5 MINI-GRAPHITE-EMini Graphite e Hotliner� The Vladimir's Models Mini Graphite-e is a 1.9m super fast, fully moulded hotliner for high speed fun flying. The design gives excellent performance as a fast electric glider and as an all weather thermal soarer. The Mini Graphite is very happy at high speed aerobatics, yet also slows down well and thermals like a much larger model. Its well-balanced flight performance and excellent thermal soaring capability make it an outstanding model.
The fuselage and removable nose cone are constructed from a specially woven carbon/Kevlar cloth producing an extremely strong yet light fuselage. The MH32 section hollow moulded wings have carbon spars and curved wing tips, which improve the flight performance and add to the sleek appearance of the model. The model is easily transported with its two-piece wings and removable V tail.
The underwing fuse opening is 34mm > 27mm x 85mm (big enough for a 3S 2.2ah LiPo). By removing the nosecone a suitable 4S 2.2ah or 3S 3.3ah LiPo battery can be fitted.
See this {href,http://www.rcgroups.com/forums/showthread.php?t=52427" target=,RCGroups Mini Graphite-e build thread} for building tips and flight reports.
Download our {href,extras/Mini Graphite Assembly Guide.pdf" target=,Mini Graphite Assembly Guide} (4mb) to see how easily and quickly the Mini Graphite goes together.
{table title="Mini Graphite e Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.9 m, 75 in
Wing area, 35.8 dm2, 555 sq in
Length, 116 cm, 45.7 in
Flying weight from, 1261 g, 44.5 oz
Wing loading, 35.2 g/dm, 11.5 oz/sq ft
Aspect ratio, 10.1,
Wing airfoil, MH32,
Dihedral (EDA), 2.2�,
Spinner Diameter, 38 mm,
Centre of Gravity, 98-102 mm from wing leading edge,
Controls, "V tail, ailerons, flaps",
{endtable}
{table title="Mini Graphite e Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 147 g, 5.2 oz
Wings, 524 g, 18.5 oz
V tail, 66 g, 2.3 oz
Accessories, 40 g, 1.4 oz
Total structure, 777 g, 27.4 oz
Glue; mounts etc, 4 g, 0.1 oz
Wiring, 25 g, 0.9 oz
Receiver, 10 g, 0.4 oz
V tail servos, 16 g, 0.6 oz
Aileron servos, 20 g, 0.7 oz
Flap servos, 22 g, 0.8 oz
ESC , 35 g, 1.2 oz
Motor, 140 g, 4.9 oz
Spinner & Prop, 32 g, 1.1 oz
Battery 3S 2000 mAh, 180 g, 6.3 oz
Flying weight, 1261 g, 44.5 oz
{endtable}
{table title="Recommended Control Throws & Mixes" class=1 cols=2 width=110,240 align=L,L,L}
Ailerons, 20mm up, 8mm down
Aileron-crow brakes, 12mm up
Ailerons thermal, 2mm down
Ailerons speed, 1.5mm up
Flap Crow brakes, 70-80 degrees down
Flap thermal, 3 mm down
Flap speed, 2 mm up
Rudder, 10mm up, 10mm down
Elevator, 9mm up, 9mm down
Elevator crow brake mix, 3-4mm down
Elevator thermal mix, 1mm up
Elevator speed mix, 1.5mm down
{endtable}
{table title="Recommended Servos" class=1 cols=2 width=110,240 align=L,L autohref=2}
V tail*, MKS DS65K, MKS DS75K-N, KST X08N, Ripmax SD100, Blue Bird BMS-A10S, Blue Bird BMS-101AMG, Blue Bird BMS-101DMG
Flap, MKS HV6130, MKS DS6100, MKS HV6100, MKS HV6110, KST DS135, KST X10, Blue bird A56V, Blue Bird BMS-105HV
Aileron, MKS DS6100, MKS HV6100, MKS HV6110, MKS DS75K, MKS HV75K, KST X08N, KST X08, Corona DS843MG, Blue Bird BMS-105HV, Blue Bird BMS-106HV, Ripmax SD150
{endtable}
* The rudder-vator servos are in the front of the fuselage in the glider version, and in the V tail for the electric version.
{table title="Mini Graphite e Powertrains" class=1 cols=2 width=130,310 align=L,L autohref=1}
Kontronik Kira 480-34 with 5.2:1 box, 14x10 prop, 4S 2.5ah LiPo (81A, 5500 fpm)
Kontronik Kira 480-34 with 5.2:1 box, 16x10 prop, 3S 2.5ah LiPo (75A, 4800 fpm)
Hacker B40 8L with 4.4:1 box, 14x8 prop, 3S 2.2ah LiPo (78A, 4400 fpm)
Hacker B40 8L with 4.4:1 box, 13x8 prop, 3S 2ah LiPo (62A, 3500 fpm)
Hyperion Gs3020-08 direct drive, 12x8 prop, 3S 2ah LiPo (61A, 3300 fpm)
Hyperion Gs3020-08 direct drive, 12x6 prop, 3S 1.5ah LiPo (48A, 2800 fpm)
{endtable}
Mini Graphite glider YouTube video
{video,bMunSulBJGM}
Electric Mini Graphite build log
{video, 9Mo1bfgSkXo} � � �� � ?� � � � � � � � � p� 349.00 c1�C ��}�b�} MAXA-PRO-E-FUSEMaxa Pro Electric podE Maxa Pro electric pod, as used on the Maxa Pro e 3.5m and 4m versions � �_� � d � � � � � � � � � �� c1�C
�}�b�6 GRAPHITE-2EGraphite 2e 3.1m� The Vladimir's Models <b>Graphite 2e</b> is a 3.1m no compromise high performance glider/hotliner for experienced r/c electric glider modellers. The aerodynamic qualities have been further improved over the original Graphite with the assistance of Dr Drela.
The wing uses the popular MH32 section, is all molded, and of exceptional quality and surface finish, with the lay-up designed to combine extraordinary strength with comparative low weight.
<img src="extras/graphite2-glass-version.jpg" alt="Molded wing construction">
The resulting performance is outstanding, and the glider�s toughness allows it to survive the rigours of competition and slope flying. Suitable for F5J competitions.
See this copy of a lost RCMF {href,graphitebuildlog" target=,Hyperflight / Vladimir's model Graphite 2E Build Thread} for a very high quality build log, with excellent photos, and flight reports.
<b>Construction</b>
The kit is very highly prefabricated, and can be assembled in a short time.
<img src="extras/gr2-electric-all-kit.jpg" alt="Parts breakdown">
Fuselage - coloured, gelcoated and laminated in the aluminium mould. It's made of Kevlar and carbon and has a removable nosecone. Its keel for the RC mounting is made of carbon together with the ballast mounting tube.
Wing - coloured, three-section gel coated and laminated in the aluminium mould, has sandwich construction and is made of the materials according to the version. It has a high-tech carbon spar and joiners. The ailerons and flaps are completely ready and hinged. They also have wipers closing up the slot when aileron/flap operates.
Tailplane - coloured two section gel coated and laminated in the aluminium mould, has sandwich construction and is made of HEREX and fiberglass. It has a carbon spar and joiners. The elevators are ready and hinged. They have wipers closing up the slot.
Accessories - screws, horns, clevis, metal plugs wing pushrods, carbon pushrod for the elevator, servos covering plates and tow hook. They are of exceptional quality
<img src="extras/Graphite2-Accessories.jpg" alt="Super quality accessories">
Non-supplied parts - all r/c receiver, battery, switch, connectors, servo mounts. For the electric version: motor, gear, speed controller, battery, spinner, propeller.
<b>Versions</b>
One some sites you may see photos of the V tail version, but we will normally supply the glass wing cross tail version with glider and electric fuses. Carbon wing and V tail versions are available to special order. Our thanks to Justin Barber for use of his excellent Graphite-2e photos. See the glider product page for more Graphite-2 images.
{table title="Graphite 2e Specification" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 3.1 m, 122 in
Wing area, 64.5 dm, 1000 sq in
Length, 1.515 m, 60 in
RTF weight, 2000 g - 2500 g, 70-88 oz
Wing loading, 30-39 g/dm2, 10-12.7 oz/sq ft
Wing airfoil, MH32
Stabilizer airfoil, HT14-HT12
Spinner diameter, 38 mm
Centre of Gravity, 108-112 mm from wing leading edge
Controls, "Elevator, rudder, flaps, ailerons"
{endtable}
The Vladimir's Models Graphite 2e can be built down to approx 2Kg by using very light servos and a lightweight powertrain, making it competitive in UK eSoaring contests. However for general fun flying more substantial servos and a large 1KW powertrain will result in a flying weight of about 2.5Kg
{table title="Graphite 2e Glass Weights" class=1 cols=2 width=110,240 align=L,L}
Tip panels, 491 g
Centre section, 571 g
Tailplane, 50 g
Electric fuse, 185 g
Electric nose, 83 g
Accessories, 100 g
Total weight, 1480 g (52.2 oz)
{endtable}
{table title="Control Movements" class=1 cols=2 width=110,240 align=L,L}
Elevator, 18 mm up / 18 mm down
Rudder, 35 mm left / 35 mm right
Ailerons, 17 mm up / 10 mm down
Flaps, 5mm up / 75 degrees down
{endtable}
{table title="Recommended Servos" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator & rudder, KST X10-710, MKS DS6100, MKS HV6100, Corona DS843MG
Ailerons, KST X10 Mini, KST DS135MG, MKS HV6130, MKS HBL6625 Mini, MKS DS6100, Corona DS843MG
Flaps, KST X10, KST DS125, MKS HV6130, MKS HBL6625, Futaba/Robbe S3173
{endtable}
{b,Recommended Powertrains}
Kontronik Kira 500-30 with 6.7:1 box, 18x10 prop, 4S 3Ah LiPo (62A, 3300 fpm)
Hacker B50 9S with 6.7:1 box, 17x10 prop, 3S 2.5Ah LiPo (84A, 2900 fpm)
Hacker B50 9S with 6.7:1 box, 16x10 prop, 3S 2.5Ah LiPo (69A, 2400 fpm)
Kontronik Kira 500-36 with 6.7:1 box, 17x11 prop, 3S 2Ah LiPo (63A, 2400 fpm)
Kontronik Kira 500-36 with 6.7:1 box, 16x13 prop, 3S 2Ah LiPo (59A, 2050 fpm)
Kontronik Kira 500-36 with 6.7:1 box, 16x10 prop, 3S 2Ah LiPo (47A, 1900 fpm)
{video, IsHC1r8BPNI}
& � 2� � T � � � � � � � � � c1�C i�}�b�� TEST-2Test 2 � � � � � � � � � � � 4� c1�C �}�b� VM-KEVLAR-THREADKevlar Thread 3m� 3 m of thin Kevlar thread. Suitable for pull-pull or spring-pull linkages on DLGs and other smaller models.
Safe for 12 Kg (22 lb) load.
Weight approx 0.03 g/m.
Also suitable for building FF and RC models where lightweight and good strength in bonding of joints is required. Modelers use it to join carbon fibre rods, lash metal wires to balsa structures, etc with great results.
� � � � 2� � � � � � � �
Kevlar c1�C | �}�b�� SD1007Ripmax SD100 / H47 / TS1118 Servo - 8.1mm 4.7g 1.1Kg.cm� {b,Limited to four servos per order}
The {b,Hepf H47} is <b>exactly</b> the same servo as the Ripmax SD100, Dymond D47 and Topmodel TS1118 and is rated for up to 8.4V operation. This allows it to be used with a 2S LiPo receiver battery without a voltage regulator, reducing cost and increasing reliability - and allowing useful rx battery voltage info to be transmitted back to the pilot when using modern telemetry radios.
The Hepf H47 like the Ripmax SD100 and D47 is a precision 4.7 g analogue servo with a good torque and excellent centring. It has a low backlash geartrain and can be used for all control surfaces. Suitable for models weighing up to 1 Kg.
Another benefit of the H47 / SD100 / D47 / TS1118 is the very low operating current. This increases the flight time of the model by about 40% in comparison to a similar digital servo.
<i>HyperFlight note: We are sourcing this servo under other brand names from European suppliers as the SD100 is no longer available from the Ripmax in the UK. However the H47 and TS1118 labelled servos are the exact same servo as the SD100, just with a different sticker.</i>
{table title="H47 / D47 / TS1118 / Ripmax SD100 Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=: autohref=2}
Body dimensions: 21.9 mm wide x 8.1 mm thick x 17.7 mm high : 0.86" wide x 0.32" thick x 0.70" high
Max dimensions: 29.7 mm wide x 8.1 mm thick x 22.0 mm high : 1.17" wide x 0.32" thick x 0.87" high
Stall torque (4.8V): 1.10 kg.cm: 15 oz.in
Stall torque (6V): 1.40 kg.cm: 19 oz.in
Weight: 4.7 g: 0.17 oz
Lead length: 12.5 cm: 5.0 in
Operating speed (4.8V): 0.18 sec/60�
Operating speed (6V): 0.14 sec/60�
Operating voltage: 4.0V to 8.4V
Bearings: Plain bearing
Gear material: Plastic
Motor type: Brushed
Digital: No
Programmable: No
Supplied accessories: 4 plastic output arms, 2 arm retaining screws, 2 mounting screws, 2 plasic side mounting tabs
Optional accessories: Ply Frame for SD100/D47
{endtable} / � � � � � � � � � � � 2 � � Chinad˱Y9 ��b�T
CF-TWILL-18MM#17.8mm OD 16mm ID Wound Carbon Tube� # Woven Carbon tube, rigid ctubew
# %1 = outside diameter
# %2 = inside diameter
# %3 = weight per meter
{ctubew, 17.8, 16, 74, CF-TWILL-16MM, CF-TWILL-20MM} > � 2� �
2� � � � � � � � d 3| w� j2��t ���r�7 PLD-BAC-001)DLG LiPo Regulator & Alarm *discontinued*� Use the <b>DLG LiPo Regulator & Alarm</b> to reduce the weight of your glider and allow you to fly longer by safely replacing the NiMH receiver pack with a lighter, but higher capacity LiPo battery.
Specifically designed for discus launch gliders (DLGs), the PLD-BAC-001 (BEC Alarm Combo) has been made as small as possible (while being easy to hear) but still packed with needed functionality.
* Very low weight - 4.6g.
* Very small - 19 x 12.5 x 8.5mm.
* 2S lipo input.
* 5V output.
* Over voltage alarm (Vin > 8.5V).
* Under voltage alarm (Vin < 6.2V).
* Buzzer alarm.
* 1A linear BEC for minimum RF interference.
* 250mA constant supply, 500mA for 1 minute, 1A for 10 seconds.
* Thermally limited design - better cooling gives longer duration.
* Thermal and short circuit protection.
* High quality, low power, low (RF) noise micro controller.
* Large copper backplane to improve heat-sinking of linear regulator.
* Supplied with 50mm RX lead and 100mm unterminated battery lead.
* Covered with heatshrink for protection against accidental shorts and sharps damage.
The red lead should be connected to the LiPo battery positive, and the brown lead to the negative. The R/C plug is inserted into a spare receiver outlet.
� U� � � � � � � � � � - \� c1�C! �}�b�8
SUPRA-V-MOUNTSupra & Supra Pro V Mount� {br,No more than 2 per order please.}
Carbon V mount for {b,all versions of the Supra}. Supplied with a custom machined alloy sleeve nut to retain the tailplane. It fits on the boom one way for the original Supra, and the reverse way for the Pro version. Also ideal for Drela inspired own designed models.
Based on the Mark Drela design, this superb quality mount is hand crafted from high modulus carbon and keeps the tailplane above the turbulent flow near the fuselage. This increases the amount of laminar flow on the tailplane, reducing drag. Although it looks spindly it is in fact very strong, and none have ever failed in flight.
Boom fitting inside diameter: 18.4mm
Height of the tailplane mounting plate above the boom: 36mm
Weight: 6.7g
Stud thread: M3
To further reduce drag it is recommended that the V leading edges are rounded, and all trailing edges are filed to a sharp point.
s � � �
4� � � � � � � � - c1�C� `}�`�9 AVA-V-MOUNT AVA V Mount* Carbon V mount for the Pro and Classic versions of the AVA - reverse front to suit your tailplane. Supplied with a custom machined alloy sleeve nut to retain the tailplane. Also ideal for own designed models.
Based on the Mark Drela design, this superb quality mount is hand crafted from high modulus carbon and keeps the tailplane above the turbulent flow near the fuselage. This increases the amount of laminar flow on the tailplane, reducing drag. Although it looks spindly it is in fact very strong, and none have ever failed in flight.
Boom fitting inside diameter: 12.7mm
Height of the tailplane mounting plate above the boom: 36mm
Weight: 5.2g
Stud thread: M3
To further reduce drag it is recommended that the V leading edges are rounded, and all trailing edges are filed to a sharp point.
� +� � (� � � � � � � � 2 x c1�C �}�b�:
SUPRA-BOOM#Supra 30mm - 16mm x 0.92m Tail Boomr This high modulus carbon tailboom has been specially made for the Supra/Supra Pro. It is extremely strong and very lightweight for its strength.
{LongCost}
{table title="Supra & Supra Pro Boom Specification" class=1 cols=2 width=100,100 align=L,L}
Length, 92 cm
Wide end OD, 29.7 mm
Narrow end OD, 15.5 mm
Wall thickness, 0.5 mm
Weight, 47g
{endtable}
| � T � � '� � � � � � � � d c1�CP `}�`�_ MKS-SBEC-2A MKS 2A SBEC� The {b,MKS 2A SBEC} voltage regulator fits between the receiver and the servo, like a short extension lead. It allows the receiver to be powered by a 2S LiPo or 2S LiFe battery, and reduces the voltage to the servo to a safe 5V level, ensuring reliable operation and long servo life. It is particularly attractive for telemetry enabled receivers, as the pilot will be able to see the real unregulated battery voltage on his transmitter, not the regulated voltage you would see if the UBEC was fitted between the battery and the receiver.
{b,One SBEC is required for each servo.} This has the added safety advantage that if one servo short circuits or pulls too much current, only the supply to that servo will be shut down, not the complete RC system.
Note that confusingly SBEC is short for Safe BEC in MKS speak, as this device uses a linear regulator, not a switching type. This does mean that there are no switching harmonics, and the servo supply will be free of interference.
These MKS regulators can be modified so they fit between the battery and the receiver, making them suitable for discus launched gliders. See this {href,http://www.rcgroups.com/forums/showthread.php?t=1806357,RCGroups} thread explaining how to rewire them.
{table title="MKS 2A SBEC Specifications" class=1 cols=3 width=135,130,130 align=L,L,L autohref=2 separator=:}
Output voltage: 5V +/- 0.1V
Input Voltage: 5.1V - 8.4V (2S LiPo)
Max current: 2A
Regulator dimensions: 20 mm long x 11 mm wide x 4 mm thick
Lead length: 11 cm : 4.3 in
Weight: 2.8 g : 0.10 oz
Programmable: No
Max temperature: 70� C
Supplied accessories: heat shrink
Recommended servos: MKS DS6100, MKS DS6125 Mini, MKS DS6125, MKS DS6125E, MKS DS6125H, KST DS125
{endtable}
� b� �
� � � � � � � � 0 c1�C� �}�b�; AVA-BOOMAVA 25mm Tail Boom; This high quality carbon tailboom has been specially designed for the AVA/Super AVA, though it is suitalbe for incorporation into own design models too. This tail boom is very strong and lightweight.
{table title="Super AVA & AVA Boom Specification" class=1 cols=2 width=100,100 align=L,L}
Length, 86.5 cm
Wide end OD, 25.4 mm
Narrow end OD, 9.7 mm
Wall thickness, 0.5 mm
Weight, 41g
{endtable}
Note the AVA and Super AVA use an identical boom.
Last ones. ONCE THIS BOOM IS NO LONGER AVAILABLE. WE WILL INSTEAD SUPPLY OUR 25mm BOOM, CUT DOWN TO 87cm. v � � � � � � � � � � � � c1�C - �}�b�<
AVA-TP-NUT AVA Classic Tailplane Sleeve Nut� One specially machined alloy sleeve nut to retain the AVA classic tailplane. (The AVA Pro requires the AVA Pro Sleeve Nut.)
No more than 2 per customer please. � � � 2� � � � � � � � c1�C �}�b�= SUPRA-TP-NUT"Supra Classic Tailplane Sleeve Nut� One specially machined alloy sleeve nut to retain the Supra molded tailplane.
M3 thread.
No more than 2 per customer please. ! � 9� � 8� � � � � � � � Aluminium e�A� �}�b�> BLASTER-TP-NUT"Blaster 2 & 3 Tailplane Sleeve Nut One specially machined alloy sleeve nut to retain the Blaster 2 and Blaster 3 tailplane.
No more than 2 per customer please. U �
� � � � � � � � � � Steel c�;f� �}�b�? AVA-FIN-BRACKET AVA Fin Retaining Brackets (2) Two moulded fin mounts, with matching screws, for use on all AVA models. These allow the fin to be demountable for easier transport.
Gliders: Fit so the screw is on the left hand side of the boom.
Electric: Fit so the screw is on the right hand side of the boom.
# � � � !� � � � � � � � k� c1�C �}�b�@ S-AVA-E-FINSuper AVA-e Fin� Replacement fin for an electric Super AVA.
Has also been used by advanced fliers with 3.2m AVAs for improved/changed handling.
2 � /� � G� � � � � � � � � �� c1�C+ �}�b�A
AVA-TAILPLANEAVA Tailplane-damaged� Replacement tailplane for all 3.2m and Super AVAs.
The second photo shows the damage - the tip is loose and the top and bottom covering is split.
Colour: Purple
< � 3-� !<� G� � � � � � � � � c1�C ) �}�b�B SUPRA-TAILPLANESupra Molded Tailplane� Replacement molded tailplane for Supra Classic and Pro models.
Not a stock item. Please contact us with the required colours if you would like to order one.
� � 3-� � `� � � � � � � � � c1�CE �}�b�C AVA-NOSECONEAVA Classic Glider Nosecone� Replacement nosecone for all sizes of AVA classic glider.
Can also be fitted to an electric AVA-e to convert it to a glider (with extra noseweight).
Does not fit the AVA Pro pod. A � &U� � � � � � � � � � � 0� c1�C �}�b�D AVA-E-NOSECONEAVA-e Classic Nosecone� Replacement nosecone for all sizes of electric AVA-e models.
Suitable for use with 2.4GHz R/C.
Designed for use with 38mm spinners. K � #F� � L� � � � � � � � � .� c1�C L `}�`�E BLASTER-2E-FUSE Blaster 2e Fuselage & Fin set= Blaster 2-e electric fuselage set. This includes the pod, the boom, the tail V mount, the rear carbon fin servo mount, and the electric fin. The Blaster 2-e fuse is usually supplied with a yellow pod and a black fin.
The fuselage set is supplied with two firewalls, one suitable for front mounting a geared motor like a geared Hacker B20 or A10, and a slightly larger one for mounting about 27mm back in the pod, for rear mounting a small outrunner like a Hacker A20 or an Emax CF2822.
The Blaster 2e electric and Blaster 2 DLG have identical wings and tailplane.
P � �<� � Q`� � � � � � � � � Includes:
pod & boom
fin/servo mount
V mount
fin
16/5/12 was on sale at 99.99
taken it out of stock for Jonathan Cherry c1�C � �}�b�F AVA-PODAVA Classic Glider Podu Replacement fuselage pod for all sizes of AVA glider.
Includes the nosecone.
Suitable for use with 2.4GHz R/C. F � cK� OP� 8� � � � � � � � � c1�C b �}�b�G AVA-E-PODAVA-e Classic Pod� Replacement fuselage pod and nosecone or all sizes of classic electric AVA-e models. Takes a 38 mm spinner.
Suitable accessories:
{pref,AVA-V-MOUNT,AVA V Mount}
{pref, CARBON-BOOM-25-9, 25mm - 9mm x 1m Tapered Carbon Boom} P � r-� g_� :+� � � � � � � � � c1�C � ���r�H
PLD-ESJ-5A-NL5A R/C Switch, No LEDA A replacement for the mechanically troublesome on/off switch for gliders, and especially discus launch glicders (DLGs), where weight and space are critical.
The PLD Electronic Switch Jack (ESJ) uses a 2 pin jumper that only needs a 3 x 1mm hole in your fuselage. When the jumper is plugged in, the switch is off. When the jumper is removed, the power will be connected to the R/C
* Weight: 2.9g (1.0g without leads)
* Current rating: 5A constant, 10A peak
* Size: 13 x 11 x 4mm (board)
* Supplied with jumper.
* No LED, so your receiver battery energy isn't wasted. � G� � � � � � � � � � - c1�C] �}�b�I
BLASTER-2LEFT&Blaster 2 DLG for Left Handed Throwers� {b, Blaster 2 DLG with a one-piece wing for left handed throwers.}
The Blaster 2L is just like the acclaimed Blaster 2, but it has the throwing winglet molded into the right wing, making it suitable for left handed pilots. It is only available with a one piece wing.
The winglet is very well contoured, making high launches safe and comfortable for left handed pilots.
See the main {plink,Blaster-2,Blaster 2 DLG} page for full specifications.
n � /-� � �Z� � � � � � � � � c1�C �}�b�) SPINNERCONE-32-ORN!Neon orange cone for 32mm spinnerz Replacement neon orange spinner cone for all 32mm HyperSpinners.
These fit both the normal and the Power 32mm spinners. E � � � 2� � � � � � � � 2 Plastic c��t� ���r�J HACKER-B20-15L%Hacker B20 15L Geared Brushless MotorX Used Hacker B20-15L brushless motors, with the original Hacker (Maxon) 4:1 gearbox. The motor has been tested and is in good condition.
Two motors available.
Kv: 3704 rpm/V
No load current: 0.7A
Restance: 0.064R
Gearbox: 4:1
Weight: 67g (2.4oz) inc gearbox.
Gearbox shaft: 3mm
Suitable for 2S and 3S LiPo batteries and up to 20A. F � /� � � � � � � � � � � c1�CD ���r�K BL4-15-3#RCer BL4-14-3 & Maxon 4.4:1 Gearbox� Used RCer Warp4 BL4-15-3 brushless motors, fitted with a quality Maxon 4.4:1 gearbox. The motor has been lightly used and is in good condition.
This motor is an improved copy of a Mega 16/15/3, having a lower Kv it is able to turn bigger props
Kv: 2580 rpm/V
No load current: 1.9A
Restance: 0.026R
Gearbox: 4.4:1
Weight: 74g motor only or 134g inc gearbox.
Gearbox shaft: 4mm
Suitable for 2S - 4S LiPo batteries and up to 40A. d � <Z� � � � � � � � � � � c1�C� ���r�L LMT-1980-3D)Lehner LMT 1930-8D Geared Brushless Motor Used Lehner LMT 1930-8D brushless motors, fitted with a quality Reisenauer Super Chief 6:1 gearbox. The motor has given good service and has some surface marks, but is in good working condition.
This motor is a very high power motor suitable for large gliders (I intended to fit it to an Alpina 4m e-glider) and hotliners. It would be good for the Graphite2.
Kv: 2805 rpm/V
No load current: 2.8A
Restance: 0.088R
Gearbox: 6:1
Weight: 335g inc gearbox.
Gearbox shaft: 6mm
Suitable for 2S - 5S LiPo batteries and up to 120A.
The motor terminals are configured to a D termiation. However the clever Lehner system allows the winds to be reconfigured to Y termination which would change the motor constants to:
Kv: 1620 rpm/V
No load current: 1.7A
Restance: 0.026R M � g_� � � � � � � � � � � c1�C� ���r�M NEU-1105-3YNeu 1105/3Y Brushless Motor Slightly used Neumotors Neu 1105/3Y brushless motor.
The motor has been tested and is in excellent condition.
Kv: 3500 rpm/V
No load current: 0.65A
Restance: 0.039R
Weight: 69g
Shaft: 2.3mm
Suitable for 2S to 4S LiPo batteries and up to 30A. K � ,
� � � � � � � � � � � c1�C� ���r�N NEU-1907-15Y Neu 1907/1.5Y Brushless Motor� Slightly used Neumotors Neu 1907-1.5Y brushless motor.
The motor has been tested and is in excellent condition.
Kv: 908 rpm/V
No load current: 1.13A
Restance: 0.019R
Weight: 237g
Shaft: 5mm
Suitable up to 8S LiPo batteries and up to 60A. � � H-� � � � � � � � � � � c1�C � ���r�O NEU-1910-15Y Neu 1910/1.5Y Brushless Motor^ Slightly used Neumotors Neu 1910-1.5Y brushless motor.
The motor has been tested and is in excellent condition.
Kv: 680 rpm/V
No load current: 1.0A
Restance: 0.020R
Weight: 280g
Shaft: 5mm
Suitable up to 10S LiPo batteries and up to 60A.
This model has an internal fan fitted to improve cooling. It is popular on large helicopters. � Y� � � � � � � � � � � c1�C� ���r�P MEGA16-15-3#Mega 16/15/3 Geared Brushless Motor[ Slightly used Mega 16/16/3 brushless motor fitted with an MPJ 8063 3.8:1 concentric planetary gearbox
The motor has been lightly used and is in excellent condition.
Kv: 3000 rpm/V
No load current: 1.7A
Restance: 0.027R
Weight: 76g motor only or 126g inc gearbox
Gearbox shaft: 4mm
Suitable for 2S and 4S LiPo batteries and up to 30A. P � 3-� � � � � � � � � � d c1�C � ���r�Q MPJ-8061 MPJ 8061 3.8:1 Planetary Gearbox� New MPJ 8061 3.8:1 Planetary Gearbox with extra pinion gear (so two in total) and extra mounting adaptor, so it can be used on 480, and 600 sized motors.
Gearbox weight:43g
Motor shaft: 3.2mm or 3mm (with supplied shims)
Gearbox shaft: 4mm
� �
� � � � � � � � � � � c1�Cb ���r�R COSMOTECH-45Cosmotech 4.5:1 Gearbox� Used Cosmotech 4.5:1 Planetary Gearbox for use with Speed 400 sized motors.
Gearbox weight:30g
Motor shaft: 2.3mm
Gearbox shaft: 4mm
Note there is some stickiness when rotating the gerarbox by hand. Hence the price. � � K� � � � � � � � � � � c1�C ��r�S LP160Maxamps 160 mAh LiPo Cell� MaxAmps 160 mAh 20C single cell lithium polymer battery. for use with small indoor models and for powering the RAM3 and other small devices.
Weight 4g
X �
� � � � � � � � � � ( c1�C ���r�T UP-N-GO%Graupner Up and Go Self Launch System� Original unused Graupner Up and Go self launch system (SLS) for scale sailplanes. In mint condition. Supplied with a special 11x6 prop, but I think up to a 14" dia prop could be fitted with with some work. The prop is automatically stopped in the vertical position. Includes the original Graupner instructions.
Motor not included. The drive bellt pulley is designed for motors with 5mm output shafts. � � Y� � � � � � � � � � � c1�C� ��r�U ISL-6-636-PLUSSchulze isl 6-636+
Top end Schulze charger capable of charging 36 NiXX cells and up to 13S LiPo batteries at up to 8A.
The second output can be used for receiver and other smaller packs, amd is capable of charging up to 3S Lio packs at up to 0.5A.
Also charges lead acid, lithium ion, and other chemistries.
Supplied with V8.06 firmware.
For full specifications see <a href="http://www.schulze-elektronik-gmbh.com/isl6-e.htm" target="_new"><font color="#990000">www.schulze-elektronik-gmbh.com/isl6-e.htm</font></a>
Full here:
� � cK� Y� � � � � � � � � � c1�C ���r�V PLD-BAC-LED DLG LiPo Regulator and LED Alarm� Use the <b>DLG LiPo Regulator & LED Alarm</b> to reduce the weight of your glider and allow you to fly longer by safely replacing the NiMH receiver pack with a lighter, but higher capacity LiPo battery.
Specifically designed for discus launch gliders (DLGs), the PLD-BAC-LED (BEC Alarm Combo) has been made as small as possible but still packed with needed functionality. It consists of regulator to drop the 2S LiPo battery voltage to 5V, and two very high brightness light emitting diodes (LEDs) that start to flash when the battery voltage drops below a safe level.
* Very low weight - 3.5g.
* Very small - 19 x 12.5 x 7mm.
* 2S lipo input.
* 5V output.
* Over voltage LED flash alarm (Vin > 8.5V).
* Under voltage LED flash alarm (Vin < 6.2V).
* 1A linear BEC for minimum RF interference.
* 250mA constant supply, 500mA for 1 minute, 1A for 10 seconds.
* Thermally limited - better cooling gives longer duration.
* Thermal and short circuit protection.
* High quality, low power, low (RF) noise micro controller.
* Large copper backplane to improve heat-sinking of linear regulator.
* Supplied with 50mm RX lead and 100mm unterminated battery lead.
* Covered with clear heatshrink for protection against accidental shorts and sharps damage.
The red lead should be connected to the LiPo battery positive, and the brown/black lead to the negative. The R/C plug is inserted into a spare receiver outlet. � U� K� � � � � � � � � - c1�C� ��r�W PLD-BAC-VLP&Low Profile DLG LiPo Regulator & Alarm Use the <b>Low Profile DLG LiPo Regulator & Alarm</b> to minimise size and weight of your glider and allow you to fly longer by safely replacing the NiMH receiver pack with a lighter, but higher capacity LiPo battery.
Specifically designed for discus launch gliders (DLGs), the PLD-BAC-VLP (Very Low Profile) has been made as small as possible but still packed with needed functionality. It consists of regulator to drop the 2S LiPo battery voltage to 5V, and a tiny piezoelectric buzzer that sounds when the battery voltage drops below a safe level.
Please be aware that due to the very low profile buzzer, the audible output is lower than that of the original PLD-BAC-001.
* Very low weight - 3.75g.
* Very small - 19 x 12.5 x 7mm.
* 2S lipo input.
* 5V output.
* Over voltage LED flash alarm (Vin > 8.5V).
* Under voltage LED flash alarm (Vin < 6.2V).
* 1A linear BEC for minimum RF interference.
* 250mA constant supply, 500mA for 1 minute, 1A for 10 seconds.
* Thermally limited - better cooling gives longer duration.
* Thermal and short circuit protection.
* High quality, low power, low (RF) noise micro controller.
* Large copper backplane to improve heat-sinking of linear regulator.
* Supplied with 50mm RX lead and 100mm unterminated battery lead.
* Covered with clear heatshrink for protection against accidental shorts and sharps damage.
The red lead should be connected to the LiPo battery positive, and the brown/black lead to the negative. The R/C plug is inserted into a spare receiver outlet. 2 � Z� U� � � � � � � � � - c1�C � �}�b�X
BLASTER-2E-INBlaster 2e for Inrunners In addition to the discus launched glider Vladimir has made <b>Blaster 2 Electric</b> versions of the model, with rear mounted servos. This electric Blaster is available in two versions, one designed for popular ourtunner motors, and one for normal electric motors - called inrunners to differentiate them from the LRK type of rotating cased outrunner motors.
This kit includes the <b>inrunner fuselage</b>. This has the firewall in the normal place at the font of the nose, and is designed for use with a front mounted powertrain. This could be a normal direct drive motor, or a geared motor, or a front mounted outrunner. This version is best for those wanting conventionally mounted motors and those using gearboxes to maximise performance.
By using a geared motor the plane can be given amazing performance, and flown like a lightweight hotliner. However by using a little flap is can still be slowed down well and is capable of thermaling with the best.
The superbly finished hollow molded one piece wing comes with pre-cut servo mounts and bottom hinged generously sized flaperons, to allow the model to be slowed down to a crawl for damage-free landings or even hand catching. This high level of prefabrication makes the glider especially strong, clean, and easy to build.
The hollow molded wing skin is a very rigid and tough glass/rohacel/glass sandwich with a substantial carbon spar.
<img src="extras/blaster-wing-all.jpg" alt="Blaster molded wing construction">
The glass skin is laid at 45 degrees to eliminate twisting and maximise launch height. The carbon braid reinforced shear web is bonded to the substantial carbon spar caps, resulting in a light but strong spar.
<img src="extras/blaster-spar.jpg" alt="Blaster molded wing construction">
The living skin hinged flaperons have a rohacel core and a very sharp trailing edge to minimise drag.
<img src="extras/blaster-wing-flap.jpg" alt="Blaster molded wing construction">
Thanks to Chris Ploof for use of his photos. See this <a href="http://www.rcgroups.com/forums/showthread.php?t=751463 " target="_new"><b><font color="#990000">RCGroups Build Log</font></b></a> for building tips and flight reports. Or go to Vladimir's site for more <a href="http://airplane-model.com/blaster2e.html" target="_new"><b><font color="#990000">Blaster 2e and Blaster 2 photos</font></b></a>.
Please also download our <A HREF="extras/Blaster 2 Assembly Guide.pdf" target="_new"><b><font color="#990000">Blaster 2 & 2e Assembly Guide</font></b></a> to see how easily and quickly the Blaster 2 goes together. Our thanks to Martin Bell for his help with the manual, and for permission to use his excellent photos.
<b>Specifications</b>
Wing span: 1.5m (59 in)
Wing area: 24dm2 (372 sq in)
Airfoils: Ag 45 ct-o2, Ag46 ct-02 , AG 47 ct-02
Flying weight: from 360g (12.9 oz)
Wing loading: 15/dm2 (5 oz/sq ft)
Spinner size: 32mm
Centre of gravity: 73-79mm (2.9-3.1 in) from wing root leading edge.
Canopy hatch size: 100mm x 28mm (4" x 1.1") with curved ends and sides
Max battery size: 95mm x 35mm x 25mm (3.75" x 1.4" x 1")
<b>Typical Weights</b>
Wing: 150g
Taiplane: 10g
Fin: 6g
Fuselage: 55g
Accessories: 10g
Total structure: 230g (8.1oz)
<b>Recommended Control Throws & Mixes</b>
Rudder: 25mm each way
Tailplane: 12mm up / 10mm down
Flaperons: 15mm up / 8mm down
<i>Recommended flaperon settings:</i>
Speed mode: -2� (flat bottom surface)
Cruise mode: 0� (flat top surface)
Thermal mode: +2� (2mm down)
Landing mode: +40� (38mm down)
<b>Recommended R/C</b>
Wing servos: Ripmax SD150/Dymond D60 or Ripmax SD100/Dymond D47
Tail servos: Ripmax SD100/Dymond D47
Receiver: Schulze 535
<b>Recommended Powertrain</b>
Hacker B20-15L geared 4:1, 2S LiPo, 13x8 prop
Hacker B20-15L geared 4:1, 3S LiPo, 10x6 prop
Hacker B20-18L geared 4:1, 3S LiPo, 12x8 prop
Hacker B20-26S geared 4:1, 3S LiPo, 10x7 prop 1370fpm
See the videos of Martin Bell hotrodding his Blaster-2e with a much less powerful outrunner setup.
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Note that unless requested otherwise the Blaster2e may be supplied with a "left" wing. As the electric model is not intended for tip launching this does not make any difference.
Colour: Pink / Yellow and Black � � /-� � � � � � � � � � � � c1�C � �}�b�Y BLASTER-2-TAILPLANE"Blaster 2 and Blaster 2e TailplaneB Replacement tailplane for all Blaster 2 models.
Span = 38cm.
T � #� � � � � � � � � � � c1�C� �}�b�Z BLASTER-2-WING Blaster 2 and Blaster 2e Wing� Replacement wing for all Blaster 2 models. Has the launch winglet on the left for right handed launchers.
Please email or phone us for availability before ordering. The colours available will depend on the Blaster 2 models we have in stock currently. M � �Z� � xE� � � � � � � � � c1�C � `}�`�[
BLASTER-2-FINBlaster 2 DLG Fin( Replacement fin for a Blaster-2 DLG.
R � (� � Z� � � � � � � � � # 28/1/15 yelllow fin to order 28887. c1�C � �}�b�\ AVA-E-FIN AVA-e Fin� Replacement fin for an electric AVA.
If none available. Please order an AVA glider fin and add a servo mount to that. This is very easy. ( � /� � G� � � � � � � � � c1�C ��r�] PQ-BACKPACKPlane Quiver Back Pack� The NEW Plane Quiver Back Pack
Plane Quiver prototyped back pack designs for months and after receiving a lot of positive feedback is pleased to introduce this new product to the market. The same durable construction and material as the popular Plane Quivers but with a more flexible design to accommodate most wing configurations. Designed to make those long hikes to the flying sites easier while protecting your models and keeping your hands free.
These back packs are light, comfortable and flexible.
* Wing size is approx 13" chord x 49" length, though as the top is open any length wing can be inserted.
* Dual Fuse socks that secure two fuselages.
* Large open top design to accommodate various wing configurations.
* Four large padded wing pockets - closed cell EVA foam in lieu of bubble wrap.
* Padded shoulder straps and waist belt to evenly distribute the weight.
* Large generous pocket for transmitter, ballast, etc...
* Able to connect a shoulder strap and carry it as a traditional type bag.
* Reinforced straps to hang the bag if desired,
* Special straps on the bottom to carry whatever, chair, coat, ballast bag, etc...
All Plane Quiver bags are of of the very highest quality. Plane Quiver are committed to providing the highest quality and best engineered products for reasonable prices.
<a href="http://web.mac.com/mikeseto/Plane_Quiver_Back_Pack/Plane_Quiver.html " target="_new"><font color="#990000">Click here for more photos.</font></a>
HyperFlight are Plane Quiver's UK and EU dealers. Our prices are better than buying direct, once currency, VAT and transportation charges have been taken into account. d � �_� �� �&� � � � � � � � � c1�C � �}�b�^ BLASTER-2-PUSHRODSBlaster 2 & 3 Pushrod? No longer stocked.
Please order the related items instead.
Y � � � � � � � � � � � ! c1�C �� -� @�`�_
TALKING-TIMERVoiceZone Talking Timer1 Functions: Count Down Timer, Stopwatch & Clock.
Voice on/off switch
Various noises at zero can be selected when counting down
Has a mounting clip on rear suitable for Tx handle.
Size: 83 x 65 x 10 mm exc. Clip
Count Down Timer announces at every hour down to 1 hour, then every minute down to 1 minute, then 50, 40, 30, 20, 10 seconds & then counts down 9, 8, etc to Zero and announces �Times Up�.
Carries on counting & and announces at each minute of over-run time.
Stopwatch does not announce or �talk�.
To get a "Talking Stopwatch", set in 1 second in the countdown mode. When countdown is started, after 1 second the timer announces "times up'" , bleeps, and then counts up and announces at each minute over-run.
The Talking Timer uses two AG13 or equivalent button batteries, which are included. s � 2� � _� � � � � � � � � 8 2E3 On shelves, top right s �}�b�` SUPRA-E-NOSECONE2 Supra-e Nosecone *Slightly Used*� Electric nosecone for all Supra models. Can be used to convert a Supra glider into an Supra electric model. Older version without a canopy hatch.
Suitable for use with 2.4GHz R/C.
Designed for use with 38mm spinners. � � &P� _� 7� � � � � � � � � c1�C ���r�a GRAPHITE-DBOX-NOSE#Graphite DBox Electric Nose Sectiony Replacement nose section for all sizes of Graphite DBox models.
Designed for use with 38mm spinners. Slightly marked. � � _� � � � � � � � � � � c1�C �}�b�b GRAPHITE-2E-NOSE Graphite-2e Electric Nose Cone� Replacement electric nosecone for all Graphite 2 models.
Designed for use with 38mm spinners.
Comes with a black carbon canopy hatch. � � cK� � &M� � � � � � � � c1�C� ��r�c GRAPHITE-2E-FUSE'Graphite 2e Electric Fuselage (damaged)[ New (but shipping damaged) Graphite 2 glider cross tail fuselage married to a new Graphite 2e electric nose with a canopy hatch.
With a little bit of repair work to the damaged fin the fuselage will be perfectly flyable. See photo 3 to view the damaged fin & rudder.
I would prefer pickup only. Email or phone first if this is not possible. � � �-� D� � � � � � � � � � c1�C� �}�b�d SUPRA-E-FUSELAGE.Supra Classic Electric Fuselage, boom, V mount� The Classic Supra-e pod is a little wider than the Pro version, and does not require an ultralite powertrain for balance. It incorporates a removable nosecone, and a good size canopy hatch. Supra Classic Electric Fuselage set includes the pod and noscone, the boom, and the tailplane V mount.
The third photo shows the Classic Supra-e (white) and the Supra Pro-e pod (yellow) for comparison.
Actually we prefer this pod as it allows a wider choice of powertrains, and tail weight can usually be avoided. � � � � �!� � � � � � � � � c1�C* �}�b�e CF2822%EMAX CF2822 Outrunner Brushless Motor� Recommended motor for the Blaster 2e.
Motor resistance = 0.175 R
Kv = 1200 RPM/V
Io @ 8V = 0.86 A
Weight = 43.0 g (1.66 oz)
Number of poles = 14
Total length = 28.5 mm (ex shaft)
Motor diameter = 28 mm
Shaft diameter = 3 mm
Shaft length = 13.2 mm
No. of cells = 2- 3 LiPo
Solid easy to mount outrunner. A grub screw is used to secure the motor to the mounting plate. So you can screw the mounting plate to the model's firewall and then secure the motor with the grub screw.
Operate between 7A and 14A for max efficiency/max performance.
{b,Recommended Props}
2S LiPo
10 x 5 - 11A
9 x 6 - 10A
9 x 5 - 9A
3S LiPo
8 x 4 - 11A
7 x 6 - 10A
� � -� � <� � � � � � � � 2 c1�C V �}�b�f BLASTER-V-MOUNTBlaster 2 & 3 V Mount� {br, Very limited supply. Sales strictly limited to one only per order.}
This carbon tailplane V mount fits all versions of the Blaster 2 and Blaster 3. Supplied with a custom machined alloy sleeve nut to retain the tailplane. Also ideal for own designed models.
Based on the Mark Drela design, this superb quality mount is hand crafted from high modulus carbon and keeps the tailplane above the turbulent flow near the fuselage. This increases the amount of laminar flow on the tailplane, reducing drag. Although it looks spindly it is in fact very strong, and none have ever failed in flight.
Boom fitting inside diameter: 10.8 mm
Height of the tailplane mounting plate above the boom: 19 mm
Weight: 2.6g
J � K� � � � � � � � � � ( c�;a � ��r�g PLD-BAC-LMA-0042LiPo Regulator, Low Voltage, and Lost Model Alarm� Use the <b>LiPo Regulator, Low Voltage, and Lost Model Alarm </b> to reduce the weight of your glider and allow you to fly longer by safely replacing the NiMH receiver pack with a lighter, but higher capacity LiPo battery.
Specifically designed for discus launch gliders (DLGs), the PLD-BAC-LMA (BEC Alarm Combo with Lost Model Alarm)
has all the features of a normal PLD-BAC but with the addition of a lost-model-alarm capability too.
The lost-model-alarm will trigger when it detects a servo pulse shorter than 1.3mS or the servo pulse dissapears.
* Very low weight - 5.5g.
* Very small - 19 x 12.5 x 8.5mm.
* 2S lipo input.
* 5V output.
* Over voltage alarm (Vin > 8.5V).
* Under voltage alarm (Vin < 6.2V).
* Onboard LED continuously flashes the battery voltage.
* Buzzer alarm.
* 1A <i>linear</i> BEC for minimum RF interference.
* 250mA constant supply, 500mA for 1 minute, 1A for 10 seconds.
* LMA alarm if the R/C signal is lost, or sees a pulse train shorter than 1.3mS
* Thermally limited design - better cooling gives longer duration.
* Thermal and short circuit protection.
* High quality, low power, low (RF) noise micro controller.
* Large copper backplane to improve heat-sinking of linear regulator.
* Supplied with 50mm RX lead and 100mm JST battery lead.
* Covered with heatshrink for protection against accidental shorts and sharps damage.
The red JST plug should be connected to the LiPo battery , and the R/C plug is inserted into a spare receiver channel.
�
� � F� � � � � � � � - c1�C! �}�b�h
PLD-BAC-MINI6 Mini LiPo Regulator & LED Alarm� Use the <b>Mini LiPo Regulator & LED Alarm</b> to reduce the weight of your glider and allow you to fly longer by safely replacing the NiMH receiver pack with a lighter, but higher capacity LiPo battery.
Specifically designed for discus launch gliders (DLGs), the PLD-BAC-MINI6 (BEC Alarm Combo) has been made as small as possible but still packed with needed functionality. It consists of regulator to drop the 2S LiPo battery voltage to 5V. It also includes a built in LED for voltage level indication as well as an audio alarm for when things get to the critical stage, and other improvements. The LED flashes the voltage level, so if the battery is 7.2V it will flash 7 times, pause and flash twice more.
{bullet}
Very low weight - 2.9g.
Nano small - 14 x 12.5 x 6mm.
2S lipo input.
5V output.
LED voltage indicator, flashes the voltage digit, then pauses, then flashes the voltage decimal. After a longer pause the voltage flashes are repeated, continually.
Over voltage LED flash alarm (Vin > 8.5V).
Under voltage LED flash alarm (Vin < 6.4V).
1A <i>linear</i> BEC for minimum RF interference.
250mA constant supply, 500mA for 30 seconds, 1A for 3 seconds.
Thermally limited - better cooling gives longer duration.
Thermal and short circuit protection.
High quality, low power, low (RF) noise micro controller.
Large copper backplane to improve heat-sinking of linear regulator.
Supplied with 50mm RX lead and 100mm JST battery lead.
Covered with heatshrink for protection against accidental shorts and sharps damage.
{endbullet}
The red JST plug should be connected to the LiPo battery , and the R/C plug is inserted into a spare receiver channel. � 9� � "� � � � � � � � - c1�C� �}�b�i RHINO-360-2SRhino 2S 360 mAh LiPo6 Small 2S 360 mAh LiPo battery suitable for discus launched gliders, or other very lightweight models. Comes with a Mini JST (also called BEC) power connector plug and a JST-HX balance plug. Connect via a Mini JST convertor lead to if using 2S capable receiver and servos, or through a small voltage regulator if using RC limited to 5V.
The Rhino 2S 360 mAh LiPo has easily enough capacity to fly an average four servo DLG for 2 hours.
{table title="Rhino 2S 360 mAh 20C LiPo Battery Specification" class=1 cols=2 width=100,220 align=L,L}
Chemistry, Lithium Polymer
Number of cells, 2
Voltage, 7.4V nominal
Capacity, 360 mAh
Discharge rating, 20C
Weight, 21 g
Length, 40 mm
Width, 21 mm
Height, 14 mm
Power plug, Mini JST (BEC) plug
Balance plug, JST-XH standard balance plug
{endtable}
{LiPost}
�O �
#� � � � � � � � � � 2 c1�C2' +� ��b�� KST-DS135MG7KST DS135MG Mini Wing Servo - 5.2Kg.cm 0.12s 23.0g 10mm� The {b,KST DS135MG Mini} Wing Servo is an amazingly good metal cased wing servo. It is exactly the same size and has 90% of the performance and build quality of the market leader, <b>for 40% less</b>. Like the more expensive servo it has no geartrain slop.
At only 10mm thick this great wing-servo can easily fit in thin glider and jet wings. With a massive 5.2kg.cm torque the KST DS135 is appropriate for F3F, F3B, F3J, F5J, all fast gliders, and jets.
No longer supplied with metal output arms.
{ServoSpecs}
Tags: High performance metal case 10mm thick mini wing servo. MKS DS6125 Mini, HS-125MG, HS-5125MG wing servo copy clone. � � ! � � � � � � � � � � ,
1J2 e ���r�j BLASTER-LIPO-360Lithium Polymer 2S Battery� Long thin LiPo battery suitable to use with the Blaster2.
Should give 2hra - 3 hrs operation on a properly setup Blaster.
Capacity: 360mAh
Configuration: 2S 7.4v
Pack size: 20x39x13mm
Weight: 20gr
C Rating: 15C , �
"� � � � � � � � � � d c1�C�� .� ��b�k VMB162#HyperFlight 162 cm (64") Glider Bagj The {b,VMB162} is a very high quality bag suitable for transporting and storing larger model gliders and electric planes. These bags are well constructed with commercial quality fabric and zippers, and usually available in red and blue. The 162 cm (64") bag is a perfect choice for 3m to 4m gliders where the longest wing panel is up to 162 cm long. The bag has three padded compartments and also three smaller pockets for stabs, wing rods or accessories. On the outside an additional lined compartment allows a glider fuselage to be carried externally
These bags pay for themselves in a season by eliminating transportation and storage hangar rash, allowing the model to stay in pristine condition for longer. They also allow more flying as the models can be prepared for flight and put away much more quickly, allowing an extra one or two flights per flying session. Also the fact that the model is enclosed in the bag while in the back of the car reduces the chance of theft.
The bags are now supplied with the HyperFlight two colour logo rather than Vladimir's Models logo (as shown in the photos).
{table title="162 cm Glider Bag Specifications" class=1 cols=2 width=135,270 align=L,L separator=:}
Dimensions: 162 cm long x 10 cm thick x 31 cm high
Inside max length: 160 cm
Material: Heavy gauge nylon fabric
Padding: 1 cm thick foam
Internal dividers: Two padded dividers
Internal pockets: Three pockets with Velcro fasteners
External pocket: One, suitable for glider fuselage
Handles: One either side, in the middle
Shoulder strap: No
Hanging hook: Yes
Logo: Yes, HyperFlight
Weight: 1600 g
{endtable}
� � � � :� � � � � � � � � [�4 �}�b�l SPRITE-HOT-E Sprite Hot-e 2m with wing bags� The Vladimir's Models <b>Sprite Hot Electric</b> is a 2m very efficient fully molded e-glider for thermal and aerobatics. The advanced design by Dr Mark Drela makes it a competitive 2m thermal soarer while the low drag, low dihedral and large controls make it a great hot dog plane too.
Like other VM models the Sprite is optionally available with servo frames with bearings and internal IDS linkages ready fitted. This simplifies installing the RC massively. Whether these have been fitted or not is indicated with text like {i, Aileron and Flap IDS fitted for MKS 6100} below the colour in the {i, Available Options} area below the price. The number refers to the servo family, in this case MKS DS6100 or MKS HV6100 servos. Other servos will generally not work as the servo splines are incompatible between KST, MKS, Futaba, Hitec, etc.
The Hot version has a reduced dihedral angle of 2 degrees, of making it especially suitable for aerobatics and thermalling in windier, more turbulent conditions. The AG40/41/42/43 section hollow molded wings have carbon spars and large ailerons and flaps, extending the speed range at the low and high speed ends of the polar.
The attractive Kevlar fuselage and removable carbon canopy hatch are highly streamlined producing an extremely low drag and sleek pod. The molded-in wing pylon reduces interference drag and the long high modulus carbon tail boom and conventional cruciform tail ensure excellent handling. The molded tail assembly holds the superbly engineered all flying tail mount. The model is easily transported with its two-piece wings and removable tail.
In addition to the exceptional design the other outstanding characteristic of the Sprite is the very, very, very complete build done at the factory, with the following items already fitted to perfection: canopy, tailboom, tailplane mount. The only work required is gluing the fin and fitting the RC and motor.
These are available in glass or spread carbon layup. The delivery received included some lovely spread carbon Sprite Hot-e models. These are very strong and very light.
{b, Now supplied with Vladimir's Models very nice wing and tail bags}
{table title="Sprite Hot Electric Specification" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.0m, 79 in
Wing area, 36.5dm2, 565 sq in
Length, 1.32m, 52 in
Typical flying weight, 900g, 31.7 oz
Wing loading, 25g/dm2, 8.1 oz/sq ft
Aspect ratio, 11.0
Wing airfoil, AG40/41/42/43
Tail airfoil, NT12-NT14
Dihedral angle, 6.5�
Spinner size, 38mm
Centre of Gravity, 92-104mm from wing leading edge
Tailplane neutral, 51.5mm from top of the boom to the centre of the leading edge
Controls, "Elevator, rudder, flaps, ailerons"
{endtable}
{table title="Sprite Hot Electric Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 155g,5.5 oz
Wing (SC layup), 392g, 13.8 oz
Hoz tail, 25g, 0.9 oz
Vert tail, 12g, 0.4 oz
Accessories, 41g, 1.5 oz
Total structure, 625g , 22.0 oz
{endtable}
{table title="Recommended Servos" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator & rudder (9mm), Blue Bird BMS-101DMG, Ripmax SD100, KST X08N, Blue Bird BMS-A10S, MKS DS65K, MKS DS75K-N
Flap (13mm), KST X10 Mini, KST DS135MG, MKS DS6100, Ripmax SD150, KST X08, KST X10 Mini, Blue Bird BMS-115HV, Blue Bird BMS-125WV, Blue Bird BMS-M15V
Aileron (12mm), KST X10 Mini, KST DS135MG, MKS DS6100, Ripmax SD150, KST X08, Blue Bird BMS-115HV, Blue Bird BMS-125WV, Blue Bird BMS-M15V
{endtable}
{table title="Powertrain Recommendations" class=1 cols=2 width=130,310 align=L,L autohref=1}
XPower F2915/12 XLight, 3S 800mAh LiPo, 10x5 prop
Powerline Micro 1010, 3S 800mAh LiPo, 12x8 prop
Powerline Micro 1015, 3S 800mAh LiPo, 15x8 prop
AXI 2217/16 V2 Long, 3S 800mAh LiPo, 10x5 prop
Mega 16/15/4, geared 4.4:1 3S 800mAh LiPo, 16x8 prop
Mega 16/15/4, direct drive, 2S 1000mAh LiPo, 7x4 prop
Mega 16/15/5, direct drive, 2S 1000mAh LiPo, 8x4 prop
Dualsky XM2826CA-10 45g outrunner, 3S 800mAh LiPo, 10x7 prop (19A, 5.0 m/s)
{endtable}
<b>Recommended Control Throws & Mixes</b>
See the Setup Template for Blaster-Sprite-Supra-Vladimir.pdf file (link below).
{video,17ffJxqCjaM}
� � #� � � � � � � � � � � � c1�CY���r�m CARBOM-BOOM-SPECIAL Carbon Booms Made To Measure� We are happy to make special sizes of cylindrical and tapered carbon booms and tubes to order.
If you need 10 or more of a custom size please contact us with your requirements. We will be pleased to quote. � � � � � � � � � � � R��_� ���r�n
PLD-ESJ-5A-IL5A R/C Switch, Inside LEDR A replacement for the mechanically troublesome on/off switch for gliders, and especially discus launch glicders (DLGs), where weight and space are critical.
The PLD Electronic Switch Jack (ESJ) uses a 2 pin jumper that only needs a 3 x 1mm hole in your fuselage. When the jumper is plugged in, the switch is off. When the jumper is removed, the power will be connected to the R/C
* Weight: 2.9g (1.0g without leads)
* Current rating: 5A constant, 10A peak
* Size: 13 x 11 x 4mm (board)
* Supplied with jumper.
* Internal LED lights when connected, so you can see when the R/C is on. ! � G� � � � � � � � � � 2 H� c1�C# ���r�o
PLD-ESJ-5A-OL5A R/C Switch, Outside LED� A replacement for the mechanically troublesome on/off switch for gliders, and especially discus launch glicders (DLGs), where weight and space are critical.
The PLD Electronic Switch Jack (ESJ) uses a 2 pin jumper that only needs a 3 x 1mm hole in your fuselage. When the jumper is plugged in, the switch is off. When the jumper is removed, the power will be connected to the R/C
* Weight: 2.9g (1.0g without leads)
* Current rating: 5A constant, 10A peak
* Size: 13 x 11 x 4mm (board)
* Supplied with jumper.
* Outside facing LED lights when connected, so you can see when the R/C is on. Suitable for viewing through translucent (kevlar or glass) fuselages. � G� � � � � � � � � � 2 c1�C � ���r�p
PLD-ESJ-1A-NL1A R/C Switch, No LEDA A replacement for the mechanically troublesome on/off switch for gliders, and especially discus launch glicders (DLGs), where weight and space are critical.
The PLD Electronic Switch Jack (ESJ) uses a 2 pin jumper that only needs a 3 x 1mm hole in your fuselage. When the jumper is plugged in, the switch is off. When the jumper is removed, the power will be connected to the R/C
* Weight: 2.6g (0.7g without leads)
* Current rating: 1A constant, 2.2A peak
* Size: 13 x 8 x 4mm (board)
* Supplied with jumper.
* No LED, so your receiver battery energy isn't wasted. � =� � � � � � � � � � 2 c1�C$ ���r�q
PLD-ESJ-1A-OL1A R/C Switch, Outside LED� A replacement for the mechanically troublesome on/off switch for gliders, and especially discus launch glicders (DLGs), where weight and space are critical.
The PLD Electronic Switch Jack (ESJ) uses a 2 pin jumper that only needs a 3 x 1mm hole in your fuselage. When the jumper is plugged in, the switch is off. When the jumper is removed, the power will be connected to the R/C
* Weight: 2.6g (0.7g without leads)
* Current rating: 1A constant, 2.2A peak
* Size: 13 x 11 x 4mm (board)
* Supplied with jumper.
* Outside facing LED lights when connected, so you can see when the R/C is on. Suitable for viewing through translucent (kevlar or glass) fuselages. � =� � � � � � � � � � 2 c1�C ��r�r PQ-GLIDER-BAG-68 Plane Quiver Glider Bag II-68"O
Plane Quiver II has been further improved to become the pre-eminent glider bags available, with unsurpassed quality. These bags are designed to protect and transport two 3 meter sailplanes or up to four 60" wings... They have been designed to be flexible, functional and durable while providing protection for those valuable sailplanes.
* Built in Fuse Sock on top of the quiver to eliminate the possibility of dragging the tail fins on the ground during transport.
* Extra width has been added if you choose to stuff more than the recommended two planes.
* Storage: You can hang the wings and fuses together.
Plane quiver is one of the strongest bags on the market with lots of added reinforcement to extend the life of the bag while providing maximum protection for the planes. Double stitched and reinforced liners throughout especially in the high stress areas of the bag like the handles and the storage hook.
This bag has been carefully engineered to be durable, strong and flexible. The workmanship on these bags are unmatched by any other bag available today.
A unique Fuse Sock has been placed on top of the quiver. This will enable you to transport up to two full sized 3m fuselage safely on one bag. Two nylon synch fasteners have been sewn into the sock and the bag to keep the fuses secure during transport.
High quality 600 Denier Polyester with interwoven PVC laminate fabric will not fade and is totally waterproof and easy to clean. Polyester has proven to be more UV and fade resistant than nylon. Polyester has PVC laminated into the cloth unlike coated nylon which have polyurethane coatings that peel off during use and washing. These bags are very durable and were designed to protect valuable wings during transportation to your flying site or storage.
Reinforced Tubing Handles and Straps:Two Ergonomically placed reinforced tubing handles have been added to make transporting planes easier and more comfortable. Plastic tubes have been added to provided additional comfort for those long walks to the flying site.
Two ergonomically placed reinforced tubing handles have been added to make transporting planes easier and more comfortable. Plastic tubes have been added to provided additional comfort for those long walks to the flying site.
<a href="http://www.planequiver.com/Pictures/Plane%20Quiver%20II%20Photos/index.htm" target="_new"><font color="#990000">Click here for more photos.</font></a>
HyperFlight are Plane Quiver's UK and EU dealers. Our prices are better than buying direct, once currency, VAT and transportation charges have been taken into account.7Outside 68" x 13" x 6-8" <br> Inside 67" x 11.5" x 6-8"2 � �_� �#� xb� � � � � � � � � c1�C K ��r�s GRAPHITE-2-FUSEGraphite 2 Glider Fuselage� New Graphite 2 glider cross tail fuselage, with carbon strengthening girder and ballast tube and sheath nosecone.
See image 4 to see the very slight damage to the top of the fin.
White.
� � �K� � c:� � � � � � � � � c1�C � ��r�t SUPRA-POD Supra Pod� Replacement fuselage pod for all Supra glider models, white.
Includes the sheath & basllast tube.
Suitable for use with 2.4GHz R/C. � � }_� I-� � � � � � � � � � c1�C; �}��b�u PULSAR-3200Pulsar 3.2 F5J�
The Pulsar 3.2 is a highly successful competition winning electric R/C glider. The Pulsar 3.2 is probably the lightest high tech full house 3m+ electric glider available in the world. It uses the latest Ukrainian composite construction techniques married to a modern aerodynamic design with a wing utilising Mark Drela's slippery AG25 airfoil optimised for high performance thermal duration planes. The low wing loading and generous dihedral gives excellent thermal climb performance, with the fully articulated wing controls allowing the model to be centred accurately in small turbulent thermals. The thin low drag airfoil works well over a surprisingly large speed range, allowing the model to be safely brought back after drifting far downwind. The large flap and ailerons allow steep slow final approaches, allowing even club pilots to score top landng points, and bring home the wood.
Like other highest performance thermal duration sailplanes the entire model is constructed using free-flight techniques. The wing is a balsa built-up carbon fibre and Kevlar D-box design that utilizes carbon capped balsa ribs and a carbon trailing edge. The open section wing and tail are covered with Ultracote Lite.
The fuselage is made of white gel-coated carbon/Kevlar cloth with carbon tapered boom and removable Kevlar/CF nose cone. The three piece wing and 2-piece conventional tail are easily removable for transport and storage. The rudder servo installs in the vertical stab, and the elevator servo fits in the end of the carbon fibre boom.
Note the carbon in the cloth weave means that the fuselage is not transparent to 2.4GHz radio waves, and the antenna whiskers will have to be placed externally. This can be done as shown below to obtain reliable operation. <img src="extras/Pulsar32-24GHz.jpg" alt="Pulsar 3.2 2.4GHz receiver installation">
The careful use of composites, combined with a high quality underlying wood design ensures a lightweight and rigid structure. This is an extremely light, high performance model that has won numerous UK eSoaring contests.
<b>Specifications</b>
Span: 3.2m (127 in)
Wing area: 70.5dm2 (1085 sq in)
Weight: from 1300g (46 oz)
Wing loading: from 18.4g/dm2 (6.1 oz/sq ft)
Aspect ratio: 14.6
Airfoil: AG25
Spinner: 42mm
Controls: Aileron, Flap, Rudder, Elevator.
<b>Typical Weights</b>
Wing: 586g
Tailplane: 43g
Fin: 32g
Fuselage: 99g
Tailboom: 50g
Accessories: 30g
Total structure: 840g (29.6oz)
<b>Recommended R/C</b>
Aileron servos (2): Futaba S3150
Flap servo (1): Futaba S3150
Elevator servo: Futaba S3110 or Ripmax SD150
Rudder servo: Futaba S3110 or Ripmax SD150
<b>Recommended Powertrains</b>
Mega 16/25/3 with Maxon 4.4:1 gearbox, 20x13 RFM folding prop, 3S 2ah LiPo (2000 fpm, 40A, lightweight setup)
Mega 16/25/4 with Maxon 4.4:1, 23x12 RFM prop, 3S 1.5ah LiPo (1600 fpm, lightweight setup)
Mega 22/30/4 direct drive, 13x6 prop, 3S 2ah 20C LiPo (1600 fpm, cheap 44A setup,)
Hacker B40 15L with Maxon 4.4:1 gearbox, 17x10 prop, 3S 1.5ah LiPo (1400 fpm, comp setup)
Kontronic Fun 500-19 with 6.7:1 box, 23x12 RFM prop, 3S 1.5ah 20C LiPo (1800 fpm, comp setup)
Hacker B50 12L with 6.7:1 box, 20x13 RFM prop, 3S 1.5ah 20C LiPo (1750 fpm, comp setup)
This model is also known as the Pulsar 3200. Our thanks to Martin Bell and Peter Hindle for their excellent Pulsar 3.2/3200 photos, taken at eSoaring contests in 2008.
Open the <b>3 view drawing</b> below, to study the detail design of this delightful model. � � U-� � � � � � � � � � � c1�C � �}�b�v PULSAR-2008Pulsar 2008 2mm The Pulsar 2008 is the latest version of the well regarded line of Pulsar 2m electric R/C soarers. The Pulsar 2008 is a very light high tech full house 2m electric glider that is optimised for sport flying. It uses the latest Ukrainian composite construction techniques married to a modern aerodynamic design with a wing utilising Mark Drela's slippery AG25 airfoil for best thermal duration performance. The low wing loading enables excellent thermal climb performance, with fully articulated wing controls allowing the model to be centred accurately in small turbulent thermals. The thin low drag airfoil works well over a surprisingly large speed range, allowing the model to be safely brought back after drifting far downwind.
Like other quality thermal soarers the entire model is constructed using free-flight techniques. The wing is a balsa built-up carbon fibre and Kevlar D-box design that utilizes carbon capped balsa ribs and a carbon trailing edge. The open section wing and tail are covered with Ultracote Lite.
The fuselage is made of white gel-coated carbon/Kevlar cloth with carbon tapered boom and removable Kevlar/CF nose cone. Note the carbon in the cloth weave means that the fuselage is not transparent to 2.4GHz radio waves, and the antenna whiskers will have to be externally placed. The three piece wing and 2-piece conventional tail are each easily removable for transport and storage. The rudder servo installs in the vertical stab as well as the elevator servo in the end of the carbon fibre boom. The careful use of composites, combined with a high quality design ensures a lightweight and rigid structure. This high performance model is perfect for the sports flyer who wants to experience top level performance with a compact and tough airframe.
See this RCGroups <a href="http://www.rcgroups.com/forums/showthread.php?t=989996" target="_new"><font color="#990000">Pulsar 2008 2m</font></a> build thread for more info.
<b>Specifications</b>
Span: 2m (78 in)
Wing area: 32dm2 (496 sq in)
Weight: from 640g (22.6 oz)
Wing loading: from 20g/dm2 (6.7 oz/sq ft)
Aspect ratio: 12.5
Airfoil: AG25
Spinner: 30mm
Controls: Aileron, Flap, Rudder, Elevator.
Centre of gravity: 67-69mm from wing root leading edge.
<b>Typical Weights</b>
Wing: 203g
Tailplane: 17g
Fin: 13g
Fuselage: 45g
Tailboom: 26g
Accessories: 16g
Total structure: 320g (11.3 oz)
<b>Recommended R/C</b>
Aileron servos (2): Ripmax SD150/Dymond D60
Flap servo (1): Ripmax SD150/Dymond D60 or 10mm thick metal geared servo
Elevator servo: Ripmax SD150/Dymond D60 or Ripmax SD100/Dymond D47
Rudder servo: Ripmax SD100/Dymond D47
<b>Recommended Powertrains</b>
Mega 16/15/4 with Maxon 4.4:1 gearbox, 16x10 prop, 1.5ah 20C LiPo (2900 fpm, 27A)
Mega 16/15/3 with Maxon 4.4:1 gearbox, 13x9 prop, 1.5ah 20C LiPo (2800 fpm 30A)
Hacker B20 18L 4:1, 12x6 prop, 3S 1ah LiPo (2100 fpm, 22A)
Hacker B20 18L 4:1, 11x7 prop, 3S 1.2ah LiPo (1800 fpm, 18A)
Hacker B20 18L 4:1, 14x10 prop, 2S 1.2ah LiPo (1700 fpm, 22A)
Hacker B20 18L 4:1, 13x9 prop, 2S 1ah LiPo (1400 fpm, 17A)
Mega 16/15/8, direct drive 9x6 prop, 3S 1.2ah LiPo (1100 fpm, 16A)
Note that obtaining the correct centre of gravity position will be difficult with the lighter powertrains - both the rear servos will need to be SD100 and custom lightweight extension leads will be required.
Excerpt from an email from a friend:
<font POINT-SIZE = 8 face="courier" color="#191970">
Here are a few details relating to my Pulsar 2008 2m:-
Ready to fly weight:�674gms
Rudder and elevator servos: Logic LSX 110(SD 100 ?)
Aileron and flap servos: Logic LSX 180(SD 150 ?)
Motor is direct drive: Medusa MR-028-040-1200
Prop�Blades: Graupner 9x6 Cam
Spinner�:Aeronaut 30mm (about 34mm ctrs yoke)
Battery one: TP Prolite 1320 3S
Battery two: Loong�Max 1000�20C 3S
Power: TP Batt about 160 Watts (17amps)
Power: LM Batt about 190 Watts (19 amps)
Measured climb rate TP: 1779 FPM
Measured climb rate LM: 2361 FPM
As I mentioned these seem higher than the figures you calculated. Both batteries are near there nominal ratings and as you can see the older TP battery must have a higher resistance.
The battery space in the Pulsar is a bit tight and I did have a bit of trouble finding a battery to fit from my collection.The TP is a lovely fit(I think the 2100 size is the same cross section).The LM is very snug indeed but just about goes in.
</font>
� c_� 5K� �� � � � � � � � � c1�C `}�`�w BLASTER-2-FUSEBlaster 2 DLG Fuselagej Blaster 2 DLG glider fuselage set.
This includes the pod, the sheath, the boom and the tail V mount.
O � i � � -� � � � � � � � d * Includes:
pod & boom
V mount
pushrods
c1�C� `}�`�x MINI-GAPHITE-NOSECON Mini Graphite Glider Nosecone� Replacement nosecone/sheath for Mini Graphite glider.
Can also be fitted to a Mini Graphite electric to convert it to a glider (with extra noseweight).
X � * � -� &� � � � � � � � � L 3/10/14 stock aditon was an error, we actually recived electric MG nosecones c1�C
F �}�b�y SKYASSISTANT SkyAssistant Logging Voice Vario� {BR, NO LONGER AVAILABLE}
The SkyAssistant is a small but very high specification logging telemetry variometer. The R/C model's vertical speed (lift and sink) is transmitted to the pilot, who hears audible tones and voice announcements telling how the model is flying.
Lift is indicated by a pulsed tone with rate and frequency of the pulses depending on the climb rate. Sink is indicated by a low, continuous tone depending on the sink rate. The audio tones and voice announcements are transmitted by built-in radio transmitter and can be received on standard LPD, PMR or FRS receivers.
Features of the SkyAssistant include:
{bullet}
Voice announcement of altitude in feet or meters at definable altitude steps (default every 50m).
Voice announcement of on-board battery voltage, a message at each voltage drop of 0.1V and a voice alarm if it drops too low.
Voice announcement of temperature (battery, engine or air) in �C or �F.
Logs altitude and all data to Flash memory. Logging time >10h in typical conditions.
Measurement of the servo PPM signal and a warning if interference is detected (works with most systems).
Only weighs 18 g (0.63 oz).
Small size of 70 x 26 x 12 mm.
Supplied with a nozzle to the static port to allow connection of a total energy (TE or TEK) probe.
Compatible with WsTech and other total energy (TE) probes.
RC control of voice messages (altitude, voltage and temperature) and device status.
Easy to update firmware.
All data can be downloaded and graphed for off-line analysis.
USB PC interface.
Can be configured for LPD (EU) or FRS (US) frequency bands.
Easy to use PC software to setup the many programmable parameters and for viewing the altitude logs.
{endbullet}
Note that the SkyAssistant does require access to a PC running MS Windows for setting up and accessing the logged data. See below the instruction manual PDF file for more info.
It is recommended that the vario is mounted with the nozzle facing down. The sensor's diaphragm is a mechanical part and acceleration can have an influence on measurement. When the sensor is oriented with nozzle down, the accleration force has the same sign as force from pressure change. Circling in thermals will have no significant effect on reading.
The vario is now supplied in a smaller box without software, which needs to be downloaded from {href,http://www.pitlab.com/skyassistant-variometer/download.html,http://www.pitlab.com/skyassistant-variometer/download.html}
� 2� �-� a� � � � � � � � � c1�C 2 `}�`�z MT-3030 Intek MT-3030 Vario Receiverp The Intek MT-3030 is a powerful dual band walkie talkie that is ideal for receiving transmissions from the SkyAssistant, CS DataVario, and all other EU legal variometers.
* Supplied with an earpiece (not shown in photo) for private listening.
* Supplied with a charging stand a 240V charger.
* LPD: 69 channels in 433 MHz band, 10 mW.
* PMR: 8 channels in 446 MHz band, 500 mW.
* Long battery service life: up to 15 hours.
* Uses 4 AAA alkaline cells or suitable NiMH cells (supplied)
* Clear call identification with over 38 squelch codes.
* Automatic channel browsing.
Read the Instruction Manual for a full description of the features - this PDF is for an earlier product but it has the same facilities. The supplied charger has a 2 pin Euro plug. Use a shaving adaptor to convert to a UK standard 3 pin mains socket. � 3-� ,?� 7� � � � � � � � � ; Only send ONE! Do not send the pair for a 1 quantity order. c1�C � ���r�{ MAX44!Universal 4.4:1 Planetary GearboxV This 4.4:1 planetary gearbox will fit most medium sized (Speed 480 & Hacker B40 sized) brushless motors. It comes with a 3.2mm pinion gear so is only suitable for a motor with 1/8" shaft.
The geardrive is all ballraced and has a hardened steel shaft and gears, and an alloy casing.
{table title="4.4:1 Planetary Gearbox Specification" class=1 cols=2 width=130,160 align=L,L}
Ratio, 4.4:1
Motor shaft, 3.2mm (1/8")
Output shaft, 4mm
Weight, 57g
Max power for 30s, 500W
Motor mount, 4 3.5mm holes on a 19mm diameter
Gearbox mount, 3 holes tapped M2.5 on a 14mm diameter
{endtable}
, � )_� � � � � � � � � � d c1�C q ���r�|
GRAPHITE-DBOX Graphite DBox 3.45 F5J Electric�
The Vladimirs Models Graphite DBox 3.45 F5J is light yet very strong electric glider with brilliant thermaling and an excellent speed range. The ailerons and large flaps make landing is easy, making the Graphite easy to spot land. The version we have in stock is the 3.45m V tail electric model.
The Graphite DBox 3.45 is the latest of a series or highly optimised electric thermal soarers. It is built to an exceptionally high standard and incorporates many innovative design features. The CNC molds are made of aluminium using the latest CAD/CAM technology. This leads to excellent airfoil accuracy and perfectly fitting parts. The wing uses a Kevlar D-tube, a Kevlar wrapped high modulus carbon and end grain balsa spar, and balsa ribs cap-stripped with carbon fibre. The outer panels are connected to the inner panel with a removable CF wing joiner. All plastic elements of the wing are made with high pressure and temperature of 150C.
The flying surfaces are expertly covered with transparent Oracover, and the whole model oozes quality
<b>Specifications</b>
Span: 3.45m (136 in)
Wing area: 66dm2 (1023 sq in)
Weight: from 1600g (57 oz)
Wing loading: from 24.4g/dm2 (8.1 oz/sq ft)
Aspect ratio: 18
Airfoil: MH32
Spinner: 38mm
Controls: Aileron, Flap, V tail, throttle.
<!--b>Typical Weights</b>
Wing: g
Tailplane: g
Fuselage: g
Tailboom: g
Accessories: g
Total structure: g-->
<b>Recommended R/C</b>
Aileron servos (2): Futaba S3150
Flap servo (2): Futaba S3150
V tail servos (2): Vigor VS-12m, Ripmax SD150
Our thanks to Zhaokun Deng for use of his photos and notes.
Deng's Setup:
PLETTENBERG 220/20/2/P4/7:1
KONTRONIK JAZZ 80 BEC
AERO NAUT 17*11and 18.5*12
3S 3ah 30C LiPo
FUTABA 3102 MG *4
FUTABA 3108 *2
Deng's notes:
Elevator + 15 mm / - 10 mm
Rudder + 15 mm / - 15 mm
Ailerons + 20 mm / - 8 mm
Flaps 50 % of Aileron Movement
Launch setting: - Flaps: - - 8 to - 12 mm depending on wind strength
Ailerons: - 50 % of the flap movement
Crow Flap: - 60 deg down
Crow Aileron: - + 25 / 30 deg up
Elevator crow mix: - 2 mm - Set to suit - The model should not balloon when the brakes are applied
Speed: - Flaps and Ailerons: - Reflex Up + 1 mm to + 3 mm,
Elevator -1 to -1.5 mm down, adjust to suit.
Distance: - Flaps and Ailerons: - Neutral, Elevator - Neutral.
Thermal: - Flaps and Aileron: - Down - 3 mm, Elevator + 1 to mm up, Adjust to suit.
Flap. Aileron Mixing: -
Speed: - The inboard flaps can operate as Ailerons and move 50% of the Aileron movement, (set to taste).
The Rudder coupling is switched off
The elevator flap mix: Up elevator is coupled to down flap - full up = + 5 mm flap (down)
Distance - The inboard flaps can operate as Ailerons and move 30% of the Aileron movement.
Thermal, The Flaps do not operate as ailerons. - This reduces drag during thermal turns.
Also thanks to Roy Calnan for use of his photos and power suggestion: <i>Neu 1509-1y-6.7gearbox,17x10 carbon RFM prop, 4s2p 2250 25c Thunder Power lipos. Castle Creations Phoenix 180 controler, draws 115 amps. I could draw a lot more from this combo but it pulls this plane up fast!</i>
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� � F_� � � � � � � � � � � c1�C � �}�b�} HYPERSPIN-32-317*32mm HyperSpinner for 3.17mm (1/8") shafts, {Spinner,32,3.17,0,27,10,Blaster2 and other} B � � � #� � � � � � � � F g2 i � `}�`�~ ZIRCON-FUSELAGE(Zircon Fuselage-suitable for 2m eSoarers� Replacement fuselage for the Zircon electric glider. Supplied with a removable carbon canopy and a 32mm predrilled glassfibre firewall.
{table title="Zircon Fuse Specification" class=1 cols=3 width=110,115,115 align=L,L,L}
Length, 98 cm, 39 in
Firewall to wing LE, 15.4 cm, 6.0 in
Optimal wing chord, 16.0 cm, 6.3 in
Max wing chord, No limit
Weight, 75 g, 2.6 oz
Spinner diameter, 32 mm
{endtable}
Overseas buyers please check postage with us before buying.
� (Z� � 2� � � � � � � � AKA Q10 and Q11 Fuselages c1�C � �}�b� HYPERSPIN-32-3-PWR&32mm HyperSpinner Power for 3mm shafts! {SpinnerPower,32,3,0,27,11.6,all} A � � � #� � � � � � � � F d*� � �}�b� HYPERSPINNER-32-4-0 32mm HyperSpinner for 4mm shafts) {Spinner,32,4,0,27,10,Blaster2 and other} D � � � -� � � � � � � � P d*�f � �}��b�� HF-STICKER-LGE-CLR"Large HyperFlight Sticker on Clear+ {Sticker,Large,clear,text and image,254,95} x � � � U� � � � � � � � c1�C � �}��b�� HT-STICKER-MED-WHT#Medium HyperFlight Sticker on White, {Sticker,Medium,white,text and image,152,67} � � %� � � � � � � � � � c1�C � �}��b�� HF-STICKER-SML-WHT"Small HyperFlight Sticker on White! {Sticker,Small,white,text,138,17} � � � � � � � � � � � � c1�C � �}��b�� HF-STICKER-LGE-WHT"Large HyperFlight Sticker on White+ {Sticker,Large,white,text and image,254,95} � � � � U� � � � � � � � c1�C� �}�b�� BLASTER-2-BOOM+Blaster 2 21mm-8mm x 0.93m Carbon Tail BoomF This high quality carbon tailboom has been specially built to suit top class DLG (discus launch gliders) models like the Blaster2. It is highly suitable for incorporation into own design models, for those designers searching for the best. This tail boom is made from high modulus carbon and is exceptionally strong and rigid.
Suitable for use with our Blaster2 V mounts.
{LongCost}
{table title="Blaster2 Boom Specification" class=1 cols=2 width=100,100 align=L,L}
Length, 928mm
Wide end OD, 21mm
Narrow end OD, 8.5mm
Wall thickness, 0.4mm
Weight, 20g
{endtable}
h � X� �
]� � � � � � � � 2 c1�C! �}�b�T CARBOLINE-SC39-2-SMP'Carboline SC39/2 Spread Carbon - sampler An approximately 30 cm x 10 cm sample of {b,Vladimir's Models Carboline SC39/2} unique bi-axial Spread Tow Carbon fabric for ultra light structures.
{table title="Carboline SC39/2 Specifications" class=1 cols=3 width=135,135,135 align=L,L,L separator=:}
Sample size: 30 cm x 10 cm approx
Weight: 39 g/m�
Number of layers: 2
Fibre material: IMS 65
{endtable}
� ]� � � � � � � � � � d Carbon fibreUkrainec:�� ��r�� PLD-RCS-RL2A RC Controlled 2A Isolated Switch3 Designed initially for ignition kill/keep-alive switches, this compact and lightweight radio control operated relay switch is extremely useful.
{table title="RC Controlled 2A Isolated Switch Secification" class=1 cols=2 width=120,300 align=L,L}
Switching current, 2A
Switching voltage, 50V
Switching speed, 0.05~0.10 seconds (safety feature - see below)
Output connections, Common, N/O and N/C
Size, 40x14x14mm (with heatshrink on).
Weight, 13g
Servo lead length, 300mm
RC input voltage, 4.0V to 7.2V
{endtable}
SAFETY FEATURES
{bullet}
Requires at least 5 good frames before comitting a switch to a different state
If TX signal is lost, reverts to relay default setting (after ~0.5sec of constant loss)
Relay outputs isolated from R/C circuitry
Circuit is reverse-polarity protected
{endbullet} F � U� F� � � � � � � � � 2 c1�C� `}�`� PULSAR-3600Pulsar 3.6 eSoarerc The Pulsar 3.6 is a larger version of the highly successful and competition winning Pulsar 3.2 electric R/C glider. The Pulsar 3.6 is probably the lightest high tech full house 3.5m+ electric glider available in the world. It uses the latest Ukrainian composite construction techniques married to a modern aerodynamic design with a wing utilising Mark Drela's slippery AG25 airfoil optimised for high performance thermal duration planes. The low wing loading and generous dihedral gives excellent thermal climb performance, with the fully articulated wing controls allowing the model to be centred accurately in small turbulent thermals. The thin low drag airfoil works well over a surprisingly large speed range, allowing the model to be safely brought back after drifting far downwind. The large flap and ailerons allow steep slow final approaches, allowing even club pilots to score top landng points, and bring home the wood.
Like other highest performance thermal duration sailplanes the entire model is constructed using free-flight techniques. The wing is a balsa built-up carbon fibre and Kevlar D-box design that utilizes carbon capped balsa ribs and a carbon trailing edge. The open section wing and tail are covered with Ultracote Lite.
The fuselage is made of white gel-coated carbon/Kevlar cloth with carbon tapered boom and removable Kevlar/CF nose cone. The three piece wing and 2-piece conventional tail are easily removable for transport and storage. The rudder servo installs in the vertical stab, and the elevator servo fits in the end of the carbon fibre boom.
The fuselage pod is now made from Kevlar so it is 2.4GHz friendly, making the instalation of modern spread spectrum RC straightforward. The careful use of composites, combined with a high quality underlying wood design ensures a lightweight and rigid structure. This is an extremely light, high performance model that has won numerous UK eSoaring contests.
<b>Specifications</b>
Span: 3.62m (143 in)
Wing area: 80.5dm2 (1248 sq in)
Weight: from 1450g (52 oz)
Wing loading: from 18.0g/dm2 (6.0 oz/sq ft)
Aspect ratio: 16.3
Airfoil: AG25
Spinner: 42mm
Controls: Aileron, Flap, Rudder, Elevator.
<b>Typical Weights</b>
Wing: 666g
Tailplane: 43g
Fin: 32g
Fuselage: 99g
Tailboom: 50g
Accessories: 30g
Total structure: 920g (32.5oz)
{table title="Recommended Servos" class=1 cols=2 width=110,235 align=L,L autohref=2}
Elevator & rudder, MKS DS6100, Hyperion DS09-AMD, KST X08
Flap, Hyperion DS095-FMD, DS13-TMB, MKS DS6125 Mini, KST DS125MG, KST DS135MG
Aileron, MKS DS6100, KST X08, KST DS115, Hyperion DS09-AMD, KST DS135MG
{endtable}
<b>Recommended Powertrains</b>
Mega 16/25/3 with Maxon 4.4:1 gearbox, 20x13 RFM folding prop, 3S 2ah LiPo (2000 fpm, 40A, lightweight setup)
Mega 16/25/4 with Maxon 4.4:1, 23x12 RFM prop, 3S 1.5ah LiPo (1600 fpm, lightweight setup)
Mega 22/30/4 direct drive, 13x6 prop, 3S 2ah 20C LiPo (1600 fpm, cheap 44A setup,)
Hacker B40 15L with Maxon 4.4:1 gearbox, 17x10 prop, 3S 1.5ah LiPo (1400 fpm, comp setup)
Kontronic Fun 500-19 with 6.7:1 box, 23x12 RFM prop, 3S 1.5ah 20C LiPo (1800 fpm, comp setup)
Kontronic Fun 500-32 with 6.7:1 box, 20x13 RFM prop, 2S 3.6ah LiPo (1600 fpm)
Kontronic Fun 500-32 with 6.7:1 box, 17x10 RFM prop, 3S 2.4ah LiPo (1600 fpm)
Hacker B50 12L with 6.7:1 box, 20x13 RFM prop, 3S 1.5ah 20C LiPo (1750 fpm, comp setup)
This model is also known as the Pulsar 3600. Our thanks to F5JPortugal for permission to use the photos, please see the website's {href,http://sites.google.com/site/f5jportugal/modelos/pulsar-3600" target=,Pulsar 3600 review} for more info.
Open the <b>3 view drawing</b> below, to study the detail design of this delightful model.
Many thanks to hongshuteng for his Pulsar 3600 video
<object style="height: 390px; width: 640px"><param name="movie" value="http://www.youtube.com/v/3124BBmaIs8?version=3"><param name="allowFullScreen" value="true"><param name="allowScriptAccess" value="always"><embed src="http://www.youtube.com/v/3124BBmaIs8?version=3" type="application/x-shockwave-flash" allowfullscreen="true" allowScriptAccess="always" width="640" height="360"></object>
� � -� � X � � � � � � � � � 649.00 dF^� � ���b� -SALE-100General Sale �1 Add this "product" to the shopping basket to make a special purchase from HyperFlight.
We often use it when requesting payment for special orders or other items not listed on the web site.
Change the quantity to the number of UK pounds (GBP) to pay and optionally add a short description in the Charge For field below the price. Click the Add to Basket button and then check out normally, paying by any method.
When exporting outside the UK VAT is deducted, so this actually adds only 83p to the cost, not �1.
� � � � 2� � � � � � � � Ukrainehֵ�
���b�� -SALE-001General Sale 1p� Add this "product" to the shopping basket to make a special purchase from HyperFlight.
We often use it when requesting payment for special orders or other items not listed on the web site.
Change the quantity to the number of UK pence to pay, and then check out normally, paying by any method.
When exporting outside the EU VAT is deducted, so this actually adds only 0.83p to the cost, not 1p. � � � � � � � � � � � � Zf/,y ���b� -CREDIT-100,�1 Credit - not to be used without authority� Add this "product" to the shopping basket to reduce the amount to pay.
Change the quantity to the number of UK pounds (GBP) to be credited and optionally add a short description in the Credit For field below the price. Click the Add to Basket button and then check out normally.
When exporting outside the EU VAT is deducted, so this actually credits only 83p not �1.
{br,Do not add this product to your shopping basket unless you have been explicitly authorised to do so.} 4 ����� ���Ȁ � � ��������� � � d�l% ���b�� -CREDIT-001,1p Credit - not to be used without authority� Add this "product" to the shopping basket to reduce the amount to pay.
Change the quantity to the number of UK pence to be credited. Click the Add to Basket button and then check out normally.
When exporting outside the EU VAT is deducted, so this actually credits only 0.83p not 1p.
{br,Do not add this product to your shopping basket unless you have been explicitly authorised to do so.} > ����� � � � � � � � � � Zf/5� �}�b�� PLD-BAC-004LiPo Regulator & AlarmR Use the <b>LiPo Regulator & Alarm</b> to reduce the weight of your glider and allow you to fly longer by safely replacing the NiMH receiver pack with a lighter, but higher capacity LiPo battery.
Specifically designed for discus launch gliders (DLGs), the PLD-BAC-004 (BEC Alarm Combo) has been made as small as possible but still packed with needed functionality.
This updated and improved version replaced the original PLD-BAC-001. The 004 version now includes a built in LED for voltage level indication as well as an audio alarm for when things get to the critical stage, and other improvements. The LED flashes the voltage level, so if the battery is 7.2V it will flash 7 times, pause and flash twice more. Also the PLD-BAC-004 has an improved circuit design to give less voltage sagging and lower noise on the signal and power wires.
{bullet}
Very low weight - 5.5g
Very small - 19 x 12.5 x 9mm
2S lipo input.
5V output.
LED voltage indicator, flashes the voltage digit, then pauses, then flashes the voltage decimal. After a longer pause the voltage flashes are repeated, continually.
Over voltage alarm (battery more than 8.5V).
Under voltage alarm (battery less than 7.0V).
Buzzer alarm.
1A linear BEC for minimum RF interference.
Extensive decoupling for even quieter RF levels.
250mA constant supply, 500mA for 1 minute, 1A for 10 seconds (thermally limited - better cooling gives longer duration).
Thermal and short circuit protection.
High quality, low power, low (RF) noise micro controller.
Large copper backplane to improve heat-sinking of linear regulator.
Supplied with 50mm RX lead and 100mm JST battery lead.
Covered with heatshrink for protection against accidental shorts and sharps damage.
{endbullet}
The red JST plug should be connected to the LiPo battery , and the R/C plug is inserted into a spare receiver channel. �
� � 0� � � � � � � � - c1�C� ��b� VMB110#HyperFlight 110 cm (43") Glider BagX The {b,VMB110} is a very high quality bag suitable for transporting and storing 2m - 3m model gliders and electric planes. These bags are well constructed with commercial quality fabric and zippers, and usually available in red and blue. The 110 cm (43") bag is a perfect choice for gliders where the longest wing panel is up to 110 cm long. The bag has three padded compartments and also three smaller pockets for stabs, wing rods or accessories. On the outside an additional lined compartment allows a glider fuselage to be carried externally
These bags pay for themselves in a season by eliminating transportation and storage hangar rash, allowing the model to stay in pristine condition for longer. They also allow more flying as the models can be prepared for flight and put away much more quickly, allowing an extra one or two flights per flying session. Also the fact that the model is enclosed in the bag while in the back of the car reduces the chance of theft.
The bags are now supplied with the HyperFlight two colour logo rather than Vladimir's Models logo (as shown in the photos).
{table title="110 cm Glider Bag Specifications" class=1 cols=2 width=135,270 align=L,L separator=:}
Dimensions: 110 cm long x 10 cm thick x 31 cm high
Inside max length: 109 cm
Material: Heavy gauge nylon fabric
Padding: 1 cm thick foam
Internal dividers: Two padded dividers
Internal pockets: Two pockets with Velcro fasteners
External pocket: One, suitable for glider fuselage
Handles: One either side, in the middle
Shoulder strap: No
Hanging hook: Yes
Logo: Yes, HyperFlight
Weight: 1100 g
{endtable} � h � � (Q� � � � � � � � @ 4 �� jn�H � �}�b� HYPERSPIN-38-4-PWR&38mm HyperSpinner Power for 4mm shaftsI {Spinner38,38,4,0,25,15.4, AVA-Pro; Supra; Sprite; Mini Graphite and all} } � � � #� � � � � � � � P Aluminium, steel, plastic dØi � �}�b� HYPERSPIN-38-5-PWR&38mm HyperSpinner Power for 5mm shaftsI {Spinner38,38,5,0,25,15.4, AVA-Pro; Supra; Sprite; Mini Graphite and all} ~ � � � #� � � � � � � � P Aluminium, steel, plastic d*�[ � �}�b� SPRITE-THERMALSprite Thermal Glider 2mp The Vladimir's Models <b>Sprite Thermal</b> is a very efficient fully molded 2m glider intended mainly for competitive and sport thermal soaring. The advanced design by Dr Mark Drela gives excellent performance as a highly competitive 2m thermal soarer. By combining low weight and large ballast compartment the Sprite Thermal is equally at home in calm and windy conditions. Its well-balanced controls, excellent speed range, and outstanding thermal soaring capability make it particularly attractive to expert flyers who are looking for 3m performance in a conveniently compact 2m package.
Like other VM models the Sprite is optionally available with servo frames with bearings and internal IDS linkages ready fitted. This simplifies installing the RC massively. Whether these have been fitted or not is indicated with text like {i, Aileron and Flap IDS fitted for MKS 6100} below the colour in the {i, Available Options} area below the price. The number refers to the servo family, in this case MKS DS6100 or MKS HV6100 servos. Other servos will generally not work as the servo splines are incompatible between KST, MKS, Futaba, Hitec, etc.
The Sprite Thermal has a polyhedral wing with an EDA of 5 degrees, making it very easy to thermal, even at the limits of visibility. The AG40/41/42/43 section hollow molded wings have carbon spars and large ailerons and flaps, extending the speed range at the low and high speed ends of the polar. The fuselage is fitted with a ballast tube so adding ballast weight is easy, further improving the speed range.
The attractive Kevlar fuselage and removable carbon canopy hatch are highly streamlined producing an extremely low drag and sleek pod. The molded-in wing pylon reduces interference drag and the long high modulus carbon tail boom and conventional cruciform tail ensure excellent handling. The molded tail assembly holds the superbly engineered all flying tail mount. The model is easily transported with its two-piece wings and removable tail.
In addition to the exceptional design the other outstanding characteristic of the Sprite is the very, very, very complete build done at the factory, with the following items already fitted to perfection: canopy, large ballast tube, tow hook, tailboom, tailplane mount, and rudder and elevator Bowden cables. The only work required is gluing the fin and fitting the RC.
{table title="Sprite Thermal Specification" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.0 m, 79 in
Wing area, 36.5 dm2, 565 sq in
Length, 1.32 m, 52 in
Typical flying weight, 720 g, 25.4 oz
Wing loading, 19.7 g/dm2, 6.5 oz/sq ft
Aspect ratio, 11.0
Wing airfoil, AG40/41/42/43
Tail airfoil, NT12-NT14
Dihedral angle, 6.5�
Centre of Gravity, 95-104 mm from wing leading edge
Tailplane neutral, 51.5 mm from top of the boom to the centre of the leading edge
Controls, "Elevator, rudder, flaps, ailerons"
{endtable}
{table title="Sprite Thermal Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 155g, 5.5 oz
Wing (SC layup), 392g, 13.8 oz
Hoz tail, 25g, 0.9 oz
Vert tail, 12g, 0.4 oz
Accessories, 41g, 1.5 oz
Total structure, 625g , 22.0 oz
Ballast capability, 480 g, 17 oz
{endtable}
{table title="Recommended Servos" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator & rudder (13mm), KST X08, KST X10-710, MKS DS6100, MKS HV6100, KST DS113MG, Blue Bird BMS-126WV
Flap (13mm), KST X10 Mini, KST DS135MG, MKS DS6100, Ripmax SD150, KST X08, KST X10 Mini, Blue Bird BMS-115HV, Blue Bird BMS-125WV, Blue Bird BMS-M15V
Aileron (12mm), KST X10 Mini, KST DS135MG, MKS DS6100, Ripmax SD150, KST X08, Blue Bird BMS-115HV, Blue Bird BMS-125WV, Blue Bird BMS-M15V
{endtable}
<b>Recommended Control Throws & Mixes</b>
See the Setup Template for Blaster-Sprite-Supra-Vladimir.pdf file (link below).
Post by RCGroups member <b>jtlsf5</b> after his maiden flights with his new Sprite Thermal:
<i>Caught a break on the weather today. After way too many days of steady rain, it cleared, giving me a chance to fly the Sprite. Went to my local community college flying site with a zip start and set up. Three flights and a little over an hour of air time later, I'm a believer. Launches were high and straight with the tow hook all the way back, and the ship needed very little trim to settle in. Great little plane. Agile, efficient, signals lift well, lands like a feather. This is a keeper. My 95 mm CG seems pretty close with just a little pull up in the dive test. One thing I did find was that after setting up aileron-rudder coupling proportional to my Supra, the Sprite wanted about 15% more. With that dialled in, turns were smooth and clean. --Jim</i>
� � � � � G� � � � � � � � � �� c�q� � �}�b� SPRITE-THERMAL-E"Sprite Thermal-e 2m with wing bags� The Vladimir's Models <b>Sprite Thermal-e</b> is a very efficient fully molded 2m electric glider intended mainly for competitive and sport thermal soaring. The advanced design by Dr Mark Drela gives excellent performance as a highly competitive electric 2m thermal soarer. With its high strength and reasonably spacious pod the Sprite Thermal-e can be used with powerful electric power systems that require beefy batteries. Alternatively the Sprite Thermal-e low weight also allows smaller powertrains to be used, to maximise its thermal soaring capabilities.
Like other VM models the Sprite is optionally available with servo frames with bearings and internal IDS linkages ready fitted. This simplifies installing the RC massively. Whether these have been fitted or not is indicated with text like {i, Aileron and Flap IDS fitted for MKS 6100} below the colour in the {i, Available Options} area below the price. The number refers to the servo family, in this case MKS DS6100 or MKS HV6100 servos. Other servos will generally not work as the servo splines are incompatible between KST, MKS, Futaba, Hitec, etc.
The Sprite Thermal-e's low drag gives it an excellent speed range makes it equally at home in calm and windy conditions, and makes hotliner style aerobatics a pleasure. With the power off its well-balanced controls and soaring optimised wing give it an outstanding thermal soaring capability and make it particularly attractive to expert flyers who are looking for 3m performance in a conveniently compact 2m package.
The Sprite Thermal-e version has a polyhedral wing with an EDA of 5 degrees, making it very easy to thermal, even at the limits of visibility. The AG40/41/42/43 section hollow moulded wings have carbon spars and large ailerons and flaps, extending the speed range at the low and high speed ends of the polar.
The attractive Kevlar fuselage and removable carbon canopy hatch are highly streamlined producing an extremely low drag and sleek pod, with fast convenient access to the flight battery. The molded-in wing pylon reduces interference drag and the long high modulus carbon tail boom and conventional cruciform tail ensure excellent handling. The molded tail assembly holds the superbly engineered all flying tail mount, with room for the elevator and rudder servos. The model is easily transported with its two-piece wings and removable tail.
In addition to the exceptional design the other outstanding characteristic of the Sprite is the very, very, very complete build done at the factory, with the following items already fitted to perfection: canopy, tailboom, and tailplane mount. The only work required is gluing in the fin and fitting the RC and powertrain.
These are available in glass or spread carbon layup. The spread carbon Sprite Hot-e models are very strong and light. The models now come with wing bags so there is no need to order these separately.
See these RCGroups {href,http://www.rcgroups.com/forums/showthread.php?t=1042724, building and flying} and {href,http://www.rcgroups.com/forums/showthread.php?t=1066570,flight and powertrain} discussions.
<b>To see more great photos and read an in-depth independent report we recommend you download the {href,extras/SpriteReview.pdf,QEFI Sprite Thermal Electric Review} by Martin Bell. </b>
{table title="Sprite Thermal Electric Specification" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.0m, 79 in
Wing area, 36.5dm2, 565 sq in
Length, 1.32m, 52 in
Typical flying weight, 900g, 31.7 oz
Wing loading, 25g/dm2, 8.1 oz/sq ft
Aspect ratio, 11.0
Wing airfoil, AG40/41/42/43
Tail airfoil, NT12-NT14
Dihedral angle, 6.5�
Spinner size, 38mm
Centre of Gravity, 92-104mm from wing leading edge
Tailplane neutral, 51.5mm from top of the boom to the centre of the leading edge
Controls, "Elevator, rudder, flaps, ailerons"
{endtable}
{table title="Sprite Thermal Electric Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 155g,5.5 oz
Wing (SC layup), 392g, 13.8 oz
Hoz tail, 25g, 0.9 oz
Vert tail, 12g, 0.4 oz
Accessories, 41g, 1.5 oz
Total structure, 625g , 22.0 oz
{endtable}
{table title="Recommended Servos" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator & rudder (9mm), Blue Bird BMS-101DMG, Ripmax SD100, KST X06, KST X08N, Blue Bird BMS-A10S, MKS DS65K, MKS DS75K-N
Flap (13mm), KST X10 Mini, KST DS135MG, MKS DS6100, Ripmax SD150, KST X08, KST X10 Mini, Blue Bird BMS-115HV, Blue Bird BMS-125WV, Blue Bird BMS-M15V
Aileron (12mm), KST X10 Mini, KST DS135MG, MKS DS6100, Ripmax SD150, KST X08, Blue Bird BMS-115HV, Blue Bird BMS-125WV, Blue Bird BMS-M15V
{endtable}
{table title="Powertrain Recommendations" class=1 cols=2 width=130,310 align=L,L autohref=1}
XPower F2915/12 XLight, 3S 800mAh LiPo, 10x5 prop
Powerline Micro 1010, 3S 800mAh LiPo, 12x8 prop
Powerline Micro 1015, 3S 800mAh LiPo, 15x8 prop
AXI 2217/16 V2 Long, 3S 800mAh LiPo, 10x5 prop
Mega 16/15/4, geared 4.4:1 3S 800mAh LiPo, 16x8 prop
Mega 16/15/4, direct drive, 2S 1000mAh LiPo, 7x4 prop
Mega 16/15/5, direct drive, 2S 1000mAh LiPo, 8x4 prop
Dualsky XM2826CA-10 45g outrunner, 3S 800mAh LiPo, 10x7 prop (19A, 5.0 m/s)
{endtable}
<b>Recommended Control Throws & Mixes</b>
See the Setup Template for Blaster-Sprite-Supra-Vladimir.pdf file (link below).
� � BK� � � � � � � � � � � � �� f�D�u }�`�� F3-RES-HI-START F3-RES Complete Highstart Setq The {b,F3-RES Complete Highstart Set} is a great high start (also called bungee) for launching F3-RES 2m gliders. All the items required for a top quality easy to use high-start are included in the kit.
The components have ben specially selected to comply with the strict 4 Kg pull at 45 m strech requirement set out in the German and Austrian F3-RES rules. NB if the pull is too great the amount of stretch should be reduced to keep to 4 Kg force max. 45 m and 4 Kg are maximums, either can be a lower figure.
The {b,F3-RES Complete Highstart Set} consists of:
Extra strong ground stake with cross pin 300 mm x 20 mm - attaches to
Carabiner � 5 x 50 mm / 100 kg - attaches to
SETA-Modelltechnik yellow silicone tube 8 mm diameter 15 m long high-start - attaches to
High strength swivel bearing 50 mm / 25.0 kg - attaches to
100 m nylon cord 0.72 mm diameter, 31.9 kg - attaches to
High-start flag / pennant red or yellow - attaches to
Tow hook ring 18 mm diameter - attaches to the model!
Also supplied:
Ground nail with hooks 210 mm / 7.0 mm �
T bar extractor with plastic handle
Plastic storage bobbin 125 mm � � � =_� � )U� � � � � � � � l �� n Next time just order
https://zeller-modellbau.com/hochstartschlauch-silikon-8-mm-o-15-m-gelb-seta-tech.html
Y �� c1�C ����r�� AVA-TIPSSuper AVA Classic Wing Tips. Super AVA Classic Wing Tips, Left and Right.
� �A� � � � � � � � � � � c1�C X �}�b�� SUPRA-E-COMP-LITE!Supra-e Pro Competition Ultralite� The {b,Supra-e Pro Competition Ultralite} is a special light weight version of the electric Supra optimised for electric power, making it suitable for F5J type electric r/c thermal soaring competitions. It has glass and Kevlar skins and a reduced thickness spar. This version <i>is only suitable for electric thermal soaring</i> and is not warranted for hotliner type high energy flight.
The benefits of this version are:
{bullet}
Fuse pod designed for a geared electric motors with a removable canopy hatch for easy access to the batteries and motor.
New Ultralight fin with built-up rudder, modified to allow the tail servos to be rear mounted, to give more space for the powertrain in the pod, and to aide with correct centre of gravity placement. (Not shown in flying photos.)
New Ultralight built-up tailplane (horizontal stabiliser). This is lighter and slightly larger, improving stability and reducing inertia.
Now supplied with a lightweight wiring loom for the fuselage and wing connections.
Specially designed T800 wing spar sized to withstand the forces required for a lightweight electric thermal soarer only - not two man F3J tows! This saves considerable weight and improves climb and glide performance. For massive dives and high G aerobatics a Supra-e Glass or Supra-e Spread Carbon is recommended.
{endbullet}
These improvements allow the plane to excel in the UK's eSoaring and the new FAI F5J class. This lighter version will also be attractive to all pilot who prefer a lower weight model that excels in typical weak lift conditions, yet has the speed range to cope with 25mph winds with ease.
The wing skin is a very rigid and tough glass/rohacell/glass sandwich with special lightweight high modulus T800 carbon spar.
<img src="\extras\Supra-Glass-Light-Graphic.jpg" alt="Supra Ultralite wing construction">
The model is supplied with wing connection plugs and sockets and partial wiring harness for connecting up the tail servos. See the {plink,SUPRA-E-LOOM, Supra-e Servo Harness} product page.
Our thanks to Jure Korber for use of his excellent photos.
{table title="Supra-e Competition Ultralite Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 3.4 m, 134 in
Wing area, 66.7 dm2, 1034 sq in
Length, 170 cm, 66.9 in
Flying weight from, 1630 g, 57.5 oz
Wing loading, 24.4 g/dm, 8.0 oz/sq ft
Aspect ratio, 17.3,
Wing airfoil, AG 40/ AG 41/ AG 42/ AG 43
Dihedral (EDA), 6.0�,
Spinner Diameter, 32 mm,
Centre of Gravity, 95-112 mm from wing leading edge
Controls, "Rudder, elevator, ailerons, flaps"
{endtable}
{table title="Supra-e Competition Ultralite Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Pod, 145 g, 5.1 oz
Boom , 55 g, 1.9 oz
Wing c/s, 536 g, 18.9 oz
Wing tips, 350 g, 12.3 oz
Tailplane, 26 g, 0.9 oz
Fin, 34 g, 1.2 oz
Accessories & wiring, 97 g, 3.4 oz
Total structure, 1243 g, 43.8 oz
Receiver, 12 g, 0.4 oz
Tail servos, 13 g, 0.5 oz
Wing servos, 60 g, 2.1 oz
Speed control, 35 g, 1.2 oz
Motor, 120 g, 4.2 oz
Prop & spinner, 30 g, 1.1 oz
Battery, 117 g, 4.1 oz
Flying weight, 1630 g, 57.5 oz
{endtable}
{table title="Recommended Servos" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator & rudder, MKS DS6100, KST X08, Hyperion DS09-AMD
Aileron, Hyperion DS09-AMD, MKS DS6100, MKS DS6125 Mini, KST DS215, KST DS135MG
Flap, Hyperion DS095-FMD, Hyperion DS13-TMB, MKS DS6125 Mini, MKS DS6125, MKS HBL6625, KST DS125MG, KST DS135MG, KST DS225
{endtable}
{SupraVer}
<b>Powertrain Suggestions</b>
{plink, PL-MICRO-1025-F5J, Powerline Micro 1025 F5J}, 1.3Ah LiPo, 16x8 RF prop (1950 fpm, 43A)
Hacker A20-6XL geared 4.4:1, 3S 1.3Ah LiPo, 16x9 Aeronaut prop (1900 fpm, 46A)
HET 2W-25 geared 6.7:1, 3S 1.5Ah LiPo, 20x13 RF prop (2300 fpm, 50A)
HET 2W-25 geared 6.7:1, 3S 1.3Ah LiPo, 18.5x14 Aeronaut prop (1920 fpm, 41A)
HET 2W-25 geared 6.7:1, 4S 1.5Ah LiPo, 18.5x14 Aeronaut prop (3400 fpm, 69A)
HET 2W-25 geared 6.7:1, 4S 1.3Ah LiPo, 18x11 Aeronaut prop (2800 fpm, 52A)
HET 2W-25 geared 6.7:1, 4S 1Ah LiPo, 17x11 Aeronaut prop (2370 fpm, 42A)
Mega 16/25/2 geared 4.4:1, 3S 1.5Ah LiPo, 16x10 Aeronaut prop (2100 fpm, 57A)
Mega 16/25/3 geared 4.4:1, 3S 1.5Ah LiPo, 20x13 RF prop on +7 spinner (2150 fpm, 49A)
Mega 16/25/2 geared 6.7:1, 3S 1.5Ah LiPo, 20x13 RF prop (2400 fpm, 56A)
<iframe width="560" height="315" src="http://www.youtube.com/embed/I4BD3wQ3_qw" frameborder="0" allowfullscreen></iframe>
<iframe frameborder="0" width="480" height="270" src="http://www.dailymotion.com/embed/video/xkcfxn"></iframe><br /><a href="http://www.dailymotion.com/video/xkcfxn_supra-e-competition_sport" target="_blank">Supra E-Competition</a> <i>by <a href="http://www.dailymotion.com/rok_korber" target="_blank">rok_korber</a></i> u � W_� � �� � � � � � � � � c1�Ck ��b� HORN-NUT-7MM-BR&Brass M3 7mm Horn with Rear Fixing Nut� A single (1) high quality brass horn with an M3 threaded shaft, supplied with a flat domed nut for fixing the horn in place on surfaces without a ready molded receptacle. Works well on balsa control surfaces and on the rudder on some molded models.
Distance from the threaded shoulder to the centre of the hole: 7 mm
Length of the threaded shaft: 8.5mm
Hole diamater 1.5 mm. This is a light interference fit on the Sullivan clevis, giving a totally slop-free linkage.
Material : Brass
{table title="Brass M3 7mm Slim Horn (2) Specifications" class=1 cols=2 width=170,80 align=L,L,L}
Hole centre to thread, 7 mm
Hole Size, 1.5 mm
Thread Diameter, M3
Thread Length, 8.5 mm
Material, Brass
{endtable}
u � � � -� � � � � � � �
2G4; 6� Brass jcb �� +C� ��b� HORN-4MM-BRBrass M3 4mm Micro Horn (2)) A pair (2) of high quality short brass aileron or flap horns with an M3 threaded shaft.
Distance from the threaded shoulder to the centre of the hole: 4 mm
Length of the threaded shaft: 5 mm
Drilled 1.6 mm. This is a light interference fit on the Sullivan clevis, giving a totally slop-free linkage.
Material: Brass
{table title="Brass M3 4mm Micro Horn (2) Specifications" class=1 cols=2 width=170,80 align=L,L,L}
Hole centre to thread, 4 mm
Hole Size, 1.5 mm
Thread Diameter, M3
Thread Length, 5 mm
Material, Brass
{endtable}
d � $� � `� � � � � � � �
2G4; 6� . ���r�� PLD-BAC-ESJ-LMA7LiPo Regulator, Lost Model Alarm & Ultra Reliable Swich� If you take the existing PLD-BAC-ESJ and add a lost model alarm facility, you end up with the PLD-BAC-ESJ-LMA.
The BAC-ESJ-LMA (BEC Alarm Combo) has been made as small as possible but still packed with needed functionality and now provides LED and audio indication of battery status, lost model alarm and most significant of all, now an electronic switchjack and charger combo port.
With the new ESJ combination, you can now switch on/off and charge your plane all with a single 3.5mm plug-socket. Inserting the plug turns off the unit, after which you can then charge your lipo via the 2-wire plug. To turn on the machine, simply remove the plug from the socket.
Specifications:
Very low weight - 8.5g
Very small - 28 x 12.5 x 10mm
2S lipo input
5V output
LED-blink voltage state indicator (full scale)
Over voltage alarm (Vin > 8.5V)
Under voltage alarm (Vin < 7.2V)
Lost model alarm (servo pulses less than 1300uS)
Buzzer alarm
1A linear BEC for minimum RF interference
Extensive decoupling for even quieter RF levels
250mA constant supply, 500mA for 1 minute, 1A for 10 seconds (thermally limited - better cooling gives longer duration)
Thermal and short circuit protection
High quality, low power, low (RF) noise micro controller
Large copper backplane to improve heat-sinking of linear regulator.
Supplied with 100mm RX lead, 100mm female JST battery lead and combo charge/switch plug. 7 � � � � � � � � � � � 2 c1�C 6 }�`� VIGOR-VS-12M(Vigor VS-12M Servo - 8.7mm 8.1g 1.5Kgcm The Vigor VS-12M is an ultra thin servo ideal for glider wings and tails. It is comparable with the well regarded SD150 (or D60), but is in fact thinner, lighter, and more powerful.
Despite the Vigor VS-12M's small size its substantial bronze gears are reasonably free of backlash and capable of withstanding large shock loads. The good quality motor and electronics ensure excellent repeatability and temperature stability.
At only 8.7mm thick this wing servo can easily fit in thin high performance glider wings and tails. With 1.5kg.cm torque the VS-12M is appropriate for a large range of high performance DLGs and electric gliders weighing up to about 600g. It is an ideal replacement for the Ripmax SD150 / Dymond D60 servo.
Note Vigor VS-12M servos do not have conventional mounting tabs. They can be wrapped in tape (or heatshrink) and glued into place, or mounted using the two 4mm OD 13mm pitch spigots on the bottom. If these are not required they can be cut off.
{table title="Vigor VS-12m Servo Specifications" class=1 cols=2 width=110,260 align=L,L separator=:}
Dimensions: 25mm wide x 8.7mm thick x 30mm high
Height ex mounting spigots: 26mm
Speed @ 4.8v: 0.14 sec/60�
Speed @ 6v: 0.12 sec/60�
Torque @ 4.8v: 1.5Kg cm (21 oz.in)
Torque @ 6v: 1.7Kg cm (24 oz.in)
Weight inc 9cm lead & horn: 8.1g
Bearings: Bronze
Accessories: 2 output levers, 1 output disk
{endtable} P � F� � 2� � � � � � � � 2 �� filing cabinet bottom drawer c�"� � �}�b�� HYPERSPINNER-32-3-3*32mm HyperSpinner for 3mm shafts +3� twist0 {SpinnerTwisted,32,3,3,27,10,Blaster2 and other} � � P� � &� � � � � � � � P c1�C � �}�b�� DS095-CNC-FRAME7CNC Alloy Servo Frames for Hyperion DS095 Servos (pair), {CNCServoFrame, Hyperion DS095,6.0, 5.0, 44} l � !7� � � � � � � � � � 2 c1�C � �}�b�� S3150-CNC-FRAME5CNC Alloy Servo Frames for Futaba S3150 Servos (pair)) {CNCServoFrame, Futaba S3150,10.8,5.0,46} v � !7� � � � � � � � � � 2 c1�C � �}�b�� HYPERSPINNER-32-E-3-32mm HyperSpinner for 3.17mm shafts +3� twist3 {SpinnerTwisted,32,3.17,3,27,10,Blaster2 and other} � � 5� U� &� � � � � � � � P c1�C � � +Kl ��b� CANOPY-HATCH/Replacement Canopy Hatch for Sapphire Fuselages9 Replacement carbon canopy hatch for the Sapphire fuselage � � � <� � � � � � � � d 2G6 � � ,;P ��b� HF-STICKER-SMLSmall HyperFlight Sticker! {Sticker,Small,clear,text,137,17} d � 2� �
� � � � � � � � 3 1JO O�E �}�b��
MKS-TSHIRT/MKS Promotional Shirt - free with �120 purchase� High quality navy blue MKS T-Shirt.
If you purchase �120+ of MKS servos please feel free to add this to your shopping basket.
(It won't be added automatically.)
� � � � � � � � � � � � � R��y � � ,$ ��b� HF-STICKER-MEDMedium HyperFlight Sticker. {Sticker,Medium,clear,text and image,151,57}
n � � � =� � � � � � � � T 1J0 O � �}�b�� HYPERSPINNER-32-4-3*32mm HyperSpinner for 4mm shafts +3� twist0 {SpinnerTwisted,32,4,3,27,10,Blaster2 and other} � � P� F� &� � � � � � � � P c1�C Y �}�b�� MKS-CAP0MKS Promotional RC Cap - free with �100 purchase� High quality navy blue and white MKS RC Cap
If you purchase �100+ of MKS servos please feel free to add this to your shopping basket.
(It won't be added automatically.)
Size: Ajustable � � � � � � � � � � � � � R��y� `}�`�� ELF-NIMH-150 Losi 150 mAh NiMH Elf Battery� This battery is no longer available and has been replaced by this {plink,ELF-NIMH-150B,150 mAh NiMH Battery Pack}.
{table title="Losi 150 mAh NiMH Elf Battery Specification" class=1 cols=2 width=100,220 align=L,L}
Chemistry, Nickel Metal Hydride
Number of cells, 4
Voltage, 4.8V nominal
Capacity, 150 mAh
Weight, 14.5 g
Length, 32 mm
Width, 20 mm
Height, 10 mm
{endtable}
x �
a� � Y� � � � � � � � 2 d was �11.95
From James @
RC Pitstop Ltd
sales@rcpitstop.co.uk
www.rcpitstop.co.uk
01704 566444 c1�C. � .R� �}�b� HYPERSPIN-30-3 30mm HyperSpinner for 3mm shafts� Vladimir's Models <b>HyperSpinner</b> for 8mm root folding propeller blades, suitable for all models requiring a 30mm spinner with a 3mm motor shaft. Comes with a machined alloy yoke (cent �}�b� HYPERSPIN-30-317*30mm HyperSpinner for 3.17mm (1/8") shaftsv {Spinner,30,3.17,0,27,9, all}
If out of stock you can make one from a 32mm spinner and fitting a 30mm spinner cone. - � � � #� � � � � � � � 2 d*��I �}�b�� MKS-LANYARD'MKS Promotional Lanyard - Free with �60� High quality blue and white Lanyard
If you purchase �60+ of MKS servos please feel free to add this to your shopping basket.
(It won't be added automatically.)
Size: Ajustable � � � � � � � � � � � � 2 R��y �}�b� HYPERSPIN-30-4 30mm HyperSpinner for 4mm shaftsr {Spinner,30,4,0,27,9,all}
If out of stock you can make one from a 32mm spinner and fitting a 30mm spinner cone. / � � � #� � � � � � � � 2 d*� �}�b�� SUPRA-E-FIN Supra Competition Electric Fin� Relacement Supra Electric Competition fin, with a built up rudder.
The rudder is retained by a M2.5 screw and a carbon strap.
� � \]� � 0 � � � � � � � � � c1�C Z ��r�� PQ-GLIDER-BAG-80 Plane Quiver Glider Bag II-80"�
Plane Quiver II has been further improved to become the pre-eminent glider bags available, with unsurpassed quality. These bags are designed to protect and transport two 4 meter sailplanes or up to four 79" wings... They have been designed to be flexible, functional and durable while providing protection for those valuable sailplanes.
* Outside Dimensions: 80" Length, 13" Height 6-8" Width
* Inside Dimensions: 79 " Length, 11.5 Height 6-8" Width
* Built in Fuse Sock on top of the quiver to eliminate the possibility of dragging the tail fins on the ground during transport.
* Extra width has been added if you choose to stuff more than the recommended two planes.
* Storage: You can hang the wings and fuses together.
Plane quiver is one of the strongest bags on the market with lots of added reinforcement to extend the life of the bag while providing maximum protection for the planes. Double stitched and reinforced liners throughout especially in the high stress areas of the bag like the handles and the storage hook.
This bag has been carefully engineered to be durable, strong and flexible. The workmanship on these bags are unmatched by any other bag available today.
A unique Fuse Sock has been placed on top of the quiver. This will enable you to transport up to two full sized 3m fuselage safely on one bag. Two nylon synch fasteners have been sewn into the sock and the bag to keep the fuses secure during transport.
High quality 600 Denier Polyester with interwoven PVC laminate fabric will not fade and is totally waterproof and easy to clean. Polyester has proven to be more UV and fade resistant than nylon. Polyester has PVC laminated into the cloth unlike coated nylon which have polyurethane coatings that peel off during use and washing. These bags are very durable and were designed to protect valuable wings during transportation to your flying site or storage.
Reinforced Tubing Handles and Straps:Two Ergonomically placed reinforced tubing handles have been added to make transporting planes easier and more comfortable. Plastic tubes have been added to provided additional comfort for those long walks to the flying site.
Two ergonomically placed reinforced tubing handles have been added to make transporting planes easier and more comfortable. Plastic tubes have been added to provided additional comfort for those long walks to the flying site.
<a href="http://www.planequiver.com/Pictures/Plane%20Quiver%20II%20Photos/index.htm" target="_new"><font color="#990000">Click here for more photos.</font></a>
HyperFlight are Plane Quiver's UK and EU dealers. Our prices are better than buying direct, once currency, VAT and transportation charges have been taken into account. P � �_� �_� �&� � � � � � � � � c1�C � �}�b�� AVA-FINAVA Glider Fin/ Replacement fin for an AVA or Mini AVA glider
& � /� � G� � � � � � � � � c1�C � �}�b�� S-AVA-FINSuper AVA Glider Fin( Replacement fin for a Super AVA glider
1 � /� � G� � � � � � � � � c1�C � �}�b� HYPERSPIN-38-6-PWR&38mm HyperSpinner Power for 6mm shaftsI {Spinner38,38,6,0,25,15.4, AVA-Pro; Supra; Sprite; Mini Graphite and all} � � � � #� � � � � � � � P Aluminium, steel, plastic d*�_ �`}�`�� AVALON-WINGAvalon 3.7 wing Replacement wing for an Avalon 3.7 - also called a Super AVA 4 Flap wing.
Also allows a Super AVA Pro or Hyper AVA Pro to be upgraded to ta full house aileron and flap glider.
<b>Colours available, as of July 2011</b>
<I>Centre / mid / tips</i>
Blue / blue / white
� � � � � � � � � � � � � _ Red / white / red - wing tip sent to Japan to correct faulty panel received.
Need to reorder. c1�C � @�`� SAPPHIRE-FUSELAGE9Sapphire Fuselage-suitable for 1.5m-3m gliders & eSoarers� Pure or electric glider lightweight pod, as used in our Sapphire electric glider. Can be supplied with the nosecone intact or removed and a 32mm firewall fitted, for use with an inrunner or small outrunner electric motors.
Supplied with a removable carbon canopy. The {pref, CARBON-BOOM-185-7,18.5mm boom} is not included in the base price and should be selected using the {i,Tailboom} option. The {pref,BLASTER-V-MOUNT,Blaster V mount} fits this boom and can be purchased separately to make a complete Drela type pod-boom-tail mount fuselage.
Suitable for use on Allegro Lite and Bubble Dancer type models. For a 2m size model the boom can be cut down to about 60-70 cm. A 1m boom is the perfect length for a Bubble Dancer, making this a very nice option for that classic design.
{table title="Sapphire Pod Specification" class=1 cols=3 width=110,115,115 align=L,L,L}
Pod length ex spigot, 41.7 cm, 16.4 in
Pod length inc spigot, 48.2 cm, 19.0 in
Nose to wing LE, 19.3 cm, 7.6 in
Wing root chord, 17.5 cm, 6.9 in
Max wing chord, No limit
Weight, 53 g, 1.9 oz
Spinner diameter, 32 mm
Boom spigot diameter, 17.5 mm
Recommended boom wide end OD, 18 mm
{endtable}
� % � � S� � � � � � � � � 3g Remember to order a 32mm glassfibre firewall when ordering more fuses
Matching boom is ID number 3101. Glass fibre, carbon fibre j1�, +F$ @�`�
PTFE-TUBE-14L?1.68mm ID Etched PTFE (14 AWG Bondable PTFE) Pushrod Outer Tube� Low friction 1.68 mm ID PTFE tube suitable for pushrod outers on F3J & F5J models, discus launched glider and other small models. Also suitable for a large range of engineering and industrial uses.
This tubing is specially etched on the outside, making it easily bondable using many adhesives, thin CA being probably the best. Provides the lightest, easiest, most friction-free pushrod installations possible.
Can be stretched to 2 times the original length to reduce the weight per meter, and tune the inside diameter to be a perfect fit for the inner pushrod. Sold by the meter. Enter a quantity of 3 for a 3m roll.
{table title="14L Etched PTFE Tube Specification" class=1 cols=3 width=110,115,115 align=L,L,L autohref=2}
Inside diameter, 1.68 mm, 0.066 in
Wall thickness, 0.2 mm, 0.008 in
Outside diameter, 2.0 mm, 0.079 in
3X Stretched ID, 1.02 mm, 0.040 in
Suggested inner, 1mm & 1.3mm Carbon Rod, 16 SWG or thinner {href,http://www.hyperflight.co.uk/products.asp?cat=Other+RC+Products&subcat=Piano+and+SS+Wire,Piano or SS wire}
US size, 14 AWG L type (Lightweight)
Weight per m, 2.9 g per meter
{endtable}
{i,Maximum 30m per order please. For more please consider purchasing a complete roll.}
� � $� � � � � � � � � � ` 2E5� Big 2mm 14AWG
Med 1.4mm 18AWG
Small 1.1mm 22AWG
Order in multiples of 12.5ft
From Rick Walba <rawmr@yahoo.com>
cost $40/100ft for most sizes
Next time consider Farnell PTFE Sleeving
http://uk.farnell.com/pro-power/stfe18-5mnat/sleeving-ptfe-5m/dp/1191045
http://uk.farnell.com/jsp/search/browse.jsp?N=1001673+570240+592440+5272935+5231718+5272936+5231719+5231764+5231766+5231720+5231768+5231767+5231769+5231772+5231721+5231722+5231773+5231774+5231775+5231778+5231780+5231723+5231782+5231724+5231781+5231784+5231785+5231725+599532+5231726+5231727+5231790+5231791+5231728+5231729+5231794+5231795+5231798+5231730+5024768+5231731+5231799+5231800+5231732+5231802+592455+5231733+5231804+5272937+5231734+5231805+5231806+5231735+5231807+5272938+5231736+5231808+5231737+5231810+5231811+592515+5231738+5231739+5379001+5231740+5231853+5231854+5231741+5231855+5231742+5231856+592498+5024773+5231743+5231860+5231859+5231861+592501+5231862+5231744+592536+5231885+5231745+5231886+5024723+5231887+592519+592521+5231888&No=0&getResults=true&appliedparametrics=true&locale=en_UK&catalogId=&prevNValues=1001673&filtersHidden=false&appliedHidden=false&originalQueryURL=%2Fjsp%2Fsearch%2Fbrowse.jsp%3FN%3D1001673%26No%3D0%26getResults%3Dtrue%26appliedparametrics%3Dtrue%26locale%3Den_UK%26catalogId%3D%26prevNValues%3D1001673
Or
On RS Components in the Search sequence put in Teflon - Cable Accessories - Cable Sleeves and up it comes!!!!
http://uk.rs-online.com/web/search/searchBrowseAction.html?method=retrieveTfg&binCount=9&Nty=1&Ntx=mode%2bmatchallpartial&Ntk=I18NAll&Ne=4294957561&Nr=AND%28avl%3auk%2csearchDiscon_uk%3aN%29&N=4294526754+4294526352&method=browseSection&Ntt=teflonA E @�`�
PTFE-TUBE-18L@1.07mm ID Etched PTFE (18 AWG Bondable PTFE ) Pushrod Outer Tube� Low friction 1.07 mm ID PTFE tube suitable for pushrod outers on discus launched glider and other small models. Also suitable for a large range of engineering and industrial uses.
This tubing is specially etched on the outside, making it easily bondable using many adhesives, thin CA being probably the best. Provides the lightest, easiest, most friction-free pushrod installations possible.
Can be stretched to 2 times the original length to reduce the weight per meter, and tune the inside diameter to be a perfect fit for the inner pushrod. Sold by the meter. Enter a quantity of 3 for a 3m roll.
{table title="18L Etched PTFE Tube Specification" class=1 cols=3 width=110,115,115 align=L,L,L autohref=2}
Inside diameter, 1.07 mm, 0.042 in
Wall thickness, 0.16 mm, 0.006 in
Outside diameter, 1.4 mm, 0.055 in
3X Stretched ID, 0.64 mm, 0.025 in
Suggested inner, 0.8mm Carbon Rod, 22 SWG or thinner {href,http://www.hyperflight.co.uk/products.asp?cat=Other+RC+Products&subcat=Piano+and+SS+Wire,Piano or SS wire}
US size, 18 AWG L type (Lightweight)
Weight per m, 1.4 g per meter
{endtable}
{i,Maximum 30m per order please. For more please consider purchasing a complete roll.}
� � $� � � � � � � � � � � 2E5� Big 2mm 14AWG
Med 1.4mm 18AWG
Small 1.1mm 22AWG
Order in multiples of 12.5ft
From Rick Walba <rawmr@yahoo.com>
cost $40/100ft for most sizes
See 2mm notes for alternative supplier info.
+ 7 - was 2 in stockA jq,%A ��b� PTFE-18L-SPOOL 1 Roll (305m) 18L Etched PTFE� 305m low friction 1.07 mm ID PTFE tube suitable for pushrod outer tubes on gliders and other small models. Also suitable for a large range of engineering and industrial uses.
This tubing is specially etched on the outside, making it easily bondable using many adhesives, thin CA being probably the best. Provides the lightest, easiest, most friction-free pushrod installations possible.
{table title="18L Etched PTFE Tube Specification" class=1 cols=3 width=110,115,115 align=L,L,L autohref=2}
Inside diameter, 1.07 mm, 0.042 in
Wall thickness, 0.16 mm, 0.006 in
Outside diameter, 1.4 mm, 0.055 in
3X Stretched ID, 0.64 mm, 0.025 in
Suggested inner, 0.8mm Carbon Rod, 22 SWG or thinner {href,http://www.hyperflight.co.uk/products.asp?cat=Other+RC+Products&subcat=Piano+and+SS+Wire,Piano or SS wire}
US size, 18 AWG L type (Lightweight)
Weight per m, 1.4 g per meter
Length of tube, 305 m
Number of joins, 5 max
{endtable} � � Y � � [2� � � � � � � � � 2E6A ;� htĴ � �}�b� VIGOR-VS-12MX4'Buy 4+ Vigor VS-12M Servos and SAVE 25% <b>Buy 4 or more VIGOR-VS-12M servos and save 10%.
Only select this product if you are buying four or more servos!</b>
The Vigor VS-12M is an ultra thin yet very powerful servo ideal for glider wings and tails. It is comparable with the well regarded SD150 (or D60), but is in fact thinner, lighter, and more powerful.
Despite the Vigor VS-12M's small size its substantial bronze gears are reasonably free of backlash and capable of withstanding large shock loads. The high quality motor and electronics ensure excellent accuracy, repeatability, and temperature stability.
At only 8.7mm thick this superb wing servo can easily fit in thin high performace glider wings and tails. With a powerful 1.5kg.cm torque the VS-12M is approriate for a large range of high performance electric gliders and DLGs.
Note Vigor VS-12M servos do not have conventional mounting tabs. They can be wrapped in tape (or heatshrink) and glued into place, or mounted using the two 4mm OD 13mm pitch spigots on the bottom. If these are not required they can be cut off.
This is an ideal replacement servo for the Ripmax SD150, the Dymond D60, or the LSX180.
{table title="Specifications" class=1 cols=2 width=110,260 align=L,L separator=:}
Dimensions: 25mm wide x 8.7mm thick x 30mm high
Height ex mounting spigots: 26mm
Speed @ 4.8v: 0.14 sec/60dg
Speed @ 6v: 0.12 sec/60dg
Torque @ 4.8v: 1.5Kgf.cm (21oz.in)
Torque @ 6v: 1.7Kgf.cm (24oz.in)
Weight inc 9cm lead & horn: 8.1g
Bearings: Bronze
Accessories: 2 output levers, 1 output disk
{endtable} Q � F� L� 2� � � � � � � � 2 c�"� � �}�b�� HYPERSPINNER-38-5-3,38mm HyperSpinner for 5mm shafts +3.5� twistP {SpinnerTwisted,38,5,3.5,25,15.4, AVA-Pro; Supra; Sprite; Mini Graphite and all}
� � � "� � � � � � � � P c1�C5 @�`�
PTFE-TUBE-22L?0.71mm ID Etched PTFE (22 AWG Bondable PTFE) Pushrod Outer Tube� Low friction 0.71 mm ID PTFE tube suitable for pushrod outers on discus launched glider and other small models. Also suitable for a large range of engineering and industrial uses.
This tubing is specially etched on the outside, making it easily bondable using many adhesives, thin CA being probably the best. Provides the lightest, easiest, most friction-free pushrod installations possible.
Can be stretched to 2 times the original length to reduce the weight per meter, and tune the inside diameter to be a perfect fit for the inner pushrod. Sold by the meter. Enter a quantity of 3 for a 3m roll.
{table title="22L Etched PTFE Tube Specification" class=1 cols=3 width=110,115,115 align=L,L,L autohref=2}
Inside diameter, 0.71 mm, 0.028 in
Wall thickness, 0.15 mm, 0.006 in
Outside diameter, 1.05 mm, 0.041 in
3X Stretched ID, 0.46 mm, 0.018 in
Suggested pushrod inner, 0.5mm Carbon Rod, 24 SWG or thinner {href,http://www.hyperflight.co.uk/products.asp?cat=Other+RC+Products&subcat=Piano+and+SS+Wire,Piano or SS wire}
US size, 22 AWG L type (Lightweight)
Weight per m, 1.0 g per meter
{endtable}
{i,Maximum 30m per order please. For more please consider purchasing a complete roll.}
� � $� � � � � � � � � � � 2E5� Big 2mm 14AWG
Med 1.4mm 18AWG
Small 1.1mm 22AWG
Order in multiples of 12.5ft
From Rick Walba <rawmr@yahoo.com>
cost $40/100ft for most sizes
See 2mm notes for alternative supplier info.A jncH � �}�b�� HYPERSPINNER-38-5-7*38mm HyperSpinner for 5mm shafts +7� twistN {SpinnerTwisted,38,5,7,25,15.4, AVA-Pro; Supra; Sprite; Mini Graphite and all} � #� � B� � � � � � � � P c1�C �}�b�� MKS-DS450 MKS DS450 - 10mm 9.5g 3.1kgcm� The MKS DS450 is a very high torque thin 9g servo suitable for many wing and fuselage applications. It is quite similar to the Hyperion DS09-AMD but has over 50% more torque, is tougher and faster while having a similarly no slop geartrain.
At only 10mm thick this superb wing-servo can easily fit in thin wings. but with a low height of 23.5mm it can also fit in small DLG and other fuselages. With good 3.1 kg.cm torque and a reasonably good 0.12s/60� speed it is excellent for flaps, ailerons, elevator and rudder on many high performance gliders, DLGs, electric gliders, and faster sport slopers.
{table title=" MKS DS450 Mini Servo Specifications" class=1 cols=3 width=135,130,130 align=L,L,L separator=:}
Dimensions: 22.5 mm wide x 10 mm thick x 23.5 mm high
Stall torque (4.8V): 3.1 kg cm : 43 oz.in
Operating speed (4.8V): 0.12 sec/60�
Operating voltage: 4.8V to 5.5V
Lead length: 15 cm : 5.9 in
Operating temperature: -10 to 60� C
Weight: 9.5 g :0.34 oz
Bearings: 2 Jewel Bearing + 1 Bronze Bushing
Gear material: Bronze + Aluminium-magnesium alloy Gears
Position feedback: Indirect drive potentiometer
Driver type: FET
Programmable: Yes, see the Related Products
Feedback frequency: 333 Hz
Supplied accessories: 2 substantial plastic output arms, 1 output disc, 2 output arm retaining screws, 6 mounting screws
Optional accessories: RDS adaptor, Servo Programmer, Servo Frame
{endtable} ^ � � �
� � � � � � � � < c1�C � �}�b�� HYPERSPINNER-38-6-3,38mm HyperSpinner for 6mm shafts +3.5� twistP {SpinnerTwisted,38,6,3.5,25,15.4, AVA-Pro; Supra; Sprite; Mini Graphite and all} � � � "� � � � � � � � P c1�C � �}�b�� HYPERSPINNER-38-6-7*38mm HyperSpinner for 6mm shafts +7� twistN {SpinnerTwisted,38,6,7,25,15.4, AVA-Pro; Supra; Sprite; Mini Graphite and all} � I� )� B� � � � � � � � P c1�CdW ,&� ��b� DS61XX-STD-HORN MKS Plastic Servo Output Arms� Standard duty nylon servo output arm (horn) package for most of the smaller MKS servso we sell. Fits HBL 6625, HV6125e, HV6100, HV6110, DS6100, DS75K and DS65K servos and most other MKS servos 12 mm thick or less. � � K� � � � � � � � � � 1C1 � �}�b�� STARK-PRO
Stark Pro F3K" The LD Models {b,Stark Pro} is a high performance 1.5m DLG capable of the top level performance without breaking the bank. It is optimised for higher launches and a wide speed range.
The new fuselage has a slightly more spacious pod to accomodate all the servos, helping with ballance and reducing the all up weight.
The Stark Pro is available in two versions:
{b,Checkerboard Spread Carbon layup wing.} This is the standard option and weighs about 15 g more than the Light SC but is bullet proof and suitable for all throwers and all conditions. The stronger layup makes it especially good for slope usage.
{b,Light Spread Carbon layup wing.} This Vladimir veil type SC gives a very light wing that is suitable for most conditions though perhaps not a very powerful thrower with ballast. The SC is a very light weave and it is normal to see the occasional gap between the strands.
The Stark Pro is ideal for customers looking for maximum flying performance and model toughness, for the money. The finish of the parts is less good than some competing DLGs but this does not affect the performance in any way.
The model comes with a servo tray, control horns and a nice throwing blade. Pushrod and/or pull-spring wire needs to be supplied by the builder. We recommend our {pref,BOWDEN-CABLE-08-14,HyperFlight 0.8/1.4 Pushrod Set} and {pref, PIANO-WIRE-20, 20 SWG piano wire}.
#Some small components have changed since this photo was taken.
#<img src="extras/Stark-Parts-A-600.jpg" alt="Stark Components">
For more info see the RCGroups {href, https://www.rcgroups.com/forums/showthread.php?2743955-Stark-Pro-from-LD-Models, Stark Pro} thread, with lots of useful info, photos, and videos. Our thanks to Armsoar for use of their photos. Note the tailbboom as supplied is a little too large to fit in the fin mounting hole. Please sand the outside of the talboom and the inside of the fin hole to obtain a perfect fit.
{table title="Stark Pro Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.5 m, 59 in
Wing area, 20.0 dm2, 310 sq in
Length, 111 cm, 43.7 in
Flying weight from, 215 g, 7.6 oz
Wing loading, 10.8 g/dm, 3.5 oz/sq ft
Aspect ratio, 11.2,
Wing airfoil, LD series,
Dihedral, 6.0�,
Centre of Gravity, 64 - 70 mm from wing leading edge
Controls, "Rudder, elevator, ailerons"
{endtable}
{table title="Stark Pro Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 35 g, 1.2 oz
Wings (light SC), 89 g, 3.1 oz
Wings (checkerboard SC), 104 g, 3.7 oz
Fin, 6 g, 0.2 oz
Tailplane, 6 g, 0.2 oz
Accessories, 10 g, 0.4 oz
Total structure, 146 g, 5.1 oz
Wiring & glue, 5 g, 0.2 oz
Pushrods, 6 g, 0.2 oz
Receiver, 6 g, 0.2 oz
Rudder & elevator servos, 16 g, 0.6 oz
Aileron servos, 16 g, 0.6 oz
Battery, 20 g, 0.7 oz
Flying weight from, 215 g, 7.6 oz
{endtable}
{table title="Recommended R/C" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator & rudder servos, Ripmax SD100, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Blue Bird BMS-A10H,KST X08, MKS DS65K, MKS DS75K, MKS DS6100, MKS HV6100
Aileron servos, Ripmax SD100, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Blue Bird BMS-A10H,KST X08, MKS DS65K, MKS DS75K, MKS DS6100, MKS HV6100
Receiver, 4/5 channel rx to suit your transmitter, eg Spektrum AR6260, AR6100e, Futaba R6004FF, Orange DSM2 compatible, Jeti Duplex R5, Multiplex Mlink RX-6 Light & RX-5 Light
Battery, HyperLiPo 2S 300 mAh, Nanotech 1S 750 mAh, Dream-Flight 300 mAh 4.8V
{endtable}
{table title="Control Throws" class=1 cols=2 width=110,240 align=L,L}
Aileron, 6 mm down, 10 mm up
Elevator, 9 mm down, 9 mm up
Rudder, 13 mm each way
Flap-launch, 2 mm up
Flap-fast cruise, 1 mm up
Flap-cruise, 0 mm
Flap-thermal, 2-5 mm down
Flap-brakes, 35 mm down
{endtable}
{video,HIcR8kJcqP0}
{video-vimeo,214985330} � � �� �� ^ � � � � � � � � � �� c1�C � �}�b�� HYPERSPINNER-30-3-3*30mm HyperSpinner for 3mm shafts +3� twist {SpinnerTwisted,30,3,3,27,9,all} � � P� F� &� � � � � � � � 2 c1�C � �}�b�� HYPERSPINNER-30-E-3-30mm HyperSpinner for 3.17mm shafts +3� twist* {SpinnerTwisted,30,3.17,3,27,9,all}
If out of stock you can make one from a {href,http://www.hyperflight.co.uk/products.asp?cat=Spinners&subcat=32mm+Spinners,32mm spinner} and fitting a {href,http://www.hyperflight.co.uk/products.asp?cat=Replacement+Parts&subcat=Spinner+Parts,30mm spinner cone} � � F� � &� � � � � � � � 2 c1�C �}�b� AVA-PRO-FINAVA Pro Glider Finj Replacement fin and rudder for an AVA Pro glider.
Fits the AVA Pro boom with the hexagonal end fitting. � � R_� F � - � � � � � � � � � Carbon fibre, balsawood, plastic c��X � �}�b�� HYPERSPINNER-30-4-3*30mm HyperSpinner for 4mm shafts +3� twist {SpinnerTwisted,30,4,3,27,9,all} � � P� F� &� � � � � � � � 2 c1�C 4 `}�`�� FW42-DISSERFireworks 4.2 Disser�
The {b,Fireworks 4.2 Disser} is a high launching very competitive discus launched glider from the renouned manufacturer PCM. It is a well proven design with Drela airfoils, a lightweight low drag structure, and forgiving handling. The wing uses the modern �disser� layup of diagonally laid carbon tows. This gives maximum torsional rigidity with a minimal weight.
The conservatively tapered one piece wing has 7 degrees of dihedral, which gives good stability, allowing it to be flown to the limit of vision with confidence. Its thin high performance airfloils and large camber changing flaperons give the Fireworks 4.2 a good speed range, though it is best in winds below 15mph.
This very lightweight model is supplied with a beautifully engineered and finished hollow molded carbon fin and tailplane (horizontal stabiliser, elevator), not balsa built-up as shown in some photos on the web. The all flying tailplane's mount and actuation mechanism is built into the lower fin, giving a very low drag, and with no work required by the builder. Generally the model is highly finished, and little effort is reqired to get the DLG flying.
The Fireworks 4.2 Disser is an excellent choice for a modeller looking for a very easy to fly discus launched glider that also offers excellent performance.
{table title="Fireworks 4.2 Disser Specification" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.5 m, 59 in
Wing area, 23 dm2, 357 sq in
Flying weight from, 250 g, 8.8 oz
Wing loading, 10.9 g/dm2, 3.6 oz/sq ft
Wing airfoil, AG455ct-02f - AG47ct-02f
Dihedral, 7 degrees
Aspect ratio, 9.8
Centre of Gravity, 68-72 mm from wing leading edge
Controls, "Rudder, elevator, flaperons"
{endtable}
{table title="Fireworks 4.2 Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 32 g,1.1 oz
Wing, 134 g, 4.7 oz
Tailplane, 6 g, 0.2 oz
Fin, 9 g, 0.3oz
Accessories, 6 g, 0.2 oz
Glue etc, 4 g, 0.2 oz
Receiver, 6 g, 0.2 oz
Four servos, 32 g, 1.1 oz
Rhino 2S-360 battery, 21 g, 0.7 oz
Total, 250 g , 8.8 oz
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator servo, MKS DS6100, KST X08, HS-45HB, Grp C261, Grp DS281, JR DS285, Futaba DS3154, Ripmax SD100, HyperFlight DS57
Rudder servo, Ripmax SD100, Dymond D47, HyperFlight DS57, KST X08
Aileron servos, KST X08, MKS DS6100, HS-45HB, HS-5045, Grp C261, Grp DS281, HyperFlight DS57
Receiver, 4/5 channel rx to match your transmitter
Power, SmartLipo 450, Rhino 2S 360 mah LiPo, HyperLiPo 2S 300 mAh LiPo
{endtable}
<b>Recommended Control Throws & Mixes</b>
See the Fireworks 4.2 Build Instructions (link below).
{video,w6CBYQh0RI8}
{video,uJoXZso-_qk} � � �_� �_� N � � � � � � � � � was for sale @ 399.00 c1�C � �}�b�� SUPRA-FINSupra Competition Find Relacement Supra Competition fin, with built-up rudder.
The rudder is retained by a M2.5 screw.
� � \]� � 3 � � � � � � � � c1�C � �}�b�� PLD-ESJ-CHG-RX'Ultra Reliable Electronic On/Off Switch The <b>Ultra Reliable Electronic On/Off Switch</b> is a switch and charger port combo unit that eliminates the common failure points of existing mechanical switches. After a while mechanical switched suffer contact failures causing intermittent operation and random glitches. This electronic switch has a superior current handling ability, and last forever. Mechanical switches start to heat up causing performance to deteriorate whereas this electronic switch can handle 8A continuously and up to 20A peaks, and will not deteriorate or suffer from environmental damage.
Simpler to install and use, the PLD-ESJ-CHG-RX only requires one 5mm hole in the fuselage to install and a pair of small blocks on the inside to mount onto with its 2mm holes spaced 20mm~3/4" apart.
{bullet}
To turn on the unit, remove the 3.5mm plug.
To turn off the unit, insert the 3.5mm plug.
To charge or test your flight pack, insert the 3.5mm plug and attach your meter or charger to the 2-wire, 3-position plug supplied (or cut it off and solder your own on).
{endbullet}
{table title="Ultra Reliable Electronic Switch Specification" class=1 cols=2 width=160,300 align=L,L}
Weight, 4.1g
Size, 24 x 14 x 6mm
Voltage, 4.8V to 8V input (up to 6 NiMH or 2S LiPo)
Status indicator, LED ignited when power is active to the receiver/servos.
Constant current rating, 8A
Peak current rating, 20A
Switch resistance, 0.008 ohms (8 milliohms)
Quiescent/Off discharge rate, 16uA (6250 hours per 100mAh capacity - that is 260 DAYS).
{endtable}
( � _� �
� � � � � � � � < c1�C � �}�b�� PLD-BAC-ESJ6,LiPo Regulator, Alarm & Ultra Reliable Swich� <b><font color="red">
RECALL NOTICE
Product: 5.5V PLD-ESJ6 units - not the earlier 5.0V units.
Nature of problem: Alarm will not trigger at 7.2V or lower.
Location of problem: Firmware
This does not affect the actual regulation of the units nor the voltage readout.
Please return your regulator directly to nqrc.com initially. However we hope to get the programming facility here shortly and we should be able to fix the regulators ourselves by late July.
Apologies for the inconvenience.
Neil.
</b></font>
Combining the exceptionally popular <i>LiPo Regulator & Alarm</i> and the <i>Ultra Reliable Electronic On/Off Switch</i>, the <b>LiPo Regulator, Alarm & Ultra Reliable Switch</b> incorporates a LiPo regulator, low voltage alarm, bullet proof on/off switch, and charging port into one tiny unit. This device is ideal for DLG and other small planes, solving most RC power problems and making things even easier for you.
With the new ESJ combination, you can now switch on/off and charge your plane all with a single 3.5mm plug-socket. Inserting the plug turns off the unit, after which you can then charge your lipo via the 2-wire plug. To turn on the machine, simply remove the plug from the socket.
Like the PLD-BAC-55 the PLD-BAC-ESJ6 offers more decoupling to give you less voltage sagging and lower noise on the signal and power wires. Also like the PLD-BAC-55 this unit provides 5.5V to the RC gear, increasing servo speed and receiver reliability.
{bullet}
Highly reliable switch that will never wear out
Built-in charging connection
Very low weight - 6.1g
Very small - 28 x 12.5 x 10mm
2S lipo input
5.5V output
LED-blink voltage state indicator (full scale)
Over voltage alarm (Vin > 8.5V)
Under voltage alarm (Vin < 7.0V)
Buzzer alarm
1A linear BEC for minimum RF interference
Extensive decoupling for even quieter RF levels
250mA constant supply, 500mA for 1 minute, 1A for 10 seconds (thermally limited - better cooling gives longer duration)
Thermal and short circuit protection
High quality, low power, low (RF) noise micro controller
Large copper backplane to improve heat-sinking of linear regulator.
Supplied with 70mm RX power lead, 70mm female JST battery lead and combo charge/switch plug.
{endbullet}
2 � "<� � ^� � � � � � � � < c1�C ) ���r�� HYPER-AVA-EHyper AVA-e 4m� MORE DETAILS SOON
New 4m version of the AVA. As the construction manual isn't yet ready we recommend this plane for more advanced modellers only.
The Hyper AVA-e Pro is a special 4m version of the AVA-e optimised for the UK eSoaring competition class. This ultimate electric floater is THE plane for the r/c glider pilot who wants to stay up even longer.
This version of the AVA also has improved twin spoilers, set out at the end of the centre section. These spoilers do not affect the airflow over the tail, and the pitch change on deployment is more linear, and very much reduced, allowing more accurate landings. The longer tail boom improves stability, but does require more planning during assembly, to obtain a correct centre of gravity position.
<b>Specifications</b>
Span: 3.99m (157 in)
Wing area (flat): 88.0dm2 (1364 sq in)
Wing area (projected): 86.2dm2 (1336 sq in)
Weight: from 1700g (60 oz)
Wing loading: from 19.4g/dm2 (6.5 oz/sq ft)
EDA: 12.9 degrees
Aspect ratio: 18.5
AVA PRO tail boom is 950 mm
Super/Hyper AVA booms- 1090mm
<b>Typical Weights</b>
Wing: 775g
Taiplane: 32g
Fin: 45g
Fuselage: 136g
Tailboom: 68g
Accessories: 18g
Total structure: 1074g (37.9oz)
See the main AVA-e page for full info, including R/C and powertrain recommendations. Several customers have asked if the fin gets damaged. It doesn't. We fly AVAs and have sold many, and none have had the fin or tailboom broken when landing. � � �-� � � � � � � � � � � c1�C � � . ��b� CARBON-ROD-08MM0.8mm Carbon Rod {crodb, 0.8, 0.72} � � � K� � � � � � � � 5 � � +| ��b� CARBON-ROD-1MM1mm Carbon Rod {crodb, 1.0, 1.2} � #� � (� � � � � � � � 5 � � +h ��b� CARBON-ROD-13MM1.3mm Carbon Rod {crodb, 1.3, 1.90} ( � 2� � 0� � � � � � � � � 5 � `|�`�O CARBOLINE-SC59-3-45=Carboline SC59/3/45 Spread Carbon Fabric 0�/+45�/-45� 59g/m�� {b,Vladimir's Models Carboline SC59/3/45} is a unique tri-axial Spread Tow Carbon fabric for ultralight structures.
In 2010 Vladimir's Models began a series of experiments to create an extra light carbon fabric. After numerous tests they perfected the design for a machine to spread carbon fibre tows to a thickness of 0.02 mm. This allowed the company to create a triaxial fabric from extra strength carbon fibres with a weight as low as 26 g/m�. This tri-axial spread carbon weighs 58 g/m�.
Today this fabric is used not only in Vladimir's Models planes but is also used by many other model and sports equipment manufacturers who demand the best, lightest, and strongest carbon for their products.
Now this high-strength fabric using IMS65 carbon fibres is accessible also to you.
Two sizes of Carboline sheet are available. Please select the required size using the radio buttons below the price. Delivered rolled, supported by orange peel ply fabric.
{table title="Carboline SC59/3/45 Specifications" class=1 cols=2 width=100,150 align=L,L separator=:}
Full sheet size: 310 cm x 60 cm, 1.86 m�
Half sheet size: 150 cm x 60 cm, 0.90 m�
Weight: 59 g/m�
Number of layers: 3
Fibre material: IMS 65
Direction of fibres: 0� / +45� / -45�
{endtable}
Due to the large tube required to post this fabric the international shipping cost can be higher than estimated. We may need to request extra money when shipping to some destinations. � � Z � � m� � � � � � � � � HS tariff code: 6815 10 10 dmڻ � � +(� ��b�� CARBON-ROD-15MM1.5mm Carbon Rod {crodb, 1.5, 2.5} 2 � 2� � .� � � � � � � � 0 5 � � +@l ��b�� CARBON-ROD-2MM2mm Carbon Rod {crodr, 2.0, 4.9} < � K� � F� � � � � � � � R 5 � ��b�� CARBON-TUBE-3MM3mm Carbon Tube {ctuber,3.0,2.0,6.0} � 2� � _� � � � � � � � � 5 js� � ��b�� CARBON-TUBE-4MM4mm Carbon Tube {ctuber,4.0,3.0,8.7}
( � P� � � � � � � � � � 5 jZ# G �}�b�[ SOKOLSokol� If you like fast models you will love the {b,Sokol}, which is Russian for Falcon. This beautifully made all molded racer launches easily, flies on rails, and is straight forward to land. It is a great introduction to electric pylon, and a stepping stone to F5D. With a hot setup the model can easily reach 240 Km/hr (150 mph) or more.
The coloured fuselage and fin are cleanly molded from glass cloth. The assembly is completely finished with the firewall fitted, the wing mounting bolts molded in, and the elevator bowden cable bonded in place. The very smooth molded wing is of glass and carbon construction, with the ailerons ready hinged, and with the aileron torque rods completely fitted. The tailplane is also molded, with the elevator ready hinged. The only construction required is gluing the elevator control horn and fitting the RC.
We love fitting a folding prop, and flying the Sokol as a mini hotliner. It climbs and zooms brilliantly, but doesn't thermal quite as well as an {pref,Elf, Elf}!
{table title="Sokol Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 0.74 m, 29.1 in
Wing area, 7.1 dm2, 110 sq in
Length, 56 cm, 22.2 in
Flying weight from, 370 g, 13.1 oz
Wing loading, 52.1 g/dm, 17.1 oz/sq ft
Aspect ratio, 7.7
Wing airfoil, MH32
Spinner Diameter, 30 mm
Centre of Gravity, 10-18 mm from wing leading edge
Controls, "Aileron, elevator"
{endtable}
{table title="Sokol Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage & fin, 53 g, 1.9 oz
Wings, 75 g, 2.6 oz
Tailplane, 7 g, 0.2 oz
Accessories, 6 g, 0.2 oz
Total structure, 141 g, 5.0 oz
Receiver, 6 g, 0.2 oz
Elevator servo, 5 g, 0.2 oz
Aileron servo, 5 g, 0.2 oz
Speed control, 20 g, 0.7 oz
Motor, 76 g, 2.7 oz
Prop & spinner, 11 g, 0.4 oz
Battery, 101 g, 3.6 oz
Glue etc, 5 g, 0.2 oz
Flying weight, 370 g, 13.1 oz
{endtable}
{table title=" Recommended Control Throws & Mixes " class=1 cols=2 width=110,235 align=L,L autohref=2}
Elevator, 3 mm up, 2 mm down
Ailerons, 3 mm up, 2.5 mm down
{endtable}
{table title="Recommended Servos" class=1 cols=2 width=110,235 align=L,L autohref=2}
Elevator, Ripmax SD100, KS HD47MG, KST X08, HyperFlight DS57, Power HD DSM44
Ailerons (1 servo), Ripmax SD100, KS HD47MG, KST X08, HyperFlight DS57, Power HD DSM44
{endtable}
{table title="Recommended Powertrains" class=1 cols=2 width=110,235 align=L,L autohref=2}
Mild, 20mm 30g KV 3000 outrunner, Graupner 4.7x4.7 or 6x3 folder, Hyperion 2S 900 mAh G3 LiPo, 15A ESC
Good, Mega 16/15/3, Graupner 4.7x4.7, Hyperion 3S 1100 mAh G3 LiPo, 30A ESC
Fast, Mega 16/15/2, APC 4.1x4.1, Hyperion 3S 1600 mAh G3 LiPo, 60A ESC
Mad, Mega 16/15/3, Graupner 4.7x4.7, 4S LiPo eg 2x, Hyperion 2S 1100 mAh G3 LiPo, 50A ESC
{endtable}
More info here:
{href,http://www.rcgroups.com/forums/showthread.php?t=1495558, Useful RCGroups Sokol thread}
{href,http://cobrajet.rchomepage.com/sokol/sokol.html, Old but still useful review}
{video,hjTJqjY7gBI}
{video,0CFdtD4Sttw}
d � �K� � d � � � � � � � � � c1�C � ��b�� CARBON-STRIP-3053mm x 0.5mm Carbon Strip {cstripb, 0.5, 3.0, 2.3} 1 � � � (� � � � � � � � > 5 jJ��R �}�b�K BLASTER-WING-BAG,Vladimir's Models Blaster & Magnus Wing Bags� These {b,Vladimir's Models Blaster Wing Bags} are beautifully made from aluminised Mylar covered foam. They are attractively printed in red with a Blaster logo in silver.
Specially designed for the Vladimir's Models Blaster 2, they also work with many other 1.5m wings, including the {b,Magnus} sope soarer & hotliner. The two covers slip over the wings and fasten using a Velcro type hook and loop fastener in the middle.
� � � � � � � � � � � � � a� c1�C ��r�� CARBON-STRIP-308L 3mm x 0.8mm x 1.5m Carbon Stript 3.0mm wide, 0.8mm thick high modulus carbon strip 1.5m in length. This extra length makes them especially suitable for the construction of large glider wings, and reduces waste for smaller planes.
These carbon spars have a high fibre content of UHM carbon, making them extremely rigid and strong.
If ordered without tubes the 1.5m long flat strips will be delivered rolled up in a hoop so they fit in a pizza box. They will straighten out again once unpacked. Open with care! If ordered with carbon tubes the strip will be cut down to fit the 90cm long postal tubes.
3mm x 0.8mm carbon flat strip weight = 5.3g for 1.5m 4 �
� $� <� � � � � � � � c1�C � ��b�� CARBON-STRIP-4104mm x 1mm Carbon Strip {cstripb, 1.0, 4.0, 5.9} � � U� � � � � � � � � �
Z 5 jK� � ��b�� CARBON-STRIP-5065mm x 0.6mm Carbon Strip {cstripb, 0.6, 5.0, 4.6}
� � Z� � I� � � � � � � �
5 j@�X � � ,�� ��b�F CARBON-STRIP-3033mm x 0.3mm Carbon Strip {cstripb, 0.30, 3.0, 1.2} / � Z� � I� � � � � � � � ; 5 � ��b�� CARBON-STRIP-6106mm x 1mm Carbon Strip {cstripb, 1.0, 6.0, 9.2} b � � � 9� � � � � � � � 5 jd�� � ��r�� CARBON-STRIP-1005X 10mm x 0.5mm x 1m Carbon StripR 10mm wide, 0.5mm thick high modulus carbon strip 1m in length.
The 10mm width of these strips makes them especially suitable for the construction of wing spars.
These carbon spars have a high fibre content of UHM carbon, making them extremely rigid and strong.
If ordered without tubes the 1m long flat strips will be delivered rolled up in a hoop so they fit in a pizza box. They will straighten out again once unpacked. Open with care! If ordered with carbon tubes the strip will be cut down to fit the 90cm long postal tubes.
10mm x 0.5mm carbon flat strip weight = 8.3g for 1m � � >� � S� � � � � � � �
c1�CV �}��b��
POSTAGE-1M1m Postal Tube� This 1m+ strong postal tube allows us to send items up to 105cm long by courier.
There is no need to add multiple postal tubes to your order, one will be enough for many items.
{br,Not for sale separately.}
' � � � � � � � � � � � d c1�C � �}�b�� DATAVARIO-CS DataVario Logging & Extendable Voice Vario The Wstech Classic Sound DataVario is a high technology variometer that, in addition to normal voice vario functions, also interfaces with a pitot tube and electric motor current and voltage sensors. All this data is then logged to the Micro SD card, and optionally announced over the radio link, allowing the pilot to <b>hear</b> altitude, airspeed, rate of climb/descent, motor current, and motor voltage.
{bullet}
Clear announcements of altitude, voltage, and glitches.
Four R/C selected announcement modes - all include R/C voltage and failsafe warnings.
Normal mode announces the model's altitude whenever it crosses a 100 ft threshold.
�Integral� altitude change mode announces altitude change from 20 seconds ago - excellent for plane tuning and scratching.
Special mode for tuning the climb rate when flying electric gliders - now you can optimise your angle of climb real-time.
Use the R/C link to have your model's altitude announced on demand.
Saves the minimum voltage and maximum altitude, and announces them the next time the vario is switched on - great for bragging rights and safety.
Quiet mode only announces when the R/C voltage drops or if the radio link is lost - excellent for aerobatics.
Transmits it to the walkie-talkie ground station on one of 69 channels on the UK/EU legal 433MHz band.
Very sensitive 5cm/s (10 ft per minute) pressure sensor allows even the smallest and weakest bubbles to be detected.
Fast acting tonal (duut, duut, dut, dut, dit, dit) output gives immediate indications of lift and sink.
Operates in feet or meter units
Weighs only 27g (1oz)
Operates on a 4.5V to 9V supply, so can be used with 4 or 5 cell NiXX receiver packs or a 2S LiPo pack.
Draws only 75mA, so operates for approx 2 hours on a 7g 2S 145mAh LiPo pack.
Short 7" flexible wire antenna.
Out of sight 1.2 mile range.
{endbullet}
Read the <a href="extras/DataVarioManual.pdf" target="_new"><font color="#990000">CS DataVario Instruction Manual</font></a> for a full description of the facilities.
<i> Note this is only the part that goes in the model. If this is your first variometer you will also need a compatible LPD receiver. </i>
<b>Technical Data of the Vario</b>
Telemetry system for the data transfer from the model airplane to the pilot.
Telemetry transmitter frequency adjustable via R/C transmitter; transmitter completely off in standby mode.
Channel selection: 69 channels, 25 kHz apart from 433.075 MHz to 434.775 MHz
Frequency shift: max. +/- 2.5 kHz
Bandwith: max. 18 kHz
Max.data rate: 6 kHz (limited by a 3 kHz low-pass filter)
Antenna: 17 cm flexible wire
Size: typical 65 mm x 25 mm x 12.5 mm
Weight: typical 27 g
Vario sensitivity: approx. 0.05 m/sec
Altitude range: - 400 m to 3,200 m in relation to sea level
Altitude resolution: typical 3 m
Integral vario at a 20 sec time base (time base adjustable in setup mode: 10 sec to 120 sec)
Receiver voltage announcement
Receiver voltage check and alarm (adjustable between 4.4 V to 6.0 V)
Speed announcement in km/h (only with GPS module)
Position announcement automatically approx. 2 min after landing (only with GPS module)
Announcement: English with female voice
Power supply: 4.5 V to 9 V DC from 4 to 5 NiXX-cells or 2-cell Lipos via 3-pole connector from the R/C receiver
Supply current: typical 35 mA at 5 V, with GPS module: typical 80 mA. Transmitter off in standby mode: current typical 15 mA.
Range: approx. 2,000 m, depending on antenna position and with LPD at shoulder height
<b>Options with Sensor Interface from WSTECH or UniLog from SM-Modellbau</b>
Motor current measurement: up to 400 A, depending on current sensor type
Voltage measurement: up to 60 V
Climb rate measurement
Temperature measurement: - 40 �C to 125�C
Altitude announcement with UniLog data: up to 4,000 m
Speed measurement with pitot-tube sensor: up to 250 km/h or 400 km/h
Special mode for electric flight
<b>Technical Data of the Sensor Interface from WSTECH
GPS module port</b>
Current sensor port for current sensors from SM-Modellbau
Temperature-, respectively speed sensor port for SM-Modellbau sensors
Size: typical 17 mm x 31 mm x 7 mm
Power supply from vario
<b>Technical Data of the GPS module with integrated antenna</b>
Size: typical 31 mm x 31 mm x 11 mm
Weight: approx. 20 g with interface cable
Chipset: GSP3F SiRF StarIII technolgy
Tracking sensitivity: -159 dBm
Channels: 20
Position 10 meters, 2D RMS 5 meters
Acquisition rate (Open sky and stationary requirements):
Reacquisition 0.1 sec., average
Snap start 1 sec., average
Hot start 8 sec., average
Warm start 38 sec., average
Cold start 42 sec., average
Dynamic:
Conditions altitude 18,000 m / 60,000 ft. max.
Velocity 515 m/sec / 1000 knots max.
Acceleration 4 g max.
Jerk 20 meters/sec max.
Power: 4.l5 V to 6.V DC
Supply current. 75 mA max.
� _� � �J� � � � � � � � d c1�C w �}�b�� DV-SENSOR-IF$WsTech DataVario Sensor-Interface V3� SM ModelBau Sensor Interface for the WsTech CS Datavario. This device interfaces a CS DataVario to the complete range of SM ModelBau Unilog sensors. This allows voltage, current, airspeed, and other values to be read, stored, and verbally announced real time via the telemetry link.
This isn't required if you have a Unilog, as that can also interface to the CS DataVario and its sensors.
This accessory is not for the SkyAssistant vario we are currently stocking. 37 x 17 x 8, � 0 �
2� � � � � � � � � P c1�C [ �}�b��
DV-GPS-MODULEDataVario GPS Module� This GPS sensor directly interfaces with the CS DataVario, allowing GPS positons to be logged and position info announced.
As this is a WsTech device the DataVario Sensor-Interface V3 isn't required.30 x 30 x 10 mm
� R_� � 8+� � � � � � � � P c1�C
����r�� BOLEROBolero 2.3m Short Kitv
The Bolero is a top level electric thermal glider for F5J and eSoaring type competitions. The Bolero was designed by the highly acclaimed Palo Lish�k and is a strongly optimised design with a thin, low drag Drela airfoil for penetration in stronger winds, and a light wing loading and high aspect ratio for low min sink.
The Bolero short kit includes laser cut ribs, beautiful curved laminated fin and tailplane leading edges, a well molded fuselage pod with a silver molded canopy, and a carbon fibre tailboom and wing spars. The motor and tailboom mount bulkheads, and control horns are also included. Sheet wood and other items to complete the Bolero will need to be sourced by the builder to keep the costs down. The two sheet plan shows the wood in metric sizes, but it will be possible to substitute imperial thickness wood without problems. However we do not recommend this kit for beginners.
The prototype was powered by a NEU 1110 with 5.8:1 gearbox pushing an Aeronaut 12x8 prop in conjunction with a 3S 1.2ah 20C LiPo. Climb was close to 20m/sec (4000 fpm) on a fully charged battery. However it would be possible to fit a small economical outrunner motor.
<b>Specifications</b>
Wing span: 2230 mm (87.5 in)
Total length: 1230 mm (48.4 in)
Wings area: 33 dm2 (511 sq in)
Structure weight: 425g (15.3 oz)
Flying weight, from: 750g (26.5 oz)
Wing loading, from: 22.7g/dm2 (7.4 oz/sq ft)
Aspect ratio: 15.1
<b>Recommended R/C</b>
Aileron servos (2): Vigor VS-12m
Flap servo (2): Vigor VS-12m
Elevator servo: Vigor VS-12m
Rudder servo: Vigor VS-12m
See Palo's <a href="http://translate.google.co.uk/translate?u=http%3A%2F%2Fwww.rivamodels.sk%2FPPP%2Fworkshop%2Fworkshop05.html&sl=sk&tl=en&hl=en&ie=UTF-8" target="_new"><font color="#990000">Bolero web page</font></a> for more info and build photos.
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� R_� � � � � � � � � � � c1�C � ���r��
AVA-LH-TIP AVA/Super AVA Left Hand Wing Tip AVA Wing Tip [ � �� � � � � � � � � � d c1�C � �}�b�� AVA-CENTRE-PANELAVA Centre PanelQ A new centre panel for an AVA, with spoiler.
In perfect condition.
Yellow. A � �� �_� XP� � � � � � � � � c1�C � �}�b�� AVA-PRO-SLEEVE-NUT5AVA Pro Tailplane & Supra Pro Competition Sleeve Nut� One specially machined alloy sleeve nut to retain the built-up tailplane used on the AVA Pro and Supra Pro Competition. (Same stab used for both models.)
M3 thread.
{br,No more than 2 per customer please.} � $� � � � � � � � � � Aluminium c��Y `}�`�� RAM3#RAM3 Recording Altimeter for Models\ <b><font color="#990000">Now supplied with a USB interface</font></b>
The high accuracy RAM3 Recording Altimeter for Models flight logger holds up to 65000 altitude readings in its ample RAM capacity, yet is smaller and lighter than competing devices.
<ul>
<li>The Recording Altimeter for Models (RAM3) records altitude and displays it on your PC.</li>
<li>The RAM3 has a resolution better than 1ft, aided by reading every sample thousands of times.</li>
<li>The RAM3 holds up to 18 hours of data when sampling at 1 sample per second.</li>
<li>It has a tiny postage stamp size, just 20mm x 14.5mm x 7.5mm (0.79" x 0.57" x 0.30")</li>
<li>It can be set to sample at 1, 2, 5, or 10 samples per second, making it suitable for duration, high performance, and DLG models.</li>
<li>Use the free FlightView PC software to optimise launch altitude, climb speed, and sink rate. <b>Note no CD included - download the software from <a href="extras/fv3d3.zip" target="_new"><font color="#990000">here</font></a>.</b></li>
<li>The RAM3 is suitable for R/C or F/F models, as it doesn't need to be connected to a receiver.</li>
<li>Operates on a 3.1V to 15V supply, so can be used with a single LiPo cell.</li>
<li>Only draws 5mA, so a 50mAh LiPo will be enough for approx 10 hours logging.</li>
<li>RAM3 bare weight 2.2g, or 3.3g inc the cable. </li>
<li>Connects to your PC using the supplied USB interface and cable.
</ul>
<img src="extras/flightview-software-2.jpg" width="310" alt="FlightView 3.2 Software">
<b>USB Interface Installation Instructions</b>
There are two steps to install the USB upload cable. First, the proper software drivers must be available so that your computer can recognize and install the cable when it�s plugged in. Second, you must determine what COM port Windows has assigned to the cable and set FlightView to match using the Setup menu.
If you�re running Windows 7 and connected to the internet, there�s a good chance that the USB driver will install automatically when the RAM3 USB Interface is plugged into the PC. If not please go to <a href="http://www.ftdichip.com/Drivers/VCP.htm" target="_new">www.ftdichip.com/Drivers/VCP.htm</a> and download and install the driver appropriate for your operating system.
Once the driver is installed and the RAM3 USB interface has been recognised open the Windows Device Manager and look for the Ports (COM & LPT) entry. Expand this entry and you should see a USB Serial Port line followed by the COM port assignment. If the COM port number is greater than 9 click on the Advanced button on the Port Settings tab and change it to 9. Make note of the number and then run FlightView and use Setup => Com Port to set the COM port to match.
If you need more help, please go to {href,http://www.soaringcircuits.com", soaringcircuits.com}
Read the {href, products.asp?page=ram3faq, RAM3 Frequently Asked Questions} d � PU� � ;� � � � � � � � � / 3/10/11 Position - bottom drawer filing cabinet
c1�C � ��r�� LIGHTMAX-350-2S Lightmax 350 20C LiPo Battery^ Small 2S 350mAh LiPo battery suitable for discus launched gliders, or other very lightweight models. Comes with a Mini JST (also called BEC) power connector plug and a JST-HX balance plug. Connect via a Mini JST convertor lead to if using 2S capable receiver and servos, or through a small voltage regulator if using RC limited to 5V.
Supplied with a matching Mini JST (BEC) female connector for your convenience.
The Lightmax 350 LiPo Battery has enough capacity to fly an average four servo DLG for 2 hours.
{table title="Lightmax 350 20C LiPo Battery Battery Specification" class=1 cols=2 width=100,220 align=L,L}
Chemistry, Lithium Polymer
Number of cells, 2
Voltage, 7.4V nominal
Capacity, 350mAh
Weight, 20.5g
Length, 40mm
Width, 21mm
Height, 13.5mm
Power plug, Mini JST (BEC) plug
Balance plug, JST-XH standard balance plug
{endtable} � � b� � � � � � � � � � 2 c1�C
�}�b�� HYPERSPIN-38-317-PWR038mm HyperSpinner Power for 3.17mm (1/8") shaftsL {Spinner38,38,3.17,0,25,15.4, AVA-Pro; Supra; Sprite; Mini Graphite and all} | � � � #� � � � � � � � < Aluminium, steel, plastic d*�R F `}�`�� SUPRA-BALLAST-BRASS Supra & Maxa Ballast Set - heavy� Set of Supra ballast weighs, manufactured from aluminium and brass, adjustible in steps up to 560 g.
55cm long x 15.9mm diamter. 6 � (� � 1� � � � � � � � , Two for Rob Sanders, I cancelerd order 16646 c1�C
�}�b�� SUPRA-BALLAST-AL Supra & Maxa Ballast Set - lighty Set of Supra ballast weighs, manufactured from aluminium, adjustible in steps up to 300 g.
55cm long x 15.9mm diamter. , � � � c� � � � � � � � & c1�C �}�b� MAXA-4EMaxa 4e� The {b,Maxa 4e} is Vladimir's Models latest and best ever electric glider. It features an advanced design by Joe Wurts, the legendary Word Championship winner of all glider classes, and professional aerodynamicist. Joe spent many months optimising the Maxa for the F3J thermal soaring class, but the large size, light weight, high aspect ratio, and well cambered airfoils also makes it ideal for electric thermal soaring, especially the new FAI F5J class and the popular UK eSoaring class.
The large size and extreme light weight have been made possible by a new spread carbon fabric perfected by Vladimir Gavrilko and made by specially designed machines in his impressive fabrication facility. The wing is a monocoque structure with a skin of a double layer of spread carbon strengthened with a F3J strength spar made with a multi-ply 45� balsa and carbon shear web between substantial IMS 65 carbon spar caps. We are mostly stocking the "Light" (which used to be called the Hard Spread carbon) version. The even stronger slightly heavier "Windy" (double Hard Spread carbon) version is available to order if not in stock.
In mid 2012 the tailplane (called horizontal stabiliser or elevator in some countries) size was increased by about 10%. The latest 2013 Maxa 4 models include a 13 cm longer tailboom to further increase stability and controllability. We are of course stocking this improved version only, which Vladimir is calling "Maxa 4e Long Tail". To ensure that handling is kept sweet in the rear servo electric version we highly recommend that lightweight tail servos are used and ultralight tail extension leads are made up.
Cut away drawing of the Maxa "Light" wing construction.
{img, extras/Maxa-Hard-Spread-Wing.jpg, Maxa wing construction}
Cut away drawing of the Maxa spar, showing the IMS 65 carbon spar caps, amd the +/- 45� balsa/carbon/balsa ply spar web.
{img, extras/F3J-Maxa-spar.jpg,Maxa spar construction}
The fuselage is a well engineered Kevlar and carbon pod, with a diagonally wound spread carbon boom, and fin mounted cruciform tail. The model is totally complete, and almost no assembly is required. The tail pushrods are ready installed, and all the hardware is supplied for the wing servo installation. The model comes with a ballast tube (for windy conditions) and a wiring harness.
The Maxa 4e is the first high performance glider designed from the start for the new F5J rules, whose main requirement is reliable soaring from low altitude, as higher {i,Start Heights} count against the final score. The 30 second climb window is generous, so high-power heavy motors are not required, and the model can be kept very light.
{bullet}
The Maxa�s aerodynamic qualities have been modelled to a new level of accuracy and by Joe Wurts. In the process Joe designed a new family of airfoils and optimised the shape of the model to get the best from the new spread carbon composites being developed by Vladimir. The result is a very low sink rate that ensures the longest duration in no-thermal conditions, while also maintaining gentle handling that inspires confidence from the first flight.
The Maxa�s low wing loading and inertia makes it very respond to tiny air disturbances, allowing small bubbles to be detected and worked from low down, allowing low Start heights and high F5J scores.
The Maxa 4e�s large span allows it to be seen further away than smaller models, allowing a larger volume of air to be searched, and thermals worked for longer. This is especially important for the 15 minute flyoff task.
The excellent lift/drag ratio, especially at higher speeds, gives good penetration, and thus the ability for the glider to return from distant thermals with little altitude loss.
The long nose moment allows very lightweight powertrains to be used to balance the model.
As the electric version retains the ballast system of the glider version, the model�s weight can be tuned to the conditions, allowing the Maxa to shine in even the strongest wind.
{endbullet}
This combination of state of the art aerodynamics, low weight, and a good size makes the Maxa 4e the best model for competitive F5J soaring, bar none. See {href, http://www.rcgroups.com/forums/showthread.php?t=1558751, this} and {href,http://www.rcgroups.com/forums/showthread.php?t=2101724, this} RCGroups theads and the Vladimir's Models {href,http://f3j.in.ua/en/maxa-el-family.html, Maxa 4 EL} page for a lot more info. Our thank to Ade & Phil for the new Carboline colour scheme photos, and Artem for others.
{table title="Maxa 4e Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 3.9 m, 155 in
Wing area, 82.2 dm2, 1273 sq in
Length (2013 version), 181 cm, 71.3 in
Flying weight from, 1842 g, 65.0 oz
Wing loading, 22.4 g/dm, 7.3 oz/sq ft
Aspect ratio, 18.8,
Wing airfoil, rt01/td19sag/j00/j01/j02/j03
Dihedral (EDA), 6.0�,
Spinner Diameter, 32 mm,
Centre of Gravity, 95-112 mm from wing leading edge
Controls, "Rudder, elevator, ailerons, flaps"
{endtable}
{table title="Maxa 4e Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Pod, 156 g, 5.5 oz
Boom & Fin, 111 g, 3.8 oz
Wing c/s, 606 g, 21.4 oz
Wing tips, 423 g, 14.9 oz
Tailplane, 34 g, 1.2 oz
Accessories, 100 g, 3.5 oz
Total structure, 1430 g, 50.4 oz
Wiring, 15 g, 0.5 oz
Pushrods, 0 g, 0.0 oz
Receiver, 12 g, 0.4 oz
Tail servos, 13 g, 0.5 oz
Wing servos, 70 g, 2.5 oz
Speed control, 42 g, 1.5 oz
Motor, 130 g, 4.6 oz
Prop & spinner, 30 g, 1.1 oz
Battery, 100 g, 3.5 oz
Flying weight, 1842 g, 65.0 oz
{endtable}
{table title="Recommended Servos" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator & rudder, KST X08, MKS DS6100
Aileron, MKS DS6100, MKS DS6125 Mini, KST DS115, KST DS135MG
Flap, MKS DS6125 Mini, MKS DS6125, Hyperion DS095-FMD, DS13-TMB
{endtable}
{b,Recomended Powertrain}
Aeronaut 17 x 9 folder on a 32mm HyperSpinner
Hacker A20-6XL Evo with 4.4:1 Maxon gearbox
60A ESC
3S 1.3Ah 65C LiPo (could also use 3S 850mAh 65C up to a 2.2Ah LiPo)
Rear MKS DS6100 servos
No ballast required
Gives a climb rate of 11 m/s (2200 fpm) at a flying weigh of 1863 g (65.7 oz)
{i,Other porwertrain options:}
Mega 16/15/3 with 5.2:1 Kontronik, 4S 1.8Ah LiPo, 14x8 prop, (10 m/s)
Hacker A20-6XL geared 4.4:1, 3S 1.3Ah LiPo, 16x9 Aeronaut prop (9.5 m/s, 1900 fpm, 46A)
Scorpio Rockamp HK-2221-7-3900, Reisenauer 5:1 gearbox , 14x8 RFM prop, YGE 60A and 3S 1300 65C LiPo (55A)
NEU 1105 2.5Y geared 4.4:1, 3S 1.3Ah LiPo, 14x8 prop (9 m/s, 40A)
Our thanks to Artem for use of his great photos.
First flight of a UK Maxa with a new Carboline colour scheme. Was climbing while looping.
{video,BNXsWnswcBw}
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{video,47Eqiin6Gs4} � � �-� � %:� � � � � � � � � c1�C � �}�b�� PULSAR-CS-3600Pulsar 3.6m Centre Panelu Replacement centre panel of a Pulsar 3.6 electric glider. Supplied with new joiners. May require some fettling and detail adjustment to mate with existing wing tip panels.
Use this to convert a Pulsar 3.2 electric to a Pulsar 3.6 electric, as all the other parts are identical.
Not suitable for pure gliders. Contact us if you want a glider Pulsar 3.6 centre panel.
d � �� � �� � � � � � � � � c1�C� ���r�� CARBON-TUBE-5MMX5.0mm x 1m Carbon Tube 5.0mm outside diameter, 3.5mm inside diameter high modulus carbon tube 1m in length. These tubes have a high fibre content of UHM carbon, making them extremely rigid and strong.
The 1m long tubes will be delivered cut down to approx 88cm long, to fit in a legal postal tube (max length 90cm).
Alternatively if a {href,products.asp?code=POSTAGE-1M,1m Postal Tube} is purchased, or they are bought with a kit (all kits come in 1.5m boxes), the tubes will be left full length and sent by courier.
5mm carbon tube weight = 14.7g for 1m 2 � � � � � � � � � � � $� R��� �� +'� ��b� DS65K-FRAME Ply Frame for MKS DS65K (pair) These HyperFlight CNC cut ply servo frames make fitting a {p,MKS-DS65K} servo to a molded wing very easy. No thickness is added to the installation, and the servo is mounted securely, yet can be removed easily if required.
Two servo frames supplied in the pack.
{ServoFrame} & � 2� � 2� � � � � � � � 2E1' Y �}�b�� GLASS-EPOXY-BOARD$1.5mm Glass Epoxy Board 225mm x 33mm� A 225mm x 33mm piece of 1.5mm thick good quality glass epoxy board. Excellent for wing joiners, control horns, motor mounts, and other high stress fittings.
Enquire if you need a larger size. 2 � Y� � � � � � � � � � c1�C' `}�`��
VM-TOWHOOK%Vladimir's Models Adjustable Tow Hook� Excellent quality machined alloy adjustable tow hook, as supplied with the AVA, Sprite, Supra, and other Vladimir's models gliders. , � K� � *� � � � � � � � 2 x Aluminium, steel cNx} � ��b�� CARBON-STRIP-3083mm x 0.8mm Carbon Strip {cstripb, 0.8, 3.0, 3.5} 3 � 7� � 5� � � � � � � � 5 jNx�� �}�b�� SPRITE-BALLAST,AVA & Sprite Ballast Set - Brass & AluminiumA Set of brass and aluminium ballast weighs suitable for the AVA Pro, Super AVA Pro, and Sprite. This item consists of six brass and six aluminium 16mm diameter ballast slugs, and two flexible connecting wires. Can also be used with other (non Vladimir's Models) gliders.
The all brass ballast is adjustable in six steps up to 480 g.
The all aluminium ballast is adjustable in six steps up to 160 g.
By mixing with the aluminium and brass ballast pieces any ballast weight between 35g and 480g can be added.
Two ballast assemblies each 30cm long x 15.9mm diameter.
� 9K� � !2� � � � � � � � � c1�C� �}�b�� SM-AIRSPEEDAirspeed Sensor{ This airspeed sensor can be connected to the WsTech DataVario via the Sensor Interface to give realtime airspeed audio announcements.
This amazing technology allows the model's current AIR speed to be known whenever required, or automaticaly announced every 10 seconds. This allows models to be flown more safely, and stalls to be avoided, saving money and increasing safety. � H-� %K� 1F� � � � � � � � d c1�C � @�`�� CARBON-ROD-3MM3mm Carbon Rod {crodr, 3.0, 10.0} F � � � � � � � � � � � 5& 06/01/2023 found 100? pcs not in stock js &n `}�`�N CARBOLINE-SC39-2-457Carboline SC39/2/45 Spread Carbon Fabric +/- 45� 39g/m�� {b,Vladimir's Models Carboline SC39/2/45} is a unique bi-axial Spread Tow Carbon fabric for ultralight structures.
In 2010 Vladimir's Models began a series of experiments to create an extra light carbon fabric. After numerous tests they perfected the design for a machine to spread carbon fibre tows to a thickness of 0.02 mm. This allowed the company to create a biaxial fabric from extra strength carbon fibres with a weight as low as 26 g/m�. This bi-axial spread carbon weighs 39 g/m�.
Today this fabric is used not only in Vladimir's Models planes but is also used by many other model and sports equipment manufacturers who demand the best, lightest, and strongest carbon for their products.
Now this high-strength fabric using IMS65 carbon fibres is accessible also to you.
Two sizes of Carboline sheet are available. Please select the required size using the radio buttons below the price. Delivered rolled, supported by orange peel ply fabric.
{table title="Carboline SC39/2/45 Specifications" class=1 cols=2 width=100,150 align=L,L separator=:}
Full sheet size: 310 cm x 60 cm, 1.86 m�
Half sheet size: 150 cm x 60 cm, 0.90 m�
Weight: 39 g/m�
Number of layers: 2
Fibre material: IMS 65
Direction of fibres: +/- 45�
{endtable}
Due to the large tube required to post this fabric the international shipping cost can be higher than estimated. We may need to request extra money when shipping to some destinations.
� � ;U� � H#� � � � � � � � � HS tariff code: 6815 10 10 dmڷ � ��b�� CARBON-ROD-4MM4mm Carbon Rod {crodr, 4.0, 18} P � � � � � � � � � � � $ " 5 js & � � +� @�`�� CARBON-ROD-5MM5mm Carbon Rod {crodr, 5.0, 28} Z � � � H� � � � � � � � 2 5 Sold out on 1st order on 22/1/10 � `}�`�M CARBOLINE-SC39-2-307Carboline SC39/2/30 Spread Carbon Fabric +/- 30� 39g/m�� {b,Vladimir's Models Carboline SC39/2/30} is a unique bi-axial Spread Tow Carbon fabric for ultralight structures.
In 2010 Vladimir's Models began a series of experiments to create an extra light carbon fabric. After numerous tests they perfected the design for a machine to spread carbon fibre tows to a thickness of 0.02 mm. This allowed the company to create a biaxial fabric from extra strength carbon fibres with a weight as low as 26 g/m�. This bi-axial spread carbon weighs 39 g/m�.
Today this fabric is used not only in Vladimir's Models planes but is also used by many other model and sports equipment manufacturers who demand the best, lightest, and strongest carbon for their products.
Now this high-strength fabric using IMS65 carbon fibres is accessible also to you.
Two sizes of Carboline sheet are available. Please select the required size using the radio buttons below the price. Delivered rolled, supported by orange peel ply fabric.
{table title="Carboline SC39/2/30 Specifications" class=1 cols=2 width=100,150 align=L,L separator=:}
Full sheet size: 310 cm x 60 cm, 1.86 m�
Half sheet size: 150 cm x 60 cm, 0.90 m�
Weight: 39 g/m�
Number of layers: 2
Fibre material: IMS 65
Direction of fibres: +/- 30�
{endtable}
Due to the large tube required to post this fabric the international shipping cost can be higher than estimated. We may need to request extra money when shipping to some destinations.
� � <&� � H#� � � � � � � � � 6 HS tariff code: 6815 10 10
Costs �93 ~=�80 per sheet. dmڲ F ��r�� CARBON-ROD-5MM-S5mm x 0.5m Carbon Rod� 5.0mm diameter high modulus solid carbon rod 0.5m in length. These rods have a high fibre content of UHM carbon, making them extremely rigid and strong.
5mm dia carbon rod weight = 14g for 0.5m � � 4� � � � � � � � � � ( c1�C � � +� ��b�� CARBON-ROD-6MM6mm Carbon Rod {crodr, 6.0 ,42} d � � � %� � � � � � � � F 5 � � +� ��b�C CARBON-ROD-7MM7mm Carbon Rod {crodr, 7.0,56} n � 2� � � � � � � � � � Z 5 � ��b�� CARBON-ROD-8MM8mm Carbon Rod {crodr,8.0,75} x � 2� � J� � � � � � � � n 5 j2ߑ t �}��b�� POSTAGE-21.15m Postal Tube� This 1.15m strong postal tube allows us to send items up to 114cm long by courier.
One of these should be added to the shopping basket, if:
1. You are purchasing non-bendy carbon products over 105cm long
2. AND you don't want them cut down to 88cm long to fit in a UK legal postal tube.
Note that a �10 minimum delivery charge will be added when checking out.
There is no need to add multiple postal tubes to your order, one will be enough for many items.
{br,Not for sale separately.}
' � � � 2� � � � � � � � d c1�C � � ,4 ��b�� CARBON-ROD-85MM8.5mm Carbon Rod {crodr,8.5,85} � � � � -� � � � � � � � � 5 F ��r�� CARBON-ROD-6MM-S6mm x 0.5m Carbon Rod� 6.0mm diameter high modulus solid carbon rod 0.5m in length. These rods have a high fibre content of UHM carbon, making them extremely rigid and strong.
6mm dia carbon rod weight = 21g for 0.5m � � � � .� � � � � � � � 7 c1�C F ��r�� CARBON-ROD-8MM-S8mm x 0.5m Carbon Rod� 8.0mm diameter high modulus solid carbon rod 0.5m in length. These rods have a high fibre content of UHM carbon, making them extremely rigid and strong.
8mm dia carbon rod weight = 38g for 0.5m � � M� � D� � � � � � � � Z c1�C � ��r�� CARBON-ROD-85MM-S8.5mm x 0.5m Carbon Rod 8.5mm diameter high modulus solid carbon rod 0.5m in length. These rods have a high fibre content of UHM carbon, making them extremely rigid and strong.
They are a good fit in our 10mm OD 8.5mm ID carbon tubes.
8.5mm dia carbon rod weight = 42g for 0.5m � � � � Z� � � � � � � � Z c1�C � � ,s ��b�� CARBON-TUBE-6MM6mm Carbon Tube {ctuber,6.0,4.8,13.4} < � U� � b� � � � � � � � $ 5 � ��b�D CARBON-TUBE-7MM7mm Carbon Tube {ctuber,7.0,6.0,15.7} F � � � � � � � � � � � \ 5 ja� ��}�b� SUPRA-LEFT-TIP-PANELSupra Glass Left Tip` One new Supra Glass left tip panel, all blue top, all blue bottom surface.
Perfect condition. � �K� �-� l � � � � � � � � � c1�C � � ,�� ��b�� CARBON-TUBE-8MM8mm Carbon Tube {ctuber,8.0,7.0,19.1}
P � � � 3� � � � � � � � $ 5 � � ,�� @�`�� CARBON-TUBE-10MM10mm Carbon Tube (9mm ID) {ctuber,10.0,9.0,24.0} Z � � � � � � � � � � � - 5@ 75 cm cost was �4.00
Weight: 75cm approx 21g, 150cm approx 42g. b ��r�� CARBON-TUBE-8MM-S8.0mm x 0.5m Carbon Tube� 8.0mm outside diameter, 6.5mm inside diameter high modulus carbon tube 0.5m in length. These tubes have a high fibre content of UHM carbon, making them extremely rigid and strong.
8mm carbon tube weight = 14g for 0.5m O � � � � � � � � � � � - c1�C � ��r�� CARBON-TUBE-10MM-S10.0mm x 0.5m Carbon TubeZ 10.0mm outside diameter, 8.5mm inside diameter high modulus carbon tube 0.5m in length. These tubes have a high fibre content of UHM carbon, making them extremely rigid and strong.
These tubes a a perfect fit for our 8.5mm carbon rods, making a very strong and lightweight wing spar and joining system
10mm carbon tube weight = 16g for 0.5m U � � � � � � � � � � � c1�C � ��b�� CARBON-TUBE-2MM2mm Carbon Tube {ctuber,2.0,1.0, 3.7} � (� � [� � � � � � � � 5 jq���`}�`��
TM-CARBON-MAT(Thermal Magic Carbon/Glass Material Pack~ This product consists of the carbon & GF materials needed to build Trevor Wain's UK 2m League winning eSoaring model.
1 - 25mm tapered carbon tube tail boom
1 - 600mm 3mm OD x 2mm ID carbon tube
4 - 222mm 3mm OD x 2mm ID carbon tube
4 - 470mm 4mm OD x 2.5mm ID carbon tube
2 - 600mm 5mm OD x 3mm ID carbon tube
1 - glass epoxy board 1.5mm thick 225mm x 33mm
The carbon tubes will be cut slightly oversize, and the items will be posted in a postal tube.
For more info see <a href="http://www.esoaring.net/forum/viewtopic.php?f=3&t=552 " target="_new"><b><font color="#990000">this eSoarng forum thread.</font></b></a>
� 0� *O� � � � � � � � � � � 2 of 3mm carbon tubes cut
1 - 750
4 - 250
2 of 4mm carbon tube cut
4 - 500
2 of 5mm carbon tube cut
2 - 610
1 - glass epoxy board 1.5mm thick 225mm x 33mm
1 - 25mm > 9mm boom cut down to 90cm
c1�CS �}�b�� SUPRA-BALLAST-TUBESupra/Maxa Ballast Tube� 16.3 mm ID Kevlar tube used for holding Supra / Maxa ballast in place. 54 cm long.
This ballast tube fits the all sizes of the Maxa, the Supra and can also be used with most F3J and many F5J models. J � � �
&� � � � � � � � � c1�C ���r�� PULSAR-2008-NOSE3Aftermarket Nosecone and wing pad for a Pulsar 2008} For Customer Bob Cockerill ONLY
Price includes Postage.
Please select Collect option so postage will not be charged again! � 0 � � � � � � � � � � c1�C� �}�b��
AVA-PRO-E-POD
AVA Pro-e Pod Replacement fuselage pod for all sizes of electric AVA Pro-e models. The front firewall is 38 mm outside diameter, so it should be used with 38 mm spinners. Includes the carbon canopy hatch.
Needs a tailboom and a V mount to make a complete fuselage. Choose a Super/Hyper AVA Pro Homebuilder's Boom (or one of our 25mm or 26mm booms) if you want to attach a homebuilt fin. Choose a Super/Hyper AVA Pro 26mm Boom with Hexagonal Fitting if you want to fit an AVA Pro fin. See the related items on the right.
Colour: white
} � �� � A(� � � � � � � � � c1�C> �}�b�� BLASTER-2-LITEBlaster 2 Lite DLG� The <b>Blaster 2 Lite</b> is a special lighter verson of the Blaster2 DLG, with a fixed fin only - no rudder. This saves weight and for some pilots allows higher launches. Also the elevator pushrod is ultra lightweigt, and the aileron servos can be optionally mounted in the pod. All these bring the centre of gravity forward, allowing less noseweight.
The Blaster-2 Lite is a high tech F3K r/c hand launched glider utilising airfoils designed specially for DLGs by Mark Drela. The hollow-molded wing is made in CNC machined molds to ensure the airfoils are reproduced accurately, and the potential performance is fully achieved. The elliptical planform and transitioning airfoils give the wing a very high efficiency, together with excellent handling characteristic and a benign stall.
The superbly finished one piece wing comes complete with a moulded-in aerodynamic winglet for tip launching. The wing also has pre-cut servo mounts and bottom hinged generously sized flaperons, to allow the model to be slowed down to a crawl for hand catching. This high level of prefabrication makes the glider especially strong, clean, and easy to build.
The wing skin is a very rigid and tough glass/rohacel/glass sandwich with a substantial carbon spar.
<img src="extras/blaster-wing-all.jpg" alt="Blaster molded wing construction">
The glass skin is laid at 45 degrees to eliminate twisting and maximise launch height. The carbon braid reinforced shear web is bonded to the substantial carbon spar caps, resulting in a light but strong spar.
<img src="extras/blaster-spar.jpg" alt="Blaster molded wing construction">
The living skin hinged flaperons have a rohacel core and a very sharp trailing edge to minimise drag.
<img src="extras/blaster-wing-flap.jpg" alt="Blaster molded wing construction">
The spacious pod is Kevlar reinforced with a horizontal strip of carbon fibre extending back to the boom, and is covered by removable nose cone to keep the front end clean and maintain laminar flow. The pod includes a wing mounting pylon to reduce interference drag, and fairs smoothly into the generously sized and very stiff carbon tailboom.
A lightweight v-mount keeps the full flying tailplane out of the disturbed airflow, and gives the pilot excellent low drag pitch control.
Please do look at this <a href="http://www.rcgroups.com/forums/showthread.php?t=1301307" target="_new"><b><font color="#990000">New Blaster2</font></b></a> RCGroups build thead which shows how to fit all the servos in the pod, as recommended by Vadimir's Models, especially for the Blaster2 Lite version.
<b>Specifications</b>
Wing span: 1.5m (59 in)
Wing area: 24dm2 (372 sq in)
Airfoils: Ag 45 ct-o2, Ag46 ct-02 , AG 47 ct-02
Flying weight: from 275g (9.7oz)
Wing loading: 11.5g/dm2 (3.8 oz/sq ft)
Centre of Gravity: 78-82mm (3.07-3.2 in) from wing leading edge.
<b>Typical Weights</b>
Wing: 149g
Taiplane: 10g
Fin: 6g
Fuselage: 50g
Accessories: 8g
Pushrods: 3g
Total structure: 226g (8oz)
<b>Recommended Control Throws & Mixes</b>
Tailplane: 10mm up / 10mm down
Flaperons: 15mm up / 8mm down
<i>Recommended flaperon settings:</i>
Launch mode: -2� (flat bottom surface)
Cruise mode: 0� (flat top surface)
Thermal mode: +2� (2mm down)
Landing mode: +40� (38mm down)
<b>Recommended R/C</b>
Aileron servos: Vigor VS-12M, Ripmax SD150/Dymond D60 or SD100/Dymond D47
Tail servo: Ripmax SD100/Dymond D47 or Vigor VS-12M
<font color="#990000">Colours in stock as of September 2010. The first colour is the main colour, which generally includes the wing top & tail. The subsequent colours are the wing underside:<i>
none
</i>
Please enter your first and second preference in the Notes field when checking out.
</font>
� K� � � � � � � � � � � ϴ c1�C � ��r�� ELOGGEREagle Tree eLogger V3? Eagle Tree eLogger V3 with Deans Ultra plug and socket. The packet includes the eLogger, a special USB cable, CD with software, decal, and quick start guide.
# Logs pack current to +/- 100 amps and voltage from about 4.5 volts to 45 volts
# Current is measured with a true Hall Effects Sensor - NOT a resistance shunt!
# Great for bench monitoring of battery charging also!
# Accepts optional inexpensive sensors for Temperature, RPM (brushless, magnetic or optical), Airspeed, Altitude, Servo Current, Throttle Movement, and more, available below
# All data is logged to permanent memory, which retains the data even when the power is removed
# Software computes Wattage, mAH, etc. for complete e-flight data.
# Fully Compatible with Windows Vista, 98SE, ME, Win2K and XP
# Integrated USB with included cable (NOT a USB to serial port cable like other loggers)
# Supports simultaneous Temp and RPM sensors, or two Temps
# Weighs about 0.5 oz (17 grams). Version with Wire Leads weighs slightly more.
# Supports USB Live Mode, which lets you see whats happening in the model LIVE on the bench, on your PC
# Adjustable logging rate (1-10 samples/second) and lossless data compression for long log times
# Comes with our state of the art Windows virtual playback display and graphing
# Powerful Graphing software has advanced charting features, such as amps vs volts
# Internet Updatable firmware - as we add new features or (heaven forbid) have a firmware bug, the update is just a download away! No need to ship hardware back and forth.
# Full support for English and Metric units � � .� (%� � � � � � � � � � c1�C �}�b��
HI-START-SSmall High Start� 10m of high stretch silicon rubber tube, 6mm OD, 4mm ID.
This high stretch tubing should be made up with 60m of suitable line to make a great high start for launching lightweight gliders up to 2m in span and 800g in weight.
Excellent for launching a Blaster2 without any gyrations!
For more info see: http://www.charlesriverrc.org/articles/design/dickwilliamson_histartphysics.htm l �
� � F� � � � � � � � , c1�C� ��r�� MAX67,6.7:1 Planetary Gearbox for 540 Class Motors^ The Max67 gearbox is a high performance planetary gearbox with a very high reduction ratio that allows large efficient propellers to be used by smaller, lighter, higher Kv electric motors.
It is designed for 540 sized RC car motors, and will not fit many RC plane motors of this size, due to their 5mm shafts. However it is comparatively easy to drill the back-plate so that 400/480 sized motors (with their 1/8" shafts) can be fitted.
The geardrive is all ballraced and has a hardened steel shaft and gears, and an alloy casing.
<b>Benefits</b>
{bullet}
The 6.7:1 high reduction ratio allows smaller, higher Kv motors to be used, saving weight, money, and improving electrical efficiency.
The large propellers that can be used with this gearbox increase the propulsive efficiency of the model, allowing smaller battery packs to be used, saving more weight.
Metal gears and ball raced bearings ensure the gearbox has a very high mechanical efficiency.
The substantially sized case and shaft ensure it will
survive most unplanned arrivals!
{endbullet}
{table title="6.7:1 Planetary Gearbox Specification" class=1 cols=2 width=130,160 align=L,L}
Ratio, 6.7:1
Motor shaft, 3.2mm (1/8")
Output shaft, 6mm
Weight, 84g
Max power for 30s, 800W
Motor mount, 4 holes on a 25mm diameter
Gearbox mount, 4 M3 threaded holes on a 25mm diameter
{endtable}
C � 1 � � � � � � � � � � x c1�C� �}�b�� MAX40 Universal 4:1 Planetary Gearbox4 The Max40 gearbox is a high performance planetary gearbox with metal gears and ball raced bearings. It has a useful reduction ratio that allows larger, more efficient propellers to be used. It fits Speed 400, Hacker B20, and similar 20mm - 28mm diameter motors with a 2.3mm diameter shaft.
The geardrive is ballraced and has a hardened steel shaft and gears, and an alloy casing. It is supplied with a pinion gear fixed using a grub screw, and mounting bolts.
{table title="4:1 Planetary Gearbox Specification" class=1 cols=2 width=130,160 align=L,L}
Ratio, 4:1
Motor shaft, 2.3mm
Output shaft, 3mm
Weight, 15g
Max power for 30s, 160W
Motor mount, 2 holes on a 14mm PCD, 2 holes on a 16mm PCD
Gearbox mount, 2 holes tapped M2 on a 10.5mm diameter
Motor bearing recess, 10mm dia, 2.7mm deep
{endtable}
( � -� � � � � � � � � � F c1�C� �}�b� SPINNERCONE-30-NRED Neon Red Cone for 30mm Spinner� Replacement neon red spinner cone for all 30mm HyperSpinners. Note this is a very onangey-red, and can easily be mistaken for neon orange.
Note these cones do not fit the 30mm {b,Power} HyperSpinners we sell, just the standard ones.
/ � $� � � � � � � � � � 2 2D5 gɍ>3 +$ ��b� SPINNERCONE-30-YEL Yellow Cone for 30mm Spinner� Replacement yellow spinner cone for all 30mm HyperSpinners.
Note these cones do not fit the 30mm {b,Power} HyperSpinners we sell, just the standard ones.
0 � � � 2� � � � � � � � 2A0 P �}�b� SPINNERCONE-32-YEL Yellow Cone for 32mm Spinnery Replacement yellow spinner cone for all 32mm HyperSpinners.
These fit both the normal and the Power 32mm spinners.
D � � � 2� � � � � � � � 2 Plastic f�݄ �}�b� SPINNERCONE-32-BLKBlack Cone for 32mm Spinners Replacement black spinner cone for all 32mm HyperSpinners.
These fit both the normal and the Power 32mm spinners B � � �
� � � � � � � � 2 Plastic e�� � �}�b� SPINNERCONE-38-REDRed Cone for 38mm Spinner< Replacement red spinner cone for all 38mm HyperSpinners.
� )� � 2� � � � � � � � 2 Plastic eB�� � � ,$T ��b� SPINNERCONE-38-YEL Yellow Cone for 38mm Spinner? Replacement yellow spinner cone for all 38mm HyperSpinners.
� � )� � 2� � � � � � � � 2 2D5 0 �}�b� SPINNERCONE-30-BLKBlack Cone for 30mm Spinner� Replacement black spinner cone for all 30mm HyperSpinners.
Note these cones do not fit the 30mm {b,Power} HyperSpinners we sell, just the standard ones. . � � �
� � � � � � � � 2 Plastic fc� � �}�b� SPINNERCONE-38-BLKBlack Cone for 38mm Spinner> Replacement black spinner cone for all 38mm HyperSpinners.
~ � )� �
� � � � � � � � 2 2D5 Plastic gɍ � �}�b� SPINNERCONE-38-ORNX Orange Cone for 38mm Spinner= Replacement orange spinner cone for all 38mm HyperSpinners.
) � $� �
� � � � � � � � 2 c1�C� `}�`� AVA-PRO-BOOM-HEX(AVA Pro 26mm Boom with Hexagonal Fitting� This high quality carbon tailboom has been specially made for the AVA Pro, and has a custom hexagonal end molded in, for fitting an AVA Pro fin/rudder assembly. This tail boom is very strong and lightweight.
Only available full length. Will be sent by courier, this will increase the delivery cost.
{table title="AVA Pro Boom Specification" class=1 cols=2 width=100,100 align=L,L}
Length, 930 mm
Wide end OD, 26 mm
Wide end ID, 25 mm
Hex end OD, ~11 mm
Weight, 49 g
{endtable} � 2(� � \� � � � � � � � � x c1�C ��r� SPINNER-PIN-32%Hinge pins for 30mm and 32mm spinners A pair of replacement bright steel 3mm hinge pins for 30mm and 32mm HyperSpinners
Two hinge pins are supplied in the packet. $ � � � 2� � � � � � � � 2 c1�C +K ��b� SPINNER-PIN$Hinge pins for all HyperSpinners (2)| Two replacement bright steel 3mm hinge pins for 30, 32, and 38mm HyperSpinners
Two hinge pins are supplied in the packet. � � � 2� � � � � � � � 2G6 � �}�b� AVA-BALLAST-ALAVA Ballast Set - Aluminium Set of ballast weighs suitble for the AVA and AVA Pro. This assembly is manufactured from aluminium, and is adjustible in seven steps up to 200g
By mixing with the aluminium and brass ballast pireces any ballast weight up to 575g can be added.
35cm long x 15.9mm diamter. � � � � � � � � � � � � ^ c1�C� �}�b� AVA-BALLAST-BRASSAVA Ballast Set - Brass Set of ballast weighs suitble for the AVA and AVA Pro. This assembly is manufactured from brass and is adjustible in seven steps up to 575g
By mixing with the aluminium and brass ballast pireces any ballast weight up to 575g can be added.
35cm long x 15.9mm diamter. � � -� � V� � � � � � � � � c1�C ? �}�b� AVA-BALLAST-TUBEAVA Pro/F5J Ballast Tube� 16.3 mm ID Kevlar tube used for holding the AVA Pro ballast in place. 42 cm long.
This ballast tube fits the all sizes of AVA and AVA Pro and is suitable for some F5J planes also. � � � � U� � � � � � � � � c1�C H �}�b�
SPRITE-E-FUSESprite Electric Fuselage� Sprite electric fuselage set. This includes the pod, the boom, and the fin/servo mount.
Fits the Sprite Hot and Sprite Thermal Electric wings. A fin and tailplane are also required.
� � � � � � � � � � � � � c1�C � �}�b�
SPRITE-TAILPLANESprite Tailplane0 Replacement tailplane for all Sprite models.
� -� � P� � � � � � � � � c1�Cy �}�b� SPRITE-FUSESprite Glider Fuselage� Sprite glider fuselage set. This includes the pod, the boom, and the tailplane mount.
The Sprite Hot and Sprite Thermal Electric have similar wings and tailplane, so this fuselage can also be used with all Sprite models wings and tailplane.
� � � � � � � � � � � � � c1�C|[ ,$@ `�`� VMB125#HyperFlight 125 cm (49") Glider Bag� The {b,VMB125} is a very high quality bag suitable for transporting and storing 2m - 3m model gliders and electric planes. These bags are well constructed with commercial quality fabric and zippers, and usually available in red and blue. The 125 cm (49") bag is a perfect choice for gliders where the longest wing panel is up to 125 cm long. The bag has three padded compartments and also three smaller pockets for stabs, wing rods or accessories. On the outside an additional lined compartment allows a glider fuselage to be carried externally
These bags pay for themselves in a season by eliminating transportation and storage hangar rash, allowing the model to stay in pristine condition for longer. They also allow more flying as the models can be prepared for flight and put away much more quickly, allowing an extra one or two flights per flying session. Also the fact that the model is enclosed in the bag while in the back of the car reduces the chance of theft.
{table title="125 cm Glider Bag Specifications" class=1 cols=2 width=135,270 align=L,L separator=:}
Dimensions: 125 cm long x 10 cm thick x 31 cm high
Inside max length: 122 cm
Material: Heavy gauge nylon fabric
Padding: 1 cm thick foam
Internal dividers: Two padded dividers
Internal pockets: Two pockets with Velcro fasteners
External pocket: One, suitable for glider fuselage
Handles: One either side, in the middle
Shoulder strap: No
Hanging hook: Yes
Logo: Yes, HyperFlight
Weight: 1250 g
{endtable} � n � � +� � � � � � � � � 4 Bag we `}�`�
AVA-PRO-BOOM-AVA Pro 26mm - 9mm x 0.98m Homebuilder's Boomk This high quality carbon tailboom has been specially made for the AVA Pro, though it is suitable for incorporation into own design models too. This tail boom is very strong and lightweight and doesn't include the AVA Pro-s hexagonal fin fitting.
{LongCost}
{table title="AVA Pro Boom Specification" class=1 cols=2 width=100,100 align=L,L}
Length, 98 cm
Wide end OD, 26 mm
Narrow end OD, 8.7 mm
Wall thickness, 0.5 mm
Weight, 46 g
{endtable}
When we are out of stock please consider our {PLink,CARBON-BOOM-25-9, 25.5 mm 1 m long boom}, it is cheaper, lighter, and longer, and will fit the same pods.
w � 7� � F� � � � � � � � Z x c1�C ��r�
AVA-LONG-BOOMAVA 25mm Long Boom� This high quality carbon tailboom was made for the Hyper AVA, though it is suitalbe for incorporation into own design models too. This tail boom is very strong and lightweight.
{table title="Long AVA Boom Specification" class=1 cols=2 width=100,100 align=L,L}
Length, 1140mm
Wide end OD, 25.4mm
Wide end ID, 24.4mm
Narrow end OD, 9.3mm
Narrow end ID, 8.3mm
Weight, 60g
{endtable}
Due to a UK postage length restriction of 90cm the boom cannot be sent by normal post. Please also purchase a <A HREF="products.asp?code=POSTAGE-2" ><b><font color="#990000">Long Postal Tube</font></b></a>, to allow the boom to be sent by courier.
e � #� � � � � � � � � � x c1�C_ �}�b�
SAVA-PRO-BOOM;Super / Hyper AVA Pro 26mm - 9mm x 1.14m Homebuilder's Boom� This high quality carbon tailboom has been designed for larger performance gliders like the Super AVA Pro and Hyper AVA Pro, though it is suitable for incorporation into own design models too. This tail boom is very strong, long, and lightweight and doesn't include the AVA Pro-s hexagonal fin fitting.
{LongCost}
{table title="Super & Hyper AVA Pro Boom Specification" class=1 cols=2 width=100,100 align=L,L}
Length, 114 cm
Wide end OD, 26.5 mm
Narrow end OD, 9.2 mm
Wall thickness, 0.6 mm
Weight, 50 g
{endtable}
When we are out of stock please consider our {PLink,CARBON-BOOM-26-9, 26 mm 1.2 m boom}, it is cheaper, lighter, and longer, and will fit the same pods.
x � 'Z� � � � � � � � � � Z c1�C r �}�b� PUSHROD-SET0Carbon Pushrod and Outer Tube Set / Bowden Cable� 1.5m length of 1.5mm carbon rod running in a 3.4mm outside diameter low friction semi rigid polypropylene tube. This excellent quality Bowden Cable is long enough for the largest models.
Weight = 14g for 1.5m of inner and outer.
Sold singly.
These can be sent by coiling into a pizza type box, or can be kept straight and sent in a 1.5m long postal tube (extra cost). If sent coiled they will straighten out well. Please remove from the pizza box with care!
� � � � � � � � � � � � 7 c1�C ) `}�`�X ERWIN-XLErwin XL Medium` We have just taken delivery of some Erwin XL Medium gliders. This is one of the best sport slope soarers ever made. It is tough, has a fantastic speed range, and handles beautifully. They are made by PCM in Austria to a very high standard, with an excellent surface finish, and are almost ready to fly.
This larger XL version has an all carbon layup, and comes with in-wing ballast, allowing it to excel in all wind conditions. Steel ballast slugs and all RC installation accessories are included in the very complete kit.
Span: 3m
Weight 1.8kg - 3kg
{video,lTxyIz201pY}
{video,Cj6PxTE567E}
� � �2� � 3 � � � � � � � � � N Send carbon joiners with the model, send the steel joiners/ballast separately. c1�C H� +�,���b� SPINNER-README SPINNER FAQ - READ THIS FIRST� <B>Frequently Asked Questions</B>
<b>What is a Spinner in this context?</b>
Electric glider fliers use the word Spinner to mean a fairing {i,and} a centre piece (yoke or hub) that holds the prop blades in a folding propeller. For non-e-gliders a spinner is just a rotating aerodynamic fairing to help the air flow smoothly.
The blades are held extended when the motor is running by centrifugal force and fold back against the glider fuselage when the motor stops due to aerodynamic drag (optionally assisted by a rubber band). This significantly reduces drag and improves glide efficiency.
<b>What are the parts of a Spinner?</b>
Electric folding spinner assemblies usually consist of
{bullet}
The spinner cone - the aerodynamic fairing, usually made from plastic or carbon fibre.
The centre yoke (also called a hub) that holds the prop blades, usually made from aluminium.
Hinge pins that the prop blades fold about. Usually 3mm diameter but 2mm in most 25mm spinners.
Collet spinners also need a conical collet to interface the yoke to the motor or gearbox shaft.
{endbullet}
<b>What does the spinner product name mean?</b>
Each part of the {i,30mm GM F5J Spinner (Requires Collet)} product name means something: {bullet}
{i,30mm} - the diameter of the spinner cone.
{i,GM} - the manufacturer�s name or abbreviation.
{i,F5J} - optional, the intended application - large electric thermal soaring gliders in this case.
{i,(Requires Collet)} - this is a reminder that the collet is not included in the price and needs to be purchased separately, to match the motor or gearbox shaft.
{end bullet}
Alternatively for spinners that attach using grub screws the spinner name may read {i,30mm VM Pro Spinner for 4mm shafts} the <i>for 4mm shafts</i> indicates the size of the output shaft the yoke has been drilled for. This will need to match the shaft diameter of the motor or gearbox used.
<b>How do I select the correct spinner?</b>
The folding spinner interfaces the model, the motor, and the prop blades to each other so it has to match the size of each. This is why we need to stock so many different versions, to match all the parts.
1. Select the spinner diameter to match the size of the fuselage firewall. This is listed as "Spinner Diameter" in the specifications box for the models we sell.
2a. For a spinner {i, that doesn't include the collet} (GM, CN) add a collet to the basket to match the motor/gearbox shaft size, from the same manufacturer, as collets are not interchangeable.
2b. Or for a spinner {i, that does include the collet} (Dualsky) select the spinner with a collet size that matches the motor/gearbox shaft size.
3. Confirm that you can purchase (from HyperFlight or elsewhere) suitable diameter prop blades {i,with the correct hinge pin hole size} for the motor and number of battery cells to be used.
4. Confirm that the prop blades have a blade root width and hinge pin hole size that matches those of the spinner selected. This is usually 8mm blade root width and 3mm hole size for the 28mm and up spinners and 8"+ diameter prop blades. Pay close attention when using smaller spinners and prop blades as they mostly, but not universally use 5mm blade roots and 2mm hinge pins.
<b>What are the rubber bands for?</b>
Aerodynamic drag is usually enough push the prop blades flat against the fuselage but some modellers use small rubber bands from one blade to the other to ensure they close completely every time. These are usually not included in the product and need to be purchased separately.
<B>What is a cranked hub?</B>
It is the offsetting of the blades, when looked at from the front. For this reason some manufacturers call them Offset hubs or Z hubs.
<B>What is the benefit of a cranked hub?</B>
It helps the folded prop blades sit closer to the fuselage, reducing drag.
<B>Does the cranked hub put any extra stress on the blades?</B>
Yes, there is some evidence that the cranked nature of these spinners DOES increase the stress on the blades. To be on the safe side we recommend that the max safe RPM of the blades is reduced by 25% below the manufacturer's normal recommendation.
<B>What folding prop blades are 8mm root width spinners compatible with?</B>
They are compatible with the great majority of folding prop blades produced, including those by GM, CN, VM, Vitaprop, Aeronaut, Graupner, and RFM. The 8mm blade root and 3mm hole size are a standard that is used by prop blade manufacturers for most or all of their range.
<B>Why don't the prop blades open fully?</B>
Sometimes the plastic spinner cone stops the blade fully opening. This can happen because the blade root is thicker than usual, and it may cause the prop to vibrate or operate at lower efficiency. To allow the blades to fully open cut away the spinner cone with a sharp modelling knife, until the blades can swing freely. They should be able to open at least 90 degrees to the prop shaft.
<B>How do I secure the spinner to the motor shaft</B>
Sometimes the spinner keeps coming loose on the motor shaft, even though the Allen key grub screws have been tightened fully. In this case it is best to file or grind a "flat" on the motor shaft using a grinding wheel or good quality file. It is best if the flat does not extend all the way to the end of the shaft, so even if the grub screw comes a bit loose the spinner won't be able to come off. At HyperFlight we are not sure of the benefit of having two grub screws opposing each other, giving two points of contact. We think one grub screw may be better giving one point and one surface contact. Hence we only use one screw, and file one flat on the motor shaft. Keep the other grub screw as a spare.
<B>What colour cone is supplied & available with Vladimir's Models spinners?</B>
All spinners are supplied with <b>black</b> cones, not white as shown in many of the illustrations. Extra cones are available in yellow, red, and orange, to match the Vladimir's Models standard gel coat colours. Get them from the <a HREF="products.asp?cat=Spinners+%26+Props&subcat=Spinner+Accessories"><b><font color="#990000">Spinner Accessories</font></b></a> section.
<B>What does the "Turbo" front hole do?</B>
Tests have shown that a rotating spinner acts as a centrifugal pump, expelling all air at its periphery. We have heard of instances where a rotating spinner pulled air backwards though the fuselage, and out through the spinner gap. However the main benefit is when the motor has stopped, by letting pitot pressure air get into the fuselage, improving the flow of cooling air though the fuselage, as long as adequate exit vents have been installed. These should preferably be backward facing, in low pressure areas - not under the wing. Of course there must be suitable holes in the motor firewall for this to work.
<B>I have another question, can you answer it?</B>
Yes. Please use the <a HREF="products.asp?page=contact"><b><font color="#990000">contact form</font></� ���r� CARBON20Claim your 20% Discount7 To make our carbon rod, strip and tube even more attractive to discerning customers we are now offering 20% discounts on larger purchases.
<b>Spend �20 or more on carbon rods, strip, or tube and get 20% off, by entering <font color="#640018"><strong>CARBON20</strong></font> in the <i>Voucher Code</i> field when checking out.</b>
Note this discount does not extend to tapered booms, or tubes over 11mm diameter.
<font color="red"><strong>DO NOT ADD THIS TO THE SHOPPING CART, INSTEAD TYPE "CARBON20" INTO THE VOUCHER FIELD WHEN CHECKING OUT.</strong></font> � � � � � � � � � � � R��_ � �}�b� SUPRA-E-CANOPY Supra-e Classic Canopy Hatch^ Replacement black carbon canopy hatch to fit the older Supra-e pod classic pod. Length 109 mm. � � 0� �
>� � � � � � � � � c1�C� ��r� PULSAR-LONG-NOSE1Aftermarket Long Nosecone for a Pulsar 3.2 or 3.6� This is a long nosecone for a Pulsar 3.2 or 3.6 e-glider. It was initially made by a UK craftsman for himself to help with the balance problem when using light powertrains, caused by the rather short nosecone supplied by Starflight. However as several other builders have asked us for longer nosecones we have managed to source some.
The pod is made from glass fibre in epoxy matrix with local carbon fibre reinforcement.
Length from end of pod to firewall: 280mm
Spinner diameter: 38mm
Weight: 55g d � $1� � � � � � � � � � � c1�C � @�`� CARBON-TUBE-10MM810mm Carbon Tube (8mm ID) {ctuber,10.0,8.0,43.7} ^ � 2� � C� � � � � � � � A 5+ Weight: 75cm approx 30g, 150 cm approx 60g. i�s� V �}�b� SUPRA-PRO-FUSE(Supra Pro Glider Fuselage, boom, V mount� Complete pod/boom/V mount set for a Supra Pro glider.
The set also includes a pre-fitted ballast tube and pushrods. This is ARTF as the V mount and pushrods have already been installed.
� � +� � � � � � � � � � � � c1�C � �}�b�� MINI-GRAPHITE-FUSE Mini Graphite Electric FuselageD Replacement Mini Graphite electric fuselage with nosecone.
� � �<� |_� c:� � � � � � � � � c1�C � �}�b� BLASTER-2E-CANOPYBlaster 2e Canopy HatchM Replacement black carbon canopy hatch to fit a Blaster2-e pod. Length 106 mm. Q � !� � X� � � � � � � � d c1�C � `}�`� SAVA-PRO-BOOM-HEX6Super / Hyper AVA Pro 26mm Boom with Hexagonal Fitting1 This high quality carbon tailboom has been specially made for the Super AVA Pro and the Hyper AVA Pro, and has a custom hexagonal end molded in, for fitting an AVA Pro fin/rudder assembly. This tail boom is very strong and lightweight.
Only available full length. Will be sent by courier, this will increase the delivery cost.
{table title="Super & Hyper AVA Pro Boom Specification" class=1 cols=2 width=100,100 align=L,L}
Length, 1090 mm
Wide end OD, 26.5 mm
Wide end ID, 25.3 mm
Hex end OD, ~11 mm
Weight, 50 g
{endtable}
1 reserved for IT
" � ? � � $<� � � � � � � � ^ x cNx � `}�`� AVA-PROAVA Pro 3.2m Glider The Vladimir's Models <b>AVA Pro</b> is a wonderfully stable thermal duration (TD) model suitable for near beginners and competition fliers alike, and the simple rudder, elevator, spoiler controls make it supremely easy to fly. Its light weight, prodigious strength, and state of the art design result in unequalled performance.
The <b>AVA Pro</b> is an improved version of the world renowned AVA. Probably no rudder-elevator-spoiler (RES) glider has a better reputation and a more illustrious contest record than the AVA, so improving this already superb model is no mean feat. However Vladimir has incorporated these very significant upgrades in the AVA Pro:
- The thinner fuselage pod with a carefully engineered wing pylon reduces interference drag. The drooped nose eliminates skidding on landing, improving competition landing scores.
- The AVA Pro wing planform has been optimised to be more elliptical, and the construction of the tip panels improved to utilise a carbon D-box to be stiffer and stronger. The better adherence to the airfoil profile also gives a useful drag reduction.
- The single central spoiler has been replaced by two smaller spoilers, these don't interfere with the flow over the tailplane, reducing the pitch change and making accurate landings child's play.
- The AVA Pro's tailplane has an improved planform and carbon D-box construction, increasing strength and reducing trim drag.
- The new fin has also been changed to use a molded fixed portion, with a lower drag tailboom attachment that incorporates a very clever quick release mechanism, to make the AVA Pro more transportable.
- The fuselage pod has been totally redesigned to use a beautifully executed canopy hatch rather than a sheath nosecone, improving usability on the field.
- The tailboom has been strengthened and stiffened.
- Improved provision for up to 480g of ballast.
- The adjustable tow hook allows the launch to be optimised, giving very high and fast straight launches. The rigid structure and low drag airfoils allow huge zooms, and the low wing loading ensures a very low min sink, and the ability to climb away in the weakest of thermals.
On the construction side, Vladimir has taken the build to a new level of completeness, so the AVA Pro can be assembled in only a few hours. New work done by Vladimir to speed AVA Pro final assembly:
- The wing spoiler horns have been fitted, and the spoiler servo wires threaded into place.
- All pushrods and horns have been fabricated, wires bent, etc.
- Fitting the servos in the pod has been simplified with a custom molded servo mount that is removable for servo and battery fitting and maintenance.
The only work required to compete the model is to glue the boom to the pod, attach the fin quick release clip, optionally fix the ballast tube, and fit the tow hook & RC gear.
For more info see the excellent {href, http://www.rcgroups.com/forums/showthread.php?t=1336105, AVA Pro build log} on RCGroups.
<b>History</b>
The AVA Pro is an evolutionary improvement of the AVA, which was itself based on the revolutionary Bubble Dancer designed by Dr Mark Drela. The AVA was an implementation of Mark Drela�s design using the free flight type construction techniques invented in Eastern Europe, and perfected by Vladimir. Like the Simply the Best and Organic ranges the AVA Pro wing has carbon capped ribs and a Kevlar D box. Allied to a substantial Kevlar wrapped carbon spar this results in a very rigid and almost unbreakable structure.
The aerodynamics are outstanding, utilising specially designed airfoils (no doubt in Xfoil, written by Mark Drela himself when he was a student), and a low drag V mounted tail plane, the AVA has a measured sink rate of 0.3m/s (60 ft per minute). The AVA Pro glider can be built down to 41.3oz, however despite the low wing loading the plane can cope with 15mph winds with ease.
Many have asked about the underslung fin. There is no need to worry, in all the years we have been selling the AVA and the AVA Pro not a single person has reported a broken fin or boom.
{table title="AVA Pro Specification" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 3.175m, 125 in
Wing area, 67.9dm2, 1052 sq in
Length, 1.7m, 67 in
Typical flying weight, 1168g, 41.3 oz
Wing loading, 17.2g/dm2, 5.7 oz/sq ft
EDA, 13.4 degrees
Aspect ratio, 14.8
Wing airfoil, AG24/25/26
Tail airfoil, HT14-HT15
Fin airfoil, HT13-HT12
Centre of Gravity, 100-108 mm from wing leading edge
Tow hook location, 448 mm back from the nose
Controls, "Elevator, rudder, spoilers x 2"
{endtable}
{table title="AVA Pro Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 232g, 8.2 oz
Wing, 632g, 22.3 oz
Hoz tail, 25g, 0.9 oz
Vert tail, 39g, 1.4 oz
Accessories, 40g, 1.4 oz
Total structure, 968g , 34.1 oz
{endtable}
{table title="Recommended Servos" class=1 cols=2 width=110,235 align=L,L autohref=2}
Elevator & rudder, MKS DS6100, Futaba S3150, HS85 MG, HS82 MG, Hyperion DS 11-* or DS12-*
Spoilers, MKS DS6100, HS85 MG, HS82 MG, Hyperion DS11-*
{endtable}
T � � � � % � � � � � � � � � 645.00 c1�C � `}�`� AVA-PRO-FAVA Pro Flapped 3.2m Glider
The Vladimir's Models <b>AVA Pro-f</b> is an improved version of the world renowned AVA-f. Probably no rudder-elevator glider has a better reputation and a more illustrious contest record than the AVA, so improving this already superb model is no mean feat. However Vladimir has incorporated these very significant upgrades in the flapped AVA Pro:
{bullet}
The thinner fuselage pod with a carefully engineered wing pylon reduces interference drag. The drooped nose eliminates skidding on landing, improving competition landing scores.
The AVA Pro wing planform has been optimised to be more elliptical, and the construction of the tip panels improved to utilise a carbon D-box to be stiffer and stronger. The better adherence to the airfoil profile also gives a useful drag reduction.
The flapped centre panel has been optimised to be lighter and stronger. The flap allows slower landings, improving accuracy and reducing landing stresses.
The AVA Pro's tailplane has an improved planform and carbon D-box construction, increasing strength and reducing trim drag.
The new fin has also been changed to use a molded fixed portion, with a lower drag tailboom attachment that incorporates a very clever quick release mechanism, to make the AVA Pro more transportable.
The fuselage pod has been totally redesigned to use a beautifully executed canopy hatch rather than a sheath nosecone, improving usability on the field.
The tailboom has been strengthened and stiffened.
Improved provision for up to 480g of ballast.
The adjustable tow hook allows the launch to be optimised, giving very high and fast straight launches. The rigid structure and low drag airfoils allow huge zooms, and the low wing loading ensures a very low min sink, and the ability to climb away in the weakest of thermals.
{endbullet}
On the construction side, Vladimir has taken the build to a new level of completeness, so the AVA Pro-f can be assembled in only a few hours. New work done by Vladimir to speed AVA Pro final assembly:
{bullet}
All pushrods and horns have been fabricated, wires bent, etc.
Fitting the servos in the pod has been simplified with a custom molded servo mount that is removable for servo and battery fitting and maintenance.
{endbullet}
The only work required to compete the model is to glue the boom to the pod, attach the fin quick release clip, optionally fix the ballast tube, and fit the tow hook & RC gear.
The AVA Pro-f is a stable thermal duration (TD) design suitable for near beginners and competition fliers alike, and the simple rudder, elevator, flap controls make it supremely easy to fly. Its light weight, prodigious strength, and state of the art design result in unequalled performance. Advanced fliers particularly like the wider speed range the flap allows.
For more info see the excellent {href, http://www.rcgroups.com/forums/showthread.php?t=1336105, AVA Pro build log} on RCGroups.
<b>History</b>
The AVA Pro-f is an evolutionary improvement of the AVA, which was itself based on the revolutionary Drela Designed Bubble Dancer, but with the letterbox spoiler replaced with a flap, as preferred by European fliers. The AVA was an implementation of Mark Drela�s design using the free flight type construction techniques invented in Eastern Europe, and perfected by Vladimir. Like the Simply the Best and Organic ranges the AVA Pro-f wing has carbon capped ribs and a Kevlar D box. Allied to a substantial Kevlar wrapped carbon spar this results in a very rigid and almost unbreakable structure.
The aerodynamics are outstanding, utilising specially designed airfoils (no doubt in Xfoil, written by Mark Drela himself when he was a student), and a low drag V mounted tail plane, the AVA has a measured sink rate of 0.3m/s (60 ft per minute). The AVA Pro glider can be built down to 41oz, however despite the low wing loading the plane can cope with 15mph winds with ease.
Many have asked about the underslung fin. There is no need to worry, in all the years we have been selling the AVA and the AVA Pro not a single person has reported a broken fin or boom.
{table title="AVA Pro-f Specification" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 3.175m, 125 in
Wing area, 67.9dm2, 1052 sq in
Length, 1.7m, 67 in
Typical flying weight, 1154g, 40.8 oz
Wing loading, 17.0g/dm2, 5.6 oz/sq ft
EDA, 13.4 degrees
Aspect ratio, 14.8
Wing airfoil, AG24/25/26
Tail airfoil, HT14-HT15
Fin airfoil, HT13-HT12
Centre of Gravity, 100-108 mm from wing leading edge
Tow hook location, 448 mm back from the nose
Controls, "Elevator, rudder, flap"
{endtable}
{table title="AVA Pro-f Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 232g, 8.2 oz
Wing, 628g, 22.2 oz
Hoz tail, 25g, 0.9 oz
Vert tail, 39g, 1.4 oz
Accessories, 40g, 1.4 oz
Total structure, 964g , 34.0 oz
{endtable}
{table title="Recommended Servos" class=1 cols=2 width=110,235 align=L,L autohref=2}
Elevator & rudder, MKS DS6100, Futaba S3150, HS85 MG, HS82 MG, Hyperion DS 11-* or DS12-*
Flap, MKS DS6100, MKS DS6125 Mini, Hyperion DS12-*, Futaba S3150
{endtable} ^ � �2� � � � � � � � � � � 689.00 AVA-PRO-F c1�C! `}�`�
SUPER-AVA-PROSuper AVA Pro 3.7m Glider� The Vladimir's Models <b>Super AVA Pro</b> is an improved version of the world renowned Super AVA. Probably no rudder-elevator-spoiler (RES) glider has a better reputation and a more illustrious contest record than the AVA, so improving this already superb model is no mean feat. However Vladimir has incorporated these very significant upgrades in the Super AVA Pro:
- The thinner fuselage pod with a carefully engineered wing pylon reduces interference drag. The drooped nose eliminates skidding on landing, improving competition landing scores.
- The Super AVA Pro wing planform has been optimised to be more elliptical, and the construction of the tip panels improved to utilise a carbon D-box to be stiffer and stronger. The better adherence to the airfoil profile also gives a useful drag reduction.
- The single central spoiler has been replaced by two smaller spoilers, these don't interfere with the flow over the tailplane, reducing the pitch change and making accurate landings child's play.
- The Super AVA Pro's tailplane has an improved planform and carbon D-box construction, increasing strength and reducing trim drag.
- The new fin has also been changed to use a molded fixed portion, with a lower drag tailboom attachment that incorporates a very clever quick release mechanism, to make the AVA Pro more transportable.
- The fuselage pod has been totally redesigned to use a beautifully executed canopy hatch rather than a sheath nosecone, improving usability on the field.
- The tailboom has been lengthened and stiffened. The longer tail moment improves stability and turning performance.
- Improved provision for up to 480g of ballast.
- The adjustable tow hook allows the launch to be optimised, giving very high and fast straight launches. The rigid structure and low drag airfoils allow huge zooms, and the low wing loading ensures a very low min sink, and the ability to climb away in the weakest of thermals.
On the construction side, Vladimir has taken the build to a new level of completeness, so the Super AVA Pro can be assembled in only a few hours. New work done by Vladimir to speed Super AVA Pro final assembly:
- The wing spoiler horns have been fitted, and the spoiler servo wires threaded into place.
- All pushrods and horns have been fabricated, wires bent, etc.
- Fitting the servos in the pod has been simplified with a custom molded servo mount that is removable for servo and battery fitting and maintenance.
The only work required to compete the model is to glue the boom to the pod, attach the fin quick release clip, optionally fix the ballast tube, and fit the tow hook & RC gear.
The Super AVA Pro is a stable thermal duration (TD) design suitable for near beginners and competition fliers alike, and the simple rudder, elevator, spoiler controls make it supremely easy to fly. Its light weight, prodigious strength, extreme low wing loading and high aspect ratio result in unequalled performance. Even more importantly, its large silhouette allows the model to be seen at extreme range, allowing thermals to be followed further downwind and higher than would be the case in a smaller model.
For more info see the excellent {href, http://www.rcgroups.com/forums/showthread.php?t=1336105, AVA Pro build log} on RCGroups.
<b>History</b>
The Super AVA Pro is an evolutionary improvement of the Super AVA, which was itself a stretched version of the revolutionary Bubble Dancer designed by Dr Mark Drela. The AVA was an implementation of Mark Drela�s design using the free flight type construction techniques invented in Eastern Europe, and perfected by Vladimir. Like the Simply the Best and Organic ranges the super AVA Pro wing has carbon capped ribs and a Kevlar D box. Allied to a substantial Kevlar wrapped carbon spar this results in a very rigid and almost unbreakable structure.
The aerodynamics are outstanding, utilising specially designed airfoils (no doubt in Xfoil, written by Mark Drela himself when he was a student), and a low drag V mounted tail plane, the Super AVA has a measured sink rate of 0.3m/s (60 ft per minute). The Super AVA Pro glider can be built down to 48oz, however despite the low wing loading the plane can cope with 15mph winds with ease.
Many have asked about the underslung fin. There is no need to worry, in all the years we have been selling the AVA and the AVA Pro not a single person has reported a broken fin or boom.
{table title="Super AVA Pro Specification" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 3.73m, 147 in
Wing area, 82.3dm2, 1275 sq in
Length, 1.85m, 73 in
Typical flying weight, 1354g, 47.9 oz
Wing loading, 16.5g/dm2, 5.4 oz/sq ft
EDA, 11.7 degrees
Aspect ratio, 16.9
Wing airfoil, AG24/25/26
Tail airfoil, HT14-HT15
Fin airfoil, HT13-HT12
Centre of Gravity, 100-108 mm from wing leading edge
Tow hook location, 448 mm back from the nose
Controls, "Elevator, rudder, spoilers x 2"
{endtable}
{table title="Super AVA Pro Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 256g, 9.0 oz
Wing, 764g, 26.9 oz
Hoz tail, 25g, 0.9 oz
Vert tail, 39g, 1.4 oz
Accessories, 40g, 1.4 oz
Total structure, 1124g , 39.6 oz
{endtable}
{table title="Recommended Servos" class=1 cols=2 width=110,235 align=L,L autohref=2}
Elevator & rudder, MKS DS6100, Futaba S3150, HS85 MG, HS82 MG, Hyperion DS 11-* or DS12-*
Spoilers, MKS DS6100, HS85 MG, HS82 MG, Hyperion DS11-*
{endtable}
{video,ux41eNzvwQo} h � �2� � m � � � � � � � � � 729.00 h+C?� `}�`� AVA-PRO-EAVA Pro-e Electric 3.2mM The Vladimir's Models <b>AVA Pro-e</b> is an improved version of the world renowned electric AVA. Probably no rudder-elevator-spoiler (RES) eSoarer has a better reputation and a more illustrious contest record than the AVA, so improving this already superb model is no mean feat. However Vladimir has incorporated these very significant upgrades in the AVA Pro-e:
- The electric fuselage pod has been totally redesigned to use a beautifully executed canopy hatch rather than a nosecone, allowing the battery to be inserted and connected easily, improving usability on the field. Also the very slim pod has a carefully engineered wing pylon to reduce interference drag.
- The AVA Pro-e wing planform has been optimised to be more elliptical, and the construction of the tip panels improved to utilise a carbon D-box to be stiffer and stronger. The better adherence to the airfoil profile also gives a useful drag reduction.
- The single central spoiler has been replaced by two smaller spoilers, these don't interfere with the flow over the tailplane, reducing the pitch change and making accurate landings child's play.
- The AVA Pro's tailplane has an improved planform and carbon D-box construction, increasing strength and reducing trim drag.
- The new fin has also been changed to use a molded fixed portion, with a lower drag tailboom attachment that incorporates a very clever quick release mechanism, to make the AVA Pro-e more transportable.
- The tailboom has been strengthened and stiffened.
- The long pod allows large propellers to be fitted, and the rigid structure allows kilowatt class powertrains to be installed giving ultra fast climbs. The low wing loading ensures a very low min sink, and the ability to climb away in the weakest of thermals.
On the construction side, Vladimir has taken the build to a new level of completeness, so the AVA Pro can be assembled in only a few hours. New work done by Vladimir to speed AVA Pro final assembly:
- The wing spoiler horns have been fitted, and the spoiler servo wires threaded into place.
- All pushrods and horns have been fabricated, wires bent, etc.
- Fitting the servos in the fin has been simplified.
The only work required to compete the model is to glue the boom to the pod, attach the V mount and fin quick release clip, and install the powertrain & RC gear.
The AVA Pro-e is a stable thermal duration eSoaring model suitable for near beginners and competition fliers alike, and the simple rudder, elevator, spoiler controls make it supremely easy to fly. Its light weight, prodigious strength, and state of the art design result in unequalled performance.
<b>History</b>
The AVA Pro-e is an evolutionary improvement of the AVA-e, which was itself an electrified version of Dr Mark Drela's revolutionary Bubble Dancer. The AVA was an implementation of Drela�s design using the free flight type construction techniques invented in Eastern Europe, and perfected by Vladimir. Like the <i>Simply the Best</i> and <i>Organic</i> ranges the AVA Pro wing has carbon capped ribs and a Kevlar D box. Allied to a substantial Kevlar wrapped carbon spar this results in a very rigid and almost unbreakable structure.
The aerodynamics are outstanding, utilising specially designed airfoils (no doubt in Xfoil, written by Mark Drela himself when he was a student), and a low drag V mounted tail plane, the AVA has a measured sink rate of 0.3m/s (60 ft per minute). The AVA Pro-e can be built down to 51 oz, however despite the low wing loading the plane can cope with 15mph winds with ease.
Many have asked about the underslung fin. There is no need to worry, in all the years we have been selling the AVA and the AVA Pro not a single person has reported a broken fin or boom.
{table title="AVA Pro-e Specification" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 3.175m, 125 in
Wing area, 67.9dm2, 1052 sq in
Length, 1.7m, 67 in
Typical flying weight, 1454g, 51.5 oz
Wing loading, 21.4g/dm2, 7.0 oz/sq ft
EDA, 13.4 degrees
Aspect ratio, 14.8
Wing airfoil, AG24/25/26
Tail airfoil, HT14-HT15
Fin airfoil, HT13-HT12
Spinner diameter, 38mm
Centre of Gravity, 100-108mm from wing leading edge
Controls, "Elevator, rudder, spoilers x 2"
{endtable}
{table title="AVA Pro-e Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 193g, 6.8 oz
Wing, 632g, 22.3 oz
Hoz tail, 25g, 0.9 oz
Vert tail, 39g, 1.4 oz
Accessories, 20g, 0.7 oz
Total structure, 909g , 32.1 oz
{endtable}
{table title="Recommended Servos" class=1 cols=2 width=110,235 align=L,L autohref=2}
Elevator & rudder*, KST X06, KST X08, MKS DS6100, MKS HV6100, Blue Bird BMS-125WV
Spoilers, MKS DS6100, KST DS113MG, KST DS135MG , MKS DS6100, MKS HV6100, Blue Bird BMS-125WV
{endtable} *In order to balance the model without using a heavy motor we highly recommend that the lightest servos are used for the elevator and rudder controls.
{table title="AVA Pro Powertrain Recommendations" class=1 cols=2 width=130,310 align=L,L autohref=1}
Powerline Micro 1015, 3S 700mAh LiPo, 15x8 prop
Powerline Micro 1025/10, 3S 1Ah LiPo, 16x8 prop
Leomotion L3013-4550, 3S 1Ah LiPo, 15x9 prop
Leomotion L3025-4550, 3S 1Ah LiPo, 15x8 prop
Hacker A20-6XL geared 4.4:1, 3S 1Ah LiPo, 16x9 Aeronaut prop
Mega 16/25/3, direct drive, 3S 1Ah LiPo, 11x6 prop
Axi 2220/12 V2, direct drive, 3S 1Ah LiPi, 12x6 prop
{endtable}
@ � � � � �� � � � � � � � � 619.00 g�C� � �}�b�� D60&Dymond D60 Servo - 9.1mm 9.9g 2.5Kg.cm The {b,Dymond D60} is <b>exactly</b> the same servo as the Ripmax SD150, and is rated for up to 8.4V operation. This allows it to be used with a 2S LiPo receiver battery without a voltage regulator, reducing cost and increasing reliability - and allowing useful rx battery voltage info to be transmitted back to the pilot when using modern telemetry radios.
The Dynond D60 is a precision 9 g analogue servo with a good torque and excellent centring. It has a low backlash geartrain and can be used for all control surfaces. Suitable for models weighing up to 2 Kg.
Another benefit of the D60 is the very low operating current. This increases the flight time of the model by about 40% in comparison to a similar digital servo.
{table title="Dymond D60 Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=: autohref=2}
Body dimensions: 24.6 mm wide x 9.1 mm thick x 24.3 mm high : 0.97" wide x 0.36" thick x 0.96" high
Max dimensions: 33.2 mm wide x 9.1 mm thick x 33.5 mm high : 1.31" wide x 0.36" thick x 1.32" high
Stall torque (4.8V): 1.80 kg.cm: 25 oz.in
Stall torque (6V): 1.90 kg.cm: 26 oz.in
Weight: 9.9 g: 0.35 oz
Lead length: 12.5 cm: 5.0 in
Operating speed (4.8V): 0.15 sec/60�
Operating speed (6V): 0.14 sec/60�
Operating voltage: 4.0V to 8.4V
Bearings: Plain bearing
Gear material: Plastic
Motor type: Brushed
Digital: No
Programmable: No
Supplied accessories: 3 plastic output arms, 1 arm retaining screw, 2 plasic side mounting tabs
Optional accessories: Frame for Dymond D60
{endtable} � � Z� �
2� � � � � � � � < 3 � c�#U� ���r� HEIGHT-LIMITER RC Electronics Height Limiter@ The height limiter used in UK <a href="http://www.esoaring.net" target="_new"><b><font color="#990000">eSoaring contests</font></b></a> is the RC Electronics "RC Altimeter #2 BASIC". This is both an attitude logger and a height limiter.
It works by being daisy chained between the receiver and the motor speed control, and cutting the receiver's throttle signal when the reduced barometric pressure indicates the model is at (or near to) the predetermined cut off altitude - 200m for UK contests. It has a very clever anti-zoom algorithm to stop high rates of climb being used to gain extra altitude.
It is a great unit and we thoroughly recommend it. However HyperFlight does not sell the unit as Martin Bell is the sole UK distributor. This isn't a problem as Martin is very helpful and provides superb service.
<b>To purchase a height limiter a please visit <a href="http://www.electricsoaring.co.uk/altimeters.html" target="_new"><b><font color="#990000">www.esoaring.co.uk</font></b></a> or email <u><a href="mailto:martin@esoaring.co.uk">martin@esoaring.co.uk</a></u></b>
� � � � � � � � � � � � R��� `}�`� SUPER-AVA-PRO-E Super AVA Pro-e eSoarer 3.7mk The Vladimir's Models <b>Super AVA Pro-e</b> is an improved version of the world renowned electric Super AVA-e. Probably no rudder-elevator-spoiler (RES) eSoarer has a better reputation and a more illustrious contest record than the AVA series, so improving this already superb model is no mean feat. However Vladimir has incorporated these very significant upgrades in the Super AVA Pro-e:
- The electric fuselage pod has been totally redesigned to use a beautifully executed canopy hatch rather than a nosecone, allowing the battery to be inserted and connected easily, improving usability on the field. Also the very slim pod has a carefully engineered wing pylon to reduce interference drag.
- The Super AVA Pro-e wing planform has been optimised to be more elliptical, and the construction of the tip panels improved to utilise a carbon D-box to be stiffer and stronger. The better adherence to the airfoil profile also gives a useful drag reduction.
- The single central spoiler has been replaced by two smaller spoilers, these don't interfere with the flow over the tailplane, reducing the pitch change and making accurate landings child's play.
- The Super AVA Pro-e's tailplane has an improved planform and carbon D-box construction, increasing strength and reducing trim drag.
- The new fin has also been changed to use a molded fixed portion, with a lower drag tailboom attachment that incorporates a very clever quick release mechanism, to make the Super AVA Pro-e more transportable.
- The tailboom has been lengthened and stiffened. The longer tail moment improves stability and turning performance.
- The long pod allows large propellers to be fitted, and the rigid structure allows kilowatt class powertrains to be installed giving ultra fast climbs. The low wing loading ensures a very low min sink, and the ability to climb away in the weakest of thermals.
On the construction side, Vladimir has taken the build to a new level of completeness, so the Super AVA Pro-e can be assembled in only a few hours. New work done by Vladimir to speed Super AVA Pro final assembly:
- The wing spoiler horns have been fitted, and the spoiler servo wires threaded into place.
- All pushrods and horns have been fabricated, wires bent, etc.
- Fitting the servos in the fin has been simplified.
The only work required to compete the model is to glue the boom to the pod, attach the V mount and fin quick release clip, and install the powertrain & RC gear.
The Super AVA Pro-e is a stable thermal duration eSoaring model suitable for near beginners and competition fliers alike, and the simple rudder, elevator, spoiler controls make it supremely easy to fly. Its light weight, prodigious strength, and state of the art design result in brilliant performance.
<b>History</b>
The Super AVA Pro-e is an evolutionary improvement of the Super AVA-e, which was itself a stretched and electrified version of Dr Mark Drela's revolutionary Bubble Dancer. The AVA-e was an implementation of Drela�s design using the free flight type construction techniques invented in Eastern Europe, and perfected by Vladimir. The Super AVA Pro-e is a stretched and improved version of this model. Like the <i>Simply the Best</i> and <i>Organic</i> ranges the Super AVA Pro-e wing has carbon capped ribs and a Kevlar D-Box. Allied to a substantial Kevlar wrapped carbon spar this results in a very rigid and almost unbreakable structure.
The aerodynamics are outstanding, utilising specially designed airfoils (no doubt in Xfoil, written by Mark Drela himself when he was a student), and a low drag V mounted tail plane, the AVA has a measured sink rate of 0.3m/s (60 ft per minute). The Super AVA Pro-e can be built down to 59 oz, however despite the low wing loading the plane can cope with 15mph winds with ease.
Many have asked about the underslung fin. There is no need to worry, in all the years we have been selling the AVA and the AVA Pro ranges not a single person has reported a broken fin or boom.
{table title="Super AVA Pro-e Specification" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 3.73m, 147 in
Wing area, 82.3dm2, 1275 sq in
Length, 1.85m, 73 in
Typical flying weight, 1579g, 59.4 oz
Wing loading, 20.4g/dm2, 6.7 oz/sq ft
EDA, 13.4 degrees
Aspect ratio, 14.8
Wing airfoil, AG24/25/26
Tail airfoil, HT14-HT15
Fin airfoil, HT13-HT12
Spinner diameter, 38mm
Centre of Gravity, 100-108mm from wing leading edge
Controls, "Elevator, rudder, spoilers x 2"
{endtable}
{table title="Super AVA Pro-e Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 211g, 7.4 oz
Wing, 764g, 26.9 oz
Hoz tail, 25g, 0.9 oz
Vert tail, 39g, 1.4 oz
Accessories, 20g, 0.7 oz
Total structure, 1059g , 37.4 oz
{endtable}
{table title="Recommended Servos" class=1 cols=2 width=110,235 align=L,L autohref=2}
Elevator & rudder*, KST X06, KST X08, MKS DS6100, MKS HV6100, Blue Bird BMS-125WV
Spoilers, MKS DS6100, KST DS113MG, KST DS135MG , MKS DS6100, MKS HV6100, Blue Bird BMS-125WV
{endtable} *In order to balance the model without using a heavy motor we highly recommend that the lightest servos are used for the elevator and rudder controls.
{table title="AVA Pro Powertrain Recommendations" class=1 cols=2 width=130,310 align=L,L autohref=1}
Powerline Micro 1015, 3S 700mAh LiPo, 15x8 prop
Powerline Micro 1025/10, 3S 1Ah LiPo, 16x8 prop
Leomotion L3013-4550, 3S 1Ah LiPo, 15x9 prop
Leomotion L3025-4550, 3S 1Ah LiPo, 15x8 prop
Hacker A20-6XL geared 4.4:1, 3S 1Ah LiPo, 16x9 Aeronaut prop
Mega 16/25/3, direct drive, 3S 1Ah LiPo, 11x6 prop
Axi 2220/12 V2, direct drive, 3S 1Ah LiPi, 12x6 prop
{endtable}
{video,ux41eNzvwQo} r � x2� � R � � � � � � � � � 699.00 r� c1�C � �}�b�� ELVIRAElvira� We have just received two beautiful Elviras from PCM. These 4.5m beauties are to die for, always creating a focal point on any slope they appear at.
The Elvira XL Is one of the biggest and best slope soarers to come out of the PCM stable. Renown for their strong wings, the PCM Elvira is tough, has a fantastic speed range, and handles beautifully. Made in Austria to a very high standard, with an excellent surface finish. Their almost ready to fly airframes need just a little work before you install your RC gear and start climbing those slopes!
As can be seen in the videos below, flying one of these beautiful models is an exhilarating experience. The model maintains its energy through strong turns and similar aerobatic manoeuvres, giving you the edge required when competing on the slope. This feature also allows the Elvira to garner lift when conditions get marginal, displaying exactly the efficiency you need from such a top performer.
This XL version has an all carbon layup. Comprising of a very sturdy pod and boom fuselage, V-Tail and Impressive three piece wing. The wing comes with two pair of 300mm carbon wing joiners at 180g a pair and two pair of 300mm steel ballast wing joiners at 940g a pair. Allowing the pilot to explore its considerable flight envelope in wide ranging wind conditions. Also supplied is a comprehensive accessories pack, which includes aileron horns, flap horns, huge wing bolts, servo mounting plate, wiring looms, D-shell and MPX wing cable connectors, carbon servo hatch covers, a full metal clevis pack and wire rods.
{table title="Elvira Specifications" class=1 cols=3 width=130,115,115 align=L,L,L}
Wing span, 4.5 m, 177 in
Wing area, 101.2 dm2, 1568.3 sq in
Flying weight from, 5300-8300 g, 187-293 oz
Wing loading, 52.4-82 g/dm2, 17.5-27.3 oz/sq ft
Aspect ratio, 20,
Wing airfoil, VS1
Centre of Gravity, 100 - 118 mm from wing leading edge
Controls, "V-tail, ailerons, flap"
{endtable}
More details here:
{href,http://wshp.de/elvira/elvira.html, wshp.de elvira}
{href,http://www.rc-network.de/forum/showthread.php/243386-ELVIRA, rc-network forum}
{video,I_nZ6Fr8RMs}
{video,zkXctrgDj5Y}
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HI-START-MMedium High Start� 10m of high stretch silicon rubber tube, 8mm OD, 5mm ID. When stretched to 40m long gives approx 4 Kg F of pull, so is approximately compliant wih the German F3-RES rules. Can be mated with up to 105m of line (0.5mm to 0.7mm nylon) to make a maxed-out F3-REs high start, but using shorter lengths (50m - 70m) work better for smaller fields.
Excellent for launching F3-RES models, Sprites and upn to 3m light weight thermal soarers. For higher launches we recommend using two of these high starts to double the length of rubber, with 100m-120m of nylon monofilament line.
For more info see: {href, http://www.charlesriverrc.org/articles/design/dickwilliamson_histartphysics.htm, http://www.charlesriverrc.org/articles/design/dickwilliamson_histartphysics.htm} n � U� � � � � � � � � � � c1�C� ��r� CARBON-KEVLAR-180 180gsm Carbon and Kevlar Cloth This tightly woven composite cloth is made from 3K carbon fibre and Kevlar tows.
The material is 50cm wide and is sold by the meter. The max length of any one piece is 2m, making one piece 2m long by 50cm wide. The ends are square cut.
Bare cloth weight = 180g/m2
z � -� � #� � � � � � � � � c1�C� `}�`�!
AVA-PRO-EFAVA Pro-e Flapped 3.2mU The Vladimir's Models <b>AVA Pro-ef</b> is an improved version of the world renowned electric AVA-ef. Probably no rudder-elevator eSoarer has a better reputation and a more illustrious contest record than the AVA, so improving this already superb model is no mean feat. However Vladimir has incorporated these very significant upgrades in the AVA Pro-ef:
- The electric fuselage pod has been totally redesigned to use a beautifully executed canopy hatch rather than a nosecone, allowing the battery to be inserted and connected easily, improving usability on the field. Also the very slim pod has a carefully engineered wing pylon to reduce interference drag.
- The AVA Pro-e wing planform has been optimised to be more elliptical, and the construction of the tip panels improved to utilise a carbon D-box to be stiffer and stronger. The better adherence to the airfoil profile also gives a useful drag reduction.
- The flapped centre panel has been optimised to be lighter and stronger. The flap allows slower landings, improving accuracy and reducing landing stresses.
- The AVA Pro's tailplane has an improved planform and carbon D-box construction, increasing strength and reducing trim drag.
- The new fin has also been changed to use a molded fixed portion, with a lower drag tailboom attachment that incorporates a very clever quick release mechanism, to make the AVA Pro-ef more transportable.
- The tailboom has been strengthened and stiffened.
- The long pod allows large propellers to be fitted, and the rigid structure allows kilowatt class powertrains to be installed giving ultra fast climbs.
- The low wing loading ensures a very low min sink, and the ability to climb away in the weakest of thermals.
On the construction side, Vladimir has taken the build to a new level of completeness, so the AVA Pro-ef can be assembled in only a few hours. New work done by Vladimir to speed AVA Pro -ef final assembly:
- The flaps are ready hinged and all servo connection hardware is provided.
- All pushrods and horns have been fabricated, wires bent, etc.
- Fitting the servos in the fin has been simplified.
The only work required to compete the model is to glue the boom to the pod, attach the V mount and fin quick release clip, and install the powertrain & RC gear.
The AVA Pro-ef is a stable thermal duration eSoaring model suitable for near beginners and competition fliers alike, and the simple rudder, elevator, flap controls make it supremely easy to fly. Its light weight, prodigious strength, and state of the art design result in unequalled performance. Advanced fliers particularly like the wider speed range the flap allows.
<b>History</b>
The AVA Pro-ef is an evolutionary improvement of the AVA-ef, which was itself an electrified version of Dr Mark Drela's revolutionary Bubble Dancer, but with the letterbox spoiler replaced with a flap, as preferred by European fliers. The AVA was an implementation of Drela�s design using the free flight type construction techniques invented in Eastern Europe, and perfected by Vladimir. Like the <i>Simply the Best</i> and <i>Organic</i> ranges the AVA Pro wing has carbon capped ribs and a Kevlar D box. Allied to a substantial Kevlar wrapped carbon spar this results in a very rigid and almost unbreakable structure.
The aerodynamics are outstanding, utilising specially designed airfoils (no doubt in Xfoil, written by Mark Drela himself when he was a student), and a low drag V mounted tail plane, the AVA has a measured sink rate of 0.3m/s (60 ft per minute). The AVA Pro-ef can be built down to 51 oz, however despite the low wing loading the plane can cope with 15mph winds with ease.
Many have asked about the underslung fin. There is no need to worry, in all the years we have been selling the AVA and the AVA Pro not a single person has reported a broken fin or boom.
{table title="AVA Pro-ef Specification" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 3.175m, 125 in
Wing area, 67.9dm2, 1052 sq in
Length, 1.7m, 67 in
Typical flying weight, 1440g, 51 oz
Wing loading, 21.2g/dm2, 7.0 oz/sq ft
EDA, 13.4 degrees
Aspect ratio, 14.8
Wing airfoil, AG24/25/26
Tail airfoil, HT14-HT15
Fin airfoil, HT13-HT12
Spinner diameter, 38mm
Centre of Gravity, 100-108mm from wing leading edge
Controls, "Elevator, rudder, flap"
{endtable}
{table title="AVA Pro-ef Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 193g, 6.8 oz
Wing, 628g, 22.2 oz
Hoz tail, 25g, 0.9 oz
Vert tail, 39g, 1.4 oz
Accessories, 20g, 0.7 oz
Total structure, 905g , 31.9 oz
{endtable}
{table title="Recommended Servos" class=1 cols=2 width=110,235 align=L,L autohref=2}
Elevator & rudder*, Corona DS843MG, Hyperion DS09-AMD , MKS DS6100, KST X08
Flap, Corona DS843MG, Hyperion DS09-AMD, MKS DS6100, KST DS113MG, KST DS135, MKS DS6125 Mini
{endtable}
*In order to balance the model without using a heavy motor we highly recommend that the suggested servos are used for the elevator and rudder controls.
<b>Recommended Powertrains</b>
Hacker B40 10L with 4.4:1 box, 15x9 prop, 3S 2Ah LiPo (58A, 2550 fpm)
Hacker B40 10L with 4.4:1 box, 15x8 prop, 3S 2Ah LiPo (53A, 2400 fpm)
Hacker B40 10L with 4.4:1 box, 14x8 prop, 3S 2Ah LiPo (42A, 1950 fpm)
Kontronik Kira 480-34 with 5.2:1 box, 16x8 prop, 3S 2Ah LiPo (62A, 2880 fpm)
Kontronik Kira 480-34 with 5.2:1 box, 15x9 prop, 3S 2Ah LiPo (55A, 2540 fpm)
Kontronik Kira 480-34 with 5.2:1 box, 14x10 prop, 3S 2Ah LiPo (48A, 2100 fpm)
Kontronik Kira 480-31 with 5.2:1 box, 16x10 prop, 3S 2Ah LiPo (58A, 2730 fpm)
Kontronik Kira 480-31 with 5.2:1 box, 15x10 prop, 3S 2Ah LiPo (47A, 2220 fpm)
h � r � � � � � � � � � � � 645.00 c1�C `}�`�" HYPER-AVA-PRO-EHyper AVA Pro-e 4m{ The Vladimir's Models <b>Hyper AVA Pro-e</b> is an improved and further stretched version of the world renowned electric Super AVA-e thermal soarer. Probably no rudder-elevator-spoiler (RES) eSoarer has a better reputation and a more illustrious contest record than the AVA series, so improving this already superb model is no mean feat. However Vladimir has incorporated these very significant upgrades in the Hyper AVA Pro-e:
- The electric fuselage pod has been totally redesigned to use a beautifully executed canopy hatch rather than a nosecone, allowing the battery to be inserted and connected easily, improving usability on the field. Also the very slim pod has a carefully engineered wing pylon to reduce interference drag.
- The Hyper AVA Pro-e wing mid section and tips have been stretched, bringing the span to 4m, decreasing induced drag, lowering the already low sink rate, and increasing visibility.
- The single central spoiler has been replaced by two smaller spoilers, these don't interfere with the flow over the tailplane, reducing the pitch change and making accurate landings child's play.
- The Hyper AVA Pro-e's tailplane has an improved planform and carbon D-box construction, increasing strength and reducing trim drag.
- The new fin has also been changed to use a molded fixed portion, with a lower drag tailboom attachment that incorporates a very clever quick release mechanism, to make the Hyper AVA Pro-e more transportable.
- The tailboom has been lengthened and stiffened. The longer tail moment improves stability and turning performance.
- The long pod allows large propellers to be fitted, and the rigid structure allows kilowatt class powertrains to be installed giving ultra fast climbs. The low wing loading ensures a very low min sink, and the ability to climb away in the weakest of thermals.
Hyper AVA Pro-e Pro Parts View
<img src="extras/Hyper-AVA-set-600.jpg" alt="Hyper AVA Pro-e Pro Parts View">
On the construction side, Vladimir has taken the build to a new level of completeness, so the Hyper AVA Pro-e can be assembled in only a few hours. New work done by Vladimir to speed Hyper AVA Pro-e final assembly:
- The wing spoiler horns have been fitted, and the spoiler servo wires threaded into place.
- All pushrods and horns have been fabricated, wires bent, etc.
- Fitting the servos in the fin has been simplified.
The only work required to compete the model is to glue the boom to the pod, attach the V mount and fin quick release clip, and install the powertrain & RC gear.
The Hyper AVA Pro-e is a stable thermal duration eSoaring model suitable for discerning modellers wanting the ultimate electric soaring experience. The simple rudder, elevator, spoiler controls make it supremely easy to fly, allowing you to concentrate on reading the air and the other gliders. Its light weight, prodigious strength, and state of the art design result in unparalleled performance.
<b>History</b>
The Hyper AVA Pro-e is an evolutionary improvement of the Super AVA-e, which was itself a stretched and electrified version of Dr Mark Drela's revolutionary Bubble Dancer. The AVA-e series was an implementation of Drela�s design using the free flight type construction techniques invented in Eastern Europe, and perfected by Vladimir. The Hyper AVA Pro-e is a stretched and improved version of this model. Like the <i>Simply the Best</i> and <i>Organic</i> ranges the Hyper AVA Pro-e wing has carbon capped ribs and a Kevlar D-Box. Allied to a substantial Kevlar wrapped carbon spar this results in a very rigid and almost unbreakable structure.
The aerodynamics are outstanding, utilising specially designed airfoils (no doubt in Xfoil, written by Mark Drela himself when he was a student), and a low drag V mounted tail plane, the AVA has a measured sink rate of 0.3m/s (60 ft per minute). The Hyper AVA Pro-e can be built down to 60 oz, however despite the low wing loading the plane can cope with 15mph winds with ease.
Many have asked about the underslung fin. There is no need to worry, in all the years we have been selling the AVA and the AVA Pro ranges not a single person has reported a broken fin or boom.
{table title="Hyper AVA Pro-e Specification" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 3.95m, 156 in
Wing area, 86.1dm2, 1335 sq in
Length, 1.85m, 73 in
Typical flying weight, 1699g, 60.1 oz
Wing loading, 19.7g/dm2, 6.5 oz/sq ft
EDA, 11.9 degrees
Aspect ratio, 18.1
Wing airfoil, AG24/25/26
Tail airfoil, HT14-HT15
Fin airfoil, HT13-HT12
Spinner diameter, 38mm
Centre of Gravity, 100-108mm from wing leading edge
Controls, "Elevator, rudder, spoilers x 2"
{endtable}
{table title="Hyper AVA Pro-e Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 211g, 7.4 oz
Wing, 784g, 27.7 oz
Hoz tail, 25g, 0.9 oz
Vert tail, 39g, 1.4 oz
Accessories, 20g, 0.7 oz
Total structure, 1079g , 38.1 oz
{endtable}
{table title="Recommended Servos" class=1 cols=2 width=110,235 align=L,L autohref=2}
Elevator & rudder*, KST X06, KST X08, MKS DS6100, MKS HV6100, Blue Bird BMS-125WV
Spoilers, MKS DS6100, KST DS113MG, KST DS135MG , MKS DS6100, MKS HV6100, Blue Bird BMS-125WV
{endtable} *In order to balance the model without using a heavy motor we highly recommend that the lightest servos are used for the elevator and rudder controls.
{table title="AVA Pro Powertrain Recommendations" class=1 cols=2 width=130,310 align=L,L autohref=1}
Powerline Micro 1015, 3S 700mAh LiPo, 15x8 prop
Powerline Micro 1025/10, 3S 1Ah LiPo, 16x8 prop
Leomotion L3013-4550, 3S 1Ah LiPo, 15x9 prop
Leomotion L3025-4550, 3S 1Ah LiPo, 15x8 prop
XPower F2925/8 Windy, 3S 1Ah LiPo, 12x6 prop
Hacker A20-6XL geared 4.4:1, 3S 1Ah LiPo, 16x9 Aeronaut prop
Mega 16/25/3, direct drive, 3S 1Ah LiPo, 11x6 prop
Axi 2220/12 V2, direct drive, 3S 1Ah LiPi, 12x6 prop
{endtable}
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| � � � � R � � � � � � � � � 709.00 r� eUM�G; +K� ���b�� B3-WING-SCREWS+Snipe, Blaster 3 & 3.5 Wing Mounting Screws� One set of wing mounting screws for the Snipe, Snipe SN, Blaster 3 and Blaster 3.5.
1 - 8mm long M3 Countersink bolt
1 - 10mm long M3 Countersink bolt
X � � � � � � � � � � � 2 2G6 9�� �}�b� AVA-PRO-BALLASTBallast Pro for AVA Pro7 New {b,AVA Pro} 655 g all brass ballast set for all AVA Pro gliders. Includes 8 brass ballast slugs.
See {href,http://f3j.in.ua/en/ballasts-ballast-pro-for-supra-maxa-1613.html, Vladimir's Ballast Pro for Supra/Maxa} product page for info on the larger version.
Ballast slugs 16 mm diameter x 50 mm long. � � 'Z� � V� � � � � � � � � �� Steel, brass, aluminium c1�C� �}�b� BMS-A10V-FRAME Ply Frame for Blue Bird BMS-A10V0 These HyperFlight CNC cut ply servo frames make fitting a {pref,BMS-A10V,Blue Bird BMS-A10V} servo to a molded wing very easy. No thickness is added to the installation, and the servo is mounted securely, yet can be removed easily if required.
Two servo frames supplied in the pack.
{ServoFrame} � 9� � 2� � � � � � � � ' *� cY2� w `}�`�� SS-WIRE-22-SWG-5M 5m 22 SWG Stainless Steel Wire( {sswire5, 22, 0.74, 0.029, 79, 175, 3.3} � � � � 2� � � � � � � � < � Purchased from www.rokmax.com
Order total: 62.76 GBP
Card used: Hsbc Bank Plc, United Kingdom - Visa Debit / Delta - XXXX XXXX XXXX4233 - Attempt:1
You bought: Your Rokmax Shopping Cart
Description Quantity Item Value Item Tax Item Total Line Total
Stainless Steel Single Strand Wire Size 12 174lb (79kg) - 0.029"/0.74mm dia-110ft 3 7.50 22.50
Stainless Steel Single Strand Wire Size 09 105lb (48kg) - 0.022"/0.56mmdia -192ft 1 7.99 7.99
Stainless Steel Single Strand Wire Size 05 44lb (20kg) - 0.014"/0.36mm dia - 473ft 1 9.99 9.99
Stainless Steel Single Strand Wire Size 15 240lb (109kg) 0.035"/0.89mm dia- 76ft 1 7.50 7.50
Shipping 4.32
VAT 10.46
c1�C � �}�b�# AVA-PRO-PODAVA Pro Glider PodF Replacement fuselage pod for all sizes of electric AVA Pro gliders.
Includes the carbon canopy hatch, and one set of wing mounting screws.
Note the ballast tube is NOT included.
Colour: white
Needs a tailboom and a V mount to make a complete fuselage. Choose a [Super / Hyper] AVA Pro Homebuilder's Boom (or one of our 25mm or 26mm booms) if you want to attach an AVA Classic fin or your own fin. Choose a [Super / Hyper] AVA Pro 26mm Boom with Hexagonal Fitting if you want to fit an AVA Pro fin. See the related items on the right.
Suitable for use with 2.4GHz R/C. � � �K� � UY� � � � � � � � � c1�CA �}�b�$
AVA-PRO-E-FINAVA Pro-e Electric Fin� Replacement fin for an electric AVA Pro and the Avalon.
Fits the AVA Pro boom with the hexagonal end fitting.
Supplied with clear plastic servo covers. � � R_� )0� - � � � � � � � � � Carbon fibre, balsawood, plastic cNwe � ��r�% SUPRA-NOSECONESupra Classic Nosecone1 Used but good condition Supra nosecone, in white. � � $F� F� � � � � � � � � � c1�C ��}�b�& REPLACEMENT-PART Pulsar 3.6S RES centre panel( Replacement Pulsar 3.6S RES centre panel � JK� � � � � � � � � � � � c1�C � �}�b�'
SPRITE-FIN
Sprite Fin8 Replacement fin for a Sprite glider or electric model.
# � * � � � � � � � � � � � c1�C� `�`�( WINGTAPE White Wing Attachment Tape 12mm One roll of 66m of white vinyl tape 12mm wide.
This tape is ideal for securing wing panels. It is thin, low drag, and stays attached to the wing panel well. But in the event of a hard arrival or cartwheel it will split, reducing the chance of damage.
� � -� � #� � � � � � � � < 2E0 Rajapack ref: ADH09 j7 � �}�b�) SPRITE-BALLAST-AL Sprite Ballast Set - Aluminium Set of ballast weighs suitable for the Sprite. This assembly is manufactured from aluminium, and is adjustable in six steps up to 160g
By mixing with the aluminium and brass ballast pieces any ballast weight between 35g and 480g can be added.
30cm long x 15.9mm diameter � � � � � � � � � � � � c1�C? `}�`�* VM-MULTI-CANOPY;Supra Pro / AVA Pro / Sprite / Plus / Plus Pro Canopy Hatch� {br, Very limited supply. Sales strictly limited to one only per order.}
This replacement black carbon canopy hatch to fits most of Vladimir's larger models. Length 166 mm.
It fits these pods:
AVA Pro glider & electric
Sprite glider & electric
Supra Pro glider & electric
Plus, Plus Pro and Plus X F5J
Note a different hatch is required for the classic Supra-e electric pod. � � � �
>� � � � � � � � d 163mm. dÙd { ��r�+ CARBON-TUBE-10MM-8S#10.0mm x 0.5m Thickwall Carbon Tube� 10.0mm outside diameter, 8.0mm inside diameter high modulus carbon tube 0.5m in length. These tubes have a high fibre content of UHM carbon, making them extremely rigid and strong.
10mm OD 8mm ID carbon tube weight = 20g for 0.5m \ � � � � � � � � � � � < c1�C � �}�b�, BLASTER-2E-2PW"Blaster 2e Outrunner, 2 Piece Wing
To help with storage and tranporation this new Blaster 2e has a wing that splits into two halves. The two part wing is cleverly implented and only adds 6g to the model's weight.
This kit includes the <b>inrunner or outrunner fuselage</b>. The inrunner pod has a normal firewall at the front, the outrunner version has the firewall recessed 27mm back from the nose, to allow a cost effective direct drive LRK type outrunner motor to be installed, with space for a good sized battery in the uncluttered pod.
The inside diameter at the very nose is 30mm, increasing to 33mm at the recessed firewall.
By using a 20g motor and a lightweight lipo battery the electric version can be built very light, and has flying characteristics identical to the DLG. Alternatively by fitting a larger motor and high discharge battery, the plane becomes a lightweight hotliner, adept at vertical climbs, high speed flight, and aerobatics, while still very capable of thermaling with the best.
The superbly finished hollow molded one piece wing comes with pre-cut servo mounts and bottom hinged generously sized flaperons, to allow the model to be slowed down to a crawl for damage-free landings or even hand catching. This high level of prefabrication makes the glider especially strong, clean, and easy to build.
The hollow molded wing skin is a very rigid and tough glass/rohacel/glass sandwich with a substantial carbon spar.
<img src="extras/blaster-wing-all.jpg" alt="Blaster molded wing construction">
The glass skin is laid at 45 degrees to eliminate twisting and maximise launch height. The carbon braid reinforced shear web is bonded to the substantial carbon spar caps, resulting in a light but strong spar.
<img src="extras/blaster-spar.jpg" alt="Blaster molded wing construction">
The living skin hinged flaperons have a rohacel core and a very sharp trailing edge to minimise drag.
<img src="extras/blaster-wing-flap.jpg" alt="Blaster molded wing construction">
Thanks to Mike Proctor for use of his photos. See this <a href="http://www.rcgroups.com/forums/showthread.php?t=751463 " target="_new"><b><font color="#990000">RCGroups Build Log</font></b></a> for building tips and flight reports. Or go to Vladimir's site for more <a href="http://airplane-model.com/blaster2e.html" target="_new"><b><font color="#990000">Blaster 2e and Blaster 2 photos</font></b></a>.
Please also download our <A HREF="extras/Blaster 2 Assembly Guide.pdf" target="_new"><b><font color="#990000">Blaster 2 & 2e Assembly Guide</font></b></a> to see how easily and quickly the Blaster 2 goes together. Our thanks to Martin Bell for his help with the manual, and for permission to use his excellent photos.
<b>Specifications</b>
Wing span: 1.5m (59 in)
Wing area: 24dm2 (372 sq in)
Airfoils: Ag 45 ct-o2, Ag46 ct-02 , AG 47 ct-02
Flying weight: from 360g (12.9 oz)
Wing loading: 15/dm2 (5 oz/sq ft)
Spinner size: 32mm
Centre of gravity: 73-79mm (2.9-3.1 in) from wing root leading edge.
Canopy hatch size: 100mm x 28mm (4" x 1.1") with curved ends and sides
Max battery size: 95mm x 35mm x 25mm (3.75" x 1.4" x 1")
<b>Typical Weights</b>
Wing: 150g
Taiplane: 10g
Fin: 6g
Fuselage: 55g
Accessories: 10g
Total structure: 230g (8.1oz)
<b>Recommended Control Throws & Mixes</b>
Rudder: 25mm each way
Tailplane: 12mm up / 10mm down
Flaperons: 15mm up / 8mm down
<i>Recommended flaperon settings:</i>
Speed mode: -2� (flat bottom surface)
Cruise mode: 0� (flat top surface)
Thermal mode: +2� (2mm down)
Landing mode: +40� (38mm down)
<b>Recommended R/C</b>
Wing servos: Ripmax SD150/Dymond D60 or Ripmax SD100/Dymond D47
Tail servos: Ripmax SD100/Dymond D47
Receiver: Schulze 535
<b>Recommended Powertrains</b>
Motor: CF2822 (Kv=1200 rpm/V )
Prop: 9x5 folder
Battery: 3S 500mah LiPo
See the videos of Martin Bell hotrodding his Blaster-2e with this setup.
Motor: CF2822 (Kv=1200 rpm/V )
Prop: 12x7, 12x8 folder
Battery: 2S 600mah LiPo
Motor: Hacker A20 34S (Kv=1500 rpm/V) <i>lightweight setup</i>
Prop: 8x5, 8.5x5, 9x5 folder
Battery: 2S 500mah LiPo
Motor: Hacker A20 22L (Kv=924 rpm/V)
Prop: 9x5 Aeronaut folder
Battery: 3S 850mah Hyperion G3 CX-25 LiPo
Motor: Hyperion G2213-16 glider motor
Prop: TBA
Battery: Thunder Power Pro-Lite V2 3S 910mAh lipo (pulls 20A)
Note that the CF2822 mounting holes do not align with the mounting holes predrilled in the firewall. The AXI 2208 and 2212 series of motors also fit, and the mounting holes align okay. An AXI 2212/12, with a 2S TP910 lipo and an Aeronaut 9.5x5 prop gives a climb rate of about 2400fpm. This motor will take up to 12" props (with a suitable battery and ESC) so long as the motor runs are kept short.
We recommend 2S LiPo setups if using linear a BEC. If using a 3S pack we suggest a separate UBEC or a speed controller with a switching BEC.
<br>
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Note that unless requested otherwise the Blaster2e may be supplied with a "left" wing. As the electric model is not intended for tip launching this does not make any difference.
<font color="#990000">Colours in stock as of June 2011. The first colour is the main colour, which generally includes the pod, wing top & tail. The subsequent colours are the wing underside:<i>
Neon Orange / black & yellow
Neon Orange / blue & yellow
Neon Orange / blue
Yellow & red (in/ outrunner)
</i>
Please enter your first and second colour and inrunner/outrunner preference in the Notes field when checking out.
</font> � � /-� � � � � � � � � � � � c1�C � ��r�- CARBON-ROD-15MML1.5mm x 1.5m Carbon Rodi 1.5mm diameter high modulus carbon rod 1.5m in length. These rods have a high fibre content of UHM carbon, making them extremely rigid and strong.
The 1.5m long rods will be delivered rolled up in a hoop so they can fit in a padded envelope or box. They will straighten out again once unpacked. Open with care!
1.5mm dia carbon rod weight = 3.75g for 1.5m � � $� � 5� � � � � � � � c1�C� �}�b�. SUPRA-PRO-TAILPLANE?AVA Pro Tailplane / Supra Pro Competition Horizontal Stabiliser Replacement tailplane (horizontal stabiliser) for the Supra Pro Competition and all sizes of the AVA Pro.
These are also called elevators in some parts of the world.
Note this item is too big to be sent by regular mail, and has to be shipped by courier.
� � K<� � '0� � � � � � � � � Carbon fibre, balsawood, plastic c1�C H �}�b�/ SUPRA-VMOUNT-UPGRADE&Supra Competition V-mount Updating Set� This Supra Competition V-mount Updating Set allows Supra Competition (AVA Pro) tailplanes to be retroffitted to an existing Supra.
See http://f3j.in.ua/index.php?id=156
� � \� � � � � � � � � � 2 c1�C �}�b�0 RAM3-PLUG-LEADRAM3 Plug & Lead� Replacement JST PHR-2 plug and lead for the RAM3 altimeter.
Also includes one JST PHR-2 socket, when this is available.
n � � � 2� � � � � � � �
epH�) �}�b�1 RAM3-BATTERYRAM3 70 mAh LiPo & lead� 70 mAh LiPo battery fitted with a RAM3 plug.
Also supplied with a matching socket that can be use to make up a charge lead.
Charge the 1S LiPo battery at 70mA. n � W� � � � � � � � � � ( c1�C � �}�b�2 BLASTER-2-FIN-LITE!Blaster 2 Lite DLG Rudderless FinV Replacement rudderless fin for a Blaster-2 Lite DLG
Weight = 6.5g
Blue in stock. S � � � � � � � � � � � , c1�C �}�b�3
BLASTER-2-2PW Blaster 2 DLG with 2 Piece Wing� <i>To help with storage and transportation this new Blaster 2 has a wing that splits into two halves. The two part wing is cleverly implemented and only adds 6g to the model's weight. The break is asymmetrical, and the wing that is used for launching is fully bolted to the fuselage, so the wing join only has to take the forces on the outside wing.</i> Apart from the two piece wing the model is the same as the one piece wing <b>Blaster 2</b> discus launched RC glider. It is a high tech F3K r/c hand launched glider utilising airfoils designed specially for DLGs by Mark Drela.
The hollow-molded wing is made in CNC machined molds to ensure the airfoils are reproduced accurately, and the potential performance is fully achieved. The elliptical planform and transitioning airfoils give the wing a very high efficiency, together with excellent handling characteristic and a benign stall.
The superbly finished one piece wing comes complete with a moulded-in aerodynamic winglet for tip launching. The wing also has pre-cut servo mounts and bottom hinged generously sized flaperons, to allow the model to be slowed down to a crawl for hand catching. This high level of prefabrication makes the glider especially strong, clean, and easy to build.
The wing skin is a very rigid and tough glass/rohacel/glass sandwich with a substantial carbon spar.
<img src="extras/blaster-wing-all.jpg" alt="Blaster molded wing construction">
The glass skin is laid at 45 degrees to eliminate twisting and maximise launch height. The carbon braid reinforced shear web is bonded to the substantial carbon spar caps, resulting in a light but strong spar.
<img src="extras/blaster-spar.jpg" alt="Blaster molded wing construction">
The living skin hinged flaperons have a rohacel core and a very sharp trailing edge to minimise drag.
<img src="extras/blaster-wing-flap.jpg" alt="Blaster molded wing construction">
The spacious pod is Kevlar reinforced with a horizontal strip of carbon fibre extending back to the boom, and is covered by removable nose cone to keep the front end clean and maintain laminar flow. The pod includes a wing mounting pylon to reduce interference drag, and fairs smoothly into the generously sized and very stiff carbon tailboom.
A lightweight v-mount keeps the full flying tailplane out of the disturbed airflow, and gives the pilot excellent low drag pitch control.
Download our <A HREF="extras/Blaster 2 Assembly Guide.pdf" target="_new"><b><font color="#990000">Blaster 2 Assembly Guide</font></b></a> to see how easily and quickly the Blaster 2 goes together. Our thanks to Martin Bell for his help with the manual, and for permission to use his excellent photos.
For more Blaster2 r/c DLG F3K glider photos see <a href="http://airplane-model.com/blaster21.html" target="_new"><b><font color="#990000">Vladimir's site.</font></b></a> and <a href="http://s409.photobucket.com/albums/pp171/jasonburns37/BartlettsFarmMay09/?albumview=grid" target="_new"><b><font color="#990000">Jason Burns' Barletts album site.</font></b></a>
<b>Specifications</b>
Wing span: 1.5m (59 in)
Wing area: 24dm2 (372 sq in)
Airfoils: Ag 45 ct-o2, Ag46 ct-02 , AG 47 ct-02
Flying weight: from 290g (10.2oz)
Wing loading: 12.1g/dm2 (4.0 oz/sq ft)
Centre of Gravity: 78-82mm (3.07-3.2 in) from wing leading edge.
<b>Typical Weights</b>
Wing: 149g
Taiplane: 10g
Fin: 6g
Fuselage: 50g
Accessories: 8g
Pushrods: 8g
Total structure: 231g (8.1oz)
<b>Recommended Control Throws & Mixes</b>
Rudder: 25mm each way
Tailplane: 10mm up / 10mm down
Flaperons: 15mm up / 8mm down
<i>Recommended flaperon settings:</i>
Launch mode: -2� (flat bottom surface)
Cruise mode: 0� (flat top surface)
Thermal mode: +2� (2mm down)
Landing mode: +40� (38mm down)
<b>Recommended R/C</b>
Wing servos: MKS DS6100, Hyperion DS09-SCD, Ripmax SD150/Dymond D60/LSX180
Tail servos: MKS DS6100, Hyperion DS09-SCD, Ripmax SD100/Dymond D47/LSX110
i � /-� � � � � � � � � � � � c1�C� �}��b�� MKS-DS6125X2 MKS DS6125 - Buy 2, get 10% off_ <b>Get 10% off the normal price</b>
<font color="red">ONLY USE THIS PRODUCT IF YOU WANT TO BUY 2 - 3 DS6125 SERVOS</font>
The DS6125 Wing Servo is the <i>best</i> wing servo currently available. Its unbelievably good geartrain, strong alloy case, and excellent feedback system interfaced to brilliant firmware that drives the FET output staged amplifier, all make this the wing servo of choice for competition and all fast saiplanes.
At only 10mm thick this superb wing-servo can easily fit in thin wings. With a massive 8.2kg.cm torque the DS6125 is appropriate for F3F, F3B, F3J, F5J and all fast gliders.
{table title="MKS DS6125 Servo Specifications" class=1 cols=3 width=135,135,135 align=L,L,L separator=:}
Dimensions: 30 mm wide x 10 mm thick x 35.5 mm high
Stall torque (4.8V): 6.6 kg cm: 92 oz in
Stall torque (6V): 8.2 kg cm: 114 oz in
Operating speed (4.8V): 0.15 sec/60�
Operating speed (6V): 0.12 sec/60�
Operating voltage: 4.8V to 6.0V
Lead length: 15 cm :5.9 in
Operating temperature: -10 to 60� C
Weight: 28.8 g :1.0 oz
Bearings: Dual ball bearings
Gear material: Chrome titanium alloy
Position feedback: Direct drive potentiometer
Driver type: FET
Programmable: No
Dead band: 0.001 ms
Feedback frequency: 333 Hz
Supplied accessories: 2 substantial plastic output arms, 1 output disc, 2 output arm retaining screws, 6 mounting screws
Optional accessories: Metal output arm, RDS adaptor, Lasercut ply mounting frames
{endtable}
<iframe title="YouTube video player" width="640" height="390" src="http://www.youtube.com/embed/76wrWqpgpG0" frameborder="0" allowfullscreen></iframe> , � L<� D]� � � � � � � � � d c1�C ; �}�b�4 LITE-DLG-PUSHRODUltralite DLG Pushrod� One 0.7mm OD carbon pushrod and one 0.8mm ID, 1.4mm OD teflon outer for the Blaster2 Lite or similar DLG. 1m long.
Weight = 3.1g for 1m
Will be posted coiled in a pizza box. d � � � 2� � � � � � � � c1�C / �}�b�5 SUPRA-PRO-CG"Supra Pro Competition Carbon/Glass� Like the Supra Pro Carbon Lite, the Supra Competition has glass tip panels and a carbon skinned centre panel, making it more rigid and tough. However it also has a very lightweight built-up tailplane and fin, making the model lighter than normal, and perfect for competition use. The Supra Competition is optimised for success!
Taking advantage of new materials and improved design, Vladimir's Models have achieved a unique combination of light wing loading and low inertia, in addition to high strength and stiffness. This results in a plane that not only delivers fast starts and precise landings, but also soars well in even the slightest lift.
The model is completely prefabricated, with very little work required to get it flyable - just install your radio gear.
Supra Pro Competition Parts Top View
<img src="extras/Supra-Competition-Parts-Top-600.jpg" alt="Supra Carbon Light Parts Top View">
Supra Competition Parts Underside
<img src="extras/Supra-Competition-Parts-Bot-600.jpg" alt="Supra Carbon Light Parts Bottom View">
The wing uses a new internal structure, making it more torsionally rigid and flutter resistant.
<img src="extras/Supra-Carbon-Wing-Cutaway-600.jpg" alt="Supra Carbon Light Spar">
The new spar is made from T800 ultra high modulus carbon, reducing weight and increasing stiffness.
<img src="extras/SUPRA-Spar-Cutaway-600.jpg" alt="Supra Carbon Wing Cutaway">
The structure has been computer modelled and scientifically tested, but the old ways are certainly more eye catching.
<img src="extras/SUPRA-competition-WingTest-600.jpg" alt="Supra Carbon Light molded wing test">
<b>Advantages of the Supra Pro Competition's Built-Up Tail </b>
1) The weight of the horizontal stabilizer is reduced by 7 grams, eliminating 15 grams of nose ballast.
2) The area of the horizontal stabilizer is increased by 7%, increasing stability, or allowing a more rearward CG, facilitating a further nose weight reduction.
3) Weight of the vertical stabilizer is reduced by 10 grams, eliminating 23 grams of nose ballast.
4) Stiffness and strength of the horizontal stabilizer is increased due to D-box and CF spar from T800 prepreg.
5) Improved accuracy of the tail airfoil due to new CAD/CAM built-up manufacturing process.
6) Reduction of weight at the extremities reduces the moment of inertia, increasing lift indication.
<b>Immediately Apparent Flight Improvements</b>
1) The Supra Competition reacts to the slightest of morning lifts and hot air bubbles.
2) Faster starts due to stiffer CF wing spar from T800 prepreg.
3) Improved control, especially apparent at low landing speed.
4) The Supra Competition reacts quickly to elevator input, if you dork the plane into the landing target.
Supra Competition kit has an assembled fuselage with a demountable vertical stabilizer, for easier transportation. The vertical stabilizer is fixed by a carbon pin. Please fix the pin in place with glued tape before flight.
The model is supplied with wing connection plugs and sockets and wiring harness for connecting up the wing servos.
{table title="Supra Pro Competition Specification" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 3400 mm, 134 in
Wing area, 69.3 dm2, 1052 in2
Length, 1700 mm, 67 in
Typical flying weight, 1700 g, 60 oz
Wing loading, 24.5 g/dm2, 8.2 oz/sq ft
Wing airfoil, AG40/AG41/AG42/AG43
Tailplane airfoil, HT14/HT15
Fin airfoil, HT13/HT12
Centre of Gravity, 96-105 mm from wing leading edge
Controls, "Elevator, rudder, flaps, ailerons"
{endtable}
{table title="Supra Pro Competition Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuse pod, 203 g, 7.2 oz
Boom+Pushrods, 71 g, 2.5 oz
Centre Sect, 676 g, 23.8 oz
Tip Panels, 351 g, 12.4 oz
Hoz tail, 26 g, 0.9 oz
Vert tail, 32 g, 1.13 oz
Accessories, 105 g, 3.7 oz
Total structure, 1464 g , 51.6 oz
Ballast capability, 900 g, 31.7 oz
{endtable}
{SupraGliderServos}
{SupraVer} � � �-� � � � � � � � � � � � c1�C * �}�b�6
DATAVARIO-FRS3CS DataVario Logging & Extendable Voice Vario (FRS)� The Wstech Classic Sound DataVario FRS the US legal version of this variometer. It is a high technology variometer that, in addition to normal voice vario functions, also interfaces with a pitot tube and electric motor current and voltage sensors. All this data is then logged to the Micro SD card, and optionally announced over the radio link, allowing the pilot to <b>hear</b> altitude, airspeed, rate of climb/descent, motor current, and motor voltage.
{bullet}
Clear announcements of altitude, voltage, and glitches.
Four R/C selected announcement modes - all include R/C voltage and failsafe warnings.
Normal mode announces the model's altitude whenever it crosses a 100 ft threshold.
�Integral� altitude change mode announces altitude change from 20 seconds ago - excellent for plane tuning and scratching.
Special mode for tuning the climb rate when flying electric gliders - now you can optimise your angle of climb real-time.
Use the R/C link to have your model's altitude announced on demand.
Saves the minimum voltage and maximum altitude, and announces them the next time the vario is switched on - great for bragging rights and safety.
Quiet mode only announces when the R/C voltage drops or if the radio link is lost - excellent for aerobatics.
Transmits it to the walkie-talkie ground station on one of 7 channels on the US legal 462MHz band.
Very sensitive 5cm/s (10 ft per minute) pressure sensor allows even the smallest and weakest bubbles to be detected.
Fast acting tonal (duut, duut, dut, dut, dit, dit) output gives immediate indications of lift and sink.
Operates in feet or meter units
Weighs only 27g (1oz)
Operates on a 4.5V to 9V supply, so can be used with 4 or 5 cell NiXX receiver packs or a 2S LiPo pack.
Draws only 75mA, so operates for approx 2 hours on a 7g 2S 145mAh LiPo pack.
Short 7" flexible wire antenna.
Out of sight 1.2 mile range.
Legal for use in USA - uses the FRS frequency band, so no licence is required.
{endbullet}
Read the <a href="extras/DataVarioManual.pdf" target="_new"><font color="#990000">CS DataVario Instruction Manual</font></a> for a full description of the facilities.
<i> Note this is only the part that goes in the model. If this is your first variometer you will also need a compatible LPD receiver. </i>
<b>Technical Data of the Vario</b>
Telemetry system for the data transfer from the model airplane to the pilot.
Telemetry transmitter frequency adjustable via R/C transmitter; transmitter completely off in standby mode.
Channel selection: 7 channels, from 462.5625 MHz to 467.7125 MHz
Frequency shift: max. +/- 2.5 kHz
Bandwith: max. 18 kHz
Max.data rate: 6 kHz (limited by a 3 kHz low-pass filter)
Antenna: 17 cm flexible wire
Size: typical 65 mm x 25 mm x 12.5 mm
Weight: typical 27 g
Vario sensitivity: approx. 0.05 m/sec
Altitude range: - 400 m to 3,200 m in relation to sea level
Altitude resolution: typical 3 m
Integral vario at a 20 sec time base (time base adjustable in setup mode: 10 sec to 120 sec)
Receiver voltage announcement
Receiver voltage check and alarm (adjustable between 4.4 V to 6.0 V)
Speed announcement in km/h (only with GPS module)
Position announcement automatically approx. 2 min after landing (only with GPS module)
Announcement: English with female voice
Power supply: 4.5 V to 9 V DC from 4 to 5 NiXX-cells or 2-cell Lipos via 3-pole connector from the R/C receiver
Supply current: typical 35 mA at 5 V, with GPS module: typical 80 mA. Transmitter off in standby mode: current typical 15 mA.
Range: approx. 2,000 m, depending on antenna position and with LPD at shoulder height
<b>Options with Sensor Interface from WSTECH or UniLog from SM-Modellbau</b>
Motor current measurement: up to 400 A, depending on current sensor type
Voltage measurement: up to 60 V
Climb rate measurement
Temperature measurement: - 40 �C to 125�C
Altitude announcement with UniLog data: up to 4,000 m
Speed measurement with pitot-tube sensor: up to 250 km/h or 400 km/h
Special mode for electric flight
<b>Technical Data of the Sensor Interface from WSTECH
GPS module port</b>
Current sensor port for current sensors from SM-Modellbau
Temperature-, respectively speed sensor port for SM-Modellbau sensors
Size: typical 17 mm x 31 mm x 7 mm
Power supply from vario
<b>Technical Data of the GPS module with integrated antenna</b>
Size: typical 31 mm x 31 mm x 11 mm
Weight: approx. 20 g with interface cable
Chipset: GSP3F SiRF StarIII technolgy
Tracking sensitivity: -159 dBm
Channels: 20
Position 10 meters, 2D RMS 5 meters
Acquisition rate (Open sky and stationary requirements):
Reacquisition 0.1 sec., average
Snap start 1 sec., average
Hot start 8 sec., average
Warm start 38 sec., average
Cold start 42 sec., average
Dynamic:
Conditions altitude 18,000 m / 60,000 ft. max.
Velocity 515 m/sec / 1000 knots max.
Acceleration 4 g max.
Jerk 20 meters/sec max.
Power: 4.l5 V to 6.V DC
Supply current. 75 mA max.
� -� �-� �1� � � � � � � � d c1�C � ��b�7 CARBON-STRIP-100510mm x 0.5mm Carbon Strip {cstripb, 0.5, 10.0, 8.2} � � � � � � � � � � � � 5 jk�S� ��r�8 CARBON-ROD-2MML2mm x 1.5m Carbon Rodd 2.0mm diameter high modulus carbon rod 1.5m in length. These rods have a high fibre content of UHM carbon, making them extremely rigid and strong.
The 1.5m long rods will be delivered rolled up in a hoop so they can fit in a padded envelope or box. They will straighten out again once unpacked. Open with care!
2mm dia carbon rod weight = 6g for 1.5m � � � � 9� � � � � � � � c1�C� ���r�9 CARBON-TUBE-2MML2.0 mm x 1.5m Carbon Tube" 2.0mm outside diameter, 1.0mm inside diameter high modulus carbon tube 1.5m in length. These tubes have a high fibre content of UHM carbon, making them extremely rigid and strong.
The 1.5m long tubes will be delivered cut down to approx 88cm long, to fit in a legal postal tube (max length 90cm).
Alternatively if a {href,products.asp?code=POSTAGE-3,1.5m Postal Tube} is purchased, or they are bought with a kit (all kits come in 1.5m boxes), the tubes will be left full length and sent by courier.
2mm carbon tube weight = 5.4g for 1.5m � � � � � � � � � � � R��_� ���r�: CARBON-TUBE-3MML3.0 mm x 1.5m Carbon Tube" 3.0mm outside diameter, 2.0mm inside diameter high modulus carbon tube 1.5m in length. These tubes have a high fibre content of UHM carbon, making them extremely rigid and strong.
The 1.5m long tubes will be delivered cut down to approx 88cm long, to fit in a legal postal tube (max length 90cm).
Alternatively if a {href,products.asp?code=POSTAGE-3,1.5m Postal Tube} is purchased, or they are bought with a kit (all kits come in 1.5m boxes), the tubes will be left full length and sent by courier.
3mm carbon tube weight = 8.4g for 1.5m � � � � � � � � � � � R��_ � � .�� ��b�; CARBON-TUBE-5MM5mm Carbon Tube {ctuber,5.0,4.0,10.9} 3 � � � Q� � � � � � � � 5 ? �}�b�I STARK-FINStark Fin & Rudder� Replacement Stark fin with rudder, with a molded-in tube for easy mounting on the boom.
The fin & rudder weight is 6.9 g.
It is cambered making it more suitable for right handed launchers. � � (� � � � � � � � � � � c1�C � ��r�< CARBON-TUBE-6MML6.0mm x 1.5m Carbon Tube! 6.0mm outside diameter, 4.5mm inside diameter high modulus carbon tube 1.5m in length. These tubes have a high fibre content of UHM carbon, making them extremely rigid and strong.
The 1.5m long tubes will be delivered cut down to approx 88cm long, to fit in a legal postal tube (max length 90cm).
Alternatively if a {href,products.asp?code=POSTAGE-3,1.5m Postal Tube} is purchased, or they are bought with a kit (all kits come in 1.5m boxes), the tubes will be left full length and sent by courier.
6mm carbon tube weight = 28g for 1.5m = � \� � -� � � � � � � � U c1�C � ��r�= CARBON-TUBE-4MML4.0mm x 1.5m Carbon Tube# 4.0mm outside diameter, 2.5mm inside diameter high modulus carbon tube 1.5m in length. These tubes have a high fibre content of UHM carbon, making them extremely rigid and strong.
The 1.5m long tubes will be delivered cut down to approx 88cm long, to fit in a legal postal tube (max length 90cm).
Alternatively if a {href,products.asp?code=POSTAGE-3,1.5m Postal Tube} is purchased, or they are bought with a kit (all kits come in 1.5m boxes), the tubes will be left full length and sent by courier.
4mm carbon tube weight = 17.7g for 1.5m ) � H� � $� � � � � � � � < c1�C � �}�b�> RAM3-RS232-LEADRAM3 RS232 Lead, Spare/Replacement RAM3 RS232 Interface lead. � 7� � M� � � � � � � � F
c1�C� ��r�? CARBON-TUBE-12MM!12.0mm x 1m Thickwall Carbon Tube� 12mm outer diameter, 8.0mm inner diameter, 1m long carbon tube.
It is essential that a {href,products.asp?code=POSTAGE-1M,1m Postal Tube} is also purchased, so the carbon tube can be left full length and sent by courier.
Weight for 1m = 100.5g ` � <� �
� � � � � � � � , c1�C � ��r�@ CARBON-TUBE-12MMS#12.0mm x 0.5m Thickwall Carbon Tube[ 12mm outer diameter, 8.0mm inner diameter, 0.5m long carbon tube.
Weight for 0.5 m = 50g _ � M� � � � � � � � � � � c1�C� ��r�A CARBON-TUBE-14MM!14.0mm x 1m Thickwall Carbon Tube� 14mm outer diameter, 10mm inner diameter, 1 metre long carbon tube.
It is essential that a {href,products.asp?code=POSTAGE-1M,1m Postal Tube} is also purchased, so the carbon tube can be left full length and sent by courier.
Weight for 1m = 119g b � K� �
� � � � � � � � c1�C � ��r�B CARBON-TUBE-14MMS#14.0mm x 0.5m Thickwall Carbon TubeY 14mm outer diameter, 10mm inner diameter, 0.5m long carbon tube.
Weight for 0.5m = 60g a � \� � <� � � � � � � � � c1�C � ��r�C CARBON-TUBE-16MM!16.0mm x 1m Thickwall Carbon Tube� 16mm outer diameter, 12mm inner diameter, 1 metre long carbon tube.
It is essential that a {href,products.asp?code=POSTAGE-1M,1m Postal Tube} is also purchased, so the carbon tube can be left full length and sent by courier.
Weight for 1m = 141g e � %� � � � � � � � � � , c1�C � ��r�D CARBON-TUBE-16MMS#16.0mm x 0.5m Thickwall Carbon Tube^ 16mm outer diameter, 12mm inner diameter, 0.5 metre long carbon tube.
Weight for 0.5m = 71g d � 2� � � � � � � � � � � c1�C & �}�b�E CARBON-BOOM-13-7#13mm - 7mm x 1m Tapered Carbon Boom� {cboom2,13.0,7.0, 0.8, 33, 100, Wing spars, tailbooms}
High quality wound carbon epoxy tapered boom. Ideal for wing spars and low drag tailbooms. � � U� � � � � � � � � � - c1�C S �}�b�F CARBON-BOOM-13-7-3K-13mm - 7mm x 1m Tapered Carbon Boom 3K Finish� {cboom2,13.0,7.0, 0.8, 34, 100, Wing spars, tailbooms}
High quality wound carbon epoxy tapered boom. Ideal for wing spars and low drag tailbooms. Attractive carbon weave finish. � � +� � � � � � � � � � - c1�C �}�b�V CARBOLINE-SC26-2-SMP'Carboline SC26/2 Spread Carbon - samplej An approximately 30 cm x 10 cm sample of {b,Vladimir's Models Carboline SC26/2} unique bi-axial Spread Tow Carbon fabric for ultra light structures.
{table title="Carboline SC26/2 Specifications" class=1 cols=2 width=100,150 align=L,L separator=:}
Sample size: 30 cm x 10 cm approx
Weight: 26 g/m�
Number of layers: 2
Fibre material: IMS 65
{endtable} � ]� � 2� � � � � � � � d Carbon fibreUkraineh��o `}�`� HYPER-LIPO2S300%HyperLiPo 2S 300 mAh LiPo Battery 35Cj Small 2S 300 mAh LiPo battery suitable for discus launched gliders, or other very lightweight models. Comes with a Mini JST (also called BEC) power connector plug and a JST-HX balance plug. Connect via a Mini JST convertor lead if using 2S capable receiver and servos, or through a small voltage regulator if using RC limited to 5V.
The HyperLiPo 2S 300 mAh LiPo has enough capacity to fly an average four servo DLG for 1.5 hours.
{table title="HyperLiPo 2S 300 mAh Battery Specification" class=1 cols=2 width=100,220 align=L,L}
Chemistry, Lithium Polymer
Number of cells, 2
Voltage, 7.4V nominal
Capacity, 300 mAh
Weight, 17 g
Discharge rating, 35 - 70 C
Length, 44 mm
Width, 17 mm
Height, 12 mm
Power lead length, 5 cm
Power plug, Mini JST (BEC) plug
Balance lead length, 2 cm
Balance plug, JST-XH standard balance plug
{endtable}
{LiPost}
LO � b� � 7� � � � � � � � d m Turnigy Nanotech 300mah 2S 35-70C
http://www.hobbyking.com/hobbyking/store/uh_viewItem.asp?idProduct=22906
c1�C K ���b�G POSTAGE-31.5m Postal Tube� 7.5 cm (3") diamater 1.5 m (5 ft) long strong postal tube allows us to send 1.5m carbon rods, strip and tube by courier.
They cannot be sent uncut by regular post, as that has a 0.9m length limitation.
' � 2� � 2� � � � � � � � d f�d� ����r�H CARBON-TUBE-6MMX6.0mm x 1m Carbon TubeH 6.0mm outside diameter, 4.5mm inside diameter high modulus carbon tube 1m in length. These tubes have a high fibre content of UHM carbon, making them extremely rigid and strong.
The 1m long tubes will be delivered cut down to approx 88cm long, to fit in a legal postal tube (max length 90cm).
Alternatively if a <A HREF="products.asp?code=POSTAGE-1M" ><b><font color="#990000">1m Postal Tube</font></b></a> is purchased, or they are bought with a kit (all kits come in 1.5m boxes), the tubes will be left full length and sent by courier.
6mm carbon tube weight = 18.7g for 1m � � � � � � � � � � � ZjF ��r�I SUPRA-TP2 Supra Tailplane *Second quality*� Replacement tailplane for all Supras. Cosmetic flaw on the top surface caused by over sanding.
Yellow top with red tips and red underside.
� � 1#� "
� � � � � � � � � � c1�C ��}�b�J SUPRA-E-CENTRE-PANEL2Supra Electric Ultralight Replacement Centre Panel This new Supra Electric Ultralight centre panel was special ordered for a customer, but is no longer wanted. It is totally new and in perfect condition.
Red top surface / red & black striped underside. (Not as per photo)
Great price! When it is gone it is gone! � �2� D-� � � � � � � � � � � c1�C b ��r�K CARBON-TUBE-6MMS6.0mm x 0.5m Carbon Tube� 6.0mm outside diameter, 4.5mm inside diameter high modulus carbon tube 0.5m in length. These tubes have a high fibre content of UHM carbon, making them extremely rigid and strong.
6mm carbon tube weight = 9.4g for 0.5m ; � I� � Z� � � � � � � � c1�C � �}�b�L ELF Elf 1m DLG including wing bagsJ The Vladimir's Models {b,Elf} is a 1m lightweight mosquito class mini discus launched glider (DLG) that weighs only 95g ready to fly. Being so light no effort or rotation of the body is needed to throw it, and even an unfit and arthritic person like myself can launch it to 25m very easily (and with no aches the next day). After a brief dusk trimming session I caught a thermal and specced out on the very first launch on the first daytime flight - the feeling of accomplishment is really brilliant!
<b>The Elf now includes wings bags, so these are now included in the base price. There is no need to order wings bags separately.</b>
The model is an update of Dr Mark Drela's ground breaking Apogee design and performs wonderfully as a small field DLG model or even a micro slope soarer. Built to Vladimir's Models incredibly high standards, the kit is very highly prefabricated with the wing, fin, and tailplane finished. Only the simple pod and boom fuselage requires a little work. Assembling the Elf and fitting the RC shouldn�t take more than a couple of evenings.
The one piece wing uses free flight type construction techniques, to maximise strength and stiffness, and minimise weight. The wing�s front part is a beautifully molded carbon Dbox for good torsional strength and excellent aerodynamics. The substantial spar is made from carbon spar caps with vertical grain balsa shear webs. The balsa ribs are connected to the thin carbon trailing edge using carbon capstrips, and aft of the spar is covered with film. The Dbox is beautifully curved, and at the wingtips there is a slot for bonding in the launching winglet.
The pod and boom fuselage uses very neat transparent plastic moldings for the pod and sheath nosecone. These are an excellent fit and follow the wing underside contour for a gap free fit. The tailboom is a tapered wrapped carbon tube with a pre-cut slot for the fin, and a flattened front section for mounting the R/C equipment. The fin is made from rigid foam with carbon spars and has smooth vac-bagged glass covering, and incorporates the rudder with a very free living hinge. The all flying foam/carbon/glass tailplane is mounted above the boom using a tiny V mount to minimise drag and allow it to be pivoted for excellent control. All pushrods and accessories are included, only the R/C gear and minimal building equipment is required.
The Elf is supplied almost completely finished. The fuselage now comes with the V mount, pod and pushrods already fixed in place. All that is required to finish the model is to glue the fin, tailplane and launch peg in place and fit the RC.
<b>Beginners, we highly recommend the Elf as a first hand launched glider</b> - because it is easy to fly, is reasonably crash resistant if flown over long grass, and has superb performance. It doesn't require much assembly - just gluing on the tail, and fitting the radio control.
Download our {href, extras/ElfAssemblyGuide.pdf,Elf Assembly Guide} (3Mb) to see how easily and quickly the Elf goes together. Note photo 6 on P6 is incorrect, the tailplane holder's horn should be on the left, as shown correctly below.
{img, extras/elf v mount.jpg, Elf tailplane mount correct orientation}
For more info see the ongoing {href,http://www.rcgroups.com/forums/showthread.php?t=1283654,Elf build log and discussion} on RCGroups. Our thanks to Camilo Posada, Leigh & Sheree for use of their photos.
{table title="Elf Specification" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.0 m, 39 in
Wing area, 11.7 dm2, 181 sq in
Length, 68 cm, 27 in
Typical flying weight, 95 g, 3.3 oz
Wing loading, 8.1 g/dm2, 2.6 oz/sq ft
Wing airfoil, "AG12, AG13, AG14"
Dihedral, 11 degrees
Aspect ratio, 8.6
Centre of Gravity, 74-76 mm from wing leading edge
Controls, Elevator & rudder
{endtable}
{table title="Elf Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 16.5 g, 0.58 oz
Wing, 41.0 g, 1.45 oz
Hoz tail, 3.3 g, 0.12 oz
Vert tail, 2.8 g, 0.10 oz
Accessories, 4.0 g, 0.14 oz
Total structure, 69.6 g , 2.46 oz
Battery, 11.4 g, 0.40 oz
RC gear, 14.0 g, 0.49 oz
Flying Weight, 95 g, 3.35oz
{endtable}
{table title="Recommended R/C-nano gear only" class=1 cols=2 width=110,235 align=L,L autohref=2}
Elevator & rudder servos, Ripmax SD100, Blue Bird BMS-101HV, Blue Bird BMS-101DMG*, KST X06N
Receiver (space approx 45 x 21 x 10 mm), FrSky G-RX6, Spektrum AR410, Spektrum AR6260*, Futaba R6004FF*, Orange DSM2 compatible, Jeti Duplex R4 & R5, Multiplex Mlink RX-6-DR Light*, FrSky D4R II *case removed
Battery (space approx 45 x 21 x 12 mm), HyperLipo 2S 175 mAh LiPo, 150 mAh 4.8V
{endtable} *This servo is good value and fits easily, but does not operate from a 2S LiPo,
so a 1S LiPo or a 4.8V NiMH battery is required.
{video,wge6kSU04-k}
{video,2od2Uhwk8Gg}
{video,8q0afRUXiSk}
{video,DJu7StqytB0}
{video,qGBMMIORIcs} d � �K� � g � � � � � � � � � � !� Balsawood, carbon fibre, plastic iW� � �}�b� KAPPA40Kappa 40 F5J 4m The {b,Kappa 40} is probably the best value 4m F5J plane available. A stretched version of the Kappa 35 it is very light, a well proven design and it is built to a very high standard. The Kappa 40's advanced structural design ensures it is strong enough for its intended mission, and its finish, completeness and attention to detail is outstanding. The model really is almost ready to fly, with all the wing control horns and pushrods ready fitted, so the only work required to finish the wings is to fit the servos. The rudder horn is also fitted, and all the tail pushrod and servo mounting hardware is supplied.
{b,Special features of this model include:}
{bullet}
A well designed low drag fuselage with a large canopy hatch giving good access to the powertrain and RC, making for easy RC installation and maintenance. The nose of this new version has been extended to allow lighter batteries to be used than with the older fuselage.
A very high aspect ratio wing with proprietary airfoils optimised for F5J flying - the wing excels in low speed tight thermal turns, allowing the model to be thermalled away from small, weak thermals with ease. This allows competition winning low starts to be made with confidence.
Despite its extremely good thermal performance the wings maintain a good L/D up to higher speeds, allowing the Kappa 40 to return from a long way downwind with ease.
The wing has slightly swept back wing tips, making it approximate to the Schulman planform. This is meant to improve performance and handling, especially near the stall.
Superb quality of construction and attention to detail. The airframe design and molding must have entailed literally hundreds of hours work by master builders and designers. This is fully reflected in the final quality of finish, which is truly excellent.
The plane was designed and optimised for electric gliding from the start, it is not a modified F3J design. This has allowed a high aspect ratio to be used and more suitable airfoils.
All the control surfaces are sealed and the wing control horns are all hidden inside the control surfaces, further reducing drag.
The level of completeness of the airframe is exceptional, allowing the model to be finished in just a few hours.
The wing breaks down into three pieces and the tailplane and fin are easily removable, allowing the model to be easily transported to contests.
{endbullet}
{b,The model is available in three composite layups:}
{b,Light} - Mostly glass covered flying surfaces, with carbon local reinforcement and a strong carbon spar. This is the lightest version.
{b,DBox} - The flying surfaces have a carbon DBox at the front. The rest is mostly glass with carbon local reinforcement and a strong carbon spar. This version weighs approx 50 g more than the Light version but is stronger. This layup costs approx 8% more.
{b,Spread Carbon} - All the flying surfaces are covered in lightweight spread carbon, with extra carbon local reinforcement and a strong carbon spar, resulting in the lightest and strongest model possible.This version weighs approx 30 g more than the Light version but is much stronger, more rigid and less susceptible to hanger rash and handling damage, and can be flown faster. This layup costs approx 19% more.
For all wing layups the fuselage is all carbon. The top of the fuselage is painted and the underside is left in natural carbon black. This looks very attractive. For all electric models (irrespective of the fuselage construction) we recommend the 2.4GHz aerials are exited from the fuselage, so they are in the outside airflow. One horizontal and one vertical aerial usually works well. There is too much electrical equipment in an electric glider fuselage for the RC signal to be reliably received inside the pod.
All models are supplied with high quality sewn cloth padded wing bags, to ensure the wing stays in perfect condition.
{table title="Kappa 40 Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 3.9 m, 155 in
Wing area, 68.7 dm2, 1065 sq in
Length inc spinner, 161 cm, 63.4 in
Flying weight from, 1315 g, 46.4 oz
Wing loading, 19.1 g/dm, 6.3 oz/sq ft
Aspect ratio, 22.5,
Wing airfoil, Proprietary,
EDA (dihedral), 5.0�,
Spinner Diameter, 38 mm,
Centre of Gravity, 85-90 mm from wing leading edge
Controls, "Rudder, elevator, ailerons, flap, throttle"
{endtable}
{table title="Kappa 40 Light Layup Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage & pushrods, 160 g, 5.6 oz
Wing centre panel (Light), 336 g, 11.9 oz
Wing tips (Light), 374 g, 13.2 oz
Tail plane, 44 g, 1.6 oz
Fin, 31 g, 1.1 oz
Accessories & glue, 12 g, 0.4 oz
Total structure, 957 g, 33.8 oz
Wiring, 30 g, 1.1 oz
Receiver, 8 g, 0.3 oz
Rudder servo, 10 g, 0.4 oz
Elevator servo, 10 g, 0.4 oz
Wing servos (4), 40 g, 1.4 oz
Speed control, 35 g, 1.2 oz
Motor, 120 g, 4.2 oz
Prop & spinner, 25 g, 0.9 oz
Battery, 80 g, 2.8 oz
Flying weight, 1315 g, 46.4 oz
{endtable}
{table title="Recommended Servos" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator & rudder, MKS DS6100, MKS HV6100, KST X08, Blue Bird BMS-A10H, Blue Bird BMS-126wV, Blue Bird BMS-M15H
Aileron, MKS DS6100, MKS HV6100, MKS HV6110 , KST X08, Blue Bird BMS-A10V, Blue Bird BMS-125WV, Blue Bird BMS-126WV, Blue Bird BMS-M15V
Flap, MKS DS6100, MKS HV6100, MKS HV6110, MKS HBL6625 Mini, KST DS135MG, KST X10 Mini, Blue Bird BMS-125WV, Blue Bird BMS-M15V, Blue Bird BMS-M57V
{endtable}
The kit comes with CNC cut plywood fuselage servo mounts designed for the MKS DS6100 and HV6100 servos, so it is easiest if these (or the {pref, BMS-105HV, Blue Bird BMS-105}, {pref, BMS-106HV, BMS-106}, or {pref, BMS-107HV, BMS-107} compatibles) are used for the tail surfaces.
{table title="Kappa 40 Control Movements" class=1 cols=2 width=110,240 align=L,L,L}
Rudder, 20 mm each way
Flap, 85 degrees down
Ailerons, 15 mm up, 12 mm down
Elevator, 10 mm up, 10 mm down
<i>Recommended camber settings (measured at flap root TE)</>
Speed mode, -1.5� (flat bottom surface)
Cruise mode, 0� (flat top surface at hinge)
Thermal mode, +2� (2 mm down)
{endtable}
{table title="Kappa 40 Powertrain Recommendations" class=1 cols=2 width=130,310 align=L,L autohref=1}
Powerline Micro 1025/F5J, 3S 1.3Ah LiPo, 16x8 RF or GM prop (2000 fpm, 43A)
Leomotion L3007-5000, 3S 1.3Ah LiPo, 14x8 prop (1750 fpm, 39A)
Leomotion L3013-4550, 3S 1.3Ah LiPo, 15x9 prop (2250 fpm, 57A)
Hacker A20-6XL geared 4.4:1, 3S 1.3Ah LiPo, 16x9 Aeronaut prop (1950 fpm, 46A)
Mega 16/25/4E direct drive, 3S 1.3Ah LiPo, 12x6 prop ( 1800 fpm, 59A)
Mega 16/5/3, Maxon 4.4:1 gearbox, 3S 1.0Ah LiPo, 12x6 prop
{endtable}
Note that although the spinner diameter is 38 mm the width of the canopy hatch is only approx 27 mm, so the max diameter powertrain that can be fitted is 28 mm (with a little flexing of the fuselage skin). Also the RC and flight battery will have to be installed as far forward as possible to achieve a minimum flying weight. Unlike other (converted F3J) models the nose is only just long enough to achieve the correct balance when using a lightweight motor.
� �K� -� � � � � � � � � � D $� c1�C m }�`�M SL240SmartLipo 240 V6� {SmartLipoV6,240, 2-3 analogue}
{table title="Shread-RC Smart Lipo 240 Specification" class=1 cols=2 width=110,270 align=L,L}
Weight, 11.1 g
Capacity, 240 mAh
Size, 33 mm x 20 mm x 13 mm reducing to 10 mm
Output voltage, 5.0 V stabilised
Max continuous output current, 0.6 A
Max short term output current, 1.0 A
Lead length, 18 cm
Switch, External jumper
{endtable}
The video below shows the older V1 model, which had the beeper on a flylead.
{video, fbB-SY1W_N4}
� "<� W� � � � � � � � � � �� Position - � c1�CN �}�b�� SL450HPMS'SmartLipo 450HP V6 with Magnetic Switch� {SmartLipoHPMSV6,450,4+ analogue or digital}
{table title="Shread-RC Smart Lipo 450 HP Mag Switch Specification" class=1 cols=2 width=110,270 align=L,L}
Weight, 15.9 g
Capacity, 450 mAh
Size, 42 mm x 20 mm x 13.5 mm reducing to 6.5 mm
Output voltage, 5.0 V stabilised
Max continuous output current, 1.5 A
Max short term output current, 2.2 A
Lead length, 18 cm
Switch, External jumper and internal Hall effect device
{endtable} � + � (U� $Z� � � � � � � � 2 �� � c1�C �}�b�n SERVO-COVER-C2 Large Shrouded Servo Covers (2)x These beautufully molded wing servo covers are light, low drag, and look cool! They incorporate a shroud to cover the servo output arm, clevis, and the control rod. This reduces the turbulence and improves performance measurably.
Supplied in pairs.
{table title="Large Carbon Servo Covers Specification" class=1 cols=2 width=150,115 align=L,L,L}
Thickness of carbon sheet, 0.3 mm
Chordwise length, 70 mm
Spanwise length, 70 mm
Distance of shroud from edge, 16 mm
Thickness of shroud, 8 mm
Height of shroud, 8 mm
Weight, 2.4 g
{endtable}
Trim to size to suit your application and attach with clear tape.
� ]� � � � � � � � � � 2 � c1�C �}�b�o SERVO-COVER-C1 Small Shrouded Servo Covers (2)v These beautufully molded wing servo covers are light, low drag, and look cool! They incorporate a shroud to cover the servo output arm, clevis, and the control rod. This reduces the turbulence and improves performance measurably.
Supplied in pairs.
{table title="Small Carbon Servo Covers Specification" class=1 cols=2 width=150,115 align=L,L,L}
Thickness of carbon sheet, 0.3 mm
Chordwise length, 50 mm
Spanwise length, 50 mm
Distance of shroud from edge, 7 mm
Thickness of shroud, 8 mm
Height of shroud, 8 mm
Weight, 1.2 g
{endtable}
Trim to size to suit your application and attach with clear tape.
� � #� � � � � � � � � � 2 � c1�C D �}�b�p SF-TOWHOOK-LARGEStarFlight Large Tow Hook� Excellent quality machined alloy adjustable larger tow hook.
Mount by Dremelling a slot in the base of the fuselage for the slot, then epoxy the base in positon.
{table title="Large Tow Hook Specification" class=1 cols=2 width=150,115 align=L,L,L}
Mounting plate length, 40 mm
Mounting plate width,15 mm
Slot length, 27.4 mm
Slot width, 6.0 mm
Hook depth, 12 mm
Hook length, 23mm
Hook adjustment, 13mm
Weight, 13.5 g
{endtable} @ � C� � � � � � � � � � 2 c1�C� `}�`�N SL450SmartLipo 450HP V6� {br, SmartLipos are now classified as LiPo batteries by the UK post office. We can no longer send SmartLipos to the US or any place outside Europe. Within the UK and EU we will send them by courier increasing the delivery cost substantially.}
{SmartLipoHPV6,450,4 analogue or 3/4 digital}
{table title="Shread-RC Smart Lipo 450 Specification" class=1 cols=2 width=110,270 align=L,L}
Weight, 15.9 g
Capacity, 450 mAh
Size, 42 mm x 20 mm x 13.5 mm reducing to 6.5 mm
Output voltage, 5.0 V stabilised
Max continuous output current, 1.5 A
Max short term output current, 2.2 A
Lead length, 18 cm
Switch, External jumper
{endtable}
The video below shows the older V1 model, which had the beeper on a flylead.
{video, fbB-SY1W_N4} � )_� 'U� #Z� � � � � � � � � 2 for geografen@hotmail.com � c1�CK �}�b�q SF-TOWHOOK-SMALLStarFlight Small Tow Hook� Excellent quality machined alloy adjustable smaller tow hook.
Mount by Dremelling a slot in the base of the fuselage for the slot, then epoxy the base in position.
{table title="Small Tow Hook Specification" class=1 cols=2 width=150,115 align=L,L,L}
Mounting plate length, 30 mm
Mounting plate width,11.3 mm
Slot length, 23.5 mm
Slot width, 5.4 mm
Hook depth, 9.5 mm
Hook length, 22mm
Hook adjustment, 12mm
Weight, 6.4 g
{endtable} 6 � � � � � � � � � � � 2 � c1�C �� .�, ��b�r
MPJ-CLEVIS MPJ Lightweight Micro Clevis (2) A very lightweight clevis, as used in the Sapphire model. The hole for the rod is approx 1.8mm, making it suitable for some threaded metal control rods and carbon tubes or rods.
Plastic body with a brass snap-in pin.
Weight: 0.16 g each
Length: 17 mm
Pin diameter: 1 mm � � � � *� � � � � � � � 2E1 t� L �}�b�s MAXA-35 Maxa 3.5 F3J� The {b,Maxa 3.5} is the 3.5m version of Vladimir's Models latest and best ever F3J glider. It features an advanced design by Joe Wurts, the legendary Word Championship winner of all glider classes, and professional aerodynamicist. Joe spent many months optimising the Maxa for the F3J thermal soaring class, and came up with 3.5m and 4m models optimised for windy and normal conditions.
This 3.5m span version is ideally suited to windier conditions, where better manouverability, and a higher wing loading allows the model to penetrate and flown accurately in a breeze.
The size and extreme light weight have been made possible by a new spread carbon fabric perfected by Vladimir Gavrilko and made by specially designed machines in his impressive fabrication facility. The wing is a monocoque structure with a skin of a double layer of spread carbon strengthened with a bulletproof F3J strength spar made with a multi-ply 45� balsa and carbon shear web between substantial IMS 65 carbon spar caps. We are mostly stocking the "Light" (which used to be called the Hard Spread carbon) version. The even stronger slightly heavier "Windy" (double Hard Spread carbon) version is available to order if not in stock.
In mid 2012 the tailplane (called horizontal stabiliser or elevator in some countries) size was increased by about 10%.
Cut away drawing of the Maxa "Light" wing construction.
{img, extras/Maxa-Hard-Spread-Wing.jpg, Maxa wing construction}
Cut away drawing of the Maxa spar, showing the IMS 65 carbon spar caps, amd the +/- 45� balsa/carbon/balsa ply spar web.
{img, extras/F3J-Maxa-spar.jpg,Maxa spar construction}
The fuselage is a well engineered Kevlar and carbon pod, with a diagonally wound spread carbon boom, and fin mounted cruciform tail. The model is totally complete, and almost no assembly is required. The tail pushrods are ready installed, and all the hardware is supplied for the wing servo installation. The model comes with a ballast tube (for windy conditions) and a wiring harness.
The Maxa 3.5 is the first high performance glider designed from the start for the new F5J rules, whose main requirement is reliable soaring from low altitude, as higher �Start Heights� count against the final score. The 30 second climb window is generous, so high-power heavy motors are not required, and the model can be kept very light.
{bullet}
The Maxa�s aerodynamic qualities have been modelled to a new level of accuracy and by Joe Wurts. In the process Joe designed a new family of airfoils and optimised the shape of the model to get the best from the new spread carbon composites being developed by Vladimir. The result is a very low sink rate that ensures the longest duration in no-thermal conditions, while also maintaining gentle handling that inspires confidence from the first flight.
The Maxa�s low wing loading and inertia makes it very respond to tiny air disturbances, allowing small bubbles to be detected and worked from low down, allowing low Start heights and high F5J scores.
The Maxa 3.5�s more mageable size allows it to be flown in a wider range of conditions than larger, more lightly loaded models. The excellent lift/drag ratio, especially at higher speeds, gives good penetration, and thus the ability for the glider to return from distant thermals with little altitude loss.
The long nose moment allows little noseweight to balance the model.
The ballast system allows the model�s weight to be tuned to the conditions, allowing the Maxa to shine in even the strongest wind.
{endbullet}
{table title="Maxa 3.5 Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 3.5 m, 136 in
Wing area, 73.8 dm2, 1144 sq in
Length, 173 cm, 68.1 in
Flying weight from, 1780 g, 62.5 oz
Wing loading, 24.1 g/dm, 8.0 oz/sq ft
Aspect ratio, 16.2,
Wing airfoil, rt01/td19sag/j00/j01/j02/j03
Dihedral (EDA), 5.5�,
Centre of Gravity, 95-112 mm from wing leading edge
Controls, "Rudder, elevator, ailerons, flaps"
{endtable}
{table title="Recommended Servos" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator & rudder, MKS DS6125H, MKS DS6125e, Hyperion DS13-TMB
Aileron, MKS DS6125 Mini, Hyperion DS095-FMD
Flap, MKS DS6125, MKS DS6125 Mini, Hyperion DS095-FMD, Hyperion DS13-TMB
{endtable}
l � -� � �<� � � � � � � � � c1�Cj �}�b�O SL650HPSmartLipo 650HP V6� {SmartLipoHPV6,650,4+ analogue or digital}
{table title="Shread-RC Smart Lipo 650 Specification" class=1 cols=2 width=110,270 align=L,L}
Weight, 20.3 g
Capacity, 650 mAh
Size, 50 mm x 20 mm x 15.5 mm reducing to 9 mm
Output voltage, 5.0V stabilised
Max continuous output current, 1.5 A
Max short term output current, 2.2 A
Lead length, 18 cm
Switch, External jumper
{endtable}
The video below shows the older V1 model, which had the beeper on a flylead.
{video, fbB-SY1W_N4} � ,� )T� %� � � � � � � � � �� � c1�C ' �}�b�� D47&Dymond D47 Servo - 8.1mm 4.7g 1.1Kg.cm� {br, This servo is no longer available.} Please buy the {pref, SD100, Ripmax SD100} servo instead.
The {b,Dymond D47} is <b>exactly</b> the same servo as the discontinued Ripmax SD100, and is rated for up to 8.4V operation. This allows it to be used with a 2S LiPo receiver battery without a voltage regulator, reducing cost and increasing reliability - and allowing useful rx battery voltage info to be transmitted back to the pilot when using modern telemetry radios.
The D47 is a precision 4.7 g analogue servo with a good torque and excellent centring. It has a low backlash geartrain and can be used for all control surfaces. Suitable for models weighing up to 1 Kg.
Another benefit of the D47)is the very low operating current. This increases the flight time of the model by about 40% in comparison to a similar digital servo.
{table title="Dymond D47 Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=: autohref=2}
Body dimensions: 21.9 mm wide x 8.1 mm thick x 17.7 mm high : 0.86" wide x 0.32" thick x 0.70" high
Max dimensions: 29.7 mm wide x 8.1 mm thick x 22.0 mm high : 1.17" wide x 0.32" thick x 0.87" high
Stall torque (4.8V): 1.10 kg.cm: 15 oz.in
Stall torque (6V): 1.40 kg.cm: 19 oz.in
Weight: 4.7 g: 0.17 oz
Lead length: 12.5 cm: 5.0 in
Operating speed (4.8V): 0.18 sec/60�
Operating speed (6V): 0.14 sec/60�
Operating voltage: 4.0V to 8.4V
Bearings: Plain bearing
Gear material: Plastic
Motor type: Brushed
Digital: No
Programmable: No
Supplied accessories: 4 plastic output arms, 2 arm retaining screws, 2 mounting screws, 2 plasic side mounting tabs
Optional accessories: Frame for SD100/D47
{endtable} � � Z� �
� � � � � � � � 2 3 � c�#D � �}�b�� SL650HPMS'SmartLipo 650HP V6 with Magnetic Switch {SmartLipoHPMSV6,650,4+ analogue or digital}
This is a new high power version of the SmartLipo 650 with a magnetic switch.
{table title="Shread-RC Smart Lipo 650HP Mag Switch Specification" class=1 cols=2 width=110,270 align=L,L}
Weight, 20.3 g
Capacity, 650 mAh
Size, 50 mm x 20 mm x 15.5 mm reducing to 9 mm
Output voltage, 5.0 V stabilised
Max continuous output current, 1.5 A
Max short term output current, 2.2 A
Lead length, 18 cm
Switch, External jumper and internal Hall effect device
{endtable} � .� +T� &� � � � � � � � 2 �� � c1�C� �}�b�� PL-MICRO-1025-F5J.Powerline Micro 1025/3S 99g, up to 2000g modelF The {b,Powerline Micro 1025} is an extremely light and compact 3S LiPo power system for competition F5J electric gliders weighing up to 1600 g. It is strong enough to power a 1760 g (62 oz) Maxa 4e - getting it to 200 m in around 22-25 seconds.
The powertrain consists of a powerful Lehner 1025 ultra high efficient brushless motor fitted to a 6.75:1 high reduction ratio planetary gearbox. The gearbox is both efficient and tough, so will withstand F5J competition arrivals.
See {href,http://www.rcgroups.com/forums/showthread.php?t=1903663,this RCGroup thread} for lots of info and experience of this powertrain.
{table title="Powerline Micro 1025 Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=: autohref=2}
Motor name & type: Powerline Micro 1025/F5J geared inrunner
Motor diameter: 22.0 mm : 0.87 in
Motor length: 48.0 mm : 1.89 in
Gearbox diameter: 22.0 mm : 0.87 in
Gearbox length: 22.0 mm : 0.87 in
Motor+GB length: 70.0 mm : 2.76 in
Motor+GB weight: 103 g : 3.64 oz
Lead length: 6.0 cm : 2.36 in
Shaft diameter: 5.0 mm : 0.20 in
Mounting info: 4 M2.5 holes on a 17 mm diameter
Gearbox Ratio: 6.75
Planet bearings: Ballraced
Estimated GB efficiency: 95 %
Estimated Rm: 31 mR
Estimated Kv: 4900 RPM/V
Estimated geared Kv: 726 RPM/V
Estimated Io: 1.2 A @ 10 V
Max efficiency (10 V): 85 % @ 20 A
Operating efficiency (10 V): 75 % @ 40 A
Motor+gearbox Km: 20
Motor+gearbox Km/Kg: 194
Recommended battery: 3S LiPo
Rec max LiPo capacity: 1.3 Ah (any bigger and the motor could overheat)
Recommended prop: 15x8; 15x10 16x8
Input power: 450 W on 16x8 prop
Current: 45 A on 16x8 prop
Supplied accessories: 4 mounting screws, 4 washers, 3 3.5mm plugs & sockets
{endtable}
{video, S4SxcsfquGA}
{video, HjuCuHo8oZc} � � � � �� � � � � � � � � 5 N� c1�C ��b�� CARBON-BOOM-18-8L'18.3mm - 8mm x 1.1m Tapered Carbon Boomq {cboom2,18.3,7.7, 0.3, 23.5, 110, Tail booms}
This boom is ideal for lightweight low drag tail booms, especially for discus launched gliders (DLG), thermal gliders, electric, F5J and FF models.
Suitable for use with our Blaster2 V mounts. Note the weight is for the full 110 cm length. When cut down to a shorter length suitable for a DLG the boom weighs about 17g. � � � � � � � � � � � � , 3 � i�)� �}�b�P ELF-LIPO-140Elf 2S 140mAh LiPo Small 2S 140mAh LiPo battery suitable for the Elf mini discus launched glider, or other very lightweight models.Supplied with a suitable JST-HX plug and socket, to allow connection to the receiver, and for charging.
{table title="Elf 2S 140 mAh LiPo Battery Specification" class=1 cols=2 width=100,220 align=L,L}
Chemistry, Lithium Polymer
Number of cells, 2
Voltage, 7.4V nominal, 8.5V unloaded
Capacity, 140mAh
Max current, 1A
Weight, 7.9g
Length, 36mm
Width, 12mm
Height, 12mm
Leads, Mini JST-HX plug on 35mm lead
{endtable}
The battery is a tight fit in the Elf pod, but fits okay if set back from the very nose.
It works very well with the many modern RC components that work directly with 8.5V (2S) battery supplies. On our test Elf, fitted with a Jeti Duplex R5 receiver, an SD100 elevator servo, a Blue Arrow 2.5g rudder servo, and a Jeti Vario sensor the battery gives at least 2 hours of flying time. The very small loads on the servo mean that the battery's small capacity is ample for this model. All these components worked fine on the 2S unregulated battery.
Use a Jeti Box on the transmitter to check the battery voltage - stop flying when the voltage goes down to 7V.
The battery is supplied with a mini JST-HX plug and a JST-HX extension lead. Remove the extension lead�s plug and solder on a normal RC plug. Use this JST-HX to RC battery extension lead both to connect the battery to the receiver (and act as a switch), and as a charge conversion lead.
Charge at 100mA - 200mA (max) using a suitable LiPo charger.
� � � � 2� � � � � � � � 2 c1�C a �}�b�Q SUPRA-E-NOSECONESupra-e Nosecone with hatch� Nosecone for all Supra classic electric models. Only the nosecone is included, not the pod too!
New version with a canopy hatch.
Suitable for use with 2.4GHz R/C.
Designed for use with 38mm spinners.
� � 0 � � � � � � � � � � � c1�C�� +� @�`�R
WINGTAPE-Y Yellow Wing Attachment Tape 12mm One roll of 66m of yellow vinyl tape 12mm wide.
This tape is ideal for securing wing panels. It is thin, low drag, and stays attached to the wing panel well. But in the event of a hard arrival or cartwheel it will split, reducing the chance of damage.
� � ^� � Y� � � � � � � � < 2E0 Rajapack ref: AD12J �}�b�S SPINNERCONE-32-RED Cherry Red Cone for 32mm Spinner} Replacement cherry red spinner cone for all 32mm HyperSpinners.
These fit both the normal and the Power 32mm spinners
C � � � 2� � � � � � � � 2 Plastic dm�H
`}�`�T SCORPIONScorpion 2.3m Cross TailR <b>The latest version of the Scorpion has a removable cross tail, improving controllability and easing transportation. Some of the photos show the earlier V tail model.</b>
The Scorpion is an extremely high performance lightweight electric thermal soarer, filling the gap between the smaller 2m models and the much less agile 3.2m+ models. The Scorpion flies like a thoroughbred and is used by many pilots for F3J and F5J training when time or flying space is in short supply. However, it isn't limited just to practise and sport flying. Amongst many other successes, the new Scorpion X tail won 1st place in the 28th May 2011 Slovakian F5J-Outrunner Eurotour event and 3rd place in the 2010 F5J-HeightLimiter event, competing against 3m and 4m models.
The ultra-lightweight construction, being of all molded glass and carbon, is truly ARTF with just the electric motor and RC to install. The wings are two piece for easy transport and storage; the horizontal stabiliser (tailplane) is removable for easier transport. There is a canopy hatch for easy battery changes and maintenance.
<b>Powertrain Suggestions</b>
The model is designed to be usable for Slovenian F5J Outrunner competitions. This class prescribes suitable small (40g - 45g) outrunner motors, and a 2S LiPo battery. See the <i>F5J Outrunner Rules with allowed motors 2010</i> attached PDF file below for the full list of allowed motors. Even on the small 170W prescribed powertrains the model has a climb rate of about 9m/s (1800 ft/min). For modellers not constrained by these rules we recommend similar small outrunner motors be used, but powered by small 3S LiPo batteries. This will keep the model light, as intended and give even better climb rates. Use of heavier powertrains will probably result in tail weight being required for balance, and isn't recommended.
Hacker A20 20L, 10x6 folding prop, 3S 1Ah LiPo (10.5m/s, 2100 fpm, 26A) recommended
Hacker A20 26M, 10x5 folding prop, 3S 1Ah LiPo (9.9m/s, 1980 fpm, 25A)
Hacker B20 18L geared 4:1, 12x6 folding prop, 3S 1Ah LiPo (11.8 m/s, 2360 fpm, 24A)
Hacker B20 15L geared 4:1, 10x6 folding prop, 3S 1Ah LiPo (10.3 m/s, 2050 fpm, 23A)
KD A22-20L, 10x7 folding prop, 3S 1Ah LiPo (11.7m/s, 2340 fpm, 26A)
Turnigy C2826-1350, 9x4.5 folding prop, 3S 1Ah LiPo (8.3 m/s, 1660 fpm, 23A)
Mega 16/15/5 direct drive, 7x5 folding prop, 3S 1Ah LiPo (8.2 m/s, 1640 fpm, 29A)
For more info see this {href, http://www.rcgroups.com/forums/showthread.php?t=1365081, RCGroups Scorpion} thread.
{table title="Scorpion Specification" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.32m, 91 in
Wing area, 32.6 dm2, 505 sq in
Length, 1.08m, 42.5 in
Flying weight from, 680g, 24.0 oz
Wing loading, 20.9 g/dm2, 6.8 oz/sq ft
Aspect ratio, 16.5
Tail airfoil, HT14-HT15
EDA, 5.5 degrees
Spinner diameter, 36mm
Centre of Gravity, 78mm from wing leading edge
Controls, "Ailerons, flaps, elevator, rudder, throttle"
{endtable}
{table title="Scorpion Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage & tail, 106g, 3.7 oz
Wing, 274g, 9.7 oz
Accessories, 18g, 0.6 oz
Total structure, 398g , 14.0 oz
{endtable}
{table title="Recommended Servos" class=1 cols=2 width=110,235 align=L,L autohref=2}
Rudder & Elevator, Ripmax SD100, Power HD DSM44, KST X08
Ailerons, Ripmax SD100, Power HD DSM44, KST X08
Flaps, Ripmax SD150, Power HD DSM44, KST X08, Corona DS843MG, Hyperion DS09-SCD, Hyperion DS09-AMD, MKS DS6100
{endtable}
Holic F5J Outrunner final - mostly boring but a green Scorpion is visible from 4:40 and at the very end.
{video,lDJJrVwBPM4}
{video,X0LTH2QKUpk}
, � \� � 1 � � � � � � � � � 7 Match servo cover colour in accessory pack to the model
c1�C* ��r�U MAX67-400,6.7:1 Planetary Gearbox for 400 Class Motors� The Max67-400 gearbox is a high performance planetary gearbox with metal gears and ball raced bearings. It has a very high reduction ratio that allows large efficient propellers to be used.
Although originally designed for 540/600 sized RC car motors, this -400 version has been expertly modified so it can be used with 400/480 sized motors. No machining is required by the user to fit these motors
<b>Benefits</b>
{bullet}
The 6.7:1 high reduction ratio allows smaller, higher Kv motors to be used, saving weight, money, and improving electrical efficiency.
The motor mounting has been modified so that easily available 400/480 class motors can be used like the Mega 16/xx/xx, HET 2W-xx, Kontronik Kira 480, and Neu 11xx-xx series
The large propellers that can be used with this gearbox increase the propulsive efficiency of the model, allowing smaller battery packs to be used, saving more weight.
Metal gears and ball raced bearings ensure the gearbox has a very high mechanical efficiency.
The substantially sized case and shaft ensure it will survive most unplanned arrivals!
{endbullet}
{table title="6.7:1 Planetary Gearbox Specification" class=1 cols=2 width=130,160 align=L,L}
Ratio, 6.7:1
Motor shaft, 3.2mm (1/8")
Output shaft, 6mm
Weight, 84g
Max power for 30s, 800W
Motor mount, 2 holes on a 19mm PCD, 4 holes on a 25mm PCD
Gearbox mount, 4 M3 threaded holes on a 25mm diameter
{endtable}
D � 7<� � � � � � � � � � x c1�C
�}�b�V BLASTER-3-TAILPLANEBlaster 3 Tailplane� Replacement tailplane for the Blaster 3.
This is smaller (34cm span) than the Blaster 2 tailplane (38cm span).
Weight = 7g
< � #� � � � � � � � � � � c1�C � `}��`�W BLASTER-3
Blaster 3 DLGB The {b,Blaster 3} is the long-awaited successor to the award winning Blaster line of 1.5m DLGs from Vladimir's Models. The Blaster 3 is a great improvement in DLG design, building upon the experience gained in development and manufacturing of the first two Blaster versions. It meets all the requirements for a competition level discus launch glider, while being suitable for intermediate and even less experienced pilots.
This "Light" version has a glass and Rohacell wing skin, with a substantial carbon spar. It is fine for most fliers, but we recommend modellers who launch hard to get the stronger spread tow layup.
Blaster 3 is designed in CAD from the ground up. It combines unique design, the latest composite materials, the state of the art manufacturing process and careful manual composite layup. Blaster 3's visible simplicity hides its structural sophistication.
Thanks to the advanced aerodynamic design by Dr. Drela and extremely streamlined fuselage, we have developed a uniquely controllable, fast, light, and strong glider with excellent penetration ability.
The Blaster 3 has these major improvements over the Blaster 2:
{bullet}
Lighter, from 260 g flying weight, approx 40 g lighter than the Blaster 2.
Easier and quicker to build.
Smaller fuselage with smaller pylon reduces drag.
Shorter tailboom and smaller tailplane reduces inertia and improves manoeverability.
Stiffer wing mount and tail boom increases the launch height.
The above result in a model that launches higher, has improved hang time, and thermals better.
{endbullet}
The Blaster 3, unlike previous versions, can have the launch blade attached to either wing, allowing the model to be build for left handed and right handed throwers.
The wing design uses state of the art hollow molded fabrication techniques to maximise strength, while keeping weight to a minimum. <img src="extras/blaster3-wing-tech.jpg" alt="Blaster 3 molded wing construction">
The spar is constructed from high modulus unidirectional carbon flanges, which are bonded to the wing skin, these are kept rigid by the web, which is made from high density blue foam strengthened with a braided carbon fibre sleeve. This ensures +/- 45 degree fibre orientation, ideal for a shear web. <img src="extras/blaster3-spar-tech.jpg" alt="Blaster spar construction">
The wing skins are made of Rohacell foam and glass cloth. The ailerons are very light and stiff due to a braided CF sleeve spar.This also moves the aileron CG forward, preventing flutter during launch. <img src="extras/blaster3-spar-tech.jpg" alt="Blaster aileron construction">
For build and flying info see this excellent {href,http://www.rcgroups.com/forums/showthread.php?t=1321829, RCGroups Blaster 3 build log}.
{table title="Blaster 3 Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.5 m, 59 in
Wing area, 22.9 dm2, 355 sq in
Length, 114 cm, 44.9 in
Flying weight from, 265 g, 9.3 oz
Wing loading, 11.6 g/dm, 3.8 oz/sq ft
Aspect ratio, 9.7,
Wing airfoil, "AG45, AG46, AG47"
Dihedral (EDA), 6.5�,
Centre of Gravity, 75-85 mm from wing leading edge
Controls, "Rudder, elevator, ailerons, flaps"
Internal ballast, 40 g - 80 g
{endtable}
{table title="Blaster 3 Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 51 g, 1.8 oz
Wing (glass), 128 g, 4.5 oz
Tailplane, 8 g, 0.3 oz
Accessories, 10 g, 0.4 oz
Total structure, 204 g, 7.2 oz
Glue etc, 5 g, 0.2 oz
Receiver, 8 g, 0.3 oz
Tail servos, 10 g, 0.4 oz
Wing servos, 10 g, 0.4 oz
Battery, 28 g, 1.0 oz
Flying weight, 265 g, 9.3 oz
{endtable}
{table title=" Recommended Control Throws & Mixes " class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder, 14 mm each way
Tailplane, 10 mm up / 10 mm down
Flaperons, 15 mm up / 8 mm down
<i>Recommended flaperon settings</>
Launch mode, -2� (flat bottom surface)
Cruise mode, 0� (flat top surface)
Thermal mode, +2� (2 mm down)
Landing mode, +40� (38 mm down)
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,235 align=L,L autohref=2}
All servos, MKS DS65K, MKS DS6100, Ripmax SD100, HyperFlight DS57, KST DS245S, KS HD47MG, Hyperion DS09-SCD*, JR DS285, Futaba DS3154
Receiver, 4/5 channel rx to match your transmitter, max size approx 60 mm x 25 mm x 12 mm
Power, SmartLipo 450, Rhino 2S 360 mah LiPo, HyperLiPo 2S 300 mAh LiPo
{endtable}
* The Hyperion DS09-SCD servos are excellent, but are a tight fit in the fuselage,
so the installation needs careful planning.
<b>Recommended Control Throws & Mixes</b>
See the Setup Template for Blaster-Sprite-Supra-Vladimir.pdf file (link below).
� � Y-� � G� � � � � � � � �
was 309.00 o� c1�C
� �}�b�X MKS-NUKE3%MKS Nuke 3 Servo - 8.8mm 3.7g 0.9KgcmB
The MKS Nuke 3 Nano Servo is a tiny yet very powerful servo ideal for lightweight models that need very precise high quality control. It is comparable with the well regarded SD100 (or D47), but is lighter and faster while being nearly as thin and powerful.
Despite the Nuke 3's small size its substantial gears are totally free of backlash. The high quality coreless motor and electronics ensure excellent accuracy, repeatability, and temperature stability.
At only 8.8 mm thick this superb servo can easily fit in very small fuselages, and most wings and tails. With a reasonably strong 0.9 kg cm torque the Nuke 3 is appropriate for electric gliders and DLGs weighing up to about 600 g, and electric indoor 3D and F3P pattern models. It is an ideal replacement for the Ripmax SD100 / Dymond D47 servo.
<i>Note: Although otherwise perfect for the Elf Mini Glider, the Nuke 3 servo output arm is too short to give adequate rudder throw using the predrilled rudder horn hole. A new hole nearer the rudder hinge needs to be made in the horn before glung it in place, or the servo output arm extended. I good method was posted on the RCGroups thread:
A tip for extending Nuke-3 servo arms, use a length of 3/32" or 2.38mm aluminium tube. It was necessary to very slightly squash the tube to make it oval and also to lightly fettle the Nuke-3 arm with a needle file, but the final fit was good and firm. I then completly flattened the last couple of mm with a pair of pliers and drilled a suitable hole for the z bend. From memory I think this resulted in an arm with about 9mm from the centre of the servo to the pushrod. Result - plenty of rudder movement.</i>
{table title="MKS Nuke 3 Servo Specifications" class=1 cols=3 width=135,130,130 align=L,L,L separator=:}
Body dimensions: 16.5 mm wide x 8.8 mm thick x 16 mm high
Max dimensions: 21.4 mm wide x 8.8 mm thick x 20 mm high
Stall torque (4.8V): 0.9 Kg cm :12.5 oz in
Operating speed (4.8V): 0.12 sec/60�
Operating voltage: 3V to 5V
Lead length: 8 cm : 3 in
Weight: 3.7 g
Gear material: Aluminium-magnesium alloy
Programmable: No
Supplied accessories: 1 metal output arm, mounting screws
{endtable}
<font color="red">Warning 1: The servo output arm should not be turned by hand. The very fine gears will be damaged.
Always use the RC link or a servo tester to rotate the output arm.</font>
Warning 2: These servos will burn out if subjected to more than 5V. Some of the new PLD regulators output 5.5V and cannot be used with these servos. Use a NiMH battery, a single 1S Lipo battery, or a 2S LiPo and a MiniBEC 5V regulator.
</font> % �
� �
<� � � � � � � � 2 c1�C � �}�b�Y AVA-PRO-E-SERVO-COVAVA Pro-e Fin Servo CoverB Clear plastic molded servo covers to fit an AVA Pro electric fin. � � c� � � � � � � � � � 2 c1�C z �}�b�Z SUPRA-TP-KIT<Supra Competition & AVA Pro Tailplane & V-mount Updating Kit� New style built up tailplane suitable for upgrading a Supra or AVA to the latest Supra Competition or AVA Pro standard.
This kit includes a tailplane and a V-mount Updating Set.
Colours: White, Purple
� � H#� � * � � � � � � � � � c1�C { �}�b�[ ELF-V-MOUNT Elf V Mount {BR, Stricly limited to one per customer}
Replacement V mount for the Elf mini glider.
Also suitable for home built small gliders.
Boom fitting inside diameter: 5.7 mm
Height of the tailplane mounting plate above the boom: 11 mm
Weight: 0.3g
� #� � :� � � � � � � � c1�C � �}�b�\ BLASTER-3-FUSELAGEBlaster 3 Fuselageg Blaster 3 DLG glider fuselage set. This includes the pod, the nosecone, the boom, and the tail V mount. � a
� � ,W� � � � � � � � � c1�C x �}�b�] TASER Taser Glass The <b>Taser</b> is a very lightweight thermal soarer designed by the renowned Podivin Composite Modellbau team. This Austrian manufacturer is best know for their Fireworks series of competition winning discus launched gliders.
The model is a fully molded 2m electric glider intended mainly for competitive and sport thermal soaring. The glass layup wing shows off the balsa skins beautifully, and the lack of gelcoat helps keep the weight down to a minimum. The advanced design by Marcus Podivin uses a mixture of computer assistance and careful flight testing, with stepwise refinement to arrive at a perfect compromise of performance, flying characteristics and resilience.
The near elliptical two piece wing has of 7 degrees of dihedral, giving it good stability, especially in tight thermal turns. Its thin Drela airfloils and large camber changing flap/ailerons give the Taser a large speed range, allowing it to be used in winds up to about 15mph. The wing control surfaces are expertly gap sealed, to minimise drag and ensure excellent control feel. The flaps and ailerons are supplied joined, in one piece, so the model can be setup to use two servos on flaperons, or four servos controlling the flaps and ailerons separately.
The all carbon fuselage has a removable carbon canopy hatch. The fuselage is very slim, reducing drag, but requiring small RC gear, and a small powertrain. The model is easily transported with its two-piece wings and compact V tail. The Taser is almost completely built at the factory, very little work is required to finish it.
</b>To see more photos and read an in-depth independent report we recommend you download the {href,extras/Taser-Aufwind-Review.pdf" target=,Aufwind Taser Review} - scroll to the end to see the English translation. </b>
{table title="Taser Specification" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.0 m, 79 in
Wing area, 30 dm2, 465 sq in
Flying weight from, 480 g, 17.0 oz
Wing loading, 16 g/dm2, 5.2 oz/sq ft
Aspect ratio, 13.3
Wing airfoil, AG455ct-02f - AG47ct-02f
EDA, 7 degrees
Spinner diameter, 32 mm
Centre of Gravity, 60-68 mm from wing leading edge
Controls, "Ailerons, optional flaps, V tail x2"
{endtable}
{table title="Taser Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 37 g,1.3 oz
Wing, 175 g, 6.2 oz
V tail, 18 g, 0.6 oz
Accessories, 12 g, 0.4 oz
Total structure, 242 g , 8.5 oz
{endtable}
{table title="Recommended Servos" class=1 cols=2 width=110,235 align=L,L autohref=2}
Elevator & rudder, MKS DS6100, Hyperion DS09-SCD, Ripmax SD100, KST X08, KST DS245S
Flap, Hyperion DS09-AMD, Ripmax SD150, KST X08, KST DS245S
Aileron, Hyperion DS09-SCD, Ripmax SD100, KST X08, KST DS245S, KS HD47MG
{endtable}
<b>Recommended Powertrains</b>
Hyperion 2213/20, 13x8 prop, 1.2Ah 2S LiPo, 25A ESC (recommended)
AXI 2212/26, 10x6 prop, 0.8Ah 2S LiPo, 12A ESC (lightweight)
<b>Recommended Control Throws & Mixes</b>
See the Taser Build Instructions (link below).
{video,67kWI_qpzho}
{video,aFsp-M4rwDk}
, � =� � Z � � � � � � � � � c1�C `}�`�^ CAMCAM Height Limiterp <b>Competition Altimeter for Models</b>
Designed by Soaring Circuits for the US 200m altitude limited electric soaring format, the CAM is small, light, and easy to install. Just plug it in between your receiver and ESC. That's it! The CAM automatically shuts your motor down at 200 meters or after 30 seconds per the emerging altitude limited soaring rules. This simple competition format promises to put the "soaring" back into electric sailplane contests. Even inexpensive RTF models can compete!
The CAM has selectable cut-off altitudes of 100m, 150m and 200m, and does not require a computer to program or use. You can easily change the cut-off right at the field. With the CAM you can make multiple climbs to cut-off without having to land. Great for practicing!
Size: 23 mm x 18 mm x 6.5 mm max
Weight inc leads: 6.5 g (0.23 oz)
Existing users: Please see the new CAM Users Manual (link below) with updated safety info. Spektrum users need to read this.
<font color="Gray">Note this device is not legal for UK eSoaring competitions run to BMFA rules as it does not include a logging facility.</font>
� 1 � � � � � � � � � � 2F7 2 for peter kessel 01929 463765
izK��� ,$h ��b�_ CARBON-BOOM-11-5%11mm - 5.5mm x 1m Tapered Carbon Boom( High quality wound carbon epoxy tapered boom. This tapered tube is ideal for wing spars and low drag tail booms or F3-RES and other classes of model gliders.
{cboom2,11.0,5.5, 0.7, 28, 100, F3-RES and other wing spars; tailbooms}
{i,Quantity discounts available for orders of 10 or more.} � � � � � � � � � � � � � 3 � ��b�` CARBON-BOOM-25-9#25mm - 9mm x 1m Tapered Carbon Boom* {cboom2,25.5,8.5, 0.3, 26.0, 100, Tailbooms}
This beautiful boom fits the AVA Pro and the AVA Classic pod, and is a lighter and longer replacement of the Vladimir's Models original. Suitable for use with AVA V mounts. Can also be used with the Kristoffair M2A-e Electric glider fuselage pod.
� � " � �
9� � � � � � � � � ��3 jb� �}�b�W BLASTER-3-SC-WING$Blaster 3 SC and Blaster 3.5 SC WingA Replacement spread carbon wing for a Blaster 3 & 3.5 DLG SC.
Includes the throwing peg and control horns.
#Contact us to determing the availability. We are sometimes willing to break apart a full kit.
November 2018: We have one neon red with white flashes Blaster 3 wing in stock with a bad mark. See photos.
� Z2� � � � � � � � � � � � c1�CC ��b�a CARBON-BOOM-18-8#18mm - 8mm x 1m Tapered Carbon Boom� {cboom2,18.0,7.7, 0.3, 22, 100, DLG tailbooms}
This boom is ideal for lightweight low drag tail booms, especially for discus launched gliders (DLG), small electric, F3-RES and FF models.
Suitable for use with our Blaster V mounts. Note the weight is for the full 1m length. When cut down to a shorter length suitable for a DLG the boom weighs about 15g. The Blaster V mount sits approx 77 cm from the wide end, so it is okay to order the boom with the narrow end cut, you don't need it full length.
If the boom is cut down to 88 cm long, with the narrow end cut, the diameter at the narrow end is approx 9.2 mm.
{i,Quantity discounts available for orders of 10 or more.} � � 2� � � � � � � � � � � ��3 jq�� ! ��b�] CARBON-BOOM-22-9#22mm - 9mm x 1m Tapered Carbon Boom� {cboom2,22.0,9.0, 0.4, 28, 100, Tailbooms}
This boom fits Kristoffair's M2A-e Electric glider fuselage pods and AVA tailplane V mounts. � � � �
&� � � � � � � � � 3 jbcN �}�b�` MAXA-35E Maxa 3.5e� The {b,Maxa 3.5e} is the 3.5m version of Vladimir's Models latest and best ever electric glider. It features an advanced design by Joe Wurts, the legendary Word Championship winner of all glider classes, and professional aerodynamicist. Joe spent many months optimising the Maxa for the F3J thermal soaring class, but the large size, light weight, high aspect ratio, and well cambered airfoils also makes it ideal for electric thermal soaring, especially the new FAI F5J class and the popular UK eSoaring class.
This 3.5m span version is ideally suited to windier conditions, where better manouverability, and a higher wing loading allows the model to penetrate and be flown accurately in a breeze.
The size and extreme light weight have been made possible by a new spread carbon fabric perfected by Vladimir Gavrilko and made by specially designed machines in his impressive fabrication facility. The wing is a monocoque structure with a skin of a double layer of spread carbon strengthened with a F3J strength spar made with a multi-ply 45� balsa and carbon shear web between substantial IMS 65 carbon spar caps. We are mostly stocking the "Light" (which used to be called the Hard Spread carbon) version. The even stronger slightly heavier "Windy" (double Hard Spread carbon) version is available to order if not in stock.
Cut away drawing of the Maxa "Light" wing construction.
{img, extras/Maxa-Hard-Spread-Wing.jpg, Maxa wing construction}
Cut away drawing of the Maxa spar, showing the IMS 65 carbon spar caps, amd the +/- 45� balsa/carbon/balsa ply spar web.
{img, extras/F3J-Maxa-spar.jpg,Maxa spar construction}
The fuselage is a well engineered Kevlar and carbon pod, with a diagonally wound spread carbon boom, and fin mounted cruciform tail. The model is totally complete, and almost no assembly is required. The tail pushrods are ready installed, and all the hardware is supplied for the wing servo installation. The model comes with a ballast tube (for windy conditions) and a wiring harness.
The Maxa 3.5e is the first high performance glider designed from the start for the new F5J rules, whose main requirement is reliable soaring from low altitude, as higher �Start Heights� count against the final score. The 30 second climb window is generous, so high-power heavy motors are not required, and the model can be kept very light.
{bullet}
The Maxa�s aerodynamic qualities have been modelled to a new level of accuracy and by Joe Wurts. In the process Joe designed a new family of airfoils and optimised the shape of the model to get the best from the new spread carbon composites being developed by Vladimir. The result is a very low sink rate that ensures the longest duration in no-thermal conditions, while also maintaining gentle handling that inspires confidence from the first flight.
The Maxa�s low wing loading and inertia makes it very respond to tiny air disturbances, allowing small bubbles to be detected and worked from low down, allowing low Start heights and high F5J scores.
The Maxa 3.5�s more mageable size allows it to be flown in a wider range of conditions than larger, more lightly loaded models. The excellent lift/drag ratio, especially at higher speeds, gives good penetration, and thus the ability for the glider to return from distant thermals with little altitude loss.
The long nose moment allows very lightweight powertrains to be used to balance the model.
As the electric version retains the ballast system of the glider version, the model�s weight can be tuned to the conditions, allowing the Maxa to shine in even the strongest wind.
{endbullet}
This combination of state of the art aerodynamics, low weight, and a good size makes the Maxa 4e the best model for competitive F5J soaring, bar none. See this {href, http://www.rcgroups.com/forums/showthread.php?t=1558751, RC Groups Maxa 4e thread} and the Vladimir's Models {href,http://f3j.in.ua/en/maxa-el-family.html, Maxa 4 EL} page for a lot more info.
{table title="Maxa 3.5e Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 3.5 m, 136 in
Wing area, 73.8 dm2, 1144 sq in
Length, 173 cm, 68.1 in
Flying weight from, 1780 g, 62.5 oz
Wing loading, 24.1 g/dm, 8.0 oz/sq ft
Aspect ratio, 16.2,
Wing airfoil, rt01/td19sag/j00/j01/j02/j03
Dihedral (EDA), 5.5�,
Spinner Diameter, 32 mm,
Centre of Gravity, 95-112 mm from wing leading edge
Controls, "Rudder, elevator, ailerons, flaps"
{endtable}
{table title="Maxa 4e Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Pod, 156 g, 5.5 oz
Boom & Fin, 106 g, 3.7 oz
Wing c/s, 606 g, 21.4 oz
Wing tips, 377 g, 13.3 oz
Tailplane, 34 g, 1.2 oz
Accessories, 100 g, 3.5 oz
Total structure, 1425 g, 48.7 oz
Wiring, 15 g, 0.5 oz
Pushrods, 0 g, 0.0 oz
Receiver, 12 g, 0.4 oz
Tail servos, 18 g, 0.6 oz
Wing servos, 70 g, 2.5 oz
Speed control, 42 g, 1.5 oz
Motor, 130 g, 4.6 oz
Prop & spinner, 30 g, 1.1 oz
Battery, 100 g, 3.5 oz
Flying weight, 1796 g, 63.3 oz
{endtable}
{table title="Recommended Servos" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator & rudder, KST X08, MKS DS6100
Aileron, MKS DS6100, MKS DS6125 Mini, KST DS115, KST DS135MG
Flap, MKS DS6125 Mini, MKS DS6125, Hyperion DS095-FMD, DS13-TMB
{endtable}
{b,Recomended Powertrain}
Aeronaut 17 x 9 folder on a 32mm HyperSpinner
Hacker A20-6XL Evo with 4.4:1 Maxon gearbox
60A ESC
3S 1.3Ah 65C LiPo (could also use 3S 850mAh 65C up to a 2.2Ah LiPo)
Rear MKS DS6100 servos
No ballast required
Gives a climb rate of 11 m/s (2200 fpm) at a flying weigh of 1863 g (65.7 oz)
{i,Other porwertrain options:}
Mega 16/15/3 with 5.2:1 Kontronik, 4S 1.8Ah LiPo, 14x8 prop, (10 m/s)
Hacker A20-6XL geared 4.4:1, 3S 1.3Ah LiPo, 16x9 Aeronaut prop (9.5 m/s, 1900 fpm, 46A)
Scorpio Rockamp HK-2221-7-3900, Reisenauer 5:1 gearbox , 14x8 RFM prop, YGE 60A and 3S 1300 65C LiPo (55A)
NEU 1105 2.5Y geared 4.4:1, 3S 1.3Ah LiPo, 14x8 prop (9 m/s, 40A)
Our thanks to Artem for use of his great photos. � -� � �<� � � � � � � � � c1�C � ��b�b ELF-FINElf FinN {BR, Limited to one per order}
Replacement fin for the Elf mini glider.
� � � \� � � � � � � � � i�*� �}�b�c
ELF-TAILPLANE
Elf Tailplane� {BR, Limited to one per order}
Replacement tailplane (horizontal stabiliser, elevator) for the Elf
Does not include the V mount part. � 2� � \� � � � � � � � � 2F3 g�G/ � �}�b�d ELF-NOSECONE Elf Noseconex Replacement nosecone for the Elf glider. Supplied in translucent white only.
{br,Limited to ONE per customer please.} ( �
2� � � � � � � � � � 2 c��c� +C� ��b�e ORALIGHT-T-WHITE/Oralight Transparent White 31-010 Covering Film� {Oralight, Transparent White, 31-010, 5524610,36, This colour is not really transparent more translucent. It has the unusual property of making a wing light up like a neon tube when flying with the sun high in the sky.} n � -� � � � � � � � � � � 3B5 o� � �}�b�f AKCENT-2 Akcent-2 DLG+ The {b,Akcent-2} is a molded composite discus launched glider model beautifully made by Dmitriy Lomovtsev of LD Models in Russia.
The Akcent-2 has several innovative features in addition to a sleek graceful design and a proven airfoil set (modified AG series from Mark Drela). The wing is molded with a CNC routed foam core inside a double layer fibreglass skin and a carbon Dbox leading edge. The solid foam core makes the wing very durable and repairable. The very slim fuselage is a one-piece carbon molded design with a 2.4 GHz friendly fibreglass nose. The tail feathers are molded with CNC routed foam cores and a light layer of glass. The tailplane is detachable and is mounted on a very clever and light tail mount with one plastic screw and two fixing pins.
The model is designed for pull-spring actuation of the tail surfaces, but pushrods can be used if preferred. Pushrods, or strings and springs are not supplied with the kit and must be obtained separately by the builder. We now have an option to purchase the kit with a fin that does not have a rudder. This is mainly preferred by competition fliers who prefer the weight saving and inertia reduction of a rudderless DLG.
The Akcent-2 is very easy to fly and is suitable for fliers of any level - from beginners to advanced pilots. The Akcent-2 has been successfully used by pilots in Russia, Europe, and the USA, with positive feedback. It requires a bit more work to assemble than, for example, the Blaster 2 or 3, but flies very well and is tougher and easier to repair.
For more info see the excellent {href,http://www.rcgroups.com/forums/showthread.php?t=1347755, Akcent-2 build log and discussion} on RCGroups.
Note the Akcent-2 DLGs received in the latest consignment are not "disser" and have some small blemishes in the wings - small dents and paint finish errors. These do not affect the model's flying performance or strength.
<b>Kit Contents</b>
Wing
Tailplane
Fin
Fuselage
Control horns
Wing and stabilizer screws
{table title="Akcent 2 Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.5 m, 58 in
Wing area, 21.4 dm2, 332 sq in
Length, 109 cm, 42.9 in
Flying weight from, 274 g, 9.7 oz
Wing loading, 12.8 g/dm, 4.2 oz/sq ft
Aspect ratio, 10.1,
Wing airfoil, AG Series,
Dihedral, 6.3�,
Centre of Gravity, 71-78 mm from wing leading edge
Controls, "Rudder, elevator, ailerons"
{endtable}
{table title="Akcent 2 Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 48 g, 1.7 oz
Wings, 124 g, 4.4 oz
Fin, 7 g, 0.2 oz
Tailplane, 8.5 g, 0.3 oz
Accessories, 10.5 g, 0.4 oz
Total structure, 198 g, 7.0 oz
Wiring & glue, 10 g, 0.4 oz
Pushrods, 5 g, 0.2 oz
Receiver, 6 g, 0.2 oz
Tail servos, 10 g, 0.4 oz
Wing servos, 18 g, 0.6 oz
Regulator, 6 g, 0.2 oz
Battery, 21 g, 0.7 oz
Flying weight, 274 g, 9.7 oz
{endtable}
{table title=" Recommended Control Throws & Mixes " class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder, 10 mm each way
Elevator, 8 mm up / 8 mm down
Ailerons, 15 mm up / 12 mm down
<i>Recommended flaperon settings</>
Launch mode, ailerons 1 mm up
Cruise mode, ailerons neutral
Thermal mode, ailerons down 3-5 mm
Landing mode, ailerons down 25-35 mm
{endtable}
{table title="Recommended R/C" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator & rudder servos, Ripmax SD100, KS HD47MG, KST DS245S, HyperFlight DS57, MKS DS65K, MKS DS6100, Power HD DSM44
Aileron servos, Ripmax SD100, KS HD47MG, KST DS245S, HyperFlight DS57, MKS DS65K, MKS DS6100, Hyperion DS09-SCD, Power HD DSM44
Receiver, 4/5 channel rx to suit your transmitter, eg Spektrum AR6250, AR6255*, AR6100e, Futaba R6004FF, Orange DSM2 compatible, Jeti Duplex R5, Multiplex Mlink RX-6 Light & RX-5 Light, Schulze Alpha-535
Battery, SmartLipo 450, SmartLipo 650, Rhino 2S 360 mAh LiPo, HyperLiPo 2S 300 mAh LiPo
{endtable}
<iframe width="560" height="345" src="http://www.youtube.com/embed/ykocR-jyZOs" frameborder="0" allowfullscreen></iframe>
The Akcent-2 is also known as Akcent2, Ackcent-2, Ackcent2, Accent-2, Accent2
x � N_� $_� � � � � � � � � � � c1�C� �}��b�� MKS-DS6125X4 MKS DS6125 - Buy 4, get 20% offc <b>Get 20% off the normal price</b>
<font color="red">ONLY USE THIS PRODUCT IF YOU WANT TO BUY 4 OR MORE DS6125 SERVOS</font>
The DS6125 Wing Servo is the <i>best</i> wing servo currently available. Its unbelievably good geartrain, strong alloy case, and excellent feedback system interfaced to brilliant firmware that drives the FET output staged amplifier, all make this the wing servo of choice for competition and all fast saiplanes.
At only 10mm thick this superb wing-servo can easily fit in thin wings. With a massive 8.2kg.cm torque the DS6125 is appropriate for F3F, F3B, F3J, F5J and all fast gliders.
{table title="MKS DS6125 Servo Specifications" class=1 cols=3 width=135,135,135 align=L,L,L separator=:}
Dimensions: 30 mm wide x 10 mm thick x 35.5 mm high
Stall torque (4.8V): 6.6 kg cm: 92 oz in
Stall torque (6V): 8.2 kg cm: 114 oz in
Operating speed (4.8V): 0.15 sec/60�
Operating speed (6V): 0.12 sec/60�
Operating voltage: 4.8V to 6.0V
Lead length: 15 cm :5.9 in
Operating temperature: -10 to 60� C
Weight: 28.8 g :1.0 oz
Bearings: Dual ball bearings
Gear material: Chrome titanium alloy
Position feedback: Direct drive potentiometer
Driver type: FET
Programmable: No
Dead band: 0.001 ms
Feedback frequency: 333 Hz
Supplied accessories: 2 substantial plastic output arms, 1 output disc, 2 output arm retaining screws, 6 mounting screws
Optional accessories: Metal output arm, RDS adaptor, Lasercut ply mounting frames
{endtable}
<iframe title="YouTube video player" width="640" height="390" src="http://www.youtube.com/embed/76wrWqpgpG0" frameborder="0" allowfullscreen></iframe> 6 � L<� =� � � � � � � � � d c1�C l �}�b�g
ZAP-A-GAP-2OZZAP a Gap CA+ 2oz Bottle� Zap a Gap is a medium viscosity formulation of Pacer's excellent cyanoacrylate (CA) quick setting glue.
{bullet}
56.6 g / 2oz bottle of Zap-a-Gap - Larger Bottle.
Medium thickness.
Good gap filling properties.
Allows 7-10 seconds for positioning.
Cures in 20 seconds.
Accelerate with Zip kicker.
Works best on balsa wood, hard woods, rubber, pottery, china, ceramic, most plastics, aluminium & most metals.
{endbullet}
<font color="gray">Zap-a-Gap works well on harder woods such as Bass and Spruce, even works on oily surfaces. Some uses besides hobbies and crafts include jewelry manufacturing and repair, taxidermy, pool cue tips, darts, archery, knife making, mold and pattern making, furniture refinishing and antique repair, and for fishing, fly line splicing and fly tying. Wood turners and manufactures of custom wood products appreciate the ability of ZAP-A-GAP CA+ to help save their projects by filling in and bonding cracks that often occur in expensive hard woods. </font> n � M� � ,� � � � � � � � d d-V�� �}�b�h
MIDLAND-G7-XTMidland G7-XT LPD/PMR Radio <i>High quality LPD band receiver suitable for use with SkyAssistant, CS DataVario, and all other European frequency variometers. </i>
Combining the latest technology in radio communication along with a sturdy mechanical frame, the Midland G7 makes the ideal solution for modellers wanting a quality LPD receiver for vario reception.
The Midland G7 operates on both PMR 446 and LPD bands and incorporates all the functions that you would expect to see on the latest and most advanced two-way radio transceivers and guarantees reliability and maximum efficiency at a very competitive price. All features are easily accessible thanks to the centrally mounted controls.
{bullet}
Up to 5km range
All LPD channels
8 PMR channels with 38 CTCSS sub channels
Jack for earphone / battery pack recharge
LCD screen with backlight
Low battery indicator
Auto power save
38 CTCSS tones in TX and RX
Call button with 3 selectable tones
Automatic squelch adjustment
Buttons for channel selection
Scan function
Keypad lock
High/low power selection
Roger Beep on/off
{endbullet}
One walkie talkie radio supplied with a high capacity NiMH battery and mains charger. The supplied charger has a 2 pin Euro plug. Use a shaving adaptor to convert to a UK standard 3 pin mains socket. � ?=� 9R� $ � � � � � � � � � c1�C����r�i CARBON-TUBE-SPECIAL Carbon Tubes Made To Measure We are happy to make special sizes of cylindrical and tapered carbon tubes to order.
If you need a custom size please contact us with your requirements. We will be pleased to help.
Note this service is intended for manufacturers and a minimum order of 10 tubes/booms is required. � � � � � � � � � � � R��_ � `}�`�j BLASTER-3-SC
Blaster 3 DLG The {b,Blaster 3} has great performance and is suitable for new and more experienced fliers of discus launched gliders. The third of the award winning Blaster line of 1.5m DLGs from Vladimir's Models, the Blaster 3 launches higher than the Blaster 2, while keeping its ARTF quick construction, and great handling. Although not the current pinnacle of DLG performance, it offers unsurpassed quality of construction and value for money. It is in common use as a competition level discus launch glider, while also being suitable for intermediate and even less experienced pilots. Thanks to the advanced aerodynamic design by Dr. Drela, the Blaster 3 has a great combination of being easy to fly with excellent low speed controllability, while having a good glide angle at higher speeds, allowing it to penetrate back upwind after catching a thermal.
The Blaster 3 is only produced in spread carbon wing layups only, this makes the model much tougher than the earlier glass versions, without being heavier. The "Regular" layup is suitable for average launchers in all wind conditions, or powerful launchers in winds up to about 14 mph (22kph). The slightly heavier "Strong" layup is even stronger and is suitable for all strengths of launchers in all wind conditions. Both versions are stiffer than the previous glass layup, allowing the model to be launched higher, and their strong carbon wing skin ensures they suffer less damage from handling, transport, or missed catches.
Blaster 3 is designed in CAD from the ground up. It combines unique design, the latest composite materials, the state of the art manufacturing process and careful manual composite layup. Blaster 3's visible simplicity hides its structural sophistication.
The Blaster 3 has these major improvements over the Blaster 2:
{bullet}
Lighter, from 260 g flying weight, approx 40 g lighter than the Blaster 2.
Easier and quicker to build.
Smaller fuselage with smaller pylon reduces drag.
Shorter tailboom and smaller tailplane reduces inertia and improves manoeuvrability.
Stiffer wing mount and tail boom increases the launch height.
The above result in a model that launches higher, has improved hang time, and thermals better.
{endbullet}
The Blaster 3 can have the launch blade attached to either wing, allowing the model to be built for left handed and right handed throwers.
The wing design uses state of the art hollow molded fabrication techniques to maximise strength, while keeping weight to a minimum.
Note this and the subsequent images are of the glass layup wing, the current models have spread carbon wing skins.<img src="extras/blaster3-wing-tech.jpg" alt="Blaster 3 molded wing construction"
The spar is constructed from high modulus unidirectional carbon flanges, which are bonded to the wing skin, these are kept rigid by the web, which is made from high density blue foam strengthened with a braided carbon fibre sleeve. This ensures +/- 45 degree fibre orientation, ideal for a shear web. <img src="extras/blaster3-spar-tech.jpg" alt="Blaster spar construction">
The wing skins are made of Rohacell foam and glass cloth. The ailerons are very light and stiff due to a braided CF sleeve spar. This also moves the aileron CG forward, preventing flutter during launch. <img src="extras/blaster3-spar-tech.jpg" alt="Blaster aileron construction">
For build and flying info see this excellent {href,http://www.rcgroups.com/forums/showthread.php?t=1321829, RCGroups Blaster 3 build log}.
{table title="Blaster 3 Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.5 m, 59 in
Wing area, 22.9 dm2, 355 sq in
Length, 114 cm, 44.9 in
Flying weight from, 265 g, 9.3 oz
Wing loading, 11.6 g/dm2, 3.8 oz/sq ft
Aspect ratio, 9.7,
Wing airfoil, "AG45, AG46, AG47"
Dihedral, 6.5�,
Centre of Gravity, 75-85 mm from wing leading edge
Controls, "Rudder, elevator, ailerons, flaps"
Internal ballast, 40 g - 80 g
{endtable}
{table title="Blaster 3 Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 51 g, 1.8 oz
Wing (glass), 128 g, 4.5 oz
Tailplane, 8 g, 0.3 oz
Accessories, 10 g, 0.4 oz
Total structure, 204 g, 7.2 oz
Glue etc, 5 g, 0.2 oz
Receiver, 8 g, 0.3 oz
Tail servos, 10 g, 0.4 oz
Wing servos, 10 g, 0.4 oz
Battery, 28 g, 1.0 oz
Flying weight, 265 g, 9.3 oz
{endtable}
{table title=" Recommended Control Throws & Mixes " class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder, 14 mm each way
Tailplane, 10 mm up / 10 mm down
Flaperons, 15 mm up / 8 mm down
<i>Recommended flaperon settings</>
Launch mode, -2� (flat bottom surface)
Cruise mode, 0� (flat top surface)
Thermal mode, +2� (2 mm down)
Landing mode, +40� (38 mm down)
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,235 align=L,L autohref=2}
All servos, MKS DS6100, Ripmax SD100, KST X08, Power HD DSM44, Graupner DES 261, Corona DS843MG, JR DS285, Futaba DS3154
Receiver, 4/5 channel rx to match your transmitter, max size approx 60 mm x 25 mm x 12 mm
Power, Rhino 2S 360 mah LiPo, HyperLiPo 2S 300 mAh LiPo
{endtable}
* The Corona DS843MG and Hyperion DS09-XXX servos are excellent, but are a tight fit in the fuselage,
so the installation needs careful planning.
<b>Recommended Control Throws & Mixes</b>
See the Setup Template for Blaster-Sprite-Supra-Vladimir.pdf file (link below).
� � �2� � ?� � � � � � � � � was for sale @ �379, 399.00 c1�C � � .� ��b�k
PIANO-WIRE-18 1.19mm (approx 18SWG) Piano Wire6 {pianowire,1.19mm diameter approx 18,1.19,0.047}
@ � F� � ,� � � � � � � � 3 { �}�b�l B3-BALLAST-85G385g Ballast Set for the Snipe, Blaster 3 & 3.5 DLGs� Large ballast set for adding weight to the Snipe, Blaster 3 and Blaster 3.5 DLGs. Cleverly designed to allow the centre of gravity postion to be tuned as required.
Weight = 85 g to 95 g
& � 0� �
� � � � � � � � � Glass fibre, plastic, steel c1�C � �}�b�m RAM3-USB-INTERFACERAM3 USB Interface and LeadT Custom lead to connect the RAM3 to a PC using the ubiquitous USB interface.
This product can be used with older RAM3 altimeters (that were supplied with RS232 cables) to convert them to the USB standard.
Note the USB interface is built into this special lead, this is not an off-the-shelf cable.
<b>Installation Instructions</b>
There are two steps to install the USB upload cable. First, the proper software drivers must be available so that your computer can recognize and install the cable when it�s plugged in. Second, you must determine what COM port Windows has assigned to the cable and set FlightView to match using the Setup menu.
If you�re running Windows 7 and connected to the internet, there�s a good chance that the USB driver will install automatically when the RAM3 USB Interface is plugged into the PC. If not please go to <a href="http://www.ftdichip.com/Drivers/VCP.htm" target="_new">www.ftdichip.com/Drivers/VCP.htm</a> and download and install the driver appropriate for your operating system.
Once the driver is installed and the RAM3 USB interface has been recognised open the Windows Device Manager and look for the Ports (COM & LPT) entry. Expand this entry and you should see a USB Serial Port line followed by the COM port assignment. If the COM port number is greater than 9 click on the Advanced button on the Port Settings tab and change it to 9. Make note of the number and then run FlightView and use Setup => Com Port to set the COM port to match.
If you need more help, please go to <a href="http://www.soaringcircuits.com" target="_new">www.soaringcircuits.com</a> i � "
� � � � � � � � � � �
c1�C �}�b�n ELF-PODElf Pod Molding� Replacement pod/wing mount for the Elf glider. Supplied in translucent white only. Does not include the carbon boom.
{b,Limited to one per customer please.} 2 � R� � � � � � � � � � < f��X H �}�b�o ELF-FUSELAGE-BOOM Elf Fuselage� Replacement fuselage for the Elf glider.
Includes the boom, the pod, the nosecone, the V mount, the pushrod guides, and the pushrods. Does not include the fin or the tailplane.
< � 0 � � @� � � � � � � � � Carbon fibre, plastic c1�C\ �}�b�p ELF-WINGElf Wing� Replacement wing for the Elf. Sent by courier as it is too big to post. Includes a throwing peg.
Please visit the {pref,Elf,Elf Mini DLG} product page to see the wing colours currently in stock.
F � xK� � 9M� � � � � � � � � Carbon fibre, baslawood, plastic c1�CX �}�b�q SUPRA-PRO-E-FUSE*Supra Pro Electric Fuselage, boom, V mount� This item includes the new pod, the boom, the tail V mount.
New Supra Pro electric pod is based on the Supra Pro glider pod. It is longer and slimmer than the normal Supra-e pod. It doesn't have a removable nosecone, but it has a larger canopy hatch. It needs a 32mm spinner, and is suitable for use with a very light weight powertrain. Only 28mm diameter motors like the Mega 16/xx/xx series and the HET 2W-25 will fit. At 157g it is 9g lighter than the Classic pod.
Its length makes it ideal for mounting the rudder and elevator servos in the pod (and using a glider fin) to reduce inertia.
The photos show the classic Supra-e (white) and the new Supra Pro-e pod (yellow) for comparison.
� � � � � � � � � � � � � � c1�C � �}�b�r SPINNERCONE-38-WHTWhite Cone for 38mm Spinner> Replacement white spinner cone for all 38mm HyperSpinners.
} � )� � 2� � � � � � � � 2 Plastic c1�C b �}�b�s B3-BALLAST-60G560g Ballast Set for the Snipe, Blaster 3 and 3.5 DLGs� Ballast set for adding weight to the Blaster 3, Blaster 3.5, Snipe and Snipe SN DLGs. Cleverly designed to allow the centre of gravity postion to be tuned as required.
Weight = 60 g
$ � 0� �
� � � � � � � � x c1�C # �}�b�t BLASTER-3-BOOMBlaster 3 Tail boom� Very high quality and very long wound carbon epoxy tapered boom. Ideal for lightweight low drag tailbooms, especially for discus launched gliders (DLG), small electric, and FF models.
{table title="Blaster3 Tapered Boom Specification" class=1 cols=2 width=100,150 align=L,L}
Length, 109cm
Wide end OD, 19mm
Narrow end OD, 9.5mm
Wall thickness, 0.4mm
Weight, 28g
Uses, DLG tailbooms, wing spars
{endtable}
Suitable for use with our Blaster 2/3 V mounts.
It is essential that a <A HREF="products.asp?code=POSTAGE-2" ><b><font color="#990000">1.15m Postal Tube</font></b></a> is also purchased, so the carbon tube can be left full length and sent by courier. n � Y� �
� � � � � � � � � c1�C # �}�b�u FW-MINI-Q"Fireworks Mini-Q and Mini-Q Carbon�
The {b,Fireworks Mini-Q} is a lightweight 1m class mini discus launched glider designed by the renowned Podivin Composite Modellbau team. The {b,PCM Mini-Q Carbon} is a race version with a very strong and rigid carbon skin wing, making it suitable for very powerful throwers and great fun on a slope. This Austrian manufacturer is well known for their 1.5m Fireworks series of competition winning discus launched gliders, and the Mini is a great addition for sport fliers and slope soarers. The -Q version is the aileron edition (aileron is Querruder in German), and the model is very aerobatic, and great fun to fly. Fireworks Mini-Q discus launches very well, making it easy to catch thermals on the flat. The PCM Mini-Q Carbon is unbeatable when flying from small and even larger slopes. It stays up in the lightest of winds, and can cope with wind speeds of 30mph or more if ballasted.
The Fireworks Mini has a fully hollow molded wing. The glass layup that shows off the beautiful balsa wing skin and the expertly laid up carbon version looks fabulous. A small amount of colouring is used to adorn the model, and make it more visible. The advanced design by Marcus Podivin has the benefit of his renowned expertise in discus launched gliders, and he has squeezed unexpected performance from this very conveniently sized model.
The moderately tapered one piece wing has of 5 degrees of dihedral, which gives good stability, considering its small size. Its thin Drela airfoils and large camber changing flaperons give the Fireworks Mini-Q a very good speed range, allowing it to thermal as well as lighter models, and yet also to cope with stronger winds with ease.
The all carbon fuselage has a removable carbon sheath nosecone, that makes fitting and maintaining the RC child�s play. The Fireworks Mini-Q wing and fuselage is almost completely built at the factory, only the tail surfaces need a little work to complete.
{table title="Fireworks Mini-Q Specification" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 0.95 m, 37 in
Wing area, 11.7 dm2, 181 sq in
Flying weight from, 155 g, 5.5 oz
Wing loading, 13 g/dm2, 4.3 oz/sq ft
Wing airfoil, AG03 mod
Dihedral, 5 degrees
Aspect ratio, 7.7
Centre of Gravity, 62 mm from wing leading edge
Controls, "Elevator, ailerons"
{endtable}
{table title="Fireworks Mini-Q Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 22 g,0.7 oz
Wing (glass), 77 g, 2.7 oz
Tail, 8 g, 0.2 oz
Accessories, 11 g, 0.4 oz
Glue etc, 5 g, 0.2 oz
Receiver, 6 g, 0.2 oz
Three servos, 15 g, 0.5 oz
SmartLiPo-240, 11g, 0.4 oz
Total from, 155 g , 5.5 oz
{endtable}
The carbon layup wing weighs approximately 21 g (0.75 oz) more than the glass wing.
{table title="Recommended R/C-nano gear only" class=1 cols=2 width=110,235 align=L,L autohref=2}
Elevator servo (1), Ripmax SD100, Gening D531BB, Dream-Flight 4.3g, KST X08, MKS DS65K, MKS DS75K
Aileron servos (2), Ripmax SD100, Gening D531BB, Dream-Flight 4.3g, KST X08, MKS DS65K, MKS DS75K
Receivers, 4/5 channel rx to suit your transmitter, eg Spektrum AR6270T, AR6260, AR6100e, Futaba R6004FF, FrSky X4R, Orange DSM2 compatible, Jeti Duplex R5, Multiplex Mlink RX-6-DR Light
Battery, HyperLipo 2S 175 mAh LiPo, HyperLiPo 2S 300 mAh, 150 mAh 4.8V NiMH
{endtable}
<b>Recommended Control Throws & Mixes</b>
See the Mini Fireworks-Q Build Instructions (link below).
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� �2� � �Z� � � � � � � � � /� c1�C � �}�b�v SUPRA-E-LOOM Supra-e Servo Wiring Harness^ Lightweight (35g) wiring harness for the Supra electric with a wing mounted receiver.
This harness includes all the wiring required for the fuselage:
- two long extension leads to the tail servos.
- two shorter extension leads to speed control and optional rx battery or vario.
-These are wired into sockets that fit into a matching PCB mounted plug block that is glued into the wing. This has four flyleads to connect the fuselage controls/battery to the wing mounted receiver.
The modeller needs to supply the simple extension leads required to connect up the flap and aileron servos.
� � 6� � � � � � � � � � _ c1�C � �}�b�w SUPRA-PLUGS-X2Supra Wiring Harness Plugsb Two Dean Micro plugs (one red, one black) to fit the sockets used in the Supra wiring harnesses.
� � I� � � � � � � � � � ( c1�C � �}�b�x SUPRA-SOCKETS-X2 Supra Wiring Harness Socketsb Two Dean Micro sockets (one red, one black) to fit the plugs used in the Supra wiring harnesses.
� � I� � � � � � � � � � ( c1�C � �}�b�y SAPPHIRE Sapphire 2mL The <b>Sapphire</b> is a lightweight electric thermal soarer designed for the Czech/Slovak Small Outrunner electric glider class. It borrows many design and technology refinements from discus launched gliders, and the aerodynamic design is well thought out and fault-free.
The nicely finished smooth glass skinned foam core wing has a substantial carbon spar. Each wing half is molded with the polyhedral in place, ensuring a very smooth and low drag surface, and good stability. The small lightweight fuselage pod is of glass/epoxy construction, so is 2.4GHz friendly, and can accommodate folding props up to 14" diameter, allowing good climb rates. The convenient canopy hatch allows access to the electric motor and battery. The rear fuselage is made of a lightweight but long carbon boom, giving excellent flight stability.
The tail feathers have a similar construction to the wings and are in a conventional {b,cross tail configuration}, with a fin and tailplane. The tailplane is removable for easy transport. The control surfaces are actuated by servos in the pod using the supplied pushrods. This helps the CG to be correctly positioned even when using a lightweight powertrain. Please ignore all references to the older V tail version.
The light weight, high aspect ratio, generous dihedral and tail moments, make the Sapphire a high performance and easy to fly thermal soarer that will stay aloft with the best of them. The modern thin airfoil and four servo wing gives the model a wide speed range. The quality construction and excellent price point make it a very good first competition model for the 2m eSoaring class. The kit includes minimal English instructions. See this excellent German {href, http://www.rc-network.de/forum/showthread.php/359287-Q12-von-Ho%C5%99ej%C5%A1%C3%AD, build log} for lots of useful info.
<i>The new <b>Ultralight pod</b> option has a lighter carbon/Kevlar fuselage pod. This is very slim and requires a 32mm spinner. Apart from being slimmer the pod is also longer, so a lighter powertrain can be used. Access to the pod is a little restricted so the motors that we recommend are the {pref, XM2532EG-16, Dualsky XM2532EG-16}, {pref, XM2527EG-23, Dualsky XM2527EG-23}, Hacker B20-18L or the {pref, A10-7L-4-4, Hacker A10-7L} motors, both geared 4:1. This pod saves about 28g (1 oz), from the flying weight shown below.</i>
{table title="Sapphire Specification" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.0 m, 79 in
Wing area, 30.4 dm2, 471 sq in
Length, 1.12 m, 44 in
Flying weight from, 525 g, 18.5 oz
Wing loading, 17.3 g/dm2, 5.7 oz/sq ft
Aspect ratio, 13.2
Wing airfoil, "AG40, AG41, AG42, AG43"
EDA (dihedral), 8 degrees
Spinner diameter, 32 mm
Centre of Gravity, 60-65 mm from wing leading edge
Controls, "Ailerons, flaps, rudder, elevator"
{endtable}
{table title="Sapphire Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 62 g, 2.2 oz
Wing, 190 g, 6.7 oz
Tailplane & fin, 19 g, 0.6 oz
Accessories, 30 g, 1.1 oz
Total structure, 300 g , 10.6 oz
RC, 72 g, 2.5 oz
Motor, 48 g, 1.7 oz
Prop, 29 g, 1.1 oz
Battery, 75 g, 2.6 oz
Total, 525 g, 18.5 oz
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder & elevator servos, Hitec HS-40, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, CHA DS06, Blue Bird BMS-A10H, MKS DS65K, KST X06, KST X08
Aileron servos (2), Hitec HS-40, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, CHA DS06, MKS HV70, MKS DS65K, KST X06N, KST X06H, KST X08N, KST X08H
Flap servos (2), Blue Bird BMS-101DMG, Blue Bird BMS-101HV, CHA DS06, KST X06N, KST X06H, KST X08N, KST X08H, MKS DS75K, MKS HV75K
Receiver, 7+ channel receiver to match your transmitter
Speed control, 15A - 30A ESC, HyperFlight 28A BLHELI-32, HyperFlight 30A BLHELI-32, E-Power Plus 25A High RPM ESC
{endtable}
{table title="Standard Pod Powertrain Recommendations" class=1 cols=2 width=130,310 align=L,L autohref=1}
ADH300L / MM1914-1100, 3S 500mAh LiPo, 8x5 prop
ADH300L / MM1914-1100, 2S 600mAh LiPo, 10x6 prop
Axi 2208/34 V2 Long, 3S 500mah LiPo, 8x5 prop
Axi 2212/26 V2 Long, 3S 500mah LiPo, 9x6 prop
Mega 16/15/4 , 2S 600mAh LiPo, 10x5 prop
Mega 16/15/5, 3S 600mAh LiPo, 7x5 prop (29A, 8.2 m/s, 1640 fpm)
Powerline Micro 1010/19, 3S 600mAh LiPo, 12x7
Hacker A20-20L, 3S 500mah LiPo, 10x7 prop (21A, 1950 fpm)
Hacker A20-20L, 2S 600mah LiPo, 13x9 prop (23A, 1750 fpm)
Hacker A20-26M, 3S 500mah LiPo, 9x6 prop (16A, 1530 fpm)
Dualsky XM2826-10, 2S 600mAh LiPo, 10x7 prop
{endtable}
{table title="Ultralight Pod Powertrain Recommendations" class=1 cols=2 width=130,310 align=L,L autohref=1}
Dualsky XM2532EG-16, 2S 1000mAh LiPo, 10x6 folding prop
Dualsky XM2527EG-23, 2S 1000mAh LiPo, 9x6 folding prop
Hacker A10-7L 4.4:1, 3S 900mAh LiPo, 12x10 folding prop, 12A, 7.5m/s
Hacker A10-7L 4.4:1, 3S 900mAh LiPo, 13x8 folding prop, 13A, 8.5 m/s
Hacker B20-18L 4:1, 2S 900mAh LiPo, 12x7 folding prop, 12A, 5.0 m/s
Hacker B20-18L 4:1, 3S 900mAh LiPo, 10x5 folding prop, 11A, 5.4 m/s>
{endtable}
<b>Recommended Control Throws & Mixes</b>
See the Sapphire Assembly Instructions (link below).
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SKY-MASTER SkyMaster� The SkyMaster is a very light and extremely stong glider, it is happy on the flat (launched from a bungee) or on the slope. The wing front part is of molded construction, with an integrated carbon spar. The rear of the wing is made from film covered CNC cut balsa ribs with a molded trailing edge. The wing joiner is a 6mm steel rod for maximum resilience, with the wings bolted onto the glass fibre 2.4GHz friendly fuselage. The V tail is removable and is hinged with Kevlar. A full accessory pack is included.
The models are attractively finished in a two or three tone colour scheme, with a black canopy hatch.
{table title="SkyMaster" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.0m, 78.7 in
Wing area, 36.0 dm2, 411 sq in
Length, 11.8 m, 46.5 in
Flying weight from, 683 g, 24.1 oz
Wing loading, 25.8 g/dm2, 8.4 oz/sq ft
Aspect ratio, 11.1
Wing airfoil, SD7037
EDA, 5.2 degrees
Centre of Gravity, 70 mm from wing leading edge
Controls, "Rudder, elevator, ailerons, flaps"
{endtable}
{table title="Sky Master Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 171.5g, 6.0 oz
Wings, 309.5g, 10.9 oz
V-Tail planes, 25g, 0.9 oz
Accessories, 53.5g, 1.9 oz
Total structure, 559.5g , 19.7 oz
Wiring loom etc, 30 g, 1.1 oz
Receiver & servos, 100 g, 3.5 oz
RC battery, 100 g, 3.5 oz
Flying weight, 683 g, 24.1 oz
{endtable}
{table title="Recommended Servos" class=1 cols=2 width=110,235 align=L,L autohref=2}
Aileron servos (2), HyperFlight DS57, MKS DS6100, Hyperion DS09-SCD, Hyperion DS09-AMD
Elevator & rudder servos (2), HyperFlight DS57, MKS DS6100, Hyperion DS09-SCD, Hyperion DS09-AMD
Flap servos (2), MKS DS6100, Hyperion DS09-AMD, KST DS135MG
{endtable} � �� �_� |P� � � � � � � � � c1�C �}�b�{
WINGBAG-1MWing Bag for 1m Span Models A pair of high quality protective wing bags for models of 1 meter (40") wingspan. Made with the Elf in mind, but also suitable for other 1m models.
No hole has been cut for a throwing peg, as this can catch if made.
The bags are made from aluminised foam sheeting. The foam is coated on both sides and is about 3mm thick. The edges are firmly welded, making a very strong bag. d �
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PLD-BAC-55 LiPo Regulator & Alarm - 5.5V# Use the <b>LiPo Regulator & Alarm</b> to reduce the weight of your glider and allow you to fly longer by safely replacing the NiMH receiver pack with a lighter, but higher capacity LiPo battery.
Specifically designed for discus launch gliders (DLGs), the PLD-BAC-55 (BEC Alarm Combo) has been made as small as possible but still packed with needed functionality.
This updated and improved version replaces the previous PLD-BAC-004. The new -55 version now regulates the LiPo voltage down to 5.5V (previously 5V) as all RC gear will respond better at this higher voltage, with faster servo movement, and more reliable receiver operation. It also includes a built in LED for voltage level indication as well as an audio alarm for when things get to the critical stage, and other improvements. The LED flashes the voltage level, so if the battery is 7.2V it will flash 7 times, pause and flash twice more. Also the PLD-BAC-004 has an improved circuit design to give less voltage sagging and lower noise on the signal and power wires.
{bullet}
Very low weight - 5.4g including leads
Very small - 19 x 12.5 x 9mm
2S lipo input.
5.5V output.
LED voltage indicator, flashes the voltage digit, then pauses, then flashes the voltage decimal. After a longer pause the voltage flashes are repeated, continually.
Over voltage alarm (battery more than 8.5V).
Under voltage alarm (battery less than 7.0V).
Buzzer alarm.
1A linear BEC for minimum RF interference.
Extensive decoupling for even quieter RF levels.
250mA constant supply, 500mA for 1 minute, 1A for 10 seconds (thermally limited - better cooling gives longer duration).
Thermal and short circuit protection.
High quality, low power, low (RF) noise micro controller.
Large copper backplane to improve heat-sinking of linear regulator.
Supplied with 70mm RX lead and 70mm JST battery lead.
Covered with heatshrink for protection against accidental shorts and sharps damage.
{endbullet}
The red JST plug should be connected to the LiPo battery , and the R/C plug is inserted into a spare receiver channel. � � � "� � � � � � � � - c1�C > �}�b�~ ELF-LIPO-180Elf 2S 180 mAh LiPo Battery� Small 2S 180 mAh LiPo battery suitable for the Elf mini discus launched glider, or other very lightweight models. Comes with a Mini JST (also called BEC) power connector plug and a JST-HX balance plug. Connect via a Mini JST convertor lead to if using 2S capable receiver and servos, or through a small voltage regulator if using RC limited to 5V.
Supplied with a matching Mini JST (BEC) female connector for your convenience.
{table title="Elf 2S 180 mAh LiPo Battery Specification" class=1 cols=2 width=100,220 align=L,L}
Chemistry, Lithium Polymer
Number of cells, 2
Voltage, 7.4V nominal, 8.4V unloaded
Capacity, 180 mAh
Max current, 2A
Weight, 13.8g
Length, 39 mm
Width, 21 mm
Height, 8.3 mm
Power plug, Mini JST (BEC) plug
Balance plug, JST-XH standard balance plug
{endtable}
It works very well with the many modern RC components that work directly with 8.4V (2S) battery supplies. On our test Elf, fitted with a Jeti Duplex R5 receiver, an SD100 elevator servo, a Blue Arrow 2.5g rudder servo, and a Jeti Vario sensor the battery gives at least 2.5 hours of flying time. The very small loads on the servo mean that the battery's small capacity is ample for this model. All these components worked fine on the 2S unregulated battery.
I use a Jeti Box on the transmitter to check the receiver battery voltage - I stop flying when the rx voltage goes down to 7V.
Charge at 100 mA - 200 mA (max) using a suitable LiPo charger. � � #� � � � � � � � � � < c1�C � � .�h ��b� ORALIGHT-T-RED-Oralight Transparent Red 31-029 Covering Film0 {Oralight, Transparent Red, 31-029, 5524629,36,} s � -� � � � � � � � � � �
3B3 o� � ��b� ORALIGHT-T-YELLOW0Oralight Transparent Yellow 31-039 Covering Film3 {Oralight, Transparent Yellow, 31-039, 5524639,36,} x � -� � � � � � � � � � � 3B4 o� Germanyj-�3 �}�b� B3-BALLAST-30G,30g Ballast Set for the Blaster 3 & 3.5 DLGs_ Ballast set for adding weight to the Blaster 3 & 3.5 DLGs. Cleverly designed to allow the centre of gravity postion to be tuned as required.
Weight = 30 g
Note the 60 g and 90 g ballast sets are common for the Blaster 3, 3.5, and Snipe DLGs. However the Snipe and the Blasters have different 30 g sets due to small centre of gravity differences. � 0� �
� � � � � � � � 2 �� Glass fibre, plastic, steel c1�CPC -�8 ��b� ORALIGHT-T-VIOLET9Oralight Transparent Violet / Purple 31-058 Covering Film� {Oralight, Transparent Violet / Purple, 31-058, 5524658,36,This colour is known as both Oralight Transparent Purple and Oralite Transparent Violet.} } � -� � � � � � � � � � � 3B4 o� � � .�| ��b� ORALIGHT-T-BLUE.Oralight Transparent Blue 31-059 Covering Film2 {Oralight, Transparent Blue, 31-059, 5524659, 36,} � � -� � � � � � � � � � � 3B2 o� % �}�b��
BLASTER-3-FIN
Blaster 3 Fin� Replacement fin for Blaster-3 DLGs
Also suitable for Blaster 2 DLGs - it is the same size as a Blaster 2 fin, but with a smaller rudder to reduce blowback on launch.
- � ]� � _� � � � � � � � � c1�C! �}�b�� BLASTER-3-FIN-LITE%Blaster 2 & 3 Lite DLG Rudderless Fin� Replacement rudderless fin, suitable for a Blaster 2 or a Blaster 3 DLG.
Don't be taken in by the photo, there is NO rudder on this fin. . � � � P� � � � � � � � � c1�C� `}�`��
EXT-LEADS-150Tail Servo Extension LeadE One 1.5m long lightweight 0.14mm2 twisted wire servo extension lead, suitable for connecting to a tail servo in the AVA Pro-e, the Super AVA Pro-e, the Hyper AVA Pro-e, Supra-e, and Sprite Thermal Electric.
Length = 1.5m = 150cm = 59"
Weight = 11g = 0.39 oz
Plug Type = JR, but can be used with all servos & receivers
d � � � � � � � � � � � ( x c1�C� �}�b�� DS6125-MINI-MKS-FRM MKS Frame for DS6125 Mini (pair)" These MKS manufactured laser cut ply servo frames make fitting a {p,MKS-DS6125-Mini} servo to a molded wing very easy. No thickness is added to the installation, and the servo is mounted securely, yet can be removed easily if required. Recommended.
Two servo frames supplied in the pack. @ � S� � � � � � � � � � c1�C | `}�`�� PLD-MINIBECMiniBEC� Use the <b>MiniBEC</b> to reduce the weight of your glider and allow you to fly longer by safely replacing the NiMH receiver pack with a lighter, but higher capacity LiPo battery.
Specifically designed for mini discus launch gliders (DLGs), the MiniBEC has been made as small and light as possible - it just consists of a regulator to drop the 2S LiPo battery voltage to 5V. This device doesn't have a low voltage warning LED or alarm, so use your common sense (or your 2.4GHz receiver's voltage telemetery) to ensure you don't over discharge the receiver battery.
* Very low weight - 2.9g
* Nano small - 14 x 12.5 x 6mm.
* 2S lipo input.
* 5V output.
* 1A <i>linear</i> BEC for minimum RF interference.
* 250mA constant supply, 500mA for 30 seconds, 1A for 3 seconds.
* Thermally limited - better cooling gives longer duration.
* Thermal and short circuit protection.
* High quality, low power, low (RF) noise micro controller.
* Copper backplane to improve heat-sinking of linear regulator.
* Supplied with 90mm RX lead and 90mm JST battery lead.
* Covered with heatshrink for protection against accidental shorts and sharps damage.
The red JST plug should be connected to the LiPo battery , and the R/C plug is inserted into a spare receiver channel.
� � � � � � � � � � � ( PLD-BEC-Mini c1�C9 �}�b�� WINGBAG-15M Wing Bag for 1.5m Span Models� A pair of high quality protective wing bags for models of 1.5 meter (59") wingspan. Made with the Blaster 2 and 3 in mind, but also suitable for other DLG sized models.
No hole has been cut for a throwing peg, as this is sometimes removed for electric models. It is easy to cut a slot in the bag to accomodate a launch peg or winglet.
The bags are made from aluminised foam sheeting. The foam is coated on both sides and is about 3mm thick. The edges are firmly welded. making a very strong bag.
The pair of wing bags are also complemented with a pair of matching tailplane bags, to ensure the model can be transported and stored without being damaged or subject to hanger rash. � � _� � 6� � � � � � � � � c1�C. �}�b��
WINGBAG-2MWing Bag for 2m Span Models� A pair of high quality protective wing bags for models of 2 meter (79") wingspan. Made with the Sprite and the Taser in mind, but also suitable for other 2m models.
The bags are made from aluminised foam sheeting. The foam is coated on both sides and is about 3mm thick. The edges are firmly welded, making a very strong bag.
The newly received bags are nicer than the previous ones, but do not include any tail bags. � � M� � '� � � � � � � � � c1�C �}�b�a WNGBAG-SCORPION2Wing Bag for the Scorpion and other 2m-2.3m Modelsr A pair of high quality protective wing bags designed for the Scorpion, and other high aspect ratio 2m - 2.3m models. Includes a fin and tailplane bag.
The bags are made from aluminised mylar covered foam. The foam is coated on both sides and is about 3mm thick. The edges are firmly welded, making a very strong bag.
Tailplane and fin bags are also supplied.
� � (� � � � � � � � � � � a� c1�C � �}�b� BLASTER2-NOSECONEBlaster 2 Nosecone$ Replacement Blaster 2 DLG nosecone
N � +� � *� � � � � � � � � c1�C � �}�b� HYPERSPIN-32-5-PWR&32mm HyperSpinner Power for 5mm shafts# {SpinnerPower,32,5,0,27,11.6,all}
E � � � #� � � � � � � � F d*�B � �}�b�� DS450-GEAR-SETDS450 Replacement Gear Set, Replacement gear set for MKS DS450 servos.
� � � � ]� � � � � � � � 2 c1�C �}�b�� DS6125-CNC-FRAME3CNC Alloy Servo Frames for MKS DS6125 Servos (pair)s {CNCServoFrame, MKS DS6125 and MKS DS6125 Mini, 6.6, 5.5, 42}
They also work well with the new KST DS125MG servo b � !7� � � � � � � � � � 2 c1�C � �}�b� HYPERSPIN-32-6-PWR&32mm HyperSpinner Power for 6mm shafts! {SpinnerPower,32,6,0,27,11.6,all} F � � � #� � � � � � � � F f��l � �}�b� G2-WING-JOINERS Pair of Graphite 2 Wing Joiners' One pair (2) of Graphite 2 Wing Joiners � � K� �
� � � � � � � � < c1�C
- �}�b�
LONGSHOT-4Longshot 4 DLG 1.5m� The well regarded <b>Longshot 4</b> is a good value entry level molded 1.5m DLG. The Longshot-4 is very tough and easy to fly, making it a great trainer. The Longshot 4 uses solid molded construction methods, and a modern Drela airfoil, which keeps it light and gives it excellent performance. If the wing is built with reduced dihedral (3� per side) the Longshot 4 also makes an excellent light wind slope soarer.
The Longshot 4 DLG is a substantial improvement on the earlier versions, with better aerodynamics and an improved molded glass / foam / glass wing, with lots of carbon in the right places. The Longshot�s fuselage is a carbon/Kevlar molding with a lightweight rolled carbon tailboom that is long (for good stability) and very stiff (for high launches). The R/C is accessed though a handy canopy hatch, and the wings are bolted onto the low pod, keeping the frontal area to a minimum. The tail is ready finished in blue foam with lightweight glass skin. The tailplane is conveniently removable for no fuss transportation. It is mounted on a nicely prefabricated carbon pylon that is glued to the boom. The Longshot�s very smooth low drag wing is supplied in two pieces and is easily joined using the supplied carbon reinforcements, and is painted with flashes of colour on the tips. The strong carbon spar ensures the model can be safely launched to 50m, giving dead air times of over a minute. All the linkages are provided, only glue and the RC gear needs to be supplied by the builder.
The easy build, benevolent flying characteristics, and tough construction all make the Longshot 4 an excellent introduction to discus launched gliders. See some build photos {href,http://www.horejsi.cz/PhotoGallery/0724_LS3/LS3_sequence_EN.htm,<b>here</b>}.
{table title="LongShot 4 Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.5 m, 59 in
Wing area, 22.0 dm2, 341 sq in
Length, 113 cm, 44.5 in
Flying weight from, 278 g, 9.8 oz
Wing loading, 12.6 g/dm2, 4.1 oz/sq ft
Aspect ratio, 10.1,
Wing airfoil, AG series,
Dihedral angle, 6.0�,
Centre of Gravity, 78-80 mm from wing leading edge
Controls, "Rudder, elevator, ailerons"
{endtable}
{table title="LongShot 4 Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Pod, 30.0 g, 1.1 oz
Boom, 17.5 g, 0.6 oz
Wings, 136.0 g, 4.8 oz
Fin, 8.0 g, 0.3 oz
Tailplane, 8.5 g, 0.3 oz
Accessories, 18.0 g, 0.6 oz
Total structure, 218.0 g, 7.7 oz
Glue etc, 6.0 g, 0.2 oz
Wiring, 6.0 g, 0.2 oz
Receiver, 6.0 g, 0.2 oz
Tail servos, 10.0 g, 0.4 oz
Wing servos, 10.0 g, 0.4 oz
Battery, 22.0 g, 0.8 oz
Flying weight, 278.0 g, 9.8 oz
{endtable}
{table title="Recommended R/C" class=1 cols=2 width=110,240 align=L,L autohref=2}
All servos (4), Ripmax SD100, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, KST X06, KST X08, MKS DS6100, MKS HV6100, Blue Bird BMS-125
Receiver, 4/5 channel rx to suit your transmitter, eg Spectrum AR6610T, Lemon LM0034, Futaba R6004FF, FrSky X4R, Orange DSM2 compatible, Jeti Duplex R5, Multiplex Mlink RX-6 Light & RX-5 Light
Battery, Radient 1S 500 mA, Radient 1S 600 mAh LiPo, Radient 1S 700 mAh LiPo, HyperLiPo 2S 300 mAh LiPo
{endtable}
{video,y-I811UlVvo}
{video,Ss2rdzf4ono}
� � ' � � � � � � � � � � � � ��4 1� h�� � � +� ��b� CARBON-TUBE-25MM2.5mm Carbon Tube {ctuber,2.5,1.5, 4.5} � 2� � � � � � � � � �
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DF-ALULA-TREK Dream-Flight Alula-Trek 90cm( The {b,Alula-Trek} is the latest version of the world's most popular bird-inspired RC glider from Dream Flight. The ultra lightweight and packable airframe is perfect for travel and exploration, assembling in minutes without glue! Whether at a coastal dune, mountain ridge, or your local park- the only limit is your soaring imagination. Spend less time building and more time outside flying, with the Dream-Flight Alula-Trek.
The Alula-Trek was developed from the ground up to provide pilots of all skill levels a unique RC soaring experience with minimal building skills required. Getting into the air has never been easier. The most refined Alula yet is ready to get out and glide, when you are.
{b,Kit Features}
{bullet}
"ARG" Almost Ready to Glide - NO GLUE interlocking design uses rare earth magnets.
Wide flight envelope navigates thermals with ease and can be ballasted to handle the gusts.
Precision-molded EPO foam and composite parts ensure a lightweight and durable airframe.
Wing retention system allows for quick break down and assembly at any location.
Integrally molded control surfaces for minimum weight and building ease.
All pushrods and clevises, for connecting the servos to the control surfaces are included
Complete hardware package includes light linkages, carbon-fibre pushrods, decals and more.
Detailed construction manual for easy assembly in approximately one hour.
Easy wingtip launching for both left and right-handed pilots.
Designed to go where your spirit for adventure leads you!
{endbullet}
{b,Items Required for Completion}
Transmitter with programmable elevon mixing and dual rates
Micro receiver, 4-6 gram weight (such as Futaba R2106GF )
2 Sub-micro servos
Receiver battery: 4.8V 300mAh 1/3AA NiMH
Small tools.
{table title="Dream-Flight Alula Trek Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 90 cm, 35.4 in
Wing area, 16.7 dm2, 259 sq in
Flying weight from, 156 g, 5.5 oz
Wing loading from, 9.3 g/dm2, 3.1 oz/sq ft
Aspect ratio, 4.9
Wing airfoil, Proprietary
Controls, Elevons
{endtable}
{table title="Recommended R/C-nano gear only" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevon servos (2), Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Dream-Flight 4.8g, KST X06
Receivers, 2+ channel rx to suit your transmitter, eg Spektrum AR6270T, Spektrum AR6260, AR6100e, FrSky X4R, Futaba R2106GF, Orange DSM2 compatible, Jeti Duplex R5, Multiplex Mlink RX-6-DR Light
Battery, Dream-Flight 300 mAh 4.8V NiMH, HyperLipo 2S 175 mAh LiPo, HyperLiPo 2S 300 mAh
{endtable}
The Dream-Flight 4.3g, Dream-Flight 4.8g and the Blue Bird BMS-101AMG, Blue Bird BMS-101DMG, Blue Bird BMS-101HV are the only servos that will fit without any modifications to the foam structure.
The receivers shown are suggestions, foam may need to be removed in some cases.
<b>See the {pref,DF-ALULA-FLIGHTPACK, Alula Flight Pack} for a kit of metal geared servo, battery, and extension reald - all you need to get the model in the air except the receiver.</b>
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X � m � � B2� � � � � � � � : )�4< K� Plastic, carbon fibre j^V� 9 `}�`�� FW5-FLOWFireworks 5-Flow The <b>Fireworks 5-Flow</b> is the most competitive discus launched glider in the renowned PCM range, only released after an intensive development period. The FW Flow 5 is mostly new, with many improvements in materials, construction, and aerodynamic design. Numerous prototypes, and more than 1000 test launches were necessary before they were satisfied that the design was perfect.
Maximum performance while retaining good handling were the most important design goals. Marcus Podivin chose the highly acclaimed Zone 52-21 airfoil, as it gives outstanding performance in all flight modes, including launch, speed and thermal.
The fuselage is unusually short, which results in livelier handing, allowing for excellent characteristics in turbulent thermals. Also the shorter fuselage allows the masses to be concentrated closer to middle of the glider, giving a lower moment of inertia, and thus less tail wagging on launch, to enable the highest starts. It also incorporates a bottom opening to allow the flaperon pushrods to be attached, keeping the linkage completely out of the airstream, like RDS but without the complexity or maintenance headache. See the video below that shows the flaperon pushrods being attached and removed.
{video,KTEjTVQMv_Y}
The near-elliptical one piece wing has 6.5 degrees of dihedral, which gives good stability, allowing it to be flown to the limit of vision with confidence. Its thin modern airfoils and large camber changing flaperons give the Fireworks 5-Flow a very good speed range, allowing it to launch high to cope with stronger winds with ease, but with little camber added it will hang forever.
The mostly carbon fuselage has a Kevlar front portion and a removable access hatch, that makes fitting 2.4GHz RC child�s play.
More Fireworks 5-flow photos on the {href,http://www.pcm.at/fw5/bilder.htm,PCM site}. More FW5 info on this {href,http://www.rcgroups.com/forums/showthread.php?t=1259826 ,RCGroups build thread}.
{table title="Fireworks 5-Flow Specification" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.5 m, 59 in
Wing area, 22.4 dm2, 347 sq in
Flying weight from, 250 g, 8.8 oz
Wing loading, 11 g/dm2, 3.7 oz/sq ft
Wing airfoil, Zone 52-21
Dihedral, 6.5 degrees
Aspect ratio, 10
Centre of Gravity, 65-70 mm from wing leading edge
Controls, "Rudder, elevator, flaperons"
{endtable}
{table title="Fireworks 5-Flow Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 32 g,1.1 oz
Wing, 134 g, 4.7 oz
Tailplane, 6 g, 0.2 oz
Fin, 9 g, 0.3oz
Accessories, 6 g, 0.2 oz
Glue etc, 4 g, 0.2 oz
Receiver, 6 g, 0.2 oz
Four servos, 32 g, 1.1 oz
Rhino 2S-360 battery, 21 g, 0.7 oz
Total, 250 g , 8.8 oz
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator servo, KST X08, MKS DS6100, Power HD DSM44, HS-45HB, Graupner DES 261, Grp DS281, JR DS285, Futaba DS3154, Ripmax SD100
Rudder servo, Ripmax SD100, Dymond D47, Power HD DSM44, KST X08, Graupner DES 261
Aileron servos, KST X08, Power HD DSM44, MKS DS6100, HS-45HB, HS-5045, Grp DS281
Receiver, 4/5 channel rx to match your transmitter
Power, Rhino 2S 360 mah LiPo, HyperLiPo 2S 300 mAh LiPo
{endtable}
<b>Recommended Control Throws & Mixes</b>
See the Fireworks 5-Flow Build Instructions (link below).
<b>Evolution of the Fireworks 5-Flow</b>
The new FW5 "FloW": When PCM started developing a new F3K-model, a lot of people told them about their experiences and successful improvements. The problem was that there was little evidence that the changes really helped. So they tried to prove all of this with test flights. First they developed a good testing method to get reliable data. After several trials they chose a comparing method with a dlg that is launched with a rubber hi-start. With constant energy launches it was possible to separate the atmospheric disturbances (wind and thermals) from the design changes. The solutions of our test you will find in the magazine "Aufwind" and on the PCM homepage.
The factors for a high start which we proved were (performance such as L/D and minimum sink rate were calculated.):
- centered masses
- little masses
- little/high dihedral
- narrow wing tips
- little/high sweep back
- different aspect ratios
- different airfoils: HM51, AG foils, Zone foils, and mixes and strakes of these
- asymmetrical stabs
- stabs with higher aspect ratio
- different starting methods: steep or flat
- shorter boom
After many tests it was clear the most important points were:
- centering masses to keep the radius of gyration low
- little flying masses
- the priority of these two points: centered masses are more effective than little masses.
- The pilot has to start in different ways when the wind varies. This makes also a big difference.
FUSELAGE
The construction of the fuselage is very special. It is uses a sandwich construction over the whole fuselage with Airex under balsa as supporting material. This highly time consuming production is rewarded with fantastic weights of around 30g and simultaneously high stiffness. The fuselage uses these materials:
- Kevlar in the front for 2.4ghz receivers
- IM spread tow in the back for good stiffness
- Airex sandwich in the front and balsa sandwich in the back for good strength
The fuselage is shorter in the back and the front to center the masses. Thermalling characteristics, especially agility and sensitiveness for thermals have clearly improved by this. You can easily stay in the thermal by making small steering movements or change the turning direction with nearly loosing no height.
Nose made of Kevlar for installation of 2,4GHz.
CNC-milled radio board with access from the side for tidy mounting and quick changing of servos.
One-piece fuselage built with IM spread tow.
Pre-fabricated threads for fixing the wing.
The end of the boom is shaped for easy mounting of the rudder.
WING
Airfoil: Zone airfoils from 52-21. These airfoils are very suitable for high launches and far distance flights. PCM chose again a wider wing tip like the fw4. They made tests with narrow wing tips to reduce mass at the tip. The result was bad during flight and also the strength of the tip decreased extremely. So they had to add more material to reach enough strength. That means in the end we had more weight and worse flying performance. So they chose again the wide tip that circles great and forgives mistakes. Now you can dare to thermal very low and near to obstacles. This sensitive feeling for thermals is also supported by centering masses. The wing is made from:
-The D-Box is made of IM spread tow. More material is used in the middle of the wing to withstand the higher torsion forces and to center the masses. As the flying weight was near 250g, we could afford to integrate additional material. Further reduction of weight is not helpful, as the ideal conditions for a very light model (no wind, soft thermals) are very rare.
Rohacell is used as supporting material to provide a smoother surface.
When searching the ideal place for the servos PCM first tried wing servos. This resulted in nose weight being required, so, the flying weight was 13g higher and also the distribution of the masses was worse. For this reason PCM came back to situating all servos inside the fuselage.
STABILIZER
After all tests PCM finally returned back to our well-established FW4.2 stabs, as they gave best results. In addition, these stabs are very popular amongst our customers for this and the good functionality, low weight from about 14g and easy installation. The stabs are dismountable.
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The M stands for Medium,
The L (not 7) is for Light. It matches with C5B-SL.
The difference is in the length of the fuses.
Best regards,
Irmgard
c1�C� �}�b�� AVITRON2Avitron 2 Ornithopter The {b,Avitron 2} is a superb bird shaped flying ornithopter. The Avitron looks incredibly realistic in flight, and is a masterpiece of aero, electronic, and mechanical engineering. The 33 cm (13 in) span bird only weighs 8.7 g (0.31 oz) and flies for up to 12 minutes on its integrated lithium polymer battery. The patented mechanics incorporate a tiny two stage planetary reduction drive, so the coreless electric motor flaps the wing at the correct speed. The models is controlled by the included 2.4GHz spread spectrum proprietary radio control. The transmitter doubles as a stand and charger between flights.
The performance of the ornithopter is very good, with an excellent speed range and a rate of climb that is better than most real birds. The Avitron 2 can be flown indoors and outside on calm days. The 100 m (330 ft) radio range is more than enough for this small model, allowing it to be flown to the limits of visual range.
Although it is not a glider the wings can be stopped in flight, and directional control is maintained. HyperFlight usually stock high performance competition gliders and electric planes, and although the Avitron doesn't obviously tick all the boxes, it is high performance, it is electric, it does glide, and it is a superb piece of engineering. We hope our customers love it as much as we do.
{table title="Avitron 2 Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 33.4 cm, 13.1 in
Wing area, 2.1 dm2, 32 sq in
Length, 17.0 cm, 6.7 in
Flying weight, 8.7 g, 0.31 oz
Wing loading, 4.2 g/dm, 1.4 oz/sq ft
Aspect ratio, 5.4
Avitron 2 battery, "Lithium polymer, built-in"
Flying time, 5-7 minutes
Radio control, 2 channel included
Frequency, 2.4 GHz Spread Spectrum
Range, Up to 100 m
Controls, "Direction, throttle"
Charger, Integrated in transmitter
Charge time, 12 minutes
Transmitter battery, 6 AA batteries (not included)
Charges, Up to 75 charges on one set of AA batteries
Skill level, Beginner to Advanced
{endtable}
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MKS-DS61252MKS DS6125 - discontinued, replaced by MKS HV6130� {BR,This servo is DISCONTINUED and will never be available again - use the MKS HV6130 instead.}
The MKS HV6130's mounting lugs are compatible wih the DS6125 Glider servo, it operates at a wider voltatage range, and has approximately the same torque.
{Pref, MKS-HV6130, MKS HV6130 Wing Servo}
{Pref, MKS-HV6130H, MKS HV6130H Horizontal Lug Servo}
The {b,MKS DS6125 Glider Wing Servo} is one of the <i>best</i> wing servos currently available. Its unbelievably good geartrain, strong alloy case, and excellent feedback system interfaced to brilliant firmware that drives the FET output staged amplifier, all make this the wing servo of choice for competition and all fast saiplanes.
At only 10mm thick this superb wing-servo can easily fit in thin wings. With a massive 8.2kg.cm torque the DS6125 is appropriate for F3F, F3B, F3J, F5J and all fast gliders.
{MKSCNC}
{table title="MKS DS6125 Servo Specifications" class=1 cols=3 width=135,135,135 align=L,L,L separator=: autohref=2}
Dimensions: 30 mm wide x 10 mm thick x 35.5 mm high
Stall torque (4.8V): 6.6 Kg.cm: 92 oz in
Stall torque (5.5V): 7.6 Kg.cm: 106 oz in
Operating speed (4.8V): 0.15 sec/60�
Operating speed (5.5V): 0.13 sec/60�
Operating voltage: 3.8V to 5.5V
Lead length: 15 cm :5.9 in
Operating temperature: -10 to 60� C
Weight: 28.8 g :1.0 oz
Bearings: Dual ball bearings
Gear material: Chrome-Titanium alloy
Position feedback: Direct drive potentiometer
Driver type: FET
Programmable: No
Dead band: 1 us
Feedback frequency: 333 Hz
Supplied accessories: 2 substantial plastic output arms, 1 output disc, 2 output arm retaining screws, 6 mounting screws
Optional accessories: MKS Plastic Servo Output Arms, MKS Short Metal Servo Output Arms, MKS Long Metal Servo Output Arms, Frame with bearing for the MKS DS6125 Mini, Integrated Drive System for MKS DS6125 Mini, MKS 1.5A SBEC, MKS 2A SBEC, MKS Frame for DS6125,Frame for MKS DS6125, MKS RDS Adaptor
{endtable}
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" � FX� � 'K� � � � � � � � d DS6125GLIDER Taiwang��&� `�`�+ MKS-DS6125E-MKS DS6125E Servo - 3.3Kg.cm 0.05s 21.0g 12mm� The {b,MKS DS6125E} servo is a high speed, high precision servo especially optimsed for glider V tails, normal tail surfaces, and 3D helicopters. Its robust geartrain, strong alloy case and excellent feedback system, interfaced to brilliant firmware driving the FET output staged amplifier combine to make this the tail servo of choice. Idea for competition modellers, ensuring the very best elevator control enabling very accurate high speed flight.
At 12mm thick this superb servo can easily fit in its intended models, and with its incredible 0.053 second speed and useful 3.3kg.cm torque the DS6125e is appropriate for F3F, F3B, F3J, F5J and other high speed gliders.
{MKSCNC}
{ServoSpecs}
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MICRO-SAGITTAMicro Sagitta 0.79m� The full sized Sagitta is both beautiful to look at, and great performing. The Alien Technologies {b,Micro Sagitta} is a tiny version of the original.
The {b,Micro Sagitta} is truly micro with just a 0.79m (31") wing span and an all up weight under 55 g( 2 ounces)! Yep, you read that right. You will need some truly tiny radio gear. You can use something like a Parkzone style brick, or you can use 2g servos and a micro receiver. Use Feather Cover, Oralight, Solite, Parklite or free-flight type lightweight covering materials to avoild warping the delicate wing structure.
Micro Sagitta kit includes:
{bullet}
Built from laser cut 1/32", 1/16" & 1/8" Balsa and 1/64" Ply
Full set of Plans
0.5mm Pushrod wire
Laser cut control horns
Carbon Fibre pin and nylon screw for wing hold downs
Magnet and washer for hatch hold down
{endbullet} Please note that this is a kit, you will need to assemble it, but don't worry, it is fun and fast to build.
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The HV6130's mounting lugs are compatible wih the DS6125 Mini, it operates at a wider voltatage range, and has approximately the same torque.
{Pref, MKS-HV6130, MKS HV6130 Wing Servo}
{Pref, MKS-HV6130H, MKS HV6130H Horizontal Lug Servo}
The {b,MKS DS6125 Mini Wing Servo} is the <i>best</i> 25g wing servo currently available. Its unbelievably good geartrain, strong alloy case, and excellent feedback system interfaced to brilliant firmware that drives the FET output staged amplifier, all make this the wing servo of choice for competition and all fast saiplanes.
At only 10mm thick this superb wing-servo can easily fit in thin wings. With a generous 5.8kg.cm torque the DS6125 Mini is appropriate for F3F, F3B, F3J, F5J and fast sport gliders.
{MKSCNC}
{table title="MKS DS6125 Mini Servo Specifications" class=1 cols=3 width=135,130,130 align=L,L,L separator=: autohref=2}
Dimensions: 30 mm wide x 10 mm thick x 30 mm high
Stall torque (4.8V): 4.8 Kg.cm : 67 oz.in
Operating speed (4.8V): 0.12 sec/60�
Operating voltage: 3.8V to 5.5V
Lead length: 15 cm : 5.9 in
Operating temperature: -10 to 60� C
Weight: 25.3 g :0.89 oz
Bearings: Dual ball bearings
Gear material: Chrome titanium alloy
Position Feedback: Direct drive potentiometer
Driver Type: FET
Programmable: No
Dead band:1 �s
Feedback frequency: 333 Hz
Supplied accessories: 2 substantial plastic output arms, 1 output disc, 2 output arm retaining screws, 6 mounting screws
Optional accessories: Frame for MKS DS6125 Mini, MKS Frame for DS6125 Mini, Frame with bearing for the MKS DS6125 Mini, Integrated Drive System for MKS DS6125 Mini, MKS Plastic Servo Output Arms, MKS Heavy Duty Plastic Servo Output Arms, MKS Short Metal Servo Output Arms, MKS Long Metal Servo Output Arms, MKS RDS Adaptor, MKS 1.5A SBEC, MKS 2A SBEC
{endtable} � � BD� � %`� � � � � � � � 0
DS6125MINI Taiwang��+ �}�b�� MKS-P03*MKS P-03 MG Servo - 11.6mm 10.3g 2.9Kg.cmn The {b,MKS P03 MG} is a small 10g bronze geared servo with an exceptional 2.9 Kg cm torque. It has a low backlash geartrain with tough metal gears. It can be used for all control surfaces, and is very good as a cheaper flap servo. Suitable for models weighing up to 3kg
{table title="MKS P03 MG Specifications" class=1 cols=3 width=135,130,130 align=L,L,L separator=:}
Body dimensions: 21.7 mm wide x 11.6 mm thick x 23 mm high
Max dimensions: 29.7 mm wide x 11.6 mm thick x 27 mm high
Stall torque (6V): 2.9 Kg.cm : 40 oz.in
Operating speed (6V): 0.10 sec/60�
Operating voltage: 4.8V to 6.0V
Lead length: 15 cm : 5.9 in
Operating temperature: -10 to 60� C
Weight: 10.3 g : 0.37 oz
Gear material: Copper bronze alloy
Programmable: No
Supplied accessories: 2 substantial plastic output arms, 1 output arm retaining screw, 2 mounting screws, 2 grommets
{endtable} g � �
-� W� � � � � � � � < c1�C� �}�b�� MKS-S311&MKS S311 Servo - 11.6mm 9.0g 1.3Kg.cmj The {b,MKS S311} is a small 9 g digital servo with a good 1.6 Kg cm torque and above average resolution. It has a low backlash geartrain and can be used for all control surfaces. Suitable for models weighing up to 1.8 Kg
{table title="MKS S311 Specifications" class=1 cols=3 width=135,130,130 align=L,L,L separator=:}
Body dimensions: 21.7 mm wide x 11.6 mm thick x 23 mm high
Max dimensions: 29.7 mm wide x 11.6 mm thick x 27 mm high
Stall torque (4.8V): 1.3 Kg.cm : 18 oz.in
Stall torque (6V): 1.6 Kg.cm : 22 oz.in
Operating speed (4.8V): 0.14 sec/60�
Operating speed (6V): 0.12 sec/60�
Operating voltage: 4.8V to 6.0V
Lead length: 15 cm : 5.9 in
Operating temperature: -10 to 60� C
Weight: 9.0 g : 0.32 oz
Programmable: No
Supplied accessories: 2 substantial plastic output arms, 1 output arm retaining screw, 2 mounting screws, 2 grommets
{endtable}
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S311-HORNS'MKS S311 & P-03 Servo Servo Output Arms� Servo horn (output arm) package for the MKS S311 and MKS P-03 servos.
Contains 2 substantial output arms, 1 output arm retaining screw, 2 mounting screws, 2 grommets , � T� � C� � � � � � � � 2 c1�C � �}�b��
DS6125-RDSMKS RDS Adaptor (4) Set of <b>four</b> RDS adaptors for MKS DS6125 Mini, all versions of the DS6125, HBL 6625, HV6125e, HV6100, DS6100, DS75K and DS65K servos.
These RDS Adaptors allow a 4.5 mm outside diameter torque tube to be interfaced directly to the servo output shaft.
� � 8� � K� � � � � � � � 2 c1�C~ �}�b�� DS6125-HORNS&MKS DS6125 Mini and DS6125 Servo Horns� Servo horn (output arm) package for the MKS DS6125 Mini and MKS DS6125 servos.
These arms also fit the MKS DS6100 servo.
Contains 2 substantial plastic output arms, 1 output disc, 2 output arm retaining screws, 6 mounting screws � � 9� � � � � � � � � � 2 c1�C $ `}�`�� DEANS-MICRO-RED*Deans Micro Plug and Socket MPN 1242 - RedD One set of Deans Micro plug and socket, in red. As used in Supra and Maxa wiring harnesses.
Polarised. Size approx 11 x 5.5 x 7 mm for each half, so the body is 11 x 5.5 x 14 mm when connected.
Suitable for all wing/fuselage wiring connections.
Supra & Maxa wiring order: negative, gap, positive, signal 1, signal 2 � � *� � C� � � � � � � � ? 30/4/12 75 Deans Micro 4 pin Plug & Socket - Red 4R PN 1242
� 1242 c1�C? �}�b�� DS6125-GEAR-SETAReplacement Gear Set for MKS DS6125 Mini, DS6125, DS6125E DS6125H� Replacement metal gear set for MKS DS6125 Mini, MKS DS6125, MKS DS6125E and MKS DS6125H servos.
Also includes the twin output ballraces. � �
A� �
� � � � � � � � 2 �� c1�C ;) ��b� DS61XX-METAL-HORN%MKS Short Metal Servo Output Arms (2)� Heavy duty aluminium servo output arm (horn) package for the MKS HV6130, HBL 6625, HV6125e, HV6100, DS6100, HV6150, HV6160, DS75K and DS65K servos.
Contains two substantial metal output arms and two output arm retaining screws. The distance from the servo output shaft axis to the only hole is 9 mm. Two dimples have been punched into the arm 2.3 mm and 4.6 mm nearer the axis, if less movement is required.
d � � � _� � � � � � � � 1C1 jl� � �}�b�� DS6125-MKS-FRAME'MKS Frame for DS6125 and HBL6625 (pair)1 These MKS manufactured laser cut ply servo frames make fitting a {p,MKS-DS6125} and {p,MKS-HBL6625} servo to a molded wing very easy. No thickness is added to the installation, and the servo is mounted securely, yet can be removed easily if required. Recommended.
Two servo frames supplied in the pack. r � S� � � � � � � � � � c1�Ce �}�b�� DS4X0-RDSDS6100 & DS65K RDS Adaptor� Set of <b>four</b> RDS (Rotary Drive System) adaptors for MKS DS6100 , MKS DS65K and compatible servos.
These RDS Adaptors allow a 4.5 mm outside diameter torque tube to be interfaced directly to the servo output shaft.
� � � � 2� � � � � � � � 2 c1�C� �}��b�� MKS-DS460 MKS DS460 - 10mm 9.5g 2.7kgcmi The MKS DS460 is an excellent thin 9g servo suitable for many wing and fuselage applications. It is quite similar to the Hyperion DS09-AMD but has more torque, is tougher and faster while having a similarly no slop geartrain.
At only 10mm thick this superb wing-servo can easily fit in thin wings. but with a low height of 23.5mm it can also fit in small DLG and other fuselages. With good 2.7kg.cm torque and a high 0.1s/60� speed it is excellent for ailerons, elevator and rudder on many high performance gliders, DLGs, electric gliders, and faster sport slopers.
{table title=" MKS DS460 Mini Servo Specifications" class=1 cols=3 width=135,130,130 align=L,L,L separator=:}
Dimensions: 22.5 mm wide x 10 mm thick x 23.5 mm high
Stall torque (4.8V): 2.7 kg cm : 38 oz.in
Operating speed (4.8V): 0.10 sec/60�
Operating voltage: 4.8V to 5.5V
Lead length: 15 cm : 5.9 in
Operating temperature: -10 to 60� C
Weight: 9.5 g :0.34 oz
Bearings: 2 Jewel Bearing + 1 Bronze Bushing
Gear material: Bronze +Aluminium-magnesium alloy Gears
Position feedback: Indirect drive potentiometer
Driver type: FET
Programmable: Yes, see the Related Products
Feedback frequency: 333 Hz
Supplied accessories: 2 substantial plastic output arms, 1 output disc, 2 output arm retaining screws, 6 mounting screws
Optional accessories: RDS adaptor, Servo Programmer, Servo Frame
{endtable} _ � Y� � � � � � � � � � < c1�Ce �}�b�� BLASTER-3-WINGBlaster 3 Wing� Replacement wing for a Blaster 3 DLG.
Includes the throwing peg.
Contact us to determine colour and availability. We are sometimes willing to break apart a full kit.
Colour:
Top: neon pink;Bottom: black & white stripes
� �_� � �L� � � � � � � � � c1�C @�`�
ZAP-A-GAP-1OZ"ZAP a Gap CA+ 1oz Bottle Superglue' Zap a Gap is a medium viscosity formulation of Pacer's excellent cyanoacrylate (CA) quick setting super-glue.
{bullet}
28 g / 1 oz bottle of Zap-a-Gap.
Medium thickness.
Good gap filling properties.
Allows 7-10 seconds for positioning.
Cures in 20 seconds.
Accelerate with Zip kicker.
Works best on balsa wood, hard woods, rubber, pottery, china, ceramic, most plastics, glass, carbon, and Kevlar composites, aluminium and most metals.
{endbullet}
Zap Medium CA type PT02, PT-02
<font color="gray">Zap-a-Gap works well on harder woods such as Bass and Spruce, even works on oily surfaces. Some uses besides hobbies and crafts include jewellery manufacturing and repair, taxidermy, pool cue tips, darts, archery, knife making, mold and pattern making, furniture refinishing and antique repair, and for fishing, fly line splicing and fly tying. Wood turners and manufactures of custom wood products appreciate the ability of ZAP-A-GAP CA+ to help save their projects by filling in and bonding cracks that often occur in expensive hard woods. </font> } � Z� � %� � � � � � � � * 2G2I Perkins order ref:
5525642 ZAP a GAP CA+ 1oz (12) PT02 (MEDIUM) �28.50 o�
United Statesjq�7�� /F� @�`� ZAP-DEBONDER-Z7 ZAP CA Debonder Z-7 1oz Bottle� Pacer's ZAP Z-7 debonder is the best way of removing ZAP and other superglues in a hurry. Always keep some debonder to hand in case of an accident.
{bullet}
28 g / 1 oz sized bottle.
Reliable debonder for all superglues.
Softens cured CA so it can be easily removed.
The best debonder for Zap cyanoacrylates, also works well on other manufacturer's superglue products.
Test before using to ensure it does not soften or harm the glued components.
{endbullet}
Zap CA Debonder type PT16, PT-16 � � F� � 7� � � � � � � � $ 2G2O Perkins order ref
5525740 DEBONDER Z-7 1oz (6) PT16 .BOX �10.14. 1.00. �10.14. o�
Unit;/ ,ܠ @�`� ZAP-THIN-1OZ%ZAP Thin CA 1oz Bottle Superglue PT08Q Zap Thin CA a low viscosity formulation of Pacer's excellent cyanoacrylate (CA) quick setting super-glue.
{bullet}
28 g / 1 oz bottle of Zap Super Thin CA
Super thin penetrating formula, strengthens joints and the surrounding material.
Works great on absorbent materials especially balsa.
Bonds in 1-5 seconds, allowing quick building and repairs.
Accelerate with CA kicker.
Works best on balsa wood, hard woods, rubber, pottery, china, ceramic, most plastics, glass, carbon, and Kevlar composites, aluminium and most metals.
{endbullet}
This is a really quick setting cyanoacrylate superglue. Apply sparingly, and remove your fingers quickly to ensure you do not glue yourself to the work piece. Keep some debonder on hand to unstick yourself if the worst happens.
It is ideal for field repairs of composite structures as it bonds very well to epoxy resin, and has the low viscosity to wick into cracks and fully wet out glass, Kevlar and carbon cloths. Be careful that it does not come into white or blue expanded polystyrene foams as it can "melt" these.
ZapThin CA type PT08, PT-08 x � Z� � %� � � � � � � � *
2G2? Perkins order ref:
5525652 ZAP CA 1oz (12) PT08 (THIN) �28.50 o�
Unitel_ +G� @�`� ZAP-FOAM-SAFE-CA1ZAP Odourless Foam Safe CA+ 0.7 oz Superglue PT25k Zap Odourless Foam Safe is a medium viscosity formulation of Pacer's excellent cyanoacrylate (CA) super-glue that doesn't melt most types of foam plastic. Very good for depron, blue foam, white expanded polystyrene, etc.
{bullet}
20 g / 0.7 oz bottle.
Odourless, for less allergic response.
Medium thin general purpose formula.
Works great on most materials especially foams.
Cures in 15 seconds, allowing quick building and repairs.
Accelerate with CA kicker.
Works best on depron, blue foam, white expanded polystyrene, other foamed plastics.
{endbullet}
Zap Foam Safe Odourless CA type PT25, PT-25
� � � � � � � � � � � � " 2G2F Order ref:
5525690 ZAP-ODOURLESS FOAM-SAFE CA+ 0.7oz (6) PT25 �21.94 o�
Unit5 �}�b�� PUSHROD-END-FITTINGSPushrod End Fittings (pair)� Two wire soldered tubes, making up a pair of pushrod fittings. Designed to take our 0.8 mm carbon rods.
As used on the Blaster 2, the Blaster 3, and other models. � � � �
� � � � � � � � c1�C� `}�`� ZAP-GEL-TUBEZAP Gel All Purpose 3g Tube� Zap Gel is a high viscosity formulation of Pacer's excellent cyanoacrylate (CA) quick setting glue, packaged in a small tube. Ideal for your field box, for making repairs on the flying field.
{bullet}
3 g / 0.1 oz tube
High thickness gel.
Good gap filling properties.
Allows 15 seconds for positioning.
Cures in 50 seconds.
Accelerate with CA kicker.
Works best on metal, balsa wood, hard woods, rubber, pottery, most plastics, aluminium, ceramic.
{endbullet} , � 5� � � � � � � � � � C Ordr ref:
5525702 ZAP GEL ALL-PURPOSE 0.10oz (3g) (12) PT27 �0.50 d-W8� `}�`� DEVCON-5MIN-EPOXY"Devcon 5 minute Epoxy 25ml Syringe� Devcon 5 minute Epoxy is a classic product. In my opinion it is the only reliable and strong 5 minute epoxy available. This twin syringe package ensures that equal quantities of resin and hardener are dispensed, so a good bond is guaranteed.
An excellent addition to any workshop, but also indispensible in a field kit.
{bullet}
25 g / 0.9 oz twin syringe pack.
Good gap filling properties.
Allows 60 seconds for positioning.
Cures in 5 minutes.
Full strength in 30 minutes.
Works best on glass fibre, carbon fibre, Kevlar composite, balsa wood, hard woods, plywood, pottery, china, ceramic, some plastics, aluminium and most metals.
{endbullet}
Devon 5 minute Epoxy type S208, S-208
& � S� � J� � � � � � � � < N Perkins order ref:
5525327 DEVCON 5-MIN EPOXY SYRINGE 25ml S-208 (12) �33.84 o� d-WD 7�}�b�� ZIRCON Zircon 1.84m� The <b>Zircon</b> is a lightweight 1.84m electric thermal soarer designed for the Czech/Slovak Small Outrunner electric glider class. It is an excellent introduction to high performance electric gliders.
The well made balsa wing has a substantial carbon tubular spar, and is expertly covered in Oralight film. The wing has ailerons for good roll control, and for acting as airbrakes when landing, however the 9.6 degrees equivalent dihedral angle (EDA) gives good stability for easy thermal soaring. The lightweight full length fuselage is of glass/epoxy construction, so is 2.4GHz friendly, and can accommodate folding props up to 13" diameter, allowing good climb rates. The fuselage is just large enough to accommodate small outrunner direct drive brushless motors. The convenient canopy hatch allows access to the electric motor and battery.
The tail feathers are of built-up balsa construction, and have good sized control surfaces which are actuated by servos in the forward fuselage using the supplied pushrods. This helps the CG to be correctly positioned even when using a lightweight powertrain.
The well tried S4083 airfoil gives a low sink rate, and a reasonable speed range. The light weight, generous dihedral and tail moments, make the Zircon a high performance yet easy to fly entry level thermal soarer that also has enough performance to hold its own in 2m eSoaring competitions.
{table title="Zircon Specification" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.84 m, 72 in
Wing area, 28.5 dm2, 442 sq in
Length, 1.05 m, 41 in
Flying weight from, 470 g, 16.6 oz
Wing loading, 16.5 g/dm2, 5.4 oz/sq ft
Aspect ratio, 11.9
Wing airfoil, S4083
EDA, 9.6 degrees
Spinner diameter, 32 mm
Centre of Gravity, 70 mm from wing leading edge
Controls, "Ailerons, elevator, rudder, throttle"
{endtable}
{table title="Zircon Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 75 g, 2.6 oz
Wing, 142 g, 5.0 oz
Fin & rudder, 13.5 g, 0.5 oz
Tailplane, 15.5 g, 0.5 oz
Accessories, 26 g, 0.9 oz
Glue etc, 5 g, 0.2 oz
Total structure, 277g , 9.8 oz
RC, 60 g, 2.1 oz
Motor, 48 g, 1.7 oz
Prop, 25 g, 0.9 oz
Battery, 60 g, 2.1 oz
Total, 470 g, 16.6 oz
{endtable}
{table title="Recommended Servos" class=1 cols=2 width=110,235 align=L,L autohref=2}
Rudder, Ripmax SD100, Dymond D47, Power HD HD-1440A, Power HD DSM44
Elevator, Ripmax SD100, Dymond D47, Power HD HD-1440A, Power HD DSM44
Aileron, MKS DS6100, Hyperion DS09-SCD, Ripmax SD150, Dymond D60, Ripmax SD100, Dymond D47, Power HD DSM44
{endtable}
<b>Recommended Powertrains</b>
Hyperion GS2213-14 9x6 prop, 3S 900mah LiPo (23A, 1930 fpm)
Hacker A20-20L 10x7 prop, 3S 900mah LiPo (21A, 1950 fpm)
Hacker A20-20L 13x9 prop, 2S 900mah LiPo (23A, 1750 fpm)
Hacker A20-26M 9x6 prop, 3S 600mah LiPo (16A, 1530 fpm)
Dualsky XM2826CA-10, 9x6 prop, 2S 900mah LiPo (23A 1400 fpm)
<b>Recommended Control Throws & Mixes</b>
See the Zircon Assembly Instructions (link below).
� �#� �-� k � � � � � � � � � c1�C �}�b� DLG-THROWING-PEG Blaster 3 DLG Throwing Bladeu {br, Very limited supply. Sales strictly limited to one only per order.}
A replacement Vladimir's Models throwing blade, as supplied with the Blaster 3 DLG. This throwing blade/peg is beautifully molded from carbon fibre, and finished with a smooth surface to maximise launch height and comfort.
Symmetrical, so it can be used for right handed and left handed throwers. One supplied per order.
Glue the horizontal mounts over the tip of the wing with epoxy or good quality thick CA. To eliminate the chance of it coming loose drill a 3 mm hole all through the mount and wing and peg it in place with some 3mm carbon rod. � � � 0� � � � � � � � 2 c1�C ] `}�`� DLG-CONTOURED-BLADE Contoured DLG Throwing Blade� A very high quality DLG throwing blade, with the popular bird wing shape. Beautifully molded from carbon fibre, and contoured to maximise launch height and comfort. Symmetrical, so it can be used for right handed and left handed throwers.
{table title="DLG Contoured Throwing Blade" class=1 cols=3 width=140,100 separator=: align=L,L,L}
Weight: 2.4 g
Max thickness of carbon: 2.0 mm
Height of both blades: 51 mm
Max width: 13.3 mm
Length of tang: 45 mm
Height of a single blade: 24 mm
{endtable}
The weight can be decreased by reducing the thickness of the carbon towards the ends of the blades, and by profiling the edges, to approximate to a thin ellipse.
To fit, open the end of the model's wing, and glue the tang inside the wing with epoxy or good quality thick CA. For excellent installation instructions see this {Href,http://www.rcgroups.com/forums/showthread.php?t=1517237, great RCGroups thread.}
Also called a contoured DLG launch blade, a seagull throwing peg, a curved launch blade. @ � &� � � � � � � � � � 2 � Was From Gavin Trussell @ RCGroups
20/4/2011 Gatrussell@aol.com $252.5 � 156.77 22 throwing pegs, PP Parts for resale � 7.13
Now from Craig and Denise Robinson <robinsonww@msn.com>
$160 for a batch of 12 c1�C( `}�`�� DEANS-MICRO-BLACK,Deans Micro Plug and Socket MPN 1241 - BlackD One set of Deans Micro plug and socket, in black. As used in Supra and Maxa wiring harnesses.
Polarised. Size approx 11 x 5.5 x 7 mm for each half, so the body is 11 x 5.5 x 14 mm when connected.
Suitable for all wing/fuselage wiring connection
Supra & Maxa wiring order: negative, gap, positive, signal 1, signal 2 � � *� � C� � � � � � � � ? 30/4/12 60 - Deans Micro 4 pin Plug & Socket - Black 4B PN 1241� 1241 c1�C� �}�b��
PUSHROD-OUTER3.4mm Pushrod Outer Tube 3.4mm outside diameter, 2.1mm inside diameter semi rigid polypropylene tube 1.5m long. These tubes have a low coefficient of friction, making them suitable as pushrod outers for our 1.5mm and 2mm carbon rods and tubes. They can also be used with 16 SWG or 14 SWG piano wire inners for larger models.
We recommend that 1.5mm carbon rod or 2mm carbon tube is used as the inner, as 2mm carbon rod is a slightly tight fit, increasing friction slightly.
{table title="3.4mm Polypropylene Tube Specification" class=1 cols=3 width=110,115,115 align=L,L,L}
Outside diameter, 3.4 mm, 0.134 in
Inside diameter, 2.1 mm, 0.083 in
Weight per length, 7.3 g/m , 0.08 oz/ft
{endtable}
The 1.5m long outers will be delivered coiled into a pizza box if ordered with other bendy things (up to 2mm OD carbon), and sent by Royal Mail.
Alternatively if a <A HREF="products.asp?code=POSTAGE-3" ><b><font color="#990000">1.5m Postal Tube</font></b></a> is purchased the tubes will be left straight and sent by courier.
Sold singly.
d � 9� � <� � � � � � � � ( c1�C�� +� @�`�
WINGTAPE-R Red Wing Attachment Tape 12mm� One roll of 66m of red vinyl tape 12mm wide.
This tape is ideal for securing wing panels. It is thin, low drag, and stays attached to the wing panel well. But in the event of a hard arrival or cartwheel it will split, reducing the chance of damage. � �
� � � � � � � � � � <
2E0 Rajapack ref: AD12R� �}�b�� SERVO-PROGRAMMER1Servo Programmer for DS6100, DS450 & DS460 ServosF Servo programmer software and USB interface for programming the DS6100, DS450, DS460, and all DS 4x0 servos.
Use this to set servo output angles, speed, torque, curve and analyse the switch-on current.
R/C servo motor input signal are 800us~2200us.
Do not obstruct the servo output arm by hand to avoid any damage . X � K�
-� � � � � � � � � d c1�CX `}�`� AVALON-EAvalon 3.7 Electric� {br,Available to special order only - please email to enquire}
The Vladimir's Models <b>Avalon 3.7</b> is a version of the world renowned electric Super AVA Pro-e with flaps and ailerons. It is called Super AVA Pro-e 4 Flap by other dealers, but we like the idea of a name to evoke legends!
The Super AVA Pro is a wonderful model with brilliant soaring capabilities, but many modellers have asked for a version with flaps and ailerons, to improve manoeuvrability and allow more accurate landings. The Avalon 3.7 with its large flaps and ailerons fulfils these requirements in several ways:- easier entry into and exit from thermal turns; the airfoil�s camber can be optimised in flight; walking speed accurate landings with 85 degrees of flap and the ailerons set for crow braking.
Highlights of the Avalon 3.7:
{bullet}
The large 3.7m span results in a very low sink rate, and has a large visual footprint, allowing the model to be flown further away than smaller soarers.
The fully articulated wing allows the model to outclimb others in weak lift, and also to penetrate back upwind after following a thermal to the limits of vision.
The Avalon wing planform has been optimised to be nearly elliptical, and the construction of the tip panels utilises a carbon D-box for stiffness and strength. Good adherence to the airfoil profile also gives a useful drag reduction.
The massive flap is bottom hinged, allowing the model to be slowed to walking pace and making accurate landings child's play.
The Avalon's high aspect ratio tailplane has a carbon D-box construction, increasing strength and reducing trim drag.
The fin has a molded fixed portion, with a low drag central tailboom attachment that allows the fin to be removed making the Avalon more transportable.
The electric fuselage has a beautifully executed canopy hatch allowing the battery to be inserted and connected easily, improving safety and usability on the field.
The pod also has a carefully engineered wing pylon to reduce interference drag. It is also very long allowing a smallish motor to be used to achieve the correct CG, and large propellers, for an efficient powertrain. Its rigid structure allows kilowatt sized motors to be installed for ultra fast climbs, if required.{endbullet}
Vladimir has taken the build to a new level of completeness, so the Avalon can be assembled in only a few hours. Work done in the factory to speed final assembly is as follows:-
{bullet}
The wing control surfaces have been hinged and the servo wires threaded into place.
All pushrods and horns have been fabricated, wires bent, etc.
Fitting the servos in the fin has been simplified.
The only work required to compete the model is to glue the boom to the pod; attach the V mount and fin, then install the powertrain & RC gear.{endbullet}
The Avalon is a thermal duration eSoaring model suitable for sports fliers and competition fliers alike, the fully articulated wing makes it great fun to fly, with responsive handling and a very wide speed range.
{table title="Avalon Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 3.7 m, 147 in
Wing area, 82.3 dm2, 1276 sq in
Length, 185 cm, 72.8 in
Flying weight from, 1770 g, 62.4 oz
Wing loading, 21.5 g/dm, 7.0 oz/sq ft
Aspect ratio, 16.9,
Wing airfoil, AG24/25/26,
EDA (dihedral), 7.5�,
Spinner Diameter, 38 mm,
Centre of Gravity, 100-108 mm from wing leading edge
Controls, "Rudder, elevator, ailerons, flaps"
{endtable}
{table title="Avalon Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 209 g, 7.4 oz
Wings, 832 g, 29.3 oz
Fin, 39 g, 1.4 oz
Tailplane, 27 g, 1.0 oz
Accessories, 50 g, 1.8 oz
Total structure, 1157 g, 40.8 oz
Wiring & glue, 20 g, 0.7 oz
Tail ext leads, 20 g, 0.7 oz
Receiver, 12 g, 0.4 oz
Tail servos, 20 g, 0.7 oz
Wing servos, 64 g, 2.3 oz
Regulator, 52 g, 1.8 oz
Motor, 230 g, 8.1 oz
Prop & spinner, 35 g, 1.2 oz
Battery, 160 g, 5.6 oz
Flying weight, 1770 g, 62.4 oz
{endtable}
The above equipment should balance the Avalon in the middle of the CG range. A ligher powertrain or battery will require lighter tail extension leads, or moving one or both the tail servo forward into the pod.
{table title="Recommended Servos" class=1 cols=2 width=110,235 align=L,L autohref=2}
Elevator & rudder, MKS DS6100, KST X08, Hyperion DS09-AMD
Flap, Hyperion DS095-FMD, DS13-TMB, MKS DS6125 Mini, KST DS125
Aileron, MKS DS6100, KST DS115, Hyperion DS09-AMD
{endtable}
{table title="Avalon Control Movements" class=1 cols=2 width=110,300 align=L,L,L}
Rudder, 57 mm each way
Flap, 85 degrees down
Ailerons, 25 mm up, 18 mm down
Elevator, 21 mm up, 23 mm down
Elevator neutral, 42 mm from the trailing edge to the top of the boom
Flap elevator mix, With full flap elevator 11.5 mm down. With 60% of the movement the first 30% of flap travel
CG for above, 101 mm from LE
{endtable}
<b>Recommended Powertrains</b>
Kontronik Kira 500-30 with 5.2:1 box, 18x12 RFM prop, 3S 2.2Ah LiPo, 80A ESC
Kontronik Kira 500-30 with 6.7:1 box, 18x10 prop, 4S 3Ah LiPo (62A, 3300 fpm)
Hacker B50 9S with 6.7:1 box, 17x10 prop, 3S 2.5Ah LiPo (84A, 2900 fpm)
Hacker B50 9S with 6.7:1 box, 16x10 prop, 3S 2.5Ah LiPo (69A, 2400 fpm)
Kontronik Kira 500-36 with 6.7:1 box, 17x11 prop, 3S 2Ah LiPo (63A, 2400 fpm)
Kontronik Kira 500-36 with 6.7:1 box, 16x13 prop, 3S 2Ah LiPo (59A, 2050 fpm)
Kontronik Kira 500-36 with 6.7:1 box, 16x10 prop, 3S 2Ah LiPo (47A, 1900 fpm)
Hyperion Gs3032-08 direct drive, 16x10 prop, 3S 2.5Ah LiPo (74A, 2400 fpm) *
Hyperion Gs3032-08 direct drive, 16x8 prop, 3S 2Ah LiPo (63A, 2200 fpm) *
Hyperion Gs3025-10 direct drive, 16x10 prop, 3S 3Ah LiPo (72A, 2370 fpm)*
Hyperion Gs3025-10 direct drive, 15x10 prop, 3S 3Ah LiPo (60A, 2000 fpm)*
Hyperion Gs3025-10 direct drive, 15x8 prop, 3S 3Ah LiPo (51A, 1880 fpm)*
*The Gs30xx motor leads will have to be routed externally for a short distance.
Our thanks to Martin Bell and Andy Clark for the Avalon/Super AVA Pro 4 Flap photos and setup info. q � � � � � � � � � � � � � � 879.00 fXx�� `}�`�� PULSAR-4000E Pulsar 4000e The <b>Pulsar 4000e</b> is a completely new model, though highly influenced by its very successful Pulsar 3.2 and 3.6 predecessors. It has the largest wing of all the electric F5J models we sell (and probably the largest of this type in the world), giving the model an extremely low wing loading, and thus an amazingly low sink rate, and the ability to climb out in even the weakest of thermals. This combined with the very large visual footprint allows this model to be flown very high, and to excel at duration events, and sport flying on those perfect summer evenings we all dream of.
It uses the latest Ukrainian composite construction techniques and a modern aerodynamic design utilising Mark Drela's AG26 airfoil, optimised for high performance thermal duration planes. The low wing loading and generous dihedral gives excellent thermal climb performance, with the fully articulated wing controls allowing the model to be centred accurately in small turbulent thermals. The thin low drag airfoil works well over a surprisingly large speed range, allowing the model to be safely brought back after drifting far downwind. The large flap and ailerons allow steep slow final approaches, allowing even club pilots to score top landing points, and bring home the wood.
Like other highest performance thermal duration sailplanes the entire model is constructed using free-flight techniques. The wing is a balsa built-up carbon fibre and Kevlar D-box design that utilizes carbon capped balsa ribs and a carbon trailing edge. The open section wing and tail are covered with Ultracote Lite.
The fuselage is made of white gel-coated Kevlar cloth with carbon tapered boom and removable Kevlar nose cone to give good access to the electric motor and battery. The three piece wing and 2-piece conventional tail are easily removable for transport and storage. The rudder servo installs in the vertical stab, and the elevator servo fits in the end of the carbon fibre boom.
The fuselage pod is made from Kevlar so it is 2.4GHz friendly, making the installation of 2.4GHz RC straightforward.
The Pulsar 4e is a very high performance thermal duration eSoaring model, but its good handling makes it suitable for both sports fliers and competition fliers.
Our thanks Rui Silva for permission to use his photos, more available <a href="https://sites.google.com/site/f5jportugal/pulsar-4000" target="_new">here</a>. The Pulsar 4000e is also known as the Pulsar 4m, Pulsar 4me and the Mega Pulsar.
{table title="Pulsar 4000e Specification" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 3.98 m, 157 in
Wing area, 104.5 dm2, 1620 sq in
Length, 1.78 m, 70 in
Typical flying weight, 1900 g, 67 oz
Wing loading, 18.2 g/dm2, 6.0 oz/sq ft
Dihedral (EDA), 3 degrees
Aspect ratio, 15.2
Wing airfoil, AG26
Spinner diameter, 38mm
Centre of Gravity, 119 mm from wing leading edge
Controls, "Elevator, rudder, flaps, ailerons"
{endtable}
{table title="Pulsar 4000e Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage & tail, 191g, 6.7 oz
Wing, 874g, 30.8 oz
Tail plane, 45g, 1.6 oz
Fin, 35g, 1.2 oz
Accessories, 43g, 1.5 oz
Total structure, 1188g , 41.9 oz
RX, 30g, 1.1 oz
Six Servos, 60g, 2.1 oz
ESC, 40g, 1.4 oz
Motor, 300g, 10.6 oz
Propeller, 50g, 1.8 oz
Battery, 200g, 7.1 oz
Ext Leads, 35g, 1.2 oz
Total Flying Weight, 1913g, 67.5 oz
{endtable}
{table title="Recommended Servos" class=1 cols=2 width=110,235 align=L,L autohref=2}
Elevator & rudder, Hyperion DS09-AMD, MKS DS6100
Flap, KST DS125, MKS DS6125, MKS DS6125 Mini, Hyperion DS095
Aileron, KST DS115, MKS DS6100, Hyperion DS09-AMD
{endtable}
<b>Recommended Powertrains</b>
Kontronik Kira 500-30 with 6.7:1 box, 18x10 prop, 4S 3ah LiPo (62A, 3300 fpm)
Hacker B50 9S with 6.7:1 box, 17x10 prop, 3S 2.5ah LiPo (84A, 2900 fpm)
Hacker B50 9S with 6.7:1 box, 16x10 prop, 3S 2.5ah LiPo (69A, 2400 fpm)
Kontronik Kira 500-36 with 6.7:1 box, 17x11 prop, 3S 2ah LiPo (63A, 2400 fpm)
Kontronik Kira 500-36 with 6.7:1 box, 16x13 prop, 3S 2ah LiPo (59A, 2050 fpm)
Kontronik Kira 500-36 with 6.7:1 box, 16x10 prop, 3S 2ah LiPo (47A, 1900 fpm)
Hyperion Gs3032-08 direct drive, 16x10 prop, 3S 2.5ah LiPo (74A, 2400 fpm)
Hyperion Gs3032-08 direct drive, 16x8 prop, 3S 2ah LiPo (63A, 2200 fpm)
{video,3UqYUw04Qjs} X � {-� � � � � � � � � � � � was on sale @ 689.00 c1�C
� �}�b�� BINGO
Bingo 2.5mi
The Bingo (also known as a Pulsar 2.5e) is an excellent intermediate size electric glider. It is beautifully made using the latest high tech composite construction techniques in Ukraine. The large ailerons and flaps give the model a very good feel in the air, and allow camber changing to optimise the wing section to the current task, whether it is maximising the lift by increasing camber to stay in the core of the thermal, or decreasing camber to allow the model to be flown back upwind with minimal height loss.
The lightweight three piece wing is very rigid and strong. It is built with a substantial Kevlar wrapped carbon spar, a Kevlar/carbon D-box, carbon capped ribs and a carbon trailing edge. The ailerons, flaps and rudder are pre-hinged with integral shrouds fitted to the flaps, making crow braking very effective, and ensuring accurate landings. The well proportioned V tail is removable and gives good control. The fuselage uses a removable nosecone to allow good access to the powertrain.
<i>Recommended powertrains, all for a 3S 1.2ah 40C LiPo:</i>
Kontronik KIRA 400-34 + 5.2:1, 13" x 10" (35A giving vertical climbs at 31m/s ~ 3000 fpm)
Mega 16/15/4 geared 4.4:1 16x10
Hacker B40 18S geared 4.4:1, 15x10
{href, http://www.hobbyking.com/hobbyking/store/uh_viewItem.asp?idproduct=9449,Turnigy 540L} direct drive, 12x9 (32A, 14m/s ~2500 fpm)
These may all be a bit too light to balance the model easily - be sure to use D47 tail servos and lightweight extension leads if using the above.
{table title="Bingo Specification" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.46 m, 96.9 in
Wing area, 41.2 dm2, 638.6 sq in
Length, 1.32 m, 52 in
Flying weight from, 1000 g, 35.3 oz
Wing loading, 24.3 g/dm2, 8.0 oz/sq ft
Aspect ratio, 8.2
Wing airfoil, RG15
EDA, 4 degrees
Spinner diameter, 40 mm
Centre of Gravity, 60-70 mm from wing leading edge
Controls, "Ailerons, V tail, flap, Motor "
{endtable}
{table title="Bingo Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 138 g, 4.9 oz
Wing, 366 g, 12.9 oz
V tails, 38 g, 1.3 oz
Accessories, 31 g, 1.1 oz
Total structure, 573 g , 20.2 oz
Wiring loom etc, 40 g, 1.4 oz
"Rx, ESC, servos", 117 g, 4.1 oz
Motor & gearbox, 140 g, 4.9 oz
Prop & spinner, 30 g, 1.1 oz
Flight battery, 100 g, 3.5 oz
Flying weight, 1000 g, 35.3 oz
{endtable}
{table title="Recommended Servos" class=1 cols=2 width=110,235 align=L,L autohref=2}
V Tails, Ripmax SD100, Dymond D47, LSX110, MKS Nuke 3, Hyperion DS09-SCD
Ailerons, MKS DS6100, Ripmax SD150, Dymond D60, LSX180, Hyperion DS09-SCD
Flaps, MKS DS6100, Hyperion DS09-AMD
{endtable}
" � �K� � � � � � � � � � � � � c1�C ��b� SERVO-COVER-SML,Small Plastic Shrouded Servo Cover (makes 2)p This economic white plastic wing servo cover molding is used to make a low drag shrouded servo cover for a flap or aileron servo. The molding should be cut in half to make a pair of servo covers.
These are light weight, and suitable for most wings.
{table title="Small Plastic Shrouded Servo Cover Specification" class=1 cols=2 width=150,115 align=L,L,L}
Thickness of sheet, 0.5 mm
Chordwise length, 80 mm
Spanwise length, 61 mm
Distance of shroud from edge, 14 mm
Thickness of shroud, 8 mm
Height of shroud, 10 mm
Weight, 2.2 g
{endtable}
Trim to size to suit your application and attach with clear tape.
N � � � � � � � � � � � 2G4% i} � . �}�b�� MKS-STICKERS%MKS Stickers - Free with �40 purchase� High quality MKS Stickers
If you purchase �40+ of MKS servos please feel free to add this to your shopping basket.
(It won't be added automatically.)
� � � � � � � � � � � � R��y � �}�b� HYPERSPIN-32-4-PWR&32mm HyperSpinner Power for 4mm shafts! {SpinnerPower,32,4,0,27,11.6,all} D � � � #� � � � � � � � F d*�, � �}�b� HYPERSPIN-32-317-PWR032mm HyperSpinner Power for 3.17mm (1/8") shafts$ {SpinnerPower,32,3.17,0,27,11.6,all} C � � � #� � � � � � � � F d*�5 �}�b�� SKYLITE-THERMAL-ESkyLite Thermal-e�
The <b>SkyLite Thermal-e</b> is a fun to fly smaller electric thermal soaring glider. The partially molded construction gives it an excellent performance, and keeps the weight and the cost down. The wing front part is of molded construction, with an integrated carbon spar. The rear of the wing is made from film covered CNC cut balsa ribs with a molded trailing edge. The wing joiner is a 5mm steel rod for maximum resilience, with the wings bolted onto the glass fibre 2.4GHz friendly fuselage. The fuselage is ready fitted with a firewall for easy motor mounting, and the larger than normal spinner diameter allows a small outrunner to fit in the fuselage without difficulty, greatly reducing the powertrain cost. The X tail is removable and is hinged with Kevlar. A full accessory pack is included.
The wing is fitted with large ready-hinged flaps to allow the model to be safely dived out of a thermal, and to assist with accurate landings.
The SkyLite Thermal-e is very similar to the Highlight 1.8 electric RC glider that used be popular in the UK. As these have only just arrived we only have a generic instruction guide for the Sky series range. A small discount may be given to any modeller able to help producing a specific guide for this model - phone for more info.
{table title="SkyLite Thermal-e Specification" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.8m, 71 in
Wing area, 26.5 dm2, 411 sq in
Length, 10.5 m, 41.3 in
Flying weight from, 683 g, 24.1 oz
Wing loading, 25.8 g/dm2, 8.4 oz/sq ft
Aspect ratio, 12.2
Wing airfoil, MH32
EDA (dihedral), 12.5 degrees
Spinner diameter, 36 mm
Centre of Gravity, 70 mm from wing leading edge
Controls, "Rudder, elevator, flaps x 2"
{endtable}
{table title="SkyLite Thermal-e Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 151 g, 5.3 oz
Wings, 237 g, 8.4 oz
Tailplane, 19 g, 0.7 oz
Fin, 9.0 g, 0.3 oz
Accessories, 26 g, 0.9 oz
Total structure, 442 g , 15.6 oz
Extension leads, 30 g, 1.1 oz
"Rx, ESC, servos", 71 g, 2.8 oz
Motor, 45 g, 1.6 oz
Prop & spinner, 25 g, 0.9 oz
Flight battery, 70 g, 2.5 oz
Flying weight, 683 g, 24.1 oz
{endtable}
{table title="Recommended Servos" class=1 cols=2 width=110,235 align=L,L autohref=2}
Elevator & rudder, MKS S311, MKS DS6100, KST DS09A
Flap, MKS P-03 MG, MKS DS6100, Ripmax SD150
{endtable}
<b>Recommended Powertrains</b>
Hyperion GS2213-14 9x6 prop, 3S 900mah LiPo (23A, 1930 fpm)
Hacker A20-20L 10x7 prop, 3S 900mah LiPo (21A, 1950 fpm)
Hacker A20-20L 13x9 prop, 2S 900mah LiPo (23A, 1750 fpm)
Hacker A20-26M 9x6 prop, 3S 600mah LiPo (16A, 1530 fpm)
Dualsky XM2826CA-10, 9x6 prop, 2S 900mah LiPo (23A 1400 fpm) P � �-� �-� y� � � � � � � � � c1�C� `}�`�� SKYLITE-THERMALSkyLite Thermal The <b>SkyLite Thermal</b> is fun to fly smaller glider for flat field or slope use. The partially molded construction gives it an excellent performance, and keeps the weight and the cost down. The wing front part is of molded construction, with an integral carbon spar. The rear of the wing is made from film covered CNC cut balsa ribs with a molded trailing edge. The wing joiner is a 5mm steel rod for maximum resilience, with the wings bolted onto the glass fibre 2.4GHz friendly fuselage. The V tail is removable and is hinged with Kevlar. A full accessory pack is included.
The wing is fitted with large ready-hinged flaps to allow the model to be safely dived out of a thermal, and to assist with accurate landings.
The SkyLite Thermal is very similar to the Highlight 1.8 glider that used be popular in the UK. As these have only just arrived we only have a generic instruction guide for the Sky series range. A small discount may be given to any modeller able to help producing a specific guide for this model - phone for more info.
{table title="Skylite Thermal Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.8 m, 71 in
Wing area, 26.5 dm2, 411 sq in
Length, 108 cm, 42.5 in
Flying weight from, 602 g, 21.2 oz
Wing loading, 22.7 g/dm, 7.4 oz/sq ft
Aspect ratio, 12.2,
Wing airfoil, MH32,
EDA, 6.4�,
Centre of Gravity, 70 mm from wing leading edge
Controls, "Rudder, elevator, flaps x2"
{endtable}
{table title="Skylite Thermal Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 136 g, 4.8 oz
Wings, 246 g, 8.7 oz
Tail, 21 g, 0.7 oz
Accessories, 28 g, 1.0 oz
Total structure, 431 g, 15.2 oz
Wiring, 14 g, 0.5 oz
Pushrods, 11 g, 0.4 oz
Receiver, 10 g, 0.4 oz
Tail servos, 18 g, 0.6 oz
Wing servos, 18 g, 0.6 oz
Battery, 100 g, 3.5 oz
Noseweight, 11 g, 0.4 oz
Flying weight, 602 g, 21.2 oz
{endtable}
{table title="Recommended Servos" class=1 cols=2 width=110,235 align=L,L autohref=2}
Elevator & rudder, MKS S311, MKS DS6100
Flap, MKS P-03, MKS DS6100
{endtable}
� �-� � t(� � � � � � � � � < to include pushrods
2x 20swg (full length)
1x 18swg (30cm) c1�C 6� �}�b�
HYPER-23ME Hyper 2.3me�6 The <b>Hyper 2.3me</b> is an ultra lightweight 93" span electric soarer that excels in light air. It is beautifully made using the latest high tech composite construction techniques in Ukraine. The large ailerons and flaps give the model a very good feel in the air, and allow camber changing to optimise the wing section to the current task, whether it is maximising the lift by increasing camber to stay in the core of the thermal, or decreasing camber to allow the model to be flown back upwind with minimal height loss.
The lightweight three piece wing is very rigid and strong. It is built with a substantial Kevlar wrapped carbon spar, a Kevlar/carbon D-box, carbon capped ribs and a carbon trailing edge. The ailerons, flaps and rudder are pre-hinged, making crow braking very effective, and ensuring accurate landings. The removable tailplane and compact dimensions allow the model to be transported easily. The fuselage incorporates a large canopy hatch to give good access to the powertrain. The rudder servo is designed to be housed in the fin, with the elevator servo fitted in the rear of the pod. Control horns are supplied, but pushrods will need to be supplied by the builder.
See this {href,http://www.rcgroups.com/forums/showthread.php?t=719135, RCGroups Hyper 2.3 Build Thread} for a lot of useful info. However the fin and rudder servos are now at the rear, so the early balance difficulties are now fixed.
Recommended powertrains:
Hacker A20-26M* 9x6 prop, 3S 500mAh LiPo
Hacker A20-20L* 13x9 prop, 2S 500mAh LiPo
Hacker A10-7L geared 4.4:1, 3S 500mAh LiPo, 12x10 folding prop, 12A, 7.5m/s
Hacker A10-7L geared 4.4:1, 3S 500mAh LiPo, 13x8 folding prop, 13A, 8.5 m/s
*these will need the motor wires exiting the front of the pod to clear the rotating can.
{table title="Hyper 2.3 Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.3 m, 92 in
Wing area, 44.9 dm2, 696 sq in
Length, 116 cm, 45.5 in
Flying weight from, 630 g, 22.2 oz
Wing loading, 14.0 g/dm2, 4.6 oz/sq ft
Aspect ratio, 12.3,
Wing airfoil, AG04,
EDA (dihedral), 5.7�,
Spinner Diameter, 30 mm,
Centre of Gravity, 80-84 mm from wing leading edge
Controls, "Rudder, elevator, ailerons, flap"
{endtable}
{table title="Hyper 2.3 Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 52 g, 1.8 oz
Boom, 22 g, 0.8 oz
Wing C/S, 128 g, 4.5 oz
Wing Tips, 162 g, 5.7 oz
Tailplane, 22 g, 0.8 oz
Fin, 13 g, 0.5 oz
Accessories, 20 g, 0.7 oz
Total structure, 419 g, 14.8 oz
Wiring, 10 g, 0.4 oz
Pushrods, 5 g, 0.2 oz
Receiver, 6 g, 0.2 oz
Tail servos, 10 g, 0.4 oz
Wing servos, 20 g, 0.7 oz
Speed control, 20 g, 0.7 oz
Motor, 45 g, 1.6 oz
Prop & spinner, 25 g, 0.9 oz
Battery, 70 g, 2.5 oz
Flying weight, 630 g, 22.2 oz
{endtable}
{table title=" Recommended Control Throws" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder, 22 mm each way
Tailplane, 10 mm up / 10 mm down
Flaps, 3 mm up / 50 mm down
Ailerons, 20 mm up / 15 mm down
<i>Recommended flight mode settings</>
Speed mode, flap 1.5 mm up, ailerons aligned with flap
Thermal mode, flap 3 mm down, ailerons aligned with flap
Crow brake mix, 10 mm up aileron with full down flap
{endtable}
{table title="Recommended Servos" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder & elevator (2 servos), Ripmax SD100, Power HD DSM44, KST X08
Ailerons (2 servos), Ripmax SD100, Ripmax SD150, Corona DS843MG, Hyperion DS09-SCD, Power HD DSM44, KST X08
Flap (1 servo only), Ripmax SD150, Corona DS843MG, Hyperion DS09-SCD, Hyperion DS09-AMD, KST X08, MKS DS6100
{endtable}
{b,Notes}
The canopy is held in place by two carbon tabs at the rear, and a tongue at the front. To release it unclip the rear tabs and ease it back.
The tailplane mount is already installed as part of the tailplane assembly, but is supplied pushed back into the void in the underside of the tailplane and isn't obviously articulated. To see it gently pull out the carbon mount, it rotates around the tubular spar.
<b>The info below was written by Sal of NESail, and despite being a bit dated and OTT it does provide some useful info. </b>
<i>New Hyper 2.3ME!!!! From the Ukraine where all the best and lightest synergistic composite sailplanes are made comes newest Hyper the Hyper 2.3ME! Like the Hyper 2 ME the Hyper 2.3ME combines the technology from the Hyper DLG Sailplane with newer airfoils and longer wingspan, three piece wings with flaps(optional) and the ability to fly as an electric sailplane! Like all sailplanes form the Ukraine, the Hyper 2.3 ME is a technological breakthrough. A light, strong wing with a molded Carbon fiber leading edge and a blend of carefully machined ribs reinforced with carbon fiber and Kevlar, the Hyper 2.3 ME achieves strength and torsional rigidity reserved only for fully molded wings at literally half the weight.
This new Hyper has the lowest wingloading of any electric sailplane we have seen to date! The airframe is only 13.5 ounces! And that is with a wingspan of 92.5"! The span loading on the Hyper 2.3 ME is fantastic! The Hyper 2.3 ME is built very much like the Hyper 2 ME but with some pretty important changes! First the wingspan has been increased with very little addition of weight which results in a much improved L/D and better sinkrate. Second, the boom has been increased in length, with a larger horizontal tail to accommodate the increased wingspan. Third, the wings outer panels have been increased in length and the tips has built in twist to decrease drag at the tips while increasing stability. The overall effect ins dramatically increased performance with improved L/D and decreased sinkrate. Best of all you can use the same motor systems used on the Hyper 2.3ME and the Renny 2M
Like the Hyper 2ME here is the general description:
The workmanship on the Hyper 2.3ME is simply amazing! The tapered, spiral wrapped carbon fiber tail boom fits perfectly into the rear fitting on the fiberglass and carbon pod with fitted canopy. The interior of the fuselage is spacious enough to handle a Speed 400 geared motor or any brushless (up to speed 400 in size) that you wish to use. The ailerons and flaps are accurately built and pre-hinged to the wing. The trailing edges are a thin piece of carbon fiber for rigidity and strength. The tails are completely built up with carbon fiber at the trailing edges. The newest version sports a separate horizontal fin and elevator mounted on a small pylon with the vertical fin and rudder going through a slot at the back of the boom. As with all parts on the Hyper 2.3ME, what is evident is the attention to detail. A really beautiful setup that is light and very strong.
Portability is one of the strong points with the Hyper 2.3ME. The wing is three piece with hollow aluminum wing rods. The outer tips have the ailerons and the center section has the flap. Only one servo is needed for flap actuation making setup very easy. The horizontal stab is removable with one bolt so you can break down the Hyper to a flat package for shipping and transport. A perfect sailplane for taking on a vacation!
Similar to the Hyper DLG, the Hyper 2.3ME is a ship fully built and ready for radio installation. Only 5 servos are needed for the Hyper 2.3ME. We have used the S3110, DS285, HS-56B or the HS-55 servos with good results. Two are needed for the ailerons, one for the flaps, one each for the rudder and elevator. The ailerons are separately built and pre-hinged for you (Flaps too!). The ailerons are inboard of the wingtip by seven inches, allowing greater throw while still maintaining good control and airflow over the tips. The tips are fully curved and are angled upward from the outer tips, increasing overall dihedral. This makes for excellent fast response with no fear of a possible tip stall. The handling is very easy going on the Hyper 2.3ME. The tail has some very cool and unique features. First of all, the tail surfaces have fully curved leading edges and are built from balsa reinforced with carbon fiber with carbon fiber trailing edges. The stabilizer is full flying and is unique to the Hyper 2.3ME. The horizontal tail simply bolts onto a fitting on the back of the tailboom. The tail is hinged at this point so that it pivots right at the back of the boom resulting in a full flying stabilator. This gives the Hyper 2.3ME very smooth and positive pitch response with an absolute minimum of drag. The vertical fin mounts in front of the stabilizer assembly. The quality and fit of parts is the highest and installation of radio equipment should only take an evening. Overall perfect parts fit and good looks are already a given in Hyper 2.3ME.
We find that the Hyper is one of the lightest European production sailplanes and consequently will fly in very light lift. New airfoils that are currently being developed in Europe are easily becoming a match for some of the best American designed airfoils, but this one is better. The Hyper 2.3ME incorporates the drela designed airfoil and tweaked by some of the best in Eastern Europe. The result is a sailplane that is absolutely competitive in F5J competition. This is what the Hyper 2.3ME was made for! The airframe of the Hyper 2.3ME is only 13.5 ounces! This the lightest and still the strongest airframe of its size and type found anywhere! With the proper motor system the Hyper 2.3ME will climb rapidly to thermal height. The high aspect ratio, clean, and well-designed airframe/planform and the excellent choice of airfoils will result in a high L/D, low sinkrate, wide speed range,. This sailplane is perfectly balanced in design for thermal flying, because the wing will produce lift and low speeds and the shape and dihedral of this wing is ideally suited for thermal turns. The low drag design further enhances the ability of the Hyper 2.3ME to move from one thermal area to another. Due to the structure the handling is very light and immediate and this really becomes useful in working light lift or small strong thermals. Of all the competition ships that we have flown the Hyper is by far the easiest to fly and get the maximum performance with the least amount of tweaking. It seems to be very forgiving and once it enters it tends to stay in a thermal with very little persuading. We have been surprised by both the performance of this sailplane and just how easy it is to fly and thermal well.
This is a high performance thermalling sailplane and and needs the pro-per radio equipment to get the best out of this amazing sailplane. We suggest using a radio that is capable of handling flaps. For example, a JR 9303, Stylus, Futaba 9C Super will all work fine. Since the Hyper 2.3ME has only one flap servo for the center section, only one flap channel is needed, so for the more economy minded the Eclipse 7 or even the Optic 6 will work fine.
Servos are an important decision for any performance sailplane and the Hyper 2.3ME is no different in this respect. We suggest using S3114 servos for the ailerons, elevator and rudder and using one HS-65MG for the flaps. This gives you the best combination of performance, lightest weight and are still very economical. If using a standard 72Mhz system we highly recommend the Berg 7 channel receiver as it is very small and light.
We suggest the Hacker B20-15L with 4-1 Planetary geardrive as the best motor for this sailplane. It will give you very low weight but amazing performance. The Mini Axi system is a acceptable low cost alternative.
Note: The Hyper 2.3ME is ideal for many of the new brushless F5J competitions happening all over the Country. The flying weight is very low but with this large wingspan you not only be able to thermal in the lightest lift but you be able to range farther than any of the typical 1.8 - 2 Meter designs
Please see our motor system below:
Mini Axi Motor System-Li-Poly!
Mini Axi Extreme Brushless motor with 6-1 inline reduction drive, Phoenix 25 Brushless speed control, folding prop system with hub, adapter and spinner), 3-cell 1320 mah Li-poly Battery pack and all hardware. This system is one of the lightest ways to go and have excellent performance and climb!
Hacker B20L Motor System-Li-Poly!
Ultimate in lightweight performance, this motor system simply rocks! We use the Hacker B20-15L with Maxon 4.4-1 Planetary Geardrive, Phoenix 25 Brushless Sensorless speed Control, aluminum 30mm spinner, Graupner Cam Folding prop, 3-cell 1320 mah ThunderPower 20C battery pack, and all hardware and connectors. This is the ultimate in lightweight, thermal and motor performance.
Sal Says:
Quite a bit of testing and research went into this new Hyper 2.3ME and the results have been amazing. This the lightest, highest performance electric sailplane in our series of "ultralights" to date! The extremely low sinkrate has to be experienced to be believed and the dramatically improved L/D makes this a ship that can easily keep up with much larger sailplanes. We have found that you can work the lightest lift from below tree top level and still the longer span makes the Hyper 2.3ME easier to see and longer distanmces giving you the ability to reach those far away thermals. I have found that if you can't find lift with the Hyper 2.3ME there isn't any!</i>
<iframe src="http://player.vimeo.com/video/13808952?title=0&byline=0&portrait=0" width="400" height="225" frameborder="0"></iframe><p><a href="http://vimeo.com/13808952">Hyper 2.3M soaring</a> from <a href="http://vimeo.com/user1655424">320 pilot</a> on <a href="http://vimeo.com">Vimeo</a>.</p>
<iframe src="http://player.vimeo.com/video/26519387?title=0&byline=0&portrait=0" width="400" height="300" frameborder="0"></iframe><p><a href="http://vimeo.com/26519387">Go Pro HD on my Hyper 2.3</a> from <a href="http://vimeo.com/user1655424">320 pilot</a> on <a href="http://vimeo.com">Vimeo</a>.</p>
' � �2� � J � � � � � � � � � c1�C [ �}�b�� TASER-CARBON Taser Carbon�
The <b>Taser Carbon</b> is a very lightweight thermal soarer designed by the renowned Podivin Composite Modellbau team. This Austrian manufacturer is best know for their Fireworks series of competition winning discus launched gliders. It is just like the standard model but the wing and V tail have a carbon fibre cloth skin. Apart from looking great this makes the wing a lot stronger, reducing hangar rash and allowing high energy aerobatics, but only adds a little to the weight.
<img src="extras/taser-carbon.jpg" alt="Taser Carbon wing skin">
The model is a fully molded 2m electric glider intended mainly for competitive and sport thermal soaring. The carbon layup wing shows off the carbon weave beautifully, and the lack of gelcoat helps keep the weight down to a minimum. The advanced design by Marcus Podivin uses a mixture of computer assistance and careful flight testing, with stepwise refinement to arrive at a perfect compromise of performance, flying characteristics and resilience.
The near elliptical two piece wing has of 7 degrees of dihedral, giving it good stability, especially in tight thermal turns. Its thin Drela airfloils and large camber changing flap/ailerons give the Taser a large speed range, allowing it to be used in winds up to about 15mph. The flaps and ailerons are expertly gap sealed, to minimise drag and ensure excellent control feel. The flaps and ailerons are supplied joined, in one piece, so the model can be setup to use two servos on flaperons, or four servos controlling the flaps and ailerons separately.
The all carbon fuselage has a removable carbon canopy hatch. The fuselage is very slim, reducing drag, but requiring small RC gear, and a small powertrain. The model is easily transported with its two-piece wings and compact V tail. The Taser is almost completely built at the factory, very little work is required to finish it.
To see more photos and read an in-depth independent report we recommend you download the {href,extras/Taser-Aufwind-Review.pdf" target=,Aufwind Taser Review} - scroll to the end to see the English translation. Also look at this excellent {href,http://www.rcgroups.com/forums/showthread.php?t=1823540, RCGroups Taser thread} about a Taser Carbon built down to 500 g.
{table title="Taser Carbon Specification" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.0 m, 79 in
Wing area, 30 dm2, 465 sq in
Flying weight, 540 g, 19.0 oz
Wing loading, 18 g/dm2, 5.9 oz/sq ft
Aspect ratio, 13.3
Wing airfoil, AG455ct-02f - AG47ct-02f
EDA, 7 degrees
Spinner diameter, 32 mm
Centre of Gravity, 60-68 mm from wing leading edge
Controls, "Ailerons, optional flaps, V tail x2"
{endtable}
{table title="Taser Carbon Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 38 g,1.3 oz
Wing, 225 g, 7.9 oz
V tail, 21 g, 0.7 oz
Accessories, 14 g, 0.5 oz
Total structure, 298 g , 10.5 oz
{endtable}
{table title="Recommended Servos" class=1 cols=2 width=110,235 align=L,L autohref=2}
Elevator & rudder, MKS DS6100, Hyperion DS09-SCD, Ripmax SD100, KST X08, KST DS245S
Flap, Hyperion DS09-AMD, Ripmax SD150, KST X08, KST DS245S
Aileron, Hyperion DS09-SCD, Ripmax SD100, KST X08, KST DS245S, KS HD47MG
{endtable}
<b>Recommended Powertrains</b>
Hyperion 2213/20, 13x8 prop, 1.2Ah 2S LiPo, 25A ESC (recommended)
AXI 2212/26, 10x6 prop, 0.8Ah 2S LiPo, 12A ESC (lightweight)
<b>Recommended Control Throws & Mixes</b>
See the Taser Build Instructions (link below).
{video,4wbqoBQk9-k}
{video,67kWI_qpzho} 1 � �/� M� �2� � � � � � � � � c1�C �}�b�� PUSHROD-EXIT-FAIRINGPushrod exit fairing� 1 Pushrod exit fairing, as used on the Supra, Sprite, ad other Vladimir's Models planes.
Limited to 4 per customer per order please. ' � � � � � � � � � � � c1�C � ��b� SPINNERCONE-38-ORN!Neon Orange Cone for 38mm Spinner8 Replacement neon orange cone for all 38mm HyperSpinners. � � )� � #� � � � � � � � 2D5 Plastic j�� � �}�b��
PIANO-WIRE-200.91mm 20SWG Piano Wire {pianowire,20,0.91,0.036} 6 � S� � $� � � � � � � � c1�C � `}�`��
PIANO-WIRE-220.71mm 22SWG Piano Wire {pianowire,22,0.71,0.028} , � Y� � '� � � � � � � � ; Try Holt Springs for future orders
sales@holtsprings.co.uk c1�C � �}�b��
PIANO-WIRE-161.63mm 16SWG Piano Wire {pianowire,16,1.63,0.064} J � a� � /� � � � � � � � c1�C � `}�`��
PIANO-WIRE-240.56mm 24SWG Piano Wire {pianowire,24,0.56,0.022} " � � � ,� � � � � � � �
B Could try http://www.pianowire.co.uk or http://www.smetals.co.uk
c1�C6+ +E� ��b� SPINNERCONE-30-WHTWhite Cone for 30mm Spinner� Replacement white spinner cone for all 30mm HyperSpinners.
Note these cones do not fit the 30mm {b,Power} HyperSpinners we sell, just the standard ones. - � � � 2� � � � � � � � 2D5 P �}�b� SPINNERCONE-32-WHTWhite Cone for 32mm Spinnerw Replacement white spinner cone for all 32mm HyperSpinners.
These fit both the normal and the Power 32mm spinners
A � � � 2� � � � � � � � 2 Plastic c1�C � �}�b�� DS460-GEAR-SETDS460 Replacement Gear Set* Replacement gear set for MKS DS460 servos. � � � � � � � � � � � � 2 c1�C � �}�b�� MKS-DS6125H%MKS DS6125H Servo - 10mm 29g 5.2Kg.cm^ The {b,MKS DS6125H} servo is an excellent small servo. This <i>H</i> version has lugs making it more suitable for fuselage mounting. Its unbelievably good geartrain, strong alloy case, and excellent feedback system interfaced to brilliant firmware that drives the FET output staged amplifier, all make this the elevator & rudder servo of choice for competition and all fast sailplanes.
{MKSCNC}
{table title="MKS DS6125H Servo Specifications" class=1 cols=3 width=135,130,130 align=L,L,L separator=: autohref=2}
Dimensions: 30 mm wide x 10 mm thick x 29 mm high
Stall torque (4.8V): 4.2 Kg.cm : 58 oz.in
Operating speed (4.8V): 0.12 sec/60�
Operating voltage: 3.8V to 5.5V
Lead length: 15 cm : 5.9 in
Operating temperature: -10 to 60� C
Weight: 24.3 g :0.86 oz
Bearings: Dual ball bearings
Gear material: Chrome titanium alloy
Motor Type: DC motor
Position Feedback: Direct drive potentiometer
Driver Type: FET
Programmable: No
Dead band:1 �s
Feedback frequency: 333 Hz
Control System: Pulse Width Control
360 Degree Modifiable: YES
Connector Wire Length: 15.0 cm (5.89 in)
Supplied accessories: 2 substantial plastic output arms, 1 output disc, 2 output arm retaining screws, 6 mounting screws
Optional accessories: MKS Short Metal Servo Output Arms, MKS Long Metal Servo Output Arms, MKS RDS Adaptor, MKS 1.5A SBEC, MKS 2A SBEC
{endtable}
� � ;!� � C� � � � P'� � � � 0 DS6125H c1�C �� .-� ��b�� AW-X10-Ply Frame for KST X10, KST DS125, MKS HBL6625� These HyperFlight laser cut ply servo frames make fitting a {p,KST-X10}, {p,KST-DS125MG}, {p,MKS-HBL6625} or a similarly sized servo to a molded wing very easy. No thickness is added to the installation, and the servo is mounted securely, yet can be removed easily if required. Two servo frames supplied in the pack.
These frames are beautifully laser cut from 3.8mm plywood and include several 0.5mm ply shims (spacers) to go under the mounting lugs and correctly mount the servo.
{ServoFrame} � P� � K� � � � � � � � 2E1� � �}�b�� DS6100-FRAME-X(Ply Frame for MKS DS6100 & HV6100 (pair)1 These HyperFlight CNC cut ply servo frames make fitting a {p,MKS-DS6100}, and {p,MKS-HV6100} servos to a molded wing very easy. No thickness is added to the installation, and the servo is mounted securely, yet can be removed easily if required.
Two servo frames supplied in the pack.
{ServoFrame} , � 9� � 2� � � � � � � � ' d[�q �}�b� SN2E-TAILPLANE"Snipe 2e & Yoda Electric Tailplaner Replacement tailplane (also called a horizontal stabiliser or elevator) for the Snipe 2e and Yoda Electric models. b � 2(� � P� � � � � � � � � :� c1�C � �}�b�F DS245H-SERVO-FRAMEFrame for KST DS245H (pair)5 These HyperFlight CNC cut ply servo frames make fitting a {b,KST DS245H} servo or a similarly sized servo to a molded wing very easy. No thickness is added to the installation, and the servo is mounted securely, yet can be removed easily if required.
Two servo frames supplied in the pack.
{ServoFrame} � ^�
� 2� � � � � � � � ' �� c1�C 2 �}�b�� SKYLITE-MINI SkyLite Mini� The SkyLite Mini is fun to fly smaller 1.5m wingspan glider. The low dihedral and good sized ailerons make it responsive and fun to fly and the partially molded construction gives it an excellent performance. This model is strong and resilient. The wing front part is of molded construction, with an integral carbon spar. The rear of the wing is made from film covered CNC cut balsa ribs with a molded trailing edge. The wing joiner is a 4mm steel rod for maximum resilience, with the wings bolted onto the glass fibre 2.4GHz friendly fuselage. A full accessory pack is included.
The wing is fitted with large ready-hinged ailerons for excellent controlability. By using crow braking the model can be dived out of a thermal, and landed accurately.
The SkyLite Mini is very similar to the Highlight Speed 1.5m glider that used be popular in the UK. As these have only just arrived we only have a generic instruction guide for the Sky series range. A small discount may be given to any modeller able to help producing a specific guide for this model - phone for more info.
{table title="Skylite Mini Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.5 m, 59 in
Wing area, 22.0 dm2, 341 sq in
Length, 97 cm, 38.2 in
Flying weight from, 457 g, 16.1 oz
Wing loading, 20.8 g/dm, 6.8 oz/sq ft
Aspect ratio, 10.2,
Wing airfoil, MH32,
EDA, 3.0�,
Centre of Gravity, 65 mm from wing leading edge
Controls, "V tail x 2, ailerons x2"
{endtable}
{table title="Skylite Mini Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 86 g, 3.0 oz
Wings, 198 g, 7.0 oz
Tail, 22 g, 0.8 oz
Accessories, 20 g, 0.7 oz
Total structure, 326 g, 11.5 oz
Wiring, 12 g, 0.4 oz
Pushrods, 7 g, 0.2 oz
Receiver, 8 g, 0.3 oz
V tail servos, 18 g, 0.6 oz
Wing servos, 18 g, 0.6 oz
Battery, 60 g, 2.1 oz
Noseweight, 8 g, 0.3 oz
Flying weight, 457 g, 16.1 oz
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,235 align=L,L autohref=2}
All servos, MKS DS6100, MKS S311, Ripmax SD100, Ripmax SD150, KST DS09A, Hyperion DS09-SCD,
Receiver, 4-7 channel rx to match your transmitter
Power, SmartLipo 650, HyperLiFe 2S 480 mAh LiFe, Zippy 700 mAh 2S LiFe
{endtable} � �_� � X � � � � � � � � � c1�C 2 `}�`�� SKYLITE-MINI-ESkyLite Mini-e� SOLD OUT!
The SkyLite Mini-e is fun to fly beginners electric thermal soaring 1.5m wing span glider. The partially molded construction gives it an excellent performance, and keeps the weight and the cost down. This model is designed to be particularly light, and very strong. The wing front part is of molded construction, with an integrated carbon spar. The rear of the wing is made from film covered CNC cut balsa ribs with a molded trailing edge. The wing joiner is a 4mm steel rod for maximum resilience, with the wings bolted onto the glass fibre 2.4GHz friendly fuselage. The fuselage is ready fitted with a firewall for easy motor mounting, and the larger than normal spinner diameter allows a small outrunner to fit in the fuselage without difficulty, greatly reducing the powertrain cost. The V tail is removable and is hinged with Kevlar. A full accessory pack is included.
The wing is fitted with large ready-hinged aileron, which can be used as flapperons (with a suitable transmitter) to allow the model to be safely dived out of a thermal, and to assist with accurate landings.
The SkyLite Mini-e is very similar to the Highlight 1.5 electric RC glider that used be popular in the UK. As these have only just arrived we only have a generic instruction guide for the Sky series range. A small discount may be given to any modeller able to help producing a specific guide for this model - phone for more info.
{table title="Sky Lite Mini-e Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.5 m, 59 in
Wing area, 22.4 dm2, 346 sq in
Length, 98 cm, 38.6 in
Flying weight from, 617 g, 21.8 oz
Wing loading, 27.6 g/dm, 9.0 oz/sq ft
Aspect ratio, 10.1,
Wing airfoil, MH32,
Dihedral, TBA�,
Spinner Diameter, 36 mm,
Centre of Gravity, 65 mm from wing leading edge
Controls, "Rudder, elevator, ailerons x2"
{endtable}
{table title="Sky Lite Mini-e Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 134 g, 4.7 oz
Wings, 203 g, 7.2 oz
Tail, 20 g, 0.7 oz
Accessories, 30 g, 1.1 oz
Total structure, 387 g, 13.7 oz
Ext leads, 15 g, 0.5 oz
Pushrods, 9 g, 0.3 oz
Receiver, 8 g, 0.3 oz
Tail servos, 10 g, 0.4 oz
Wing servos, 18 g, 0.6 oz
Speed control, 22 g, 0.8 oz
Motor, 43 g, 1.5 oz
Prop & spinner, 25 g, 0.9 oz
Battery, 80 g, 2.8 oz
Flying weight, 617 g, 21.8 oz
{endtable}
{table title="Recommended Servos" class=1 cols=2 width=110,235 align=L,L autohref=2}
V Tails, MKS DS65K, Ripmax SD100, Dymond D47, MKS P03, KST DS09A
Flaps, MKS DS6100, Hyperion DS09-AMD, Ripmax SD150, Dymond D60
{endtable}
<b>Recommended Powertrains</b>
Hyperion GS2213-14 9x6 prop, 3S 900mah LiPo (23A, 1930 fpm)
Hacker A20-20L 10x7 prop, 3S 900mah LiPo (21A, 1950 fpm)
Hacker A20-20L 13x9 prop, 2S 900mah LiPo (23A, 1750 fpm)
Hacker A20-26M 9x6 prop, 3S 600mah LiPo (16A, 1530 fpm)
Dualsky XM2826CA-10, 9x6 prop, 2S 900mah LiPo (23A 1400 fpm)
2 � �_� � ] � � � � � � � � � / Needs:
2 x 22 piano wire
1/3 x 18 piano wire c1�C � �}�b�� SKYLITE-SPEED-ESkyLite Speed-eo The SkyLite Speed-e is an aerobatic electric thermal soaring glider with a 1.8m wing span. The partially molded construction gives it an excellent performance, and keeps the weight and the cost down. The wing front part is of molded construction, with an integrated carbon spar. The rear of the wing is made from film covered CNC cut balsa ribs with a molded trailing edge. The wing joiner is a 5mm steel rod for maximum resilience, with the wings bolted onto the glass fibre 2.4GHz friendly fuselage. The fuselage is ready fitted with a firewall for easy motor mounting, and the larger than normal spinner diameter allows a small outrunner to fit in the fuselage without difficulty, greatly reducing the powertrain cost. The integrating D-box, spar system into the wing and the trailing edge are reinforced with carbon unidirection and the ailerons and flaps are also reinforced with carbon to give extra strength while keeping the weight down. The V tail is removable and is hinged with Kevlar. A full accessory pack is included.
The wing is fitted with large ready-hinged flaps to allow the model to be safely dived out of a thermal, and to assist with accurate landings.
The SkyLite Speed-e is very similar to the Highlight 1.8 electric RC glider that used be popular in the UK. As these have only just arrived we only have a generic instruction guide for the Sky series range.
{table title="Sky Lite Speed Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.8 m, 71 in
Wing area, 26.5 dm2, 411 sq in
Length, 108 cm, 42.5 in
Flying weight from, 678 g, 23.9 oz
Wing loading, 25.6 g/dm, 8.4 oz/sq ft
Aspect ratio, 12.2,
Wing airfoil, MH32,
EDA, 5.4�,
Spinner Diameter, 36 mm,
Centre of Gravity, 70 mm from wing leading edge
Controls, "Rudder, elevator, ailerons, flaps"
{endtable}
{table title="Sky Lite Speed Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 144 g, 5.1 oz
Wings, 240 g, 8.5 oz
Tail, 22 g, 0.8 oz
Accessories, 35 g, 1.2 oz
Total structure, 441 g, 15.6 oz
Wiring, 14 g, 0.5 oz
Pushrods, 12 g, 0.4 oz
Receiver, 8 g, 0.3 oz
Tail servos, 10 g, 0.4 oz
Wing servos, 36 g, 1.2 oz
Speed control, 20 g, 0.7 oz
Motor, 40 g, 1.4 oz
Prop & spinner, 20 g, 0.7 oz
Battery, 80 g, 2.8 oz
Flying weight, 678 g, 23.9 oz
{endtable}
{table title="Recommended Servos" class=1 cols=2 width=110,235 align=L,L autohref=2}
V Tail, Ripmax SD100, Ripmax SD150, MKS S311, MKS DS6100, KST DS09A
Ailerons, Ripmax SD100, KST DS09A, Hyperion DS09-SCD
Flaps, MKS P-03 MG, MKS DS6100, Ripmax SD150
{endtable}
<b>Recommended Powertrains</b>
Hyperion GS2213-14 9x6 prop, 3S 900mah LiPo (23A, 1930 fpm)
Hacker A20-20L 10x7 prop, 3S 900mah LiPo (21A, 1950 fpm)
Hacker A20-20L 13x9 prop, 2S 900mah LiPo (23A, 1750 fpm)
Hacker A20-26M 9x6 prop, 3S 600mah LiPo (16A, 1530 fpm)
Dualsky XM2826CA-10, 9x6 prop, 2S 900mah LiPo (23A 1400 fpm) d � �_� � l � � � � � � � � � c1�C ^ �}�b��
SKYLITE-SPEED
SkyLite Speed� The SkyLite Speed is fun to fly glider with a 1.8m wing span and low EDA for flat field or slope use. The partially molded construction gives it an excellent performance, and keeps the weight and the cost down. The wing front part is of molded construction, with an integral carbon spar. The rear of the wing is made from film covered CNC cut balsa ribs with a molded trailing edge. The wing joiner is a 5mm steel rod for maximum resilience, with the wings bolted onto the glass fibre 2.4GHz friendly fuselage. The V tail is removable and is hinged with Kevlar. A full accessory pack is included.
The wing is fitted with large ready-hinged flaps to allow the model to be safely dived out of a thermal, and to assist with accurate landings.
The SkyLite Speed is very similar to the Highlight 1.8 glider that used be popular in the UK. As these have only just arrived we only have a generic instruction guide for the Sky series range. A small discount may be given to any modeller able to help producing a specific guide for this model - phone for more info.
{table title="Sky Lite Speed Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.8 m, 71 in
Wing area, 26.5 dm2, 411 sq in
Length, 108 cm, 42.5 in
Flying weight from, 613 g, 21.6 oz
Wing loading, 23.1 g/dm, 7.6 oz/sq ft
Aspect ratio, 12.2,
Wing airfoil, MH32,
EDA, 2.7�,
Spinner Diameter, 0 mm,
Centre of Gravity, 70 mm from wing leading edge
Controls, "Rudder, elevator, flaps x2"
{endtable}
{table title="Sky Lite Speed Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 144 g, 5.1 oz
Wings, 240 g, 8.5 oz
Tail, 22 g, 0.8 oz
Accessories, 35 g, 1.2 oz
Total structure, 441 g, 15.6 oz
Wiring, 14 g, 0.5 oz
Pushrods, 12 g, 0.4 oz
Receiver, 10 g, 0.4 oz
Tail servos, 18 g, 0.6 oz
Wing servos, 18 g, 0.6 oz
Speed control, g, 0.0 oz
Motor, g, 0.0 oz
Prop & spinner, g, 0.0 oz
Battery, 100 g, 3.5 oz
Noseweight, 11 g, 0.4 oz
Flying weight, 613 g, 21.6 oz
{endtable}
( � �K� �-� l � � � � � � � � � c1�C P �}�b�� SKYLITE-VELOCE SkyLite Veloce Electric Glider� The SkyLite Veloce is a fun to fly electric thermal soaring glider with a 1.8m wing span. The partially molded construction gives it an excellent performance, and keeps the weight and the cost down. The wing front part is of molded construction, with an integrated carbon spar. The rear of the wing is made from film covered CNC cut balsa ribs with a molded trailing edge. The wing joiner is a 5mm steel rod for maximum resilience, with the wings bolted onto the glass fibre 2.4GHz friendly fuselage. The fuselage is ready fitted with a firewall for easy motor mounting, and the larger than normal spinner diameter allows a small outrunner to fit in the fuselage without difficulty, greatly reducing the powertrain cost. The tail is removable and is hinged with Kevlar.
We recommend a powertrain with 2 or 3 LiPo cells and a brushless electric motor of 100W-300W.
{table title="Sky Lite Veloce Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.8 m, 71 in
Wing area, 26.5 dm2, 411 sq in
Length, 106 cm, 41.7 in
Flying weight from, 725 g, 25.6 oz
Wing loading, 27.4 g/dm2, 9.0 oz/sq ft
Aspect ratio, 12.2,
Wing airfoil, MH32,
EDA, 4.0�,
Spinner Diameter, 36 mm,
Centre of Gravity, 70 mm from wing leading edge
Controls, "Rudder, elevator, ailerons, throttle"
{endtable}
{table title="Sky Lite Veloce Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 140 g, 4.9 oz
Wings, 245 g, 8.6 oz
Fin , 9.5 g, 0.3 oz
Tail, 18.5 g, 0.7 oz
Accessories, 25 g, 0.9 oz
Total structure, 438 g, 15.4 oz
Wiring, 14 g, 0.5 oz
Pushrods, 12 g, 0.4 oz
Receiver, 10 g, 0.4 oz
Tail servos, 18 g, 0.6 oz
Wing servos, 18 g, 0.6 oz
Speed control, 35 g, 1.2 oz
Motor, 45 g, 1.6 oz
Prop & spinner, 25 g, 0.9 oz
Battery, 110 g, 3.9 oz
Flying weight, 725 g, 25.6 oz
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,235 align=L,L autohref=2}
Rudder & elevator servos (2), Power HD DSM44, Ripmax SD150, Corona DS843MG, Hyperion DS09-SCD, MKS DS6100
Aileron servos (2), Ripmax SD100, Power HD DSM44, Ripmax SD150, Corona DS843MG, Hyperion DS09-SCD , MKS DS6100
Receiver, 5+ channel rx to match your transmitter
Power, 30A ESC with 2A uBEC
{endtable}
� � �%� � j � � � � � � � � � 0� i� c1�C3' +< ��b�� MINI-JST-PLUG-LEAD Mini JST (BEC) Plug with Lead� Mini JST Plug with an 11cm long lead for use with our small LiPo batteries.
Also called a male red BEC R/C and a JST-RCY connector. � � � � � � � � � � � � & 2E3� Plastic, steel,4' +;� ��b�� MINI-JST-SOCK-LEAD Mini JST (BEC) Socket with Lead� Mini JST Socket with an 11cm long lead for use with our small LiPo batteries.
Also called female red BEC and a JST-RCY connector. � � � � � � � � � � � � A 2E3� Plastic, steel> `}�`�� DLG-WING-BLADECurved DLG Throwing Blade4 Curved lightweight DLG throwing peg, without tang.
�
-� W� 2� � � � � � � � 30 blades purchased for CAD $245 from
ArmSoar Composite Gliders
8400 No. 4 Road, Richmond, BC
Canada, V6Y 2T6
T: 604-727-3773
E: thomas@armsoar.com
W: www.armsoar.com
11/10/11 - received 20 blades + 10 blades
cost for 30 blades was �156, so cost is �5.20 each
20/8/12 received 30 more blades
24/5/13 was quoted $6 per blade by kcaldwel@post.com
1/6/13 recd 30
8 c1�C ���r�� AAS-303"Alturn AAS-303 8.9mm 5.6g 0.8kgcm�
{table title="AAS-303 Micro Servo Specifications" class=1 cols=3 width=135,130,130 align=L,L,L separator=:}
Body dimensions: 19.9 mm wide x 8.9 mm thick x 21.6 mm high
Max dimensions: 29.2 mm wide x 9.1 mm thick x 25.2 mm high
Stall torque (4.8V): 0.8 kg cm : 11 oz.in
Stall torque (6V): 1.1 kg cm : 15 oz.in
Operating speed (4.8V): 0.12 sec/60�
Operating speed (6V): 0.11 sec/60�
Operating voltage: 4.0V to 9.6V
Lead length: 12.5 cm : 5 in
Weight: 5.6 g : 0.20 oz
Gear material: Carbon reinforced plastic
Programmable: No
Supplied accessories: 2 substantial plastic output arms, 1 output arm retaining screw, 2 mounting screws
{endtable} 8 � � � � � � � � � � � 2 R��_ � �}�b��
CC-10A-BEC Castle Creations 10A Smart BEC� Use the Castle Creatons Smart BEC switching power supply for safe RC operation at above 1A. Particularly recommended when using 4 or more servos and a speed control that doesn't have a switching BEC circuit built in. Also very good for pure gliders when using 2S LiFe or LiPo batteries.
For more info see the {href,http://www.castlecreations.com/support/faq/faq-ccbec.html, Castle Creations FAQ}
{table title="Castle Creations 10A BEC Specification" class=1 cols=2 width=110,240 align=L,L}
Weight, 14.2g (0.5 oz)
Size, 43mm x 14.5mm x 10.8mm
Default output voltage, 5.1V stabilised
Output voltage range, 4.8V - 9.0V (CC USB interface reqd to set)
Max continuous output current, 7A (<12V input voltage)
Max short term output current, 10A
{endtable} 2 � � �
� � � � � � � � 2 c1�C� �}�b�� SNIPE-1-NOSECONE!Snipe 1 & Blaster 3, 3.5 Nosecone Molded Kevlar nosecone for a Blaster 3, 3.5 or the original Snipe DLG.
This nosecone is too long for the new Snipe SN (Short nose) model, and does not fit the Snipe 2 either.
(Nosecone only, not nosecone, pod and boom as shown in some of the photos) � &� � � � � � � � � � � c1�C � �}�b�� LSX1108LSX110 Servo (SD100/D47 equivalent) 8.1mm 4.7g 1.4 kgcm< The Logic RC LSX110 is <b>exactly</b> the same servo as the Ripmax SD100 and Dymond D47, that is rated for up to 9.6V operation. This allows it to be used with a 2S LiPo receiver battery without a voltage regulator, reducing cost and increasing reliability - and allowing useful rx battery voltage info to be transmitted back to the pilot when using modern telemetry radios.
The LSX180, like the SD110 and the D47 is a precision 4.7 g analogue servo with a good 1.4 Kg cm torque and excellent centring. It has a low backlash geartrain and can be used for all control surfaces. Suitable for models weighing up to 0.8 Kg.
{table title="LSX110/SD100/D47 Specifications" class=1 cols=3 width=135,130,130 align=L,L,L separator=:}
Body dimensions: 22.6 mm wide x 8.1 mm thick x 20.1 mm high
Stall torque (4.8V): 1.44 kg cm : 20 oz.in
Operating speed (4.8V): 0.14 sec/60�
Operating voltage: 4.0V to 9.6V
Lead length: 12.5 cm : 5 in
Weight: 4.7 g : 0.17 oz
Programmable: No
Supplied accessories: 3 substantial plastic output arms, 1 output arm retaining screw
{endtable}
/ � U� � � � � � � � � � 2 c1�C � �}�b�� SUPER-MINI-TOPSKY Super Mini Topsky DLG - B GradeI {b, The latest batch of Super Mini Topsky DLGs have small cosmetic moulding imperfections and are being sold as B grade. They are 100% normal strength and will still fly superbly.}
The Super Mini Topsky is a fun to fly mini discus launched glider with ailerons, making it suitable for light wind slope soaring as well as flat field thermal soaring. It is very tough and flies excellently, making it a great first aileron glider.
This lovely little model is supplied as a very complete kit, requiring a few evenings to put together. The kit includes a complete accessory pack, including all linkages and a plug and socket for connecting the aileron servos. See the good installation manual (link below) for more info. The manual recommends a bit too much dihedral, we suggest 4� to 6�, so for DLG flying pack up each wing 3.5 cm to 5 cm (or one wing 7 cm - 10 cm) when joining them. If you are building the models mainly for slope soaring you can reduce the dihedral to nothing if you want. The model will be more aerobatic, but will require more skill to thermal correctly.
See {href,http://www.rcgroups.com/forums/showthread.php?t=1369813&page=2, this RC Groups build thread} for up to date info.
Super Mini Topsky DLG benefits include:
{bullet}
Spacious 2.4GHz friendly pod for easy RC installation
Attractive pod colour options
Accurately cut CNC wing cores for good aerodynamics
Unidirectional carbon leading edge and trailing edge for ding resistance
Carbon reinforced wingtips
Carbon laminate wing spar installed for minimum flex during flight
Glassed wings for low drag and toughness
Glassed tail surfaces with kevlar living hinge
{endbullet}
{table title="Super Mini Topsky Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.0 m, 39 in
Wing area, 12.0 dm2, 186 sq in
Length, 72 cm, 28.3 in
Flying weight from, 138 g, 4.9 oz
Wing loading, 11.5 g/dm2, 3.8 oz/sq ft
Aspect ratio, 8.3,
Wing airfoil, AG03,
Dihedral, 6.0�,
Centre of Gravity, 49-53 mm from wing leading edge
Controls, "Rudder, elevator, ailerons"
{endtable}
{table title="Super Mini Topsky Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Pod, 22 g, 0.8 oz
Boom, 5 g, 0.2 oz
Wings, 56 g, 2.0 oz
Tail, 6 g, 0.2 oz
Accessories, 5 g, 0.2 oz
Total structure, 94 g, 3.3 oz
Wiring & glue, 5 g, 0.2 oz
Pushrods, 5 g, 0.2 oz
Receiver, 4 g, 0.1 oz
Tail servos (2), 9 g, 0.3 oz
Wing servos (2), 9 g, 0.3 oz
Battery, 12 g, 0.4 oz
Flying weight, 138 g, 4.9 oz
{endtable}
{table title="Recommended R/C-nano gear only" class=1 cols=2 width=110,235 align=L,L autohref=2}
Elevator & rudder servos (2), Ripmax SD100, Dream-Flight 4.3g, Gening D531BB
Aileron servos (2), Ripmax SD100, Dream-Flight 4.3g, Gening D531BB
Receivers, 4/5 channel rx to suit your transmitter, eg Spektrum AR6270T, AR6260, AR6100e, Futaba R6004FF, FrSky X4R, Orange DSM2 compatible, Jeti Duplex R5, Multiplex Mlink RX-6-DR Light
Battery, HyperLipo 2S 175 mAh LiPo, HyperLiPo 2S 300 mAh, 150 mAh NiMH Battery
{endtable}
Independent Super Mini Topsky model review:
{video, GowG76ou_jM}
{video,nEGYDdninWQ} � ~ � g_� D � � � � � � � � � c1�C �}�b�� SUPER-TOPSKY-2Super Topsky 2 DLG The Super Topsky 2 is an economical, fun, and lightweight discus launched glider. Its Drela airfoils and low weight make it a surprisingly good DLG, and its kevlar, carbon and blue foam construction ensure it is tough and ding proof, making it ideal for sport rough and tumble flying off the flat or small slopes. The performance enhancement over the previous Topsky 2 Viper version come from:
a) Improved aerodynamics. The wing was upgraded to a 3-panel planform from the original 2-panel design. This allows the designer to match the chord of the wing to the selected airfoil more accurately to yield higher efficiency, and also decrease the area of the wing, reducing drag. The resulting reduced wetted area and slightly higher wing loading allows the Super Topsky 2 to range further, fly faster, and launch higher.
b) Improved structure. The wing now has a very strong carbon D-box front part, with the rear of the wing covered in lightweight Kevlar. The Kevlar fuselage pod also sports carbon fiber reinforcing, and a lightweight wrapped carbon boom. The nicely finished tailplane and fin are of lightweight glass and carbon over blue foam construction.
This lovely model is supplied as a very complete kit, requiring little construction. The kit includes a complete accessory pack, including all linkages and a plug and socket for connecting the aileron servos. The laser cut ply pieces supplied make up a jig to help with aligning the tail when gluing it in place. See the {href,getfile.asp?code=SUPER-TOPSKY-2&code2=2,Super Topsky Tail Installation Guide}. The otherwise good {href,getfile.asp?code=SUPER-TOPSKY-2&code2=1,Super Topsky Installation Manual} doesn't mention this.
Also see {href,http://www.rcgroups.com/forums/showthread.php?t=1121424, this RC Groups build thread} for up to date info. The current models do not have the disser criss-cross carbon wing reinforcement shown in the bottom photo.
This model is supplied with separate left and right wings, and with carbon material supplied to reinforce the join. This allows the modeller to set the dihedral to an angle suitable for the intended flying style - 6.3� if mostly DLG flying from the flat, or a much lower dihedral angle (2� recommended) if the model will mostly be used on the slope. This option, and the rugged bagged solid foam wing with a strong DBox, make the Super Topsky 2 one of our best DLG type gliders for slope soaring on not too windy days.
{table title="Super Topsky 2 Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.5 m, 59 in
Wing area, 22.9 dm2, 354 sq in
Length, 117 cm, 46.1 in
Flying weight from, 275 g, 9.7 oz
Wing loading, 12.0 g/dm, 3.9 oz/sq ft
Aspect ratio, 9.8,
Wing airfoil, AG45-46-47,
EDA, 6.3�,
Centre of Gravity, 78-84 mm from wing leading edge
Controls, "Rudder, elevator, ailerons"
{endtable}
{table title="Super Topsky 2 Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Pod, 35 g, 1.2 oz
Boom, 13 g, 0.5 oz
Wings, 124 g, 4.4 oz
Tail, 11 g, 0.4 oz
Accessories, 25 g, 0.9 oz
Total structure, 208 g, 7.3 oz
Wiring & glue, 8 g, 0.3 oz
Pushrods, 8 g, 0.3 oz
Receiver, 6 g, 0.2 oz
Tail servos, 10 g, 0.4 oz
Wing servos, 18 g, 0.6 oz
Battery, 17 g, 0.6 oz
Flying weight, 275 g, 9.7 oz
{endtable}
{table title="Control Throws" class=1 cols=2 width=110,240 align=L,L}
Aileron, 7 mm down, 12 mm up
Elevator, 9 mm down, 9 mm up
Rudder, 13 mm each way
Flap-launch, 1 mm up
Flap-thermal, 2-3 mm down
Flap-fast flight, 0 mm
Flap-brakes, 35 mm down
{endtable}
{table title="Recommended R/C" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator & rudder servos, Ripmax SD100, KS HD47MG, KST X08, KST DS245S, HyperFlight DS57, MKS DS6100, Hyperion DS09-SCD, Power HD DSM44
Aileron servos, Ripmax SD100, KS HD47MG, KST X08, KST DS245S, HyperFlight DS57, MKS DS6100, Hyperion DS09-SCD, Power HD DSM44
Receiver, 4/5 channel rx to suit your transmitter, eg Spektrum AR6250, AR6255*, AR6100e, Futaba R6004FF, Orange DSM2 compatible, Jeti Duplex R5, Multiplex Mlink RX-6 Light & RX-5 Light, Schulze Alpha-535
Battery, SmartLipo 450, SmartLipo 650, Rhino 2S 360 mAh LiPo, HyperLiPo 2S 300 mAh LiPo
{endtable}
( � �-� � � � � � � � � � � � c1�CT ��b�� KST-DS125MG2KST DS125MG WING Servo - 7.0Kg.cm 0.12s 28.0g 10mm� The {b, KST DS125MG Wing Servo} is an amazingly good metal cased wing servo. It is exactly the same size and has 90% of the performance and build quality of the market leader, <b>for less than half the price</b>. Like the more expensive servo it has no geartrain slop.
At only 10mm thick this great wing-servo can easily fit in thin glider and jet wings. With a massive 7kg.cm torque the KST DS125 is appropriate for F3F, F3B, F3J, F5J, all fast gliders, and jets.
No longer supplied with metal output arms.
{ServoSpecs}
Tags: High performance metal case 10mm thick mini wing servo. MKS DS6125 Glider, HS-125MG, HS-5125MG wing servo copy clone.
{video,rCvOnJZZKVk} � $ � 2� K� � � � � � � � 1 + s�1J2 jp��� �}�b�� KST-DS115MG/KST DS115MG Metal Cased Servo - 10mm 20g 3Kg.cmO The KST DS115 high speed servo is an amazingly good metal cased servo, especially good for ailerons, elevator, rudder on fast models, and heli CCPM. It is exactly the same size and has most of the performance and build quality of the market leader, <b>for very much less</b>. Like the more expensive servo it has no geartrain slop. The KST DS115 now comes with a well fitting anodised alloy output arm.
At only 10mm thick this high speed servo can easily fit in thin glider and jet wings. With a 3kg.cm torque the KST DS115 is appropriate for F3F, F3B, F3J, F5J, many fast gliders and 450 CCPM helicopters.
{table title="KST DS115 Servo Specifications" class=1 cols=3 width=135,135,135 align=L,L,L separator=:}
Dimensions: 23 mm wide x 10 mm thick x 26.3 mm high
Stall torque (4.8V): 2.4 Kg.cm: 33 oz in
Stall torque (6V): 3.0 Kg.cm: 42 oz in
Operating speed (4.8V): 0.07 sec/60�
Operating speed (6V): 0.06 sec/60�
Operating voltage: 4.5V to 6.0V
Lead length: 16 cm :6.3 in
Weight: 20.5 g :0.72 oz
Bearings: Dual ball bearings
Gear material: Bronze
Motor Type: 12mm coreless motor
Driver type: FET
Programmable: No
Supplied accessories: 1 metal output arm. 3 substantial plastic output arms
{endtable}
Tags: High speed, high performance 10mm thick metal case mini glider/heli servo for RC gliders and T-Rex 450 class helicopters. � � /� � � � � � � � � � < c2�4 �}�b�� KST-DS09A%KST DS09A Servo - 11.7mm 10g 1.5Kg.cm� The KST DS09A is an excellent budget servo that is suitable for all sorts of uses. It is reasonably compact and has much more torque, speed, and resolution than servos of an equivalent price.
The KST DS09A has a low backlash geartrain, quality electronics, and can be used for all control surfaces. Suitable for models weighing up to 1.5 Kg.
{b, A free pair of Servo Frames will be supplied with all orders for two of more KST-DS09A servos}
{table title="KST DS09A Specifications" class=1 cols=3 width=135,130,130 autohref=2 align=L,L,L separator=:}
Body dimensions: 23.7 mm wide x 11.7 mm thick x 27.0 mm high
Max dimensions: 36 mm wide x 11.7 mm thick x 30 mm high
Stall torque (4.8V): 1.5 Kg.cm : 21 oz.in
Operating speed (4.8V): 0.10 sec/60�
Operating voltage: 3.3V to 5.5V
Weight: 10 g : 0.35 oz
Programmable: No
Dead band: 0.002 ms
Lead length: 25 cm : 10 in
Supplied accessories: 3 plastic output arms, 1 output arm retaining screw, 2 mounting screws
Optional accessories: Frame for KST DS09A
{endtable}
<iframe width="420" height="315" src="http://www.youtube.com/embed/Mpdpmf7oPOs" frameborder="0" allowfullscreen></iframe> q � 8� � <� � � � � � � � 2 c2�4 � `}�`�� DLG-PODDLG Glider PodN Beautifully molded glass and carbon pod for a discus launched glider. This nicely designed and constructed DLG pod makes for a low drag upgrade to an older DLG, or as an excellent pod for a home made model.
Available in a variety of translucent colours, choose your preference using the Options list box.
We recommend this DLG pod is used with one of our {pref,CARBON-BOOM-18-8, 18 mm carbon booms}. If this is cut down to 88 cm long (from the wide end), the boom inside diameter is a good fit on the boom support tang. The 88 cm boom will weigh about 16 g so the overall weight of the pod and boom fuselage will be about 45g, which is very good.
{table title="DLG Pod" class=1 cols=3 width=150,240 align=L,L,L}
Material, Woven glass with unidirectional carbon reinforcement
Weight (approx), 29 g
Overall length inc tailboom support, 416 mm
Tailboom support len, 49 mm
Pod max width, 34 mm
Canopy hatch opening len, 106 mm
Canopy hatch opening width, 29 mm
Nose to pylon LE, 255 mm
Pylon length, 80 mm
Tailboom support OD, 16 mm
Recommended tailboom root ID, 16.1 mm
{endtable} � � * � � X� � � � � � � � , 2 From Jeff Coles
'Jeff coles' <soarneck@live.ca> c1�C! �}�b�( SUPRA-PRO-SC#Supra Pro Competition Spread Carbon� {BR, This is last year's model but it is still a brilliant glider! It flies just as well and I doubt that anyone could tell the difference when flying the Expert and Competition versions. Get a bargain while it is still available.}
The Supra Pro Competition Spread Carbon has a complete carbon skinned wing, making it more rigid and tough, while also being lighter than even the glass layup wing. The wing skin is constructed from a new spread carbon fabric perfected by Vladimir Gavrilko and made by specially designed machines in his state of the art facilities. The model incorporates the "competition" lightweight built-up tailplane and fin, making the model lighter than normal, and perfect for competition use. The Supra Competition Spread Carbon is the most optimised for success!
Taking advantage of new materials and improved design, Vladimir's Models have achieved a unique combination of light wing loading and low inertia, in addition to high strength and stiffness. This results in a plane that not only delivers fast starts and precise landings, but also soars well in even the slightest lift.
The model is completely prefabricated, with very little work required to get it flyable - just install your radio gear.
Supra Pro Competition Parts Top View
<img src="extras/Supra-Competition-Parts-Top-600.jpg" alt="Supra Carbon Light Parts Top View">
Supra Competition Parts Underside
<img src="extras/Supra-Competition-Parts-Bot-600.jpg" alt="Supra Carbon Light Parts Bottom View">
The wing uses a new internal structure, making it more torsionally rigid and flutter resistant.
<img src="extras/Supra-Carbon-Wing-Cutaway-600.jpg" alt="Supra Carbon Light Spar">
The new spar is made from T800 ultra high modulus carbon, reducing weight and increasing stiffness.
<img src="extras/SUPRA-Spar-Cutaway-600.jpg" alt="Supra Carbon Wing Cutaway">
The structure has been computer modelled and scientifically tested, but the old ways are certainly more eye catching.
<img src="extras/SUPRA-competition-WingTest-600.jpg" alt="Supra Carbon Light molded wing test">
<b>Advantages of the Supra Pro Competition's Spread Carbon Wing Skin</b>
1) Ligher and stiffer structure allows the model to be launched quicker, and ping higher.
2) Reduced AUW gives a lower sink rate, increasing duration.
3) Reduced weight at the extremeties decreases inertia, so thermals are seen more easily.
4) Tougher wing skin reduces hangar rash and landing damage, so the model stays looking new.
<b>Advantages of the Supra Pro Competition's Built-Up Tail </b>
1) The weight of the horizontal stabilizer is reduced by 7 grams, eliminating 15 grams of nose ballast.
2) The area of the horizontal stabilizer is increased by 7%, increasing stability, or allowing a more rearward CG, facilitating a further nose weight reduction.
3) Weight of the vertical stabilizer is reduced by 10 grams, eliminating 23 grams of nose ballast.
4) Stiffness and strength of the horizontal stabilizer is increased due to D-box and CF spar from T800 prepreg.
5) Improved accuracy of the tail airfoil due to new CAD/CAM built-up manufacturing process.
6) Reduction of weight at the extremities reduces the moment of inertia, increasing lift indication.
7) Improved control, especially at low landing speed.
Supra Competition kit has an assembled fuselage with a demountable vertical stabilizer, for easier transportation. The vertical stabilizer is fixed by a carbon pin. Please fix the pin in place with glued tape before flight. The model is supplied with wing connection plugs and sockets and wiring harness for connecting up the wing servos.
{table title="Supra Pro Competition SC Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 3.4 m, 134 in
Wing area, 69.3 dm2, 1074 sq in
Length, 170 cm, 66.9 in
Flying weight from, 1520 g, 53.6 oz
Wing loading, 21.9 g/dm, 7.2 oz/sq ft
Aspect ratio, 16.7,
Wing airfoil, AG40/AG41/AG42/AG43
Dihedral, 2 to 6�, 3 dihedral braces supplied
Centre of Gravity, 96-105 mm from wing leading edge
Controls, "Elevator, rudder, ailerons, flaps"
{endtable}
{table title="Supra Pro Competition SC Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage pod, 203 g, 7.2 oz
Boom and pushrods, 73 g, 2.6 oz
Fin & rudder, 32 g, 1.1 oz
Tailplane, 26 g, 0.9 oz
Wing centre panel, 507 g, 17.9 oz
Wing tip panels, 321 g, 11.3 oz
Accessories, 105 g, 3.7 oz
Total structure, 1267 g, 44.7 oz
Glue etc, 5 g, 0.2 oz
Receiver, 14 g, 0.5 oz
Tail servos, 40 g, 1.4 oz
Wing servos, 64 g, 2.3 oz
Wiring, 30 g, 1.1 oz
Battery, 100 g, 3.5 oz
Flying weight, 1520 g, 53.6 oz
Ballast capability, 900 g, 31.7 oz
{endtable}
{SupraGliderServos}
{SupraVer} � � �_� �_� �� � � � � � � � � c1�C �}��b�� MKS-DS6125-MINIX2$MKS DS6125 Mini - Buy 2, get 10% off� <b>Get 10% off the normal price</b>
<font color="red">ONLY USE THIS PRODUCT IF YOU WANT TO BUY 2 OR MORE DS6125 Mini SERVOS</font>
The DS6125 Mini Wing Servo is the <i>best</i> 25g wing servo currently available. Its unbelievably good geartrain, strong alloy case, and excellent feedback system interfaced to brilliant firmware that drives the FET output staged amplifier, all make this the wing servo of choice for competition and all fast saiplanes.
At only 10mm thick this superb wing-servo can easily fit in thin wings. With a generous 5.8kg.cm torque the DS6125 Mini is appropriate for F3F, F3B, F3J, F5J and fast sport gliders.
{table title="MKS DS6125 Mini Servo Specifications" class=1 cols=3 width=135,130,130 align=L,L,L separator=:}
Dimensions: 30 mm wide x 10 mm thick x 30 mm high
Stall torque (4.8V): 4.8 kg cm : 67 oz.in
Stall torque (6V): 5.8 kg cm : 81 oz.in
Operating speed (4.8V): 0.12 sec/60�
Operating speed (6V): 0.10 sec/60�
Operating voltage: 4.8V to 6.0V
Lead length: 15 cm : 5.9 in
Operating temperature: -10 to 60� C
Weight: 25.3 g :0.89 oz
Bearings: Dual ball bearings
Gear material: Chrome titanium alloy
Position Feedback: Direct drive potentiometer
Driver Type: FET
Programmable: No
Dead band: 0.001 ms
Feedback frequency: 333 Hz
Supplied accessories: 2 substantial plastic output arms, 1 output disc, 2 output arm retaining screws, 6 mounting screws
Optional accessories: Metal output arm, RDS adaptor, Lasercut ply mounting frames
{endtable} � � 9F� 3\� � � � � � � � � d c1�C r �}��b��
MKS-DS6125HX2 MKS DS6125H - Buy 2, get 10% off� <b>Get 10% off the normal price</b>
<font color="red">ONLY USE THIS PRODUCT IF YOU WANT TO BUY 2 OR MORE DS6125H SERVOS</font>
The MSK DS6125H servo is an excellent small servo. This <i>H</i> version has lugs making it more suitable for fuselage mounting. Its unbelievably good geartrain, strong alloy case, and excellent feedback system interfaced to brilliant firmware that drives the FET output staged amplifier, all make this the elevator & rudder servo of choice for competition and all fast saiplanes.
{table title="MKS DS6125H Servo Specifications" class=1 cols=3 width=135,130,130 align=L,L,L separator=:}
Dimensions: 30 mm wide x 10 mm thick x 29 mm high
Stall torque (4.8V): 4.2 kg cm : 58 oz.in
Stall torque (6V): 5.2 kg cm : 72 oz.in
Operating speed (4.8V): 0.12 sec/60�
Operating speed (6V): 0.10 sec/60�
Operating voltage: 4.8V to 6.0V
Lead length: 15 cm : 5.9 in
Operating temperature: -10 to 60� C
Weight: 24.3 g :0.86 oz
Bearings: Dual ball bearings
Gear material: Chrome titanium alloy
Motor Type: DC motor
Position Feedback: Direct drive potentiometer
Driver Type: FET
Programmable: No
Dead band: 0.001 ms
Feedback frequency: 333 Hz
Control System: Pulse Width Control
360 Degree Modifiable: YES
Connector Wire Length: 15.0 cm (5.89 in)
Supplied accessories: 2 substantial plastic output arms, 1 output disc, 2 output arm retaining screws, 6 mounting screws
Optional accessories: Metal output arm, RDS adaptor, Lasercut ply mounting frames
{endtable}
� � 9F� 3\� � � � � � � � � d c1�C ^S .� �`��
MKS-DS6100+MKS DS6100 Servo - 3.3Kg.cm 0.11s 9.5g 10mm
The {b,MKS DS6100} is specially optimised for glider fliers, with excellent torque and precision, and a very low deadband. It is a very high torque thin 9.5g servo suitable for many wing and fuselage applications. It has more torque and a better geartrain than all other servos of this size and price range.
At only 10mm thick this superb wing-servo can easily fit in thin wings. but with a low height of 23.5mm it can also fit in small DLG and other fuselages. With good 3.3 kg.cm torque and a reasonably good 0.12s/60� speed it is excellent for flaps, ailerons, elevator and rudder on many high performance gliders, DLGs, electric gliders, and faster sport slopers.
{film}
{ServoSpecs}
Although the servo is specced for 4.8V to 5V an MKS engineer stated 5.5V is okay. _ � ' � � � � � � � � � � ��1C1� 23/4/13 Inced price from �25.95 to �27.95 after EU complaint
10/6/13 Dropped price from �27.95 to �26.95 (sales had halved)
27/1/26 was �15.00, inced cost to �16.50 DS6100 � � +@� ��b�
SR-PWR-D28,Powerline Turbo 10XX Plastic Firewall - 28mm {SRFP, 27.2, 28, 1.7}
� � N� � � � � � � � � � 2B4I � � -�0 ��b� SR-REIS-D28"Reisenauer Plastic Firewall - 28mm {SRFR, 27.2, 28, 1.7}
d
� N� � � � � � � � � � 2B4I � �} ��b�
BALSA-EL15 Light Balsa sheet 330 mm (8 pcs)C Light Balsa sheet 100mm wide by 330mm long.
Very high quality lightweight balsa wood sheets suitable for plane, boat and railway modelling, DIY craftwork, school projects and more.
This is some of the best wood we have seen in 60 years of modelling, lightweight with no knots and of very consistent density and grain. � � @� � � � � � � � � � 2 { e8� � �}�b� HP-DS09-AMD,Hyperion DS09-AMD Servo - 9mm 10.7g 2.4Kg.cmg <b>
All Hyperion DS09-xxx servos are in short supply due to logistics problems. Please consider the {pref,KST-X08,KST X08} or {pref,COR-DS843MG,Corona DS843MG} as respectively improved, or cheaper, alternatives.
</b>
The Hyperion Atlas DS09 range is an excellent 9 mm thick servo. The AMD variant has metal gears, and a very good 2.4 Kg.cm torque. The speed is good enough for 95% of glider and electric model installations. Despite the metal gears there is no slop in the geartrain, and with the very small deadband, the servo is ideal for all control surfaces.
At only 9 mm thick this superb wing-servo can easily fit in very thin wings. With 2.4 kg.cm torque and a reasonably good 0.18s/60� speed it is excellent for flaps, ailerons, elevator and rudder on many high performance gliders, DLGs, electric gliders, and faster sport slopers.
{table title="Hyperion DS09-AMD Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=: autohref=2}
Body dimensions: 23.0 mm wide x 9.1 mm thick x 23.7 mm high : 0.91" wide x 0.36" thick x 0.93" high
Max dimensions: 31.9 mm wide x 9.1 mm thick x 32.7 mm high : 1.26" wide x 0.36" thick x 1.29" high
Stall torque (4.8V): 2.00 kg.cm: 28 oz.in
Stall torque (6V): 2.40 kg.cm: 33 oz.in
Weight: 10.7 g: 0.383 oz
Lead length: 18.0 cm: 7.1 in
Operating speed (4.8V): 0.18 sec/60�
Operating speed (6V): 0.15 sec/60�
Operating voltage: 3.5V to 5.5V
Bearings: 2 ball bearings
Gear material: Bronze alloy Gears
Motor type: Brushed
Dead band: 0�s to 16�s (2�s default)
Driver type: FET
Digital: Yes
Programmable: Yes
Operating temperature: -20� to +60�
Supplied accessories: 5 plastic output arms, 1 output disk, 2 arm retaining screw, mounting screws, bushes, 2 plasic side mounting tabs
Optional accessories: Frame for Corona DS843
{endtable}
<!--Hyperion DS09-AMD Servo - 9mm 8.4g 2.4Kg.cm--> T � ]� � <� � � � � � � � 2 & c1�C " �}�b�� COR-DS843MG+Corona DS843MG Servo - 9.1mm 11.4g 2.4Kg.cm� The {b,Corona DS843MG} is closely based on (and may acually be) the formidable Hyperion DS09-AMD servo. A plasic gear version of this servo is also sold as the Airtronics 94802. With very little free play, excellent torque, and a good speed, this is an excellent glider and small electric model servo.
At only 9 mm thick this superb wing-servo can easily fit in very thin wings. With 2.4 kg.cm torque and and lightening 0.10s/60� speed it is excellent for DLG flaperons, ailerons, elevator and rudder on many high performance gliders, DLGs, electric gliders, and sport slopers.
Please note the HK specifications are incorrect. Ours are accurate.
{table title="Corona DS843MG Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=: autohref=2}
Body dimensions: 23.0 mm wide x 9.1 mm thick x 23.7 mm high : 0.91" wide x 0.36" thick x 0.93" high
Max dimensions: 32.0 mm wide x 9.1 mm thick x 32.7 mm high : 1.26" wide x 0.36" thick x 1.29" high
Quoted torque (6V): 4.80 kg.cm: 67 oz.in
Actual stall torque (4.8V): 2.00 kg.cm: 28 oz.in
Actual stall torque (6V): 2.40 kg.cm: 33 oz.in
Quoted weight: 7.5 g: 0.26 oz
Actual weight: 11.4 g: 0.40 oz
Lead length: 18.0 cm: 7.1 in
Operating speed (4.8V): 0.14 sec/60�
Operating speed (6V): 0.10 sec/60�
Operating voltage: 4.5V to 6V
Bearings: 2 ball bearings
Gear material: Bronze alloy Gears
Case material: Nylon
Motor type: Brushed DC motor
Driver type: FET
Digital: Yes
Programmable: No
Supplied accessories: 4 plastic output arms, 2 arm retaining screw, mounting screws, bushes, 2 plasic side mounting tabs
Optional accessories: Frame for Corona DS843
{endtable}
P � K� �
� � � � � � � � 2 �� c1�C � �}��b�� SUPRA-PRO-ST Supra Pro Competition Spread TowS Supra Pro Competition Spread Tow
Obtained to special order. Please contact us. � � � � � � � � � � � � � � c1�C� �}�b�� STARKStark 2018 DLG@ The {b,Stark 2018} is a superb discus launched glider from LD Models which has been compared with the Stobel for its outstanding performance. Its excellent wing design and slim fuselage give it the highest levels of performance, however it is easy to fly and will bring out the best in all fliers. The 2018 version we are now stocking has updated wing layups and colour schemes, making it lighter and more attractive.
The Stark 2018 is supplied with {b,Checkerboard Carbon DBox layup wing.} This is bullet proof and suitable for all throwers and all conditions. This strong layup makes it especially good for slope usage. XPS wing core.
The one piece fuselage is molded from spread carbon with a carbon carbon hatch. The tail has a small pylon on which the tailplane is mounted. The wings and tail are molded over solid foam cores, making the models much tougher and ding proof than hollow molded models of similar light weight. The aileron servos are usually mounted in the wing, with just the rudder and elevators servos mounted in the fuselage.
The aerodynamics have been optimised over three years, going through several iterations of airfoil and planform, with the final version a great improvement over their previous offering. The Stark DLG model is ideal for customers looking for maximum flying performance and model toughness, for the money. The finish of the parts is less good than some competing DLGs but this does not affect the performance in any way.
The main photos show the previous version and colour schemes. The current models have an all carbon fuselage.
The model comes with control horns and a nice throwing blade. Pushrod and/or pull-spring wire needs to be supplied by the builder. We recommend our {pref,BOWDEN-CABLE-08-14,HyperFlight 0.8/1.4 Pushrod Set} and {pref, PIANO-WIRE-20, 20 SWG piano wire}.
#Some small components have changed since this photo was taken.
#<img src="extras/Stark-Parts-A-600.jpg" alt="Stark Components">
We don't have any build instructions but please study Oleg's build photos starting post #165 in this {href,http://www.rcgroups.com/forums/showthread.php?t=1589726, old RCGroups Stark thread}. Also check out this {href, https://www.rcgroups.com/forums/showthread.php?2593140-Stark-from-LDModels, newer Stark thread}.
{table title="Stark 2018 Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.5 m, 59 in
Wing area, 21.5 dm2, 332 sq in
Length, 111 cm, 43.7 in
Flying weight from, 233 g, 8.2 oz
Wing loading, 10.8 g/dm, 3.6 oz/sq ft
Aspect ratio, 10.4,
Wing airfoil, LD series,
Dihedral, 6.2�,
Centre of Gravity, 68 - 79 mm from wing leading edge
Controls, "Rudder, elevator, ailerons"
{endtable}
{table title="Stark 2018 Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 36 g, 1.3 oz
Wings (spread carbon), 114 g, 4.0 oz
Fin, 6 g, 0.2 oz
Tailplane, 6.5 g, 0.2 oz
Accessories, 7 g, 0.2 oz
Total structure, 169.5 g, 6.0 oz
Wiring & glue, 4 g, 0.1 oz
Pushrods, 5 g, 0.2 oz
Receiver, 6 g, 0.2 oz
Rudder & elevator servos, 10 g, 0.4 oz
Aileron servos, 18 g, 0.6 oz
Battery, 20 g, 0.7 oz
Flying weight, 232.5 g, 8.2 oz
{endtable}
{table title="Recommended R/C" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator & rudder servos, Ripmax SD100, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Blue Bird BMS-A10H,KST X08, MKS DS65K, MKS DS75K, MKS DS6100, MKS HV6100
Aileron servos, Ripmax SD100, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Blue Bird BMS-A10H,KST X08, MKS DS65K, MKS DS75K, MKS DS6100, MKS HV6100
Receiver, 4/5 channel rx to suit your transmitter, eg Spektrum AR6260, AR6100e, Futaba R6004FF, Orange DSM2 compatible, Jeti Duplex R5, Multiplex Mlink RX-6 Light & RX-5 Light
Battery, HyperLiPo 2S 300 mAh, Nanotech 1S 750 mAh, Dream-Flight 300 mAh 4.8V
{endtable}
{table title="Control Throws" class=1 cols=2 width=110,240 align=L,L}
Aileron, 6 mm down, 10 mm up
Elevator, 9 mm down, 9 mm up
Rudder, 13 mm each way
Flap-launch, 2 mm up
Flap-fast cruise, 1 mm up
Flap-cruise, 0 mm
Flap-thermal, 2-5 mm down
Flap-brakes, 35 mm down
{endtable}
{video,Esyd_1t_AtY} � � �K� � � � � � � � � � � �� c1�C ug , ��b�
PTFE-TUBE-15L?1.50mm ID Etched PTFE (15 AWG Bondable PTFE) Pushrod Outer Tube� Low friction 1.50 mm ID PTFE tube suitable for pushrod outers on F5J models, discus launched glider and other small models. Also suitable for a large range of engineering and industrial uses.
This tubing is specially etched on the outside, making it easily bondable using many adhesives, thin CA being probably the best. Provides the lightest, easiest, most friction-free pushrod installations possible.
Can be stretched to 2 times the original length to reduce the weight per meter, and tune the inside diameter to be a perfect fit for the inner pushrod. Sold by the meter. Enter a quantity of 3 for a 3m roll.
{table title="15L Etched PTFE Tube Specification" class=1 cols=3 width=110,115,115 align=L,L,L autohref=2}
Inside diameter, 1.50 mm, 0.059 in
Wall thickness, 0.2 mm, 0.008 in
Outside diameter, 1.9 mm, 0.075 in
3X Stretched ID, 0.90 mm, 0.035 in
Suggested inner, 1mm & 1.3mm Carbon Rod, 16 SWG or thinner {href,http://www.hyperflight.co.uk/products.asp?cat=Other+RC+Products&subcat=Piano+and+SS+Wire,Piano or SS wire}
US size, 15 AWG L type (Lightweight)
Weight per m, 2.5 g per meter
{endtable}
{i,Maximum 30m per order please. For more please consider purchasing a complete roll.}
� � $� � � � � � � � � � 2E5A � �}�b�� MAXA-WING-JOINERS-5Maxa 5� Wing Joiners (2)9 A pair (2) of standard 5� Maxa carbon wing joiners.
� � S� �
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MKS-DS6188%MKS DS6188 Servo - 12mm 17.4g 2.4kgcm� New high speed, high torque servo from MKS. This all rounder servo works excellently for rudder and elevator, but it is also great for flaps and ailerons on wings that will take the 12mm thickness.
{table title=" MKS DS6188 Servo Specifications" class=1 cols=3 width=135,130,130 align=L,L,L separator=:}
Dimensions: 23 mm wide x 12 mm thick x 27.3 mm high
Stall torque (4.8V): 2.4 kg cm : 33 oz.in
Stall torque (6V): 2.9 kg cm : 40 oz.in
Operating speed (4.8V): 0.073 sec/60�
Operating speed (6V): 0.058 sec/60�
Operating voltage: 4.8V to 6.0V
Lead length: 15 cm : 5.9 in
Operating temperature: -10 to 60� C
Weight: 17.4 g :0.61 oz
Bearings: 2 ball bearings
Motor Type: DC Motor
Driver type: FET
Supplied accessories: 2 substantial plastic output arms, 1 output disc, 2 output arm retaining screws, 6 mounting screws
{endtable}
Not guaranteed for direct 2S LiPo or LiFE battery hookups. Please use a regualtor set to 5.5V max. � � !7� -� � � � � � � � � < c1�C � `}�`�� SS-WIRE-24-SWG-5M 5m 24 SWG Stainless Steel Wire( {sswire5, 24, 0.56, 0.022, 48, 105, 2.0} � � � � Z� � � � � � � � < Purchased from www.rokmax.com c1�C � `}�`�� SS-WIRE-26-SWG-5M 5m 26 SWG Stainless Steel Wire' {sswire5, 26, 0.46, 0.018, 31, 70, 1.3} � �
� � <� � � � � � � � 2 Purchased from www.rokmax.com c1�C � � - �}�b� HYPERSPIN-32-3 32mm HyperSpinner for 3mm shafts! Vladimir's Models <b>HyperSpinner</b> for 8mm root folding propeller blades, suitable for all models requiring a ���r�� CARBON-TUBE-5MMS5.00mm x 0.5m carbon tube � ^� � � � � � � � � � c1�C �� ,l ��b�� AW-X10-MINIOPly Frame for KST X10 Mini, KST DS135, MKS HBL6625 Mini, MKS DS6125 Mini (pair) These HyperFlight CNC cut ply servo frames make fitting a {p,KST-X10-Mini}, {p,KST-DS135MG}, {p,MKS-HBL6625-Mini} , {p,MKS-DS6125-Mini} or a similarly sized servo to a molded wing very easy. No thickness is added to the installation, and the servo is mounted securely, yet can be removed easily if required. Two servo frames supplied in the pack.
These frames are beautifully laser cut from 3.8mm plywood and include several 0.5mm ply shims (spacers) to go under the mounting lugs and correctly mount the servo.
{ServoFrame} � K� � 2� � � � � � � � 2F1� � �}�b�� SD150(Ripmax SD150 Servo - 9.1mm 9.9g 2.5Kg.cm6 The {b,Ripmax SD150} is <b>exactly</b> the same servo as the Dymond D60, and is rated for up to 8.4V operation. This allows it to be used with a 2S LiPo receiver battery without a voltage regulator, reducing cost and increasing reliability - and allowing useful rx battery voltage info to be transmitted back to the pilot when using modern telemetry radios.
The Ripmax SD150, like the D60 is a precision 9 g analogue servo with a good torque and excellent centring. It has a low backlash geartrain and can be used for all control surfaces. Suitable for models weighing up to 2 Kg.
Another benefit of the SD150 (and D60) is the very low operating current. This increases the flight time of the model by about 40% in comparison to a similar digital servo.
{table title="Ripmax SD150 Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=: autohref=2}
Body dimensions: 24.6 mm wide x 9.1 mm thick x 24.3 mm high : 0.97" wide x 0.36" thick x 0.96" high
Max dimensions: 33.2 mm wide x 9.1 mm thick x 33.5 mm high : 1.31" wide x 0.36" thick x 1.32" high
Stall torque (4.8V): 1.80 kg.cm: 25 oz.in
Stall torque (6V): 1.90 kg.cm: 26 oz.in
Weight: 9.9 g: 0.35 oz
Lead length: 12.5 cm: 5.0 in
Operating speed (4.8V): 0.15 sec/60�
Operating speed (6V): 0.14 sec/60�
Operating voltage: 4.0V to 8.4V
Bearings: Plain bearing
Gear material: Plastic
Motor type: Brushed
Digital: No
Programmable: No
Supplied accessories: 3 plastic output arms, 1 arm retaining screw, 2 plasic side mounting tabs
Optional accessories: Frame for Dymond D60
{endtable} c � I� � +� � � � � � � � < # c�"�| �}��b�� KST-DS09AX2$Buy 2+ KST DS09A Servos and SAVE 20%� <b>Buy 2 or 3 KST DS09A servos and save 20%.
Only select this product if you are buying two or three servos!</b>
The KST DS09A is an excellent budget servo that is suitable for all sorts of uses. It is reasonably compact and has much more torque, speed, and resolution than servos of an equivalent price.
The KST DS09A has a low backlash geartrain, quality electronics, and can be used for all control surfaces. Suitable for models weighing up to 1.5 Kg.
{table title="KST DS09A Specifications" class=1 cols=3 width=135,130,130 align=L,L,L separator=:}
Body dimensions: 23.7 mm wide x 11.7 mm thick x 27.0 mm high
Max dimensions: 36 mm wide x 11.7 mm thick x 30 mm high
Stall torque (4.8V): 1.5 kg cm : 21 oz.in
Operating speed (4.8V): 0.10 sec/60�
Operating voltage: 3.3V to 5.5V
Weight: 11.3 g : 0.40 oz
Programmable: No
Dead band: 0.002 ms
Lead length: 25 cm : 10 in
Supplied accessories: 3 plastic output arms, 1 output arm retaining screw, 2 mounting screws
{endtable}
r � 8� � <� � � � � � � � 2 c2�4- �}�b�� KST-DS09AX4$Buy 4+ KST DS09A Servos and SAVE 40%� <b>Buy 4 KST DS09A servos and save 40%.
Only select this product if you are buying four or more servos!</b>
The KST DS09A is an excellent budget servo that is suitable for all sorts of uses. It is reasonably compact and has much more torque, speed, and resolution than servos of an equivalent price.
The KST DS09A has a low backlash geartrain, quality electronics, and can be used for all control surfaces. Suitable for models weighing up to 1.5 Kg.
{table title="KST DS09A Specifications" class=1 cols=3 width=135,130,130 autohref=2 align=L,L,L separator=:}
Body dimensions: 23.7 mm wide x 11.7 mm thick x 27.0 mm high
Max dimensions: 36 mm wide x 11.7 mm thick x 30 mm high
Stall torque (4.8V): 1.5 Kg.cm : 21 oz.in
Operating speed (4.8V): 0.10 sec/60�
Operating voltage: 3.3V to 5.5V
Weight: 10 g : 0.35 oz
Programmable: No
Dead band: 0.002 ms
Lead length: 25 cm : 10 in
Supplied accessories: 3 plastic output arms, 1 output arm retaining screw, 2 mounting screws
Optional accessories: Frame for KST DS09A
{endtable}
<iframe width="420" height="315" src="http://www.youtube.com/embed/Mpdpmf7oPOs" frameborder="0" allowfullscreen></iframe>�3.57v � 8� ^� <� � � � � � � � 2 c2�4� �}�b�� SKY-MASTER-E SkyMaster-ee The SkyMaster-e is a light and rugged electric glider, it is suitable for sport and thermal flying from the flat or slopes. It flies well and has a good all-round performance and is great for beginners an more advanced fliers.
The wing front part is of molded construction, with an integrated carbon spar. The rear of the wing is made from film covered CNC cut balsa ribs with a molded trailing edge. The wing joiner is a 6mm steel rod for maximum resilience, with the wings bolted onto the glass fibre 2.4GHz friendly fuselage. The V tail is removable and is hinged with Kevlar. An accessory pack is included.
The models are attractively finished in a two or three tone colour scheme, with a black canopy hatch.
{table title="SkyMaster" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.0m, 78.7 in
Wing area, 36.0 dm2, 411 sq in
Length, 11.8 m, 46.5 in
Flying weight from, 683 g, 24.1 oz
Wing loading, 25.8 g/dm2, 8.4 oz/sq ft
Aspect ratio, 11.1
Wing airfoil, SD7037
EDA, 5.2 degrees
Centre of Gravity, 70 mm from wing leading edge
Controls, "Rudder, elevator, ailerons, flaps"
{endtable}
{table title="Sky Master-e Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 171.5 g, 6.0 oz
Wings, 309.5 g, 10.9 oz
V tail, 24 g, 0.9 oz
Accessories, 52 g, 1.9 oz
Total structure, 559 g , 19.7 oz
Wiring loom etc, 30 g, 1.1 oz
Receiver & servos, 100 g, 3.5 oz
"Motor, prop, ESC", 90 g, 3.1 oz
Battery, 120 g, 4.2 oz
Flying weight, 790 g, 27.9 oz
{endtable}
{table title="Recommended Servos" class=1 cols=2 width=110,235 align=L,L autohref=2}
Elevator & rudder servos (2), KST X08, Blue Bird BMS-101, Blue Bird BMS-A10, MKS DS6100, Corona DS843MG
Aileron servos (2), KST X08, Blue Bird BMS-101, Blue Bird BMS-A10, MKS DS6100, Corona DS843MG
Flap servos (2), MKS DS6100, Corona DS843MG, Blue Bird BMS-105, KST DS135MG
{endtable} � � �2� �� } � � � � � � � � � k� c1�C� �}�b��
SKY-HIGH-ESkyHigh-e 2.5mq The SkyHigh-e is a 2.5m (100") electric glider that is suitable for sport and thermal flying from the flat or slopes. It flies excellently, has a good all-round performance and is great for beginners an more advanced fliers. The structure is nicely constructed from glass fibre, kevlar, and carbon fibre, with Oralight film on the wings and tials.
The wing front part is of molded construction, with an integrated carbon spar. The rear of the wing is made from film covered CNC cut balsa ribs with a molded trailing edge. The wing joiner is a 6mm steel rod for maximum resilience, with the wings bolted onto the glass fibre 2.4GHz friendly fuselage. The V tail is removable and is hinged with Kevlar. An accessory pack is included.
The models are attractively finished in a two or three tone colour scheme, with a black canopy hatch.
{table title="Sky High-e Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.5 m, 98 in
Wing area, 44.5 dm2, 690 sq in
Length, 123 cm, 48.4 in
Flying weight from, 1112 g, 39.2 oz
Wing loading, 25.0 g/dm, 8.2 oz/sq ft
Aspect ratio, 14.0,
Wing airfoil, RG15,
EDA, 5.0�,
Spinner Diameter, 40 mm,
Centre of Gravity, 85 mm from wing leading edge
Controls, "Rudder, elevator, flaps, throttle"
{endtable}
{table title="Sky High - e Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 227 g, 8.0 oz
Wings, 467 g, 16.5 oz
Tail, 42 g, 1.5 oz
Accessories, 36 g, 1.3 oz
Total structure, 772 g, 27.2 oz
Wiring, 14 g, 0.5 oz
Pushrods, 12 g, 0.4 oz
Receiver, 8 g, 0.3 oz
Tail servos, 12 g, 0.4 oz
Wing servos, 40 g, 1.4 oz
Speed control, 28 g, 1.0 oz
Motor, 100 g, 3.5 oz
Prop & spinner, 26 g, 0.9 oz
Battery, 100 g, 3.5 oz
Flying weight, 1112 g, 39.2 oz
{endtable}
{table title="Recommended Servos" class=1 cols=2 width=110,235 align=L,L autohref=2}
Elevator & rudder servos (2), KST X08, Blue Bird BMS-101, Blue Bird BMS-A10, MKS DS6100, Corona DS843MG
Aileron servos (2), KST X08, Blue Bird BMS-101, Blue Bird BMS-A10, MKS DS6100, Corona DS843MG
Flap servos (2), MKS DS6100, Corona DS843MG, Blue Bird BMS-105, KST DS135MG
{endtable}
� �2� � � � � � � � � � � � j� c1�C . �}�b�� FU-FIX-BEARING"Fu-Fix External Bearing Kit (pair)� To maximise a glider's performance it is <b>essential</b> that the flaps and ailerons have totally slop free linkages, so the airfoil camber can be accurately adjusted during flight, to optimise the airfoil for the current flight condition, be it launch, thermal hunting, circling in a thermal, or beating upwind through sink.
The <b>Fu-Fix External Bearing Kit</b> increases the rigidity of the linkage, and reduces compliance and slop in flap and aileron linkages by providing a structural fixing on the other side of the output arm from the servo body, changing the output arm mechanism from being cantilevered on the top of the servo, to being fully supported. This massively reduces the forces on, and thus the compliance of, the servo body.
<i>This bearing kit is the most cost effective, and possibly easiest way to create rock solid linkages that allow modern high resolution servos to accurately control the wing trailing edge. </i>
Select the correct kit according to the thread size of the output arm fixing screw for your servos. The kit replaces the normal output arm fixing screw with a new threaded shaft fits inside a ball race that is mounted in a bearing block. This block is glued to the wing (preferably to both the upper and lower wing skins), as shown in some of the photos.
<i>Two bearings supplied in each kit. Use the table below to identify the correct size, and select this size using the </i>Available Options<i> drop down box below the price.</i>
#Two bearings for <b>%1</b> servos supplied in each kit.
#<i>Please ignore the servos shown in the product photos,
#use the table below to select the correct size.</i>
{table title="Servo Output Arm Screw Sizes" class=1 cols=2 width=50,400 align=L,L autohref=2}
M1.7, Hyperion DS09-AMD, Hyperion DS11-AMB, also Hyperion DS09-SCD using M1.7 shaft to re-cut thread
M2, Savox 255
M2.3, Hitec HS65, HS81, HS85, HS125, and all Digi versions, Hyperion DS095-FMD, KST DS125MG
M2.5, MKS DS6125, MKS DS6125 Mini, MKS DS6125H, MKS DS6100, MKS DS6188, Hyperion DS13 range
M3, Futaba 3150 & 3155, Sanwa 762 (Airtronics 94761Z), JR/Graupner wing servos, Turnigy aluminium A55H, Hyperion DS16 range
{endtable}
�
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DLG-TAILPLANE
DLG Tailplane$ This DLG tailplane (horizontal stabiliser) is nicely made from blue foam, with glass skin and carbon spar and trailing edge reinforcement. The elevator is hinged with a live skin.
This ia a replacement Super Topsky 2/3 hoz stab.
Span: 34 cm
Av Chord: 7 cm
Area: 2.38 dm2
Weight: 7 g P � � �
� � � � � � � � � c1�C � �}��b�� FU-FIX-BEARING-M172Fu-Fix External Bearing Kit for M1.7 Servos (pair) {fubearing, M1.7} �
� � 2� � � � � � � � 2 c1�C 9 �}�b�� LIFE-RX-700&Zippy 700 mAh 2S LiFe Receiver Battery� Small 2S 700 mAh LiFe battery suitable for smaller gliders, or other small models. Comes with a standard RC plug and a JST-HX balance plug.
The Zippy 2S 700 mAh LiFe has easily enough capacity to fly an average four servo model for 2.5-3 hours, or more, depending upon the servos.
A two cell (2S) LiFe battery produces 6.6 volts nominal, which is nearly a volt less than a 2 cell LiPo battery. LiFe batteries have a good discharge curve that is flatter than that of a NiMH battery (less voltage drop with discharge or load), and without the risk of fire that exists when a LiPo battery is abused. Additionally, when used as a receiver pack, for most 2.4GHz receivers and many servos, a LiFe battery eliminates the need for a voltage regulator, which reduces the risk of failure by eliminating a component that could potentially fail.
{table title="Zippy 2S 700 mAh 20C LiFe Battery Specification" class=1 cols=2 width=100,220 align=L,L}
Chemistry, Lithium Ferrous Oxide
Number of cells, 2
Voltage, 6.6V nominal
Capacity, 700 mAh
Weight, 41 g
Length, 53 mm
Width, 32 mm
Height, 14 mm
Power plug, Standard RC plug
Balance plug, JST-XH standard balance plug
{endtable}
� � � � � � � � � � � � 2 c1�Cj_ +L4 ��b�� KST-DS145MG-KST DS145MG Servo - 5.2Kg.cm 0.12s 23.0g 10mm� The {b,KST DS145MG} is an amazingly good metal cased servo, suitable for glider fuselages, and helis, and all RC models. It is exactly the same size and has 90% of the performance and build quality of the market leader, <b>for 40% less</b>. Like the more expensive servo it has no geartrain slop.
At only 10mm thick this great wing-servo can easily fit in thin glider and jet wings. With a massive 5.2kg.cm torque the KST DS145 is appropriate for F3F, F3B, F3J, F5J, all fast gliders, 450 and larger helicopters and jets.
No longer supplied with metal output arms.
{ServoSpecs}
Tags: High performance 10mm thick metal case mini glider/heli servo for RC gliders and T-Rex 450 class helicopters.
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MIRAI-ARTF
Mirai ARTF� The {b,Mirai ARTF} is a beautifully built ready-to-fly 2m RES glider/electric model. The Mirai ARTF is available as a pure glider or as an electric glider, and in V tail and conventional X tail versions.
{table title="Miria F3L / F5-RES Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.0 m, 79 in
Wing area, 36.0 dm2, 558 sq in
Length, 121 cm, 47.6 in
Flying weight from, 420 g, 14.8 oz
Wing loading, 11.7 g/dm, 3.8 oz/sq ft
Aspect ratio, 11.1,
Wing airfoil, HB RES,
Dihedral (EDA), 12.0�,
Spinner Diameter, 30 mm,
Centre of Gravity, 78-82 mm from wing leading edge
Controls, "Rudder, elevator, spoiler"
{endtable}
{table title="Miria F3L / F5-RES Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Pod, 60 g, 2.1 oz
Boom and pushrods, 30 g, 1.1 oz
Centre panel, 100 g, 3.5 oz
Wing tips, 100 g, 3.5 oz
Tailplane, 13 g, 0.5 oz
Fin+Rudder, 12 g, 0.4 oz
Accessories, 20 g, 0.7 oz
Total structure, 335 g, 11.8 oz
Receiver, 5 g, 0.2 oz
Rudder & elevator servos, 10 g, 0.4 oz
Spoiler servo, 5 g, 0.2 oz
Battery, 65 g, 2.3 oz
Flying weight from, 420 g, 14.8 oz
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder & elevator servos, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, KST X06, CHA DS06, EMAX ES09D
Spoiler servo, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, KST X06, CHA DS06, EMAX ES9051
Receiver, 4 or 5 channel receiver to match your transmitter
Glider battery, Radient 1S 700 mAh LiPo, Dream-Flight 300 mAh 4.8V NiMH, HyperFlight 650 mAh 4.8V NiMH, Dream-Flight 700 mAh 4.8V NiMH, 1S 2600 mAh Li-Ion, 2S 300-600mAh LiPo
Elektro battery, 2S 450 - 600mAh LiPo, 3S 300-450mAh LiPo
{endtable}
{table title="Control Throws" class=1 cols=2 width=120,240 align=L,L}
Rudder, 17 mm each way
Elevator, 10 mm up, 10 mm down
Spoilers, 80� up
Spoiler mix, 3 mm up elevator with 45� up spoiler
{endtable}
{table title="Electric Powertrain Recommendations" class=1 cols=2 width=160,210 align=L,L autohref=1}
DYS D2225-19, 2S 450mAh LiPo, 9x6, 10x5
DYS D2225-19, 3S 450mAh LiPo, 7x3.5, 7x4, 8x4
Dualsky XM2225EG-23, 2S 450mAh LiPo: 9x5, 10x5, 10x6
Dualsky XM2225EG-23, 3S 400mAh LiPo: 7x4, 8x4, 8x5
Hacker A10-7L 4.4:1, 3S 450mAh LiPo, 12x8, 13x8
{endtable}
' � � � � � � � � � � � � � � 9 �� e� � .I� �}�b� HYPERSPIN-30-5 30mm HyperSpinner for 5mm shaftsq Vladimir's Models <b>HyperSpinner</b> for 8mm root folding propeller blades, suitable for all models requiring a 30mm spinner with a 5mm motor shaft. Comes with a machined alloy yoke (cent� ��b�& HORN-58MM-BRBrass M3 5.8mm Horn (2)' A pair (2) of high quality brass control surface horns with an M3 threaded shaft.
Distance from the thread shoulder to the centre of the hole: 5.8 mm
Length of the threaded shaft: 15 mm - this can be shortened if required.
Product photo shows a shorter thread than the actual item.
Hole diameter: 1.1 mm.
Material: brass
{table title="Brass M3 5.8 mm Horn (2) Specifications" class=1 cols=2 width=170,80 align=L,L,L}
Hole centre to thread, 5.8 mm
Hole Size, 1.6 mm
Thread Diameter, M3
Thread Length, 15 mm
Material, Brass
{endtable}
j � (� � � � � � � � � �
2G4; � Brass jl� � �}�b�� SS-WIRE-28-SWG-5M 5m 28 SWG Stainless Steel Wire' {sswire5, 28, 0.36, 0.014, 20, 44, 0.8} � � 9� � � � � � � � � � 2 c1�C � `}��`�� SS-WIRE-20-SWG-5M 5m 20 SWG Stainless Steel Wire) {sswire5, 20, 0.89, 0.035, 109, 240, 4.9} � � � � � � � � � � � � F = Try Holt Springs for future orders
sales@holtsprings.co.uk
c1�C� �}�b�� DLG-FINDLG Finv This DLG fin and rudder (vertical stabiliser) is nicely made from blue foam, with glass skin and carbon spar and trailing edge reinforcement. The rudder is hinged with a live skin.
This is a replacement Super Topsky 2 or 3 fin and rudder. It is cambered (to reduce yaw on launch, and increase launch height).
Height: 21 cm
Av chord: 9 cm
Area: 1.9 dm2
Weight: 7 g
A � � 9�
� � � � � � � � d c1�C� `}�`�� JJ-EDGE%JJ Edge ARTF DLG (wing servos fitted) The <i>JJ Edge</i> is a superb all molded implementation of Gerald Taylor's ground breaking <b>Edge</b> design. Widely acknowledged as the next stage on from the Super Gee II, this model incorporates Mr Taylor's state of the art custom airfoils to allow the model to launch very high and to range far. The higher than usual flying speed allows the model to cope with wind well, and the superb finish and detail design get the best from the advanced aerodynamics.
The JJ Edge's wing is supplied with two Hyperion DS09-SCD servos already installed, with superbly engineered low drag linkages to the flaperon. The flaperon horns hardly extend above the wing surface, so no fairing is required, making an ultra clean installation. The flaperon have wipers installed, so the drag stays low for all camber positions.
The light tailplane is also beautifully molded, and has the elevator ready hinged, a torque spring installed, and a horn fitted.
The fuselage is a one piece molding, 2.4GHz friendly Kevlar at the front, changing to carbon from the wing backwards. The boom is molded to an oval shape, for increased stiffness, and thus facilitate higher launches. The rear of the boom incorporates a pylon for the tailplane, which also acts as a fairing for the elevator horn, so the horn and pullstring are out of the airflow, creating a drag-free control linkage. A Kevlar pull string for the elevator is included, so the only work required for the RC installation is fitting the elevator servo.
The fuselage also incorporates a ballast tube, and the molded 40g and 80g ballast slugs allow the model to be flown in a very wide range of wind speeds. The canopy hatch has a fixing mechanism installed.
The kit includes two weights of ballast, installed control linkages, the throwing peg, wing covers, and a complete wiring harness. No soldering or extension leads are required to connect the radio.
The excellent detail design and superb finish really sets this model apart from most discus launched gliders, and contribute to its top level performance. The good fit, finish, and completeness reduce the build time very considerably. Only a few hours are required to glue the fin and launch peg in place, and install elevator servo. The model comes with a rudderless fin, but a Kevlar living hinge has been molded in, so if a rudder is preferred it can easily be cut free.
The model is available in full spread tow carbon for �80 above the base version which has a carbon DBox only. Also a DBox and disser (criss cross carbon) version is available for �30 extra. See the Options combo box below the price to choose the layup and colour.
{table title="JJ Edge Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.5 m, 59 in
Wing area, 22.0 dm2, 341 sq in
Length, 109 cm, 42.7 in
Flying weight from, 271 g, 9.6 oz
Wing loading, 12.3 g/dm, 4.0 oz/sq ft
Aspect ratio, 10.2,
Wing airfoil, GT Edge series
Dihedral, 5.5�,
Centre of Gravity, 78-82 mm from wing leading edge
Controls, "Elevator, flaperons"
{endtable}
{table title="JJ Edge Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 45 g, 1.6 oz
Wings ex servos (DBox), 136 g, 4.8 oz
Fin, 7.2 g, 0.3 oz
Tailplane, 8.1 g, 0.3 oz
Wiring harness, 5.7 g, 0.2 oz
Total structure, 202 g, 7.1 oz
Glue etc, 2 g, 0.1 oz
Receiver, 6 g, 0.2 oz
Tail servos, 8 g, 0.3 oz
Wing servos, 18 g, 0.6 oz
Battery, 25 g, 0.9 oz
Noseweight, 10 g, 0.4 oz
Flying weight, 271 g, 9.6 oz
{endtable}
{table title="Control Throws" class=1 cols=2 width=110,240 align=L,L}
Aileron, 8 mm down, 10 mm up
Elevator, 8 mm down, 10 mm up
Rudder, 13mm each way
Flap-launch, 1.5 mm up
Flap-speed, 1 mm up
Flap-normal, 0 mm
Flap-thermal, 2 mm down
Flap-brakes, 35 mm down
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,235 align=L,L autohref=2}
Aileron servos, Hyperion DS09-SCD already fitted
Elevator servo, MKS DS65K, KS HD47MG, KST DS245S, Ripmax SD100
Rudder servo (optional), MKS DS65K, KS HD47MG, KST DS245S, Ripmax SD100
Receiver, 4/5 channel rx to match your transmitter
Power, SmartLipo 450, Lipo Regulator & Alarm, Rhino 2S 360 mah LiPo, HyperLiPo 2S 300 mAh LiPo, HyperLiFe 2S 480 mAh LiFe
{endtable}
{b,Colour schemes - wing top surface}
<img src="extras/JJEdgeNov12Top.jpg" alt="JJ Edge Colours Top View">
{b,Wing bottom surface}
<img src="extras/JJEdgeNov12Bot.jpg" alt="JJ Edge Colours Bottom View">
More photos {href, https://plus.google.com/photos/108528138458086752489/albums/5557958475369682545?banner=pwa, here} (opens in a new tab). � � @-� � � � � � � � � � � � was �529$ i� c1�C � �}��b�� SUPRA-E-COMP-ST Supra-e Competition Spread Tow@ Supra Pro Competition Spread Tow
Available to special order. x � � � � � � � � � � � � � c1�C � �}�b�� ORION Orion DLG$ The <b>Orion</b> is a modern Polish discus launched glider with an excellent reputation, which is available at a very good price. This practical hollow molded model is stiff, and comparatively tough, considering the low weight. The model has an impressive competiton pedigree, placing first in the Polish Nationals, being used in the recent F3K World Championships, and placing 27th in the 2011 Eurotour Trophy.
The one piece wing has the position of the wing mounted servos molded into the bottom wing skin. The disser (criss-cross carbon tows added to the layup to increase torsional rigidity) reinforcement ensures good stiffness, and the optional Dbox offers a bullet proof leading edge. Flaperon wipers are installed, to minimise profile drag for all camber positions.
The very light tailplane and fin also have carbon disser reinforcements, and have the elevator and rudder ready hinged.
The fuselage is a compact one piece molding, 2.4GHz friendly Kevlar at the front, changing to carbon from the wing backwards. The boom is molded to an diamond shape, for increased stiffness, and thus facilitate higher launches.
The model comes with carbon pushrod inners and outer tubes, the throwing peg, pushrod wires, and other accessories. Two weights of ballast are also available as extras.
The model is available in two wing layups:
{bullet}
Disser on XPS foam
Carbon Dbox plus disser on Rohacel foam (extra �50)
{endbullet}
Select the required layup and colour using the <i>Available Options</i> drop down box below the price.
{table title="Orion Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.5 m, 59 in
Wing area, 22.8 dm2, 353 sq in
Length, 109 cm, 42.7 in
Flying weight from, 263 g, 9.3 oz
Wing loading, 11.5 g/dm, 3.8 oz/sq ft
Aspect ratio, 9.8,
Wing airfoil, AS 6.7%,
Dihedral, 6.2�,
Centre of Gravity, 80-83 mm from wing leading edge
Controls, "Elevator, rudder, flaperons"
{endtable}
{table title="Orion Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 38.5 g, 1.4 oz
Wings (disser), 129 g, 4.6 oz
Fin, 5 g, 0.2 oz
Tailplane, 6.5 g, 0.2 oz
Accessories, 5.7 g, 0.2 oz
Total structure, 184.7 g, 6.5 oz
Glue etc, 3.3 g, 0.1 oz
Pushrods, 6 g, 0.2 oz
Receiver, 6 g, 0.2 oz
Tail servos, 10 g, 0.4 oz
Wing servos, 18 g, 0.6 oz
Regulator, 5.4 g, 0.2 oz
Wiring, 6.6 g, 0.2 oz
Battery, 21 g, 0.7 oz
Noseweight, 2 g, 0.1 oz
Flying weight, 263 g, 9.3 oz
{endtable}
{table title="Recommended R/C" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator & rudder servos, MKS DS65K, MKS DS6100, Ripmax SD100, Dymond D47, JR DS285, Futaba DS3154
Aileron servos, Ripmax SD100, Dymond D47, Ripmax SD150, Dymond D60, MKS DS65K, Hyperion DS09-SCD
Receiver, 4/5 channel rx to suit your transmitter, eg Spektrum AR6250, AR6255*, AR6100e, Futaba R6004FF, Orange DSM2 compatible, Jeti Duplex R5, Multiplex Mlink RX-6 Light & RX-5 Light, Schulze Alpha-535
Battery, SmartLipo 450, Rhino 2S 360 mAh LiPo, HyperLiPo 2S 300 mAh LiPo, HyperLiFe 2S 480 mAh LiFe
{endtable}
{table title="Control Throws" class=1 cols=2 width=110,240 align=L,L}
Aileron, 8 mm down, 10 mm up
Elevator, 8 mm down, 10 mm up
Rudder, 13mm each way
Flap-launch, 1.5 mm up
Flap-speed, 1 mm up
Flap-normal, 0 mm
Flap-thermal, 2 mm down
Flap-brakes, 35 mm down
{endtable}
<iframe width="560" height="315" src="http://www.youtube.com/embed/VY_rcN6UYY8" frameborder="0" allowfullscreen></iframe>
<iframe width="560" height="315" src="http://www.youtube.com/embed/Ut0hf5Ny904" frameborder="0" allowfullscreen></iframe> � � x_� c_� � � � � � � � � � � ! c1�C `}�`�� AVALON-GAvalon 3.7 Glider� The Vladimir's Models <b>Avalon 3.7</b> is a version of the world renowned Super AVA Pro glider with flaps and ailerons. It is called Super AVA Pro 4 Flap by other dealers, but we like the idea of a name to evoke legends!
The Super AVA Pro is a wonderful model with brilliant soaring capabilities, but many modellers have asked for a version with flaps and ailerons, to improve manoeuvrability and allow more accurate landings. The Avalon 3.7 with its large flaps and ailerons fulfils these requirements in several ways:- easier entry into and exit from thermal turns; the airfoil�s camber can be optimised in flight; walking speed accurate landings with 85 degrees of flap and the ailerons set for crow braking.
Highlights of the Avalon 3.7:
{bullet}
The large 3.7m span results in a very low sink rate, and has a large visual footprint, allowing the model to be flown further away than smaller soarers.
The fully articulated wing allows the model to outclimb others in weak lift, and also to penetrate back upwind after following a thermal to the limits of vision.
The Avalon wing planform has been optimised to be nearly elliptical, and the construction of the tip panels utilises a carbon D-box for stiffness and strength. Good adherence to the airfoil profile also gives a useful drag reduction.
The massive flap is bottom hinged, allowing the model to be slowed to walking pace and making accurate landings child's play.
The Avalon's high aspect ratio tailplane has a carbon D-box construction, increasing strength and reducing trim drag.
The fin has a molded fixed portion, with a low drag central tailboom attachment that allows the fin to be removed making the Avalon more transportable.
The pod also has a carefully engineered wing pylon to reduce interference drag. It is also very long allowing a smallish motor to be used to achieve the correct CG, and large propellers, for an efficient powertrain. Its rigid structure allows kilowatt sized motors to be installed for ultra fast climbs, if required.{endbullet}
Vladimir has taken the build to a new level of completeness, so the Avalon can be assembled in only a few hours. Work done in the factory to speed final assembly is as follows:-
{bullet}
The wing control surfaces have been hinged and the servo wires threaded into place.
All pushrods and horns have been fabricated, wires bent, etc.
Fitting the servos in the fin has been simplified.
The only work required to compete the model is to glue the boom to the pod; attach the V mount and fin, then install the powertrain & RC gear.{endbullet}
The Avalon is a thermal duration model suitable for sports fliers and competition fliers alike, the fully articulated wing makes it great fun to fly, with responsive handling and a very wide speed range.
{table title="Avalon Glider Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 3.7 m, 147 in
Wing area, 82.3 dm2, 1276 sq in
Length, 189 cm, 74.4 in
Flying weight from, 1572 g, 55.4 oz
Wing loading, 19.1 g/dm, 6.3 oz/sq ft
Aspect ratio, 16.9,
Wing airfoil, AG24/25/26,
EDA (dihedral), 7.5�,
Centre of Gravity, 100-108 mm from wing leading edge
Tow hook location, 448 mm back from the nose
Controls, "Rudder, elevator, ailerons, flaps"
{endtable},
{table title="Avalon Glider Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 212 g, 7.5 oz
Wings, 832 g, 29.3 oz
Fin, 39 g, 1.4 oz
Tailplane, 27 g, 1.0 oz
Accessories, 50 g, 1.8 oz
Total structure, 1160 g, 40.9 oz
Wiring & glue, 20 g, 0.7 oz
Tail pushrods, 12 g, 0.4 oz
Receiver, 15 g, 0.5 oz
Fuse servos, 45 g, 1.6 oz
Wing servos, 70 g, 2.5 oz
Battery, 150 g, 5.3 oz
Noseweight, 100 g, 3.5 oz
Flying weight, 1572 g, 55.4 oz
{endtable}
{table title="Recommended Servos" class=1 cols=2 width=110,235 align=L,L, autohref=2}
Elevator & rudder, KST DS115, KST DS145, , MKS DS6125 Mini
Aileron, MKS DS6100, KST DS115, Hyperion DS09-AMD
Flap, KST DS135, KST DS125, MKS DS6125 Mini, Hyperion DS095-FMD, DS13-TMB
{endtable}
{table title="Avalon Control Movements" class=1 cols=2 width=110,300 align=L,L,L}
Rudder, 57 mm each way
Flap, 85 degrees down
Ailerons, 30 mm up, 20 mm down
Elevator, 21 mm up, 23 mm down
Elevator neutral, 42 mm from the trailing edge to the top of the boom
Flap elevator mix, With full flap elevator 11.5 mm down. With 60% of the movement the first 30% of flap travel
CG for above, 101 mm from LE
{endtable} X � -� �-� qH� � � � � � � � � 899.00 c1�C � ��r��
HYPER-EDGEHyper Edge DLGR The <b>Hyper Edge</b> is lightweight implementation of Gerald Taylor's ground breaking Edge design. Widely acknowledged as the next generation on from Drela�s Super Gee II, this open source design incorporates Mr Taylor's state of the art custom airfoils to allow the model to launch very high and range far. The higher than usual flying speed allows the model to cope with wind well.
This competently produced short kit by Sebastian Prymek consists of a lightweight bagged foam core wing, with a spread tow carbon Dbox, and carbon disser criss-cross reinforcements, to make a very rigid wing. The tailplane and fin have spread tow fixed portions, and a disser elevator and rudder, to minimise weight. The very nice light and slim fuselage is a one piece molding, with a 2.4GHz friendly Kevlar front portion, changing to spread tow carbon at the wing leading edge. The kit includes a well engineered carbon V mount to Gerald Taylor�s design, and an offset throwing peg, to allow for dihedral. This short kit does not include wing joining material, pushrods, or control horns.
{table title="Hyper Edge Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.5 m, 59 in
Wing area, 21.7 dm2, 336 sq in
Length, 109 cm, 42.7 in
Flying weight from, 266 g, 9.4 oz
Wing loading, 12.3 g/dm, 4.0 oz/sq ft
Aspect ratio, 10.3,
Wing airfoil, GT Edge series
Centre of Gravity, 78-82 mm from wing leading edge
Controls, "Elevator, rudder, flaperons"
{endtable}
{table title="Hyper Edge Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 36 g, 1.3 oz
Wings (disser), 120 g, 4.2 oz
Fin, 7.6 g, 0.3 oz
Tailplane, 5.4 g, 0.2 oz
V mount, 1.2 g, 0.0 oz
Thowing blade, 1.3 g, 0.0 oz
Total structure, 171.5 g, 6.0 oz
Glue etc, 10.5 g, 0.4 oz
Pushrods, 6 g, 0.2 oz
Receiver, 6 g, 0.2 oz
Tail servos, 9 g, 0.3 oz
Wing servos, 16 g, 0.6 oz
Wiring, 8 g, 0.3 oz
Battery, 30 g, 1.1 oz
Noseweight, 9 g, 0.3 oz
Flying weight, 266 g, 9.4 oz
{endtable}
{table title="Recommended R/C" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator & rudder servos, MKS Nuke 3, MKS DS65K, MKS DS6100, Ripmax SD100, Dymond D47, JR DS285, Futaba DS3154
Aileron servos, Ripmax SD100, Dymond D47, Ripmax SD150, Dymond D60, MKS DS65K, Hyperion DS09-SCD
Receiver, 4/5 channel rx to suit your transmitter, eg Spektrum AR6250, AR6255*, AR6100e, Futaba R6004FF, Orange DSM2 compatible, Jeti Duplex R5, Multiplex Mlink RX-6 Light & RX-5 Light, Schulze Alpha-535
Battery, SmartLipo 450, Rhino 360 mAh 2S LiPo, HyperLiPo 2S 300 mAh LiPo, HyperLiFe 2S 480 mAh LiFe
{endtable}
{table title="Control Throws" class=1 cols=2 width=110,240 align=L,L}
Aileron, 8 mm down, 10 mm up
Elevator, 8 mm down, 10 mm up
Rudder, 13mm each way
Flap-launch, 1.5 mm up
Flap-speed, 1 mm up
Flap-normal, 0 mm
Flap-thermal, 2 mm down
Flap-brakes, 35 mm down
{endtable}
� � n-� 9_� , � � � � � � � � � c1�C �}�b�
KEVLAR-THREADKevlar Thread 5m� 5 m of very thin Kevlar thread. Suitable for pull-pull or spring-pull linkages on DLGs and other smaller models.
Safe for 10 Kg (22 lb) load.
Weight approx 0.024 g/m.
Also suitable for building FF and RC models where lightweight and good strength in bonding of joints is required. Modelers use it to join carbon fibre rods, lash metal wires to balsa structures, etc with great results.
� � Y� � � � � � � � � � > g@Vm �� +'0 ��b� MKS-DS65K)MKS DS65K Servo - 2.2Kg.cm 0.15s 6.5g 9mm� The {b,MKS DS65K Gold Label} servo is an improved version of the DS65K, the standard bearer for small servos. The DS65K is ideal for F3K, F5D, and all small models that require excellent precision, massive torque, and adequate speed. It is probably the best 8.5 mm thick servo ever produced. It looks beautiful and with a torque of 2.2 Kg cm it is amazingly powerful.
{MKSCNC}
{film}
{ServoSpecs}
Note DS6100, DS75K and DS65K output arms are compatible.
{video,2ZYE_59AKkA}
A � ? � � $2� � � � � � � � ��1C1 DS65K� �}�b� HP-DS09-SCD+Hyperion DS09-SCD Servo - 9mm 9.5g 2.0Kg.cmh <b>
All Hyperion DS09-xxx servos are in short supply due to logistics problems. Please consider the {pref,KST-X08,KST X08} or {pref,COR-DS843MG,Corona DS843MG} as respectively improved, or cheaper, alternatives.
</b>
The Hyperion Atlas DS09 range is an excellent 9 mm thick servo. The SCD variant has carbon filled polyethylene gears, and a very good 2 Kg.cm torque. The speed is good enough for 99% of glider and electric model installations. The good quality high impact strength plastic gears are a perfect fit, making the geartrain totally slop-free, and with the very small deadband, the servo is ideal for all control surfaces.
At only 9 mm thick this superb wing-servo can easily fit in very thin wings. With 2 kg.cm torque and an excellent 0.13s/60� speed it is excellent for DLG flaperons, ailerons, elevator and rudder on many high performance gliders, DLGs, electric gliders, and sport slopers.
{table title="Hyperion DS09-SCD Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=: autohref=2}
Body dimensions: 23.0 mm wide x 9.1 mm thick x 23.7 mm high : 0.91" wide x 0.36" thick x 0.93" high
Max dimensions: 31.9 mm wide x 9.1 mm thick x 32.7 mm high : 1.26" wide x 0.36" thick x 1.29" high
Stall torque (4.8V): 1.60 kg.cm: 22 oz.in
Stall torque (6V): 2.00 kg.cm: 28 oz.in
Weight: 9.5 g: 0.34 oz
Lead length: 18.0 cm: 7.1 in
Operating speed (4.8V): 0.15 sec/60�
Operating speed (6V): 0.13 sec/60�
Operating voltage: 3.5V to 5.5V
Bearings: 2 ball bearings
Gear material: Carbon poly
Motor type: Brushed
Dead band: 0�s to 16�s (2�s default)
Driver type: FET
Digital: Yes
Programmable: Yes
Operating temperature: -20� to +60�
Supplied accessories: 5 plastic output arms, 1 output disk, 2 arm retaining screw, mounting screws, bushes, 2 plasic side mounting tabs
Optional accessories: Frame for Corona DS843
{endtable} R � � � ,� � � � � � � � 2 & c1�C � �}�b� HYPER-LIFE2S480HyperLiFe 2S 480 mAh LiFe The {b,HyperLiFe 2S 480 mAh LiFe} is suitable for DLGs and other small models. It has enough capacity to fly an average four servo discus launched glider for 2-3 hours (or more), depending upon the servos used.
A two cell (2S) LiFe battery produces 6.6 volts nominal, which is nearly a volt less than a 2 cell LiPo battery. LiFe batteries have a good discharge curve that is flatter than that of a NiMH battery (less voltage drop with discharge or load), and without the risk of fire that exists when a LiPo battery is abused. Additionally, when used as a receiver pack, for most 2.4GHz receivers and many servos, a LiFe battery eliminates the need for a voltage regulator, which reduces the risk of failure by eliminating a component that could potentially fail.
{table title="HyperFlight HyperLiFe 2S 480 mAh LiFe Battery Specification" class=1 cols=2 width=100,220 align=L,L}
Chemistry, Lithium Ferrous Oxide (LiFe04)
Number of cells, 2
Voltage, 6.6V nominal
Capacity, 480 mAh
Weight, 30 g (can be reduced to 27 g by removing the shrink wrap and balance lead)
Discharge rating, 15 C
Length, 50 mm
Width, 20 mm
Height, 18 mm
Power lead length, 10 cm
Balance lead length, 3 cm
Power plug, Mini JST (BEC)
Balance plug, JST-XH standard balance plug
{endtable}
� �
-� � <� � � � � � � � A c1�C � �}�b� SD100-FRAME"Ply Frame for SD100/D47/H47 (pair): These HyperFlight CNC cut ply servo frames make fitting a {pref,SD100,Ripmax SD100} or a {b,Dymond D47} servo to a molded wing very easy. No thickness is added to the installation, and the servo is mounted securely, yet can be removed easily if required.
Two servo frames supplied in the pack.
{ServoFrame} � � 9� O� 2� � � � � � � � ' f��� �}�b� SD150-SERVO-FRAME Ply Frame for SD150/D60 (pair)C These HyperFlight CNC cut ply servo frames make fitting a {pref, SD150, Ripmax SD150} servo or a {b,Dymond D60} servo to a molded wing very easy. No thickness is added to the installation, and the servo is mounted securely, yet can be removed easily if required.
Two servo frames supplied in the pack.
{ServoFrame} � 9� � 2� � � � � � � � ' c1�C B �}�b� DS843-SERVO-FRAME-Frame for Corona DS843 & Hyperion DS09 (pair)� These HyperFlight CNC cut ply servo frames make fitting a {pref,COR-DS843MG,Corona DS843MG}, {pref,HP-DS09-SCD,Hyperion DS09-SCD}, {pref, HP-DS09-AMD,Hyperion DS09-AMD}, and all other {b,Hyperion DS09 type} servo to a molded wing very easy. No thickness is added to the installation, and the servo is mounted securely, yet can be removed easily if required.
Two servo frames supplied in the pack.
{ServoFrame} " � 9� � 2� � � � � � � � ' c1�C �}�b�
KST-DS135-FRAME4HyperFlight Servo Frames for KST DS135 Servos (pair)` These CNC cut ply servo frames make fitting a KST DS135 servo to a molded wing very easy. No thickness is added to the installation, and the servo is mounted securely, yet can be removed easily if required. These particular frames have been cut to our design and come in a pack of two frames.
Two servo frames supplied in the pack.
{ServoFrame} � � ^�
� 2� � � � � � � � ' c1�C �}�b� KST-DS125-FRAME4HyperFlight Servo Frames for KST DS125 Servos (pair)` These CNC cut ply servo frames make fitting a KST DS125 servo to a molded wing very easy. No thickness is added to the installation, and the servo is mounted securely, yet can be removed easily if required. These particular frames have been cut to our design and come in a pack of two frames.
Two servo frames supplied in the pack.
{ServoFrame} � � ^�
� 2� � � � � � � � ' c1�C� �}�b� KST-DS09A-FRAMEFrame for KST DS09A (pair)p These HyperFlight CNC cut ply servo frames make fitting a {b,KST DS09A} servo to a molded wing very easy. No thickness is added to the installation, and the servo is mounted securely, yet can be removed easily if required. These particular frames have been cut to our design and come in a pack of two frames.
Two servo frames supplied in the pack.
{ServoFrame} � � ^�
� 2� � � � � � � � ' c1�C w �}�b�
STORK-4EVStork 4e V Tail F5J� The {b,Stork 4e v Tail F5J} is the latest version of the highly regarded line of competition F3J and F5J models. The model is strong and reasonably light, with a lighter wing layup than the glider version. The attractive lines and excellent handling characteristics make this plane an excellent choice for sport and competition pilots. The model has a good L/D, so ranges well, and its easy handling ensures good climbs, even in weak conditions. The large flaps are capable of 85 degree deployment, allowing precise spot landings without any damage, maximising competition scores.
The nicely finished three piece wing and removable V tail ensure easy transportation. The roomy fuse is strong glass/Kevlar 2.4GHz friendly layup, with carbon reinforcements. The already installed fuselage pushrods and molded servo cut-outs make the build fast, and accurate. The large 42mm firewall diameter allows outrunner motors to be used, reducing the powertrain cost, and increasing convenience.
The model has a very good competition success record in continental Europe and the UK, with dozens of wins, including at the UK Nationals. More than anything, this proves the excellent performance, handling, and ruggedness - competition pilots demand the best, and do not baby their models!
For more info see this RCGroups {href,http://www.rcgroups.com/forums/showthread.php?t=1347253, Stork 4e} thread. Our thanks to Peter Hindle for use of his excellent photos.
{table title="Stork 4e Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 3.56 m, 140 in
Wing area, 70.7 dm2, 1096 sq in
Length, 153 cm, 60.2 in
Flying weight from, 1987 g, 70.1 oz
Wing loading, 28.1 g/dm, 9.2 oz/sq ft
Aspect ratio, 17.9,
Dihedral (EDA), 4.8�,
Spinner Diameter, 42 mm,
Centre of Gravity, 95-110 mm from wing leading edge
Controls, "V tail, ailerons, flaps"
{endtable}
{table title="Stork 4e Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 247 g, 8.7 oz
V tail, 88 g, 3.1 oz
Wing c/s, 574 g, 20.2 oz
Wing tips, 400 g, 14.1 oz
Accessories, 65 g, 2.3 oz
Total structure, 1374 g, 48.5 oz
Wiring, 30 g, 1.1 oz
Receiver, 10 g, 0.4 oz
Tail servos, 18 g, 0.6 oz
Wing servos, 70 g, 2.5 oz
Speed control, 50 g, 1.8 oz
Motor, 250 g, 8.8 oz
Prop & spinner, 35 g, 1.2 oz
Battery, 150 g, 5.3 oz
Flying weight, 1987 g, 70.1 oz
{endtable}
{table title="Recommended Servos" class=1 cols=2 width=110,240 align=L,L autohref=2}
V Tail, MKS DS6100, MKS DS6125H, Futaba S3150, Futaba S3155
Aileron, MKS DS6100, MKS DS6125 Mini, KST DS135MG, KST DS115, Futaba S3150
Flap, Hyperion DS095-FMD, MKS DS6125 Mini, MKS DS6125, KST DS125MG, KST DS135MG
{endtable}
<b>Powertrain Suggestions</b>
Hacker B40-6L geared 4.4:1 , 3S 2Ah LiPo, 14x8 Aeronaut prop
Hacker B40-10L geared 4.4:1 , 3S 2Ah LiPo, 16x8 Aeronaut prop
Kontronik Kira 480-23 geared 5:1, 3S 3Ah LiPo, 18.5x12 Aeronaut prop
Hyperion GS3025-08 direct drive, 3S 2Ah LiPo, 15x8 or 16x8 Aeronaut prop
MVVS 5.6/960 Redliner, 3S 2Ah LiPo, 15x10 Aeronaut prop
� � _� �_� � � � � � � � � � �
c1�C ����r�' CARBON-TUBE-88CM-10MCarbon tube 88cm x 10mm [ � � � � � � � � � � � V��u� �}�b� MAXA-4
Maxa 4 F3J} The {b,Maxa 4} is Vladimir's Models latest and best ever F3J thermal soarer. It features an advanced design by Joe Wurts, the legendary Word Championship winner of all glider classes, and professional aerodynamicist. Joe spent many months optimising the Maxa for the F3J thermal soaring class, but the large size, light weight, high aspect ratio, and well cambered airfoils also makes it ideal for sport flying.
The large size and extreme light weight have been made possible by a new spread carbon fabric perfected by Vladimir Gavrilko and made by specially designed machines in his impressive fabrication facility. The wing is a monocoque structure with a skin of a double layer of spread carbon strengthened with a F3J strength spar made with a multi-ply 45� balsa and carbon shear web between substantial IMS 65 carbon spar caps. We are mostly stocking the "Light" (which used to be called the Hard Spread carbon) version. The even stronger slightly heavier "Windy" (double Hard Spread carbon) version is available to order if not in stock.
In mid 2012 the tailplane (called horizontal stabiliser or elevator in some countries) size was increased by about 10%. The latest 2013 models include a 13 cm longer tailboom to further increase stability and controllability.
Cut away drawing of the Maxa "Light" wing construction.
{img, extras/Maxa-Hard-Spread-Wing.jpg, Maxa wing construction}
Cut away drawing of the Maxa spar, showing the IMS 65 carbon spar caps, amd the +/- 45� balsa/carbon/balsa ply spar web.
{img, extras/F3J-Maxa-spar.jpg,Maxa spar construction}
The fuselage is a well engineered Kevlar and carbon pod, with a diagonally wound spread carbon boom, and fin mounted cruciform tail. The model is totally complete, and almost no assembly is required. The tail pushrods are ready installed, and all the hardware is supplied for the wing servo installation. The model comes with a ballast tube and a wiring harness. The benefits of the Maxa include:
{bullet}
The Maxa�s aerodynamic qualities have been modelled to a new level of accuracy and by Joe Wurts. In the process Joe designed a new family of airfoils and optimised the shape of the model to get the best from the new spread carbon composites being developed by Vladimir. The result is a very low sink rate that ensures the longest duration in no-thermal conditions, while also maintaining gentle handling that inspires confidence from the first flight.
The Maxa�s low wing loading and inertia makes it very respond to tiny air disturbances, allowing small bubbles to be detected and worked from low down, allowing short F3J tows and high scores.
The Maxa 4�s large span allows it to be seen further away than smaller models, allowing a larger volume of air to be searched, and thermals worked for longer. This is especially important for the 15 minute flyoff task.
The excellent lift/drag ratio, especially at higher speeds, gives good penetration, and thus the ability for the glider to return from distant thermals with little altitude loss.
The long nose moment means little weight is required to balance the model, keeping the wing loading low, and the launch acceleration high.
As the ballast system allows the model�s weight can be tuned to the conditions, allowing the Maxa to shine in even the strongest wind.
{endbullet}
This combination of state of the art aerodynamics, low weight, and a good size makes the Maxa 4 the best model for competitive F3J soaring, bar none. See this RCGroups {href, http://www.rcgroups.com/forums/showthread.php?t=1488021, Maxa discussion} and the Vladimir's Models {href,http://f3j.in.ua/en/maxa-family.html, Maxa 4} page for a lot more info.
{table title="Maxa 4 Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 3.9 m, 155 in
Wing area, 82.2 dm2, 1273 sq in
Length (2013 version), 186 cm, 73.2 in
Flying weight from, 1750 g, 61.7 oz
Wing loading, 21.3 g/dm, 7.0 oz/sq ft
Aspect ratio, 18.8,
Wing airfoil, rt01/td19sag/j00/j01/j02/j03
Dihedral (EDA), 6.0�,
Centre of Gravity, 95-112 mm from wing leading edge
Controls, "Rudder, elevator, ailerons, flaps"
{endtable}
{table title="Maxa 4 Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Pod, 170 g, 6.0 oz
Boom & Fin, 106 g, 3.7 oz
Wing c/s, 606 g, 21.4 oz
Wing tips, 423 g, 14.9 oz
Tailplane, 34 g, 1.2 oz
Accessories, 100 g, 3.5 oz
Total structure, 1439 g, 50.8 oz
Wiring & bits, 21 g, 0.7 oz
Pushrods, 0 g, 0.0 oz
Receiver, 20 g, 0.7 oz
Tail servos, 40 g, 1.4 oz
Wing servos, 90 g, 3.2 oz
Switch, 20 g, 0.7 oz
Battery, 120 g, 4.2 oz
Flying weight, 1750 g, 61.7 oz
{endtable}
{table title="Recommended Servos" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator & rudder, MKS DS6125H, MKS DS6125e, Hyperion DS13-TMB
Aileron, MKS DS6100, MKS DS6125 Mini, KST DS115, KST DS135MG
Flap, MKS DS6125 Mini, KST DS125MG, KST DS135MG, Hyperion DS095-FMD, DS13-TMB
{endtable}
{video,6xitzoO2xCQ} � � �_� � kS� � � � � � � � � c1�C � `}�`� VM-SERVO-COVER2Vladimir's Models Carbon Blistered Servo Cover (2) One pair (one left, one right) blistered carbon fibre wing servo cover, as used on the Supra, Graphite 2, Sprite, and other Vladimir's Models planes.
{table title="Vladimir's Models Blistered Servo Cover Specification" class=1 cols=2 width=150,115 align=L,L,L}
Thickness of carbon sheet, 0.25 mm
Chordwise length, 51 mm
Spanwise length, 62 mm
Distance of blister from edge, 7.5 mm
Width of blister, 9 mm
Height of blister, 6.5 mm
Weight, 1.3 g
{endtable}
Trim to size to suit your application and attach with clear tape.
� ]� � � � � � � � � � 19/08/2020 20 clear ones recd a� c1�C ��}��b�% AVALONS-CS-DAMAGEDAvalon Centre Panel-damagedM This 150cm long blue Avalon 3.7 centre panel is fine apart from the left flap which will need rebuilding. The rest of the wing is okay, apart from the extreme left Dbox, which is a little cracked. This could be repaired wirth CA with an optional thin glass cloth covering. The spar is fine.
The left flap's leading edge and trailing edge seem to be undamaged, but many of the ribs have been broken. To repair the flap the covering will need to be removed, and many of the flap's ribs will have to be replaced. Despite looking bad, I estimate this work could be undertaken in about 12 hours, and the repaired wing would be only a few grams heavier than normal, and would fly superbly.
Apart from fitting an Avalon, this centre panel will fit all AVA Pro models, so it is a way of creating a unique flapped Super or Hyper AVA Pro aircraft.
� -� � � � � � � � � � � c1�C � ��b� DS61XX-HD-HORN(MKS Heavy Duty Plastic Servo Output Arms4 Heavy duty nylon servo output arm (horn) package for the HV6130, HBL 6625, HV6125e, HV6100, DS6100, DS75K and DS65K, MKS DS6125 Mini and the MKS DS6125.
#Contains two extra strong plastic output arms, and two output arm retaining screws.
Contains four plastic output arms and output arm retaining screws. x � 2� � � � � � � � � � 1C1 jhΓV �}�b� AKCENT2-FINDLG/Akcent-2 Fin & Rudder� Nicely produced DLG fin with a rudder. Suitable for most discus launched gliders.
Replacement Akcent-2 fin with rudder. The fin & rudder weight is about 7 g.
Suitable for left or right handed launchers. d � Z� � � � � � � � � � � c1�C � �}�b� AKCENT2-RLESS-FINDLG/Akcent-2 Rudderless Fin Nicely produced DLG fin without a rudder. Suitable for most discus launched gliders.
Replacement Akcent-2 fin without a rudder, for people who prefer rudderless models.
The rudderless fin weight is about 7 g. It is suitable for left or right handed launchers.
n � Z� � � � � � � � � � � c1�C} �}�b�J STARK-RLESS-FINStark Rudderless Fin� Replacement Stark fin without a rudder, with a molded-in tube for easy mounting on the boom.
For people who prefer rudderless models.
The rudderless fin weight is 6.6 g.
It is cambered making it more suitable for right handed launchers.
� � (� � � � � � � � � � � c1�Cf �}�b�
AKCENT-2-WING Akcent 2 Wing (Second Quality)� This white and pink Akcent 2 disser wing has manufacturing faults as shown in the photos. Some white filler (not foam) is visibile in the leading edge. We have been assured by LD models that wing retains full strength. � � ]-� � < � � � � � � � � � c1�C � `}�`� HP-LG345-0900-2SHyperion 2S 900 mAh G3 LiPo� {HyperionG3}
{LiPost}
{table title="Hyperion LiPo Power Pack 2S 900mAh Specification" class=1 cols=2 width=100,220 align=L,L}
Chemistry, Lithium Polymer
Number of cells, 2
Voltage, 7.4 V nominal
Capacity, 900 mAh
Weight, 59 g
Discharge rating, 45 - 90 C
Length, 70 mm
Width, 34 mm
Height, 12 mm
Power lead length, 10 cm
Balance lead length, 6 cm
Balance plug, Hyperion Type balance plug
{endtable}
�Q � B� � a� � � � � � � � d h http://www.newheading.com/print_clean.php?Page=serve&PageNumber=9&ProductsNumber=2541
Unit price 9,33& c1�CT �}�b�� SL240HPMS'SmartLipo 240HP V6 with Magnetic Switch� {SmartLipoHPMSV6,240,4 analogue or 3 digital}
{table title="Shread-RC Smart Lipo 240HP Mag Switch Specification" class=1 cols=2 width=110,270 align=L,L}
Weight, 11.2 g
Capacity, 240 mAh
Size, 33 mm x 20 mm x 13 mm reducing to 10 mm
Output voltage, 5.0 V stabilised
Max continuous output current, 1.0 A
Max short term output current, 1.5 A
Lead length, 18 cm
Switch, External jumper and internal Hall effect magnetic sensor
{endtable} � 'U� %U� !
� � � � � � � � ( �� � c1�C� �}�b��
MAXA-SC-COVER Maxa SC Wing Servo Cover (4) These exceptionally well made flat wing servo covers are molded from light spread carbon composite. They have a lovely finish and look {b,very} cool! They are totally flat and will bend to the underside curvature of the wing. Even though they are designated Maxa servo covers they will work on any wing where a blister is not needed to fair in the servo output arm.
Supplied in fours - not pairs as in most of the other servo covers we sell.
{table title="Maxa SC Wing Servo Cover Specification" class=1 cols=2 width=150,115 align=L,L,L}
Thickness of carbon sheet, 0.2 mm
Chordwise length, 56 mm
Spanwise length, 56 mm
Weight, 1.0 g
{endtable}
Trim to size to suit your application and attach with clear tape or with our {pref,VM-MAXA-STICKER, Maxa Servo Cover Sticker Set}. � � -� � � � � � � � � � - �� c1�Cm `}�`� HP-WR-022Hyperion Servo Wire 6m< Red/white/black twisted cable flexible servo extension wire.
{table title="Servo Wire Specifications" class=1 cols=2 width=150,150 align=L,L}
Length, 6 meters
Number of wires, 3
Gauge of wires, 26 ga
Wire colours, "Red, white, black"
Unit weight, 6 g per meter
Hyperion product code, HP-WR-022
{endtable} � � C� � B� � � � � � � � < � http://www.newheading.com/print_clean.php?Page=serve&PageNumber=9&ProductsNumber=195
Robotbirds don't seem to stock this, they have 2m lengths at �1.95.
Unit price 3,12( c1�C� `}�`� HP-AT-PRGUSB.Hyperion Servo Programming Interface and Cablej Hyperion USB -> Servo interface to allow programming of all Hyperon servos.
This PC USB to RC adaptor allows any Hyperion servo to be tuned for its intended applicaton. This is often very useful to allow the detailed servo programming to be done at the servo level, rather than on the transmitter.
Note the software works on Mircosoft Windows PCs only.
X �
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No photo available
Unit price 9,41& c1�C p `}�`� HP-DS095HORN1Hyperion Output Arm Set for DS095-FMD Wing ServosS Four replacement servo output arms and retaining screws for Hyperion DS095 servos. � � N� $� � � � � � � � � 2 | http://www.newheading.com/print_clean.php?Page=serve&PageNumber=9&ProductsNumber=2363
No photo available
Unit price 2,79& c1�C� `}�`�
HP-DS11HORNLS.Hyperion Output Arm Set for DS09 & DS11 Servosz Replacement servo output arms and mounting hardware for Hyperion DS09 and DS11 servos.
Note the photo is not accurate. � � � � � � � � � � � � 2 h http://www.newheading.com/print_clean.php?Page=serve&PageNumber=9&ProductsNumber=2362
Unit price 1,48& c1�C� `}�`� HP-LG345-1600-2S Hyperion 2S 1600 mAh G3 LiPo� {HyperionG3}
{table title="Hyperion LiPo Power Pack 2S 1600mAh Specification" class=1 cols=2 width=100,220 align=L,L}
Chemistry, Lithium Polymer
Number of cells, 2
Voltage, 7.4 V nominal
Capacity, 1600 mAh
Weight, 96 g
Discharge rating, 45 - 90 C
Length, 90 mm
Width, 34 mm
Height, 16 mm
Power lead length, 10 cm
Balance lead length, 6 cm
Balance plug, Hyperion Type balance plug
{endtable}
{LiPost}
`T � Z�
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unit price 15,17& c1�C| �}�b�: HP-DS095-FMD0Hyperion DS095-FMD Servo - 9.5mm 18.3g 4.5 Kg.cm� The Hyperion Atlas DS095-FMD is a great 9.5mm wing servo. The FMD variant has metal gears, and a very good 4.5 Kg.cm torque. The speed is good enough for 95% of glider and electric model installations. Despite the metal gears there is no slop in the geartrain, and with the very small deadband, the servo is ideal for all wing surfaces.
At only 9.5 mm thick this superb wing-servo can easily fit in very thin wings. With brilliant 4.5 Kg.cm torque and a reasonably good 0.18s-0.15s/60� speed it is excellent for flaps and ailerons on many high performance gliders, electric gliders, and faster slope soarers. It is alos suitable for RC jet models and all fast models with thin wings.
{table title=" Hyperion DS095-FMD Servo Specifications" class=1 cols=3 width=135,130,130 align=L,L,L separator=: autohref=2}
Body dimensions: 31.6 mm wide x 9.5 mm thick x 32.9 mm high
Max dimensions: 43.6 mm wide x 9.5 mm thick x 44.3 mm high
Stall torque (4.8V): 4.0 Kg.cm : 56 oz.in
Operating speed (4.8V): 0.18 sec/60�
Stall torque (6V): 4.5 Kg.cm : 63 oz.in
Operating speed (6V): 0.15 sec/60�
Operating voltage: 3.5V to 6.5V
Lead length: 6 cm : 2.4 in
Weight: 18.3 g: 0.65 oz
Bearings: 2 ball bearings
Gear material: Metal
Driver type: FET
Programmable: Yes
Supplied accessories: 6 substantial plastic output arms, 4 output arm retaining screws, 2 mounting screws
Optional accessories: Hyperion Output Arm Set for DS095-FMD Wing Servos, Hyperion Servo Programming Interface
{endtable} � � &E� �
� � � � � � � � 2 & c1�C� `}�`� HP-LG345-1600-3S Hyperion 3S 1600 mAh G3 LiPo� {HyperionG3}
{LiPost}
{table title="Hyperion LiPo Power Pack 3S 1600mAh Specification" class=1 cols=2 width=100,220 align=L,L}
Chemistry, Lithium Polymer
Number of cells, 3
Voltage, 11.1 V nominal
Capacity, 1600 mAh
Weight, 142 g
Discharge rating, 45 - 90 C
Length, 90 mm
Width, 34 mm
Height, 23 mm
Power lead length, 10 cm
Balance lead length, 6 cm
Balance plug, Hyperion Type balance plug
{endtable}
p{ � ]� � -� � � � � � � � � | http://www.newheading.com/print_clean.php?Page=serve&PageNumber=9&ProductsNumber=2547
Photo same as 2S.
Unit price 21,60& c1�C � �}�b� BLASTER-2E-FIN Blaster 2e Fin & Servo MountN Replacement fin and carbon tail servo mount for a Blaster-2e electric model.
S � ,?� � � � � � � � � � � c1�C� �}�b� HYPER-LIPO2S175!HyperLipo 2S 175 mAh LiPo BatteryZ The {b,HyperLipo 2S 175 mAh LiPo} is a small battery suitable for the Elf discus launched glider, and other very lightweight models. Comes with a 2 pin Molex power connector plug and a JST-HX balance plug. It will probably be best to remove the Molex plug and replace it with a normal RC servo plug.
{table title="HyperLipo 2S 175 mAh LiPo Battery Specification" class=1 cols=2 width=100,220 align=L,L}
Chemistry, Lithium Polymer
Number of cells, 2
Voltage, 7.4V nominal, 8.4V unloaded
Capacity, 175 mAh
Discharge rating, 20 - 40 C
Weight, 12.3 g
Length, 33 mm
Width, 20 mm
Height, 9.5 mm
Power lead length, 4 cm
Power plug, 2 pin Molex
Balance lead length, 2 cm
Balance plug, JST-XH standard balance plug
{endtable}
This battery works very well with the many modern RC components that work directly with 8.4V (2S) battery supplies. We get at least 2.5 hours of flying time on our test Elf, fitted with a Jeti Duplex R5 receiver, two SD100 servos, and a Jeti Vario sensor. The very small loads on the servo mean that the battery's small capacity is ample for this model. All these components worked fine on the 2S unregulated battery.
We use a Jeti Box on the transmitter to check the receiver battery voltage - stop flying when the receiver voltage goes down to 7V. Charge at 100 mA - 200 mA (max) using a suitable LiPo charger.
{LiPost} �N � B� � M� � � � � � � � d c1�C � �}�b� HP-DS11-AMB-Hyperion DS11-AMB Servo - 11mm 10.5g 2.5Kg.cm The Hyperion Atlas DS11 range are some of the best 11 mm thick servos currently available. The AMB variant has tough metal gears, and a good 2.5 Kg.cm torque. The speed is good enough for 99% of glider and electric model installations. Despite the metal gears there is no slop in the geartrain, and with the very small deadband, the servo is ideal for all control surfaces, especially flaps.
At only 11 mm thick this superb fuselage and wing servo can fit in most 2 m span wings or larger. With good 2.5 kg.cm torque and a good 0.15s/60� speed it is excellent for ailerons, flaps, elevator and rudder on many high performance gliders, electric gliders, and sport slopers.
{table title="Hyperion DS11-AMB Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=: autohref=2}
Body dimensions: 23.6 mm wide x 11.4 mm thick x 21.1 mm high : 0.93" wide x 0.45" thick x 0.83" high
Max dimensions: 32.9 mm wide x 11.4 mm thick x 30.6 mm high : 1.30" wide x 0.45" thick x 1.20" high
Stall torque (4.8V): 2.10 kg.cm: 29 oz.in
Stall torque (6V): 2.50 kg.cm: 35 oz.in
Weight: 10.8 g: 0.38 oz
Lead length: 18.0 cm: 7.1 in
Operating speed (4.8V): 0.18 sec/60�
Operating speed (6V): 0.15 sec/60�
Operating voltage: 3.5V to 6.5V (7.3V unloaded)
Bearings: 1 ball bearing
Gear material: Bronze alloy Gears
Case material: Plastic
Motor type: Brushed
Working frequency: 20Hz to 400Hz
Dead band: 0�s to 16�s (2�s default)
Driver type: FET
Digital: Yes
Programmable: Yes
Operating temperature: -20� to +60�
Supplied accessories: 5 plastic output arms, 1 output disk, 2 arm retaining screw, mounting screws, bushes, 2 plasic side mounting tabs
Optional accessories: Hyperion Horn Set for DS09 & DS11 Servos, Hyperion Servo Programming Interface
{endtable}
i � � � � � � � � � � � 2 & c1�C � � +*� @�`�& SS-WIRE-18-SWG)1.09mm 18SWG Stainless Steel Wire (1.5 m)) {sswire1.5,18,1.09,0.043,164,361,7.3}
� Z� � 2� � � � � � � � < 2H1 ROK # 19@
U� `}�`� HP-DS11-SCB-Hyperion DS11-SCB Servo - 11mm 10.0g 2.0Kg.cm/ The Hyperion Atlas DS11 range are some of the best 11 mm thick servos currently available. The SCB variant has tough carbon reinforced plastic gears, and a good 2 Kg.cm torque. The speed is good enough for 99% of glider and electric model installations. There is no slop in the geartrain, and because the plastic gears don't wear the slop stays low for many years of use. With the very small deadband, the servo is ideal for all control surfaces.
At only 11 mm thick this superb fuselage and wing servo can fit in most 2 m span wings or larger. With good 2 kg.cm torque and a good 0.13s/60� speed it is excellent for ailerons, elevator and rudder on many high performance gliders, electric gliders, and sport slopers.
{table title="Hyperion DS11-SCB Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=: autohref=2}
Body dimensions: 23.6 mm wide x 11.4 mm thick x 21.1 mm high : 0.93" wide x 0.45" thick x 0.83" high
Max dimensions: 32.9 mm wide x 11.4 mm thick x 30.6 mm high : 1.30" wide x 0.45" thick x 1.20" high
Stall torque (4.8V): 1.70 kg.cm: 24 oz.in
Stall torque (6V): 2.00 kg.cm: 28 oz.in
Weight: 10.0 g: 0.35 oz
Lead length: 18.0 cm: 7.1 in
Operating speed (4.8V): 0.15 sec/60�
Operating speed (6V): 0.13 sec/60�
Operating voltage: 3.5V to 6.5V (7.3V unloaded)
Bearings: 1 ball bearing
Gear material: Carbon-poly
Case material: Plastic
Motor type: Brushed
Working frequency: 20Hz to 400Hz
Dead band: 0�s to 16�s (2�s default)
Driver type: FET
Digital: Yes
Programmable: Yes
Operating temperature: -20� to +60�
Supplied accessories: 5 plastic output arms, 1 output disk, 2 arm retaining screw, mounting screws, bushes, 2 plasic side mounting tabs
Optional accessories: Hyperion Horn Set for DS09 & DS11 Servos, Hyperion Servo Programming Interface
{endtable}
d � � � � � � � � � � � 2 Unit price 15,70& c1�C E `}�`�! HP-LG345-0900-3SHyperion 3S 900 mAh G3 LiPo� {HyperionG3}
{LiPost}
{table title="Hyperion LiPo Power Pack 3S 900mAh Specification" class=1 cols=2 width=100,220 align=L,L}
Chemistry, Lithium Polymer
Number of cells, 3
Voltage, 11.1 V nominal
Capacity, 900 mAh
Weight, 87 g
Discharge rating, 45 - 90 C
Length, 70 mm
Width, 34 mm
Height, 19 mm
Power lead length, 10 cm
Balance lead length, 6 cm
Balance plug, Hyperion Type balance plug
{endtable}
�x � � �
`� � � � � � � � � Unit price 12,83& c1�C� `}�`�" HP-LG345-1100-2S Hyperion 2S 1100 mAh G3 LiPo� {HyperionG3}
{LiPost}
{table title="Hyperion LiPo Power Pack 2S 1100mAh Specification" class=1 cols=2 width=100,220 align=L,L}
Chemistry, Lithium Polymer
Number of cells, 2
Voltage, 7.4 V nominal
Capacity, 1100 mAh
Weight, 69 g
Discharge rating, 45 - 90 C
Length, 69 mm
Width, 34 mm
Height, 15 mm
Power lead length, 10 cm
Balance lead length, 6 cm
Balance plug, Hyperion Type balance plug
{endtable} lR � A� � .� � � � � � � � x ] Robotbirds don't seem to stock this. (hyperion-eu.com price 17,60 euros.)
Unit price 11,08& c1�C g �}�b� VM-PUSHROD-SETVladimir's Models Pushrod� As supplied with Vladimir's Models gliders, a single 150 cm length of 1.83 mm carbon tube running in a 3.0 mm outside diameter low friction semi rigid red plastic tube. This excellent quality pushrod set is long enough for the largest models.
{b,Sold singly - one inner rod and one outer tube.}
{table title="Vladimir's Models Pushrod Set" class=1 cols=3 width=140,100 align=L,L,L}
Length, 150 cm
Outside diameter, 3 mm
Inner rod diameter, 1.83 mm
Unit weight of inner and outer, 7.5 g/m
{endtable}
These can be sent by coiling into a pizza type box, or can be kept straight and sent in a long postal tube (extra cost). If sent coiled they will straighten out well. Please remove from the pizza box with care!
� � ]� � � � � � � � � � ( �� c1�C I `}�`�# HP-LG345-1100-3S Hyperion 3S 1100 mAh G3 LiPo� {HyperionG3}
{LiPost}
{table title="Hyperion LiPo Power Pack 3S 1100mAh Specification" class=1 cols=2 width=100,220 align=L,L}
Chemistry, Lithium Polymer
Number of cells, 3
Voltage, 11.1 V nominal
Capacity, 1100 mAh
Weight, 101 g
Discharge rating, 45 - 90 C
Length, 70 mm
Width, 34 mm
Height, 21 mm
Power lead length, 10 cm
Balance lead length, 6 cm
Balance plug, Hyperion Type balance plug
{endtable}
|y � E� �
.� � � � � � � � � Unit price 15,76& c1�C� �}�b�� TOPSKY-DLG-PODTopSky DLG Podd DLG pod as used in the Super Topsky series of models. The wing seat is drilled and tapped for M4 wing mounting bolts. The rear of the pod is made from carbon fibre, with the front made from Kevlar with some carbon reinforcement. I would rate it as semi 2.4 GHz friendly - test carefully before flying with internal aerials.
The rear tang fits our {pref,CARBON-BOOM-19-7,18.5mm boom} perfectly.
{table title="Topsky DLG Pod" class=1 cols=2 width=160,100 separator=: align=L,L,L}
Pod weight: 33 g
Rear tang outside diameter: 17.5 mm
Pod total length: 45 cm
Wing LE to nose length: 24 cm
{endtable}
_ � .� � � � � � � � � � � � c1�C
��b� BLASTER2-WING-SCREWS*Wing Mounting Screws for the Blaster 2 (4)` A set of four wing mounting screws, as used in the Blaster 2 DLG and Blaster 2e electric glider. � � Y� � � � � � � � � � 2 2G6 �� Steel i��Ni�}��b�$ WINGBAGS-SUPPLIERWing bag supplier wanted!� Our wing bag supplier has let us down, and we are urgently looking for another producer.
If you make wing bags or know of a good manufaturer please let us know!
Thanks in advance,
Neil Stainton
neil@hyperflight.co.uk � � � � � � � � � � � R��_%� �}�b�* HYPER-2ME Hyper 2me~% The <b>Hyper 2me</b> is an ultra lightweight 79" electric soarer that excels in light air, and is ideal for the UK eSoaring 2m class. It is beautifully made using the latest high tech composite construction techniques in Ukraine. The large ailerons and flaps give the model a very good feel in the air, and allow camber changing to optimise the wing section to the current task, whether it is maximising the lift by increasing camber to stay in the core of the thermal, or decreasing camber to allow the model to be flown back upwind with minimal height loss.
The lightweight three piece wing is very rigid and strong. It is built with a substantial Kevlar wrapped carbon spar, a Kevlar/carbon D-box, carbon capped ribs and a carbon trailing edge. The ailerons, flaps and rudder are pre-hinged, making crow braking very effective, and ensuring accurate landings. The removable tailplane and compact dimensions allow the model to be transported easily. The fuselage incorporates a large canopy hatch to give good access to the powertrain. The rudder servo is designed to be housed in the fin, with the elevator servo fitted in the rear of the pod. Control horns are supplied, but pushrods will need to be supplied by the builder.
See this {href,http://www.rcgroups.com/forums/showthread.php?t=719135, RCGroups Hyper 2.3 Build Thread} for a lot of useful info. However the fin and rudder servos are now at the rear, so the early ballance difficulties are now fixed.
Recommended powertrains:
Hacker A20-26M 9x6 prop, 3S 600mah LiPo
Hacker A20-20L 13x9 prop, 2S 900mah LiPo
Hyperion G2213-20 12x7 prop, 2S 900 mah Lipo (20A, 1300 fpm)
Hyperion G2213-20 10x5 prop, 3S 600 mah Lipo (20A, 1500 fpm)
{table title="Hyper 2 Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.0 m, 79 in
Wing area, 36.0 dm2, 558 sq in
Length, 114 cm, 44.9 in
Flying weight from, 602 g, 21.2 oz
Wing loading, 16.7 g/dm, 5.5 oz/sq ft
Aspect ratio, 11.1,
Wing airfoil, AG04,
EDA, 5.7�,
Spinner Diameter, 30 mm,
Centre of Gravity, 80-84 mm from wing leading edge
Controls, "Rudder, elevator, ailerons, flap"
{endtable}
{table title="Hyper 2 Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 72 g, 2.5 oz
Boom, 26 g, 0.9 oz
Centre wing, 98 g, 3.5 oz
Wing tips, 149 g, 5.3 oz
Tailplane, 17 g, 0.6 oz
Fin, 13 g, 0.5 oz
Accessories, 20 g, 0.7 oz
Total structure, 395 g, 13.9 oz
Tail wiring, 10 g, 0.4 oz
Pushrods, 5 g, 0.2 oz
Receiver, 6 g, 0.2 oz
Tail servos, 8 g, 0.3 oz
Wing servos, 15 g, 0.5 oz
Speed control, 18 g, 0.6 oz
Motor, 50 g, 1.8 oz
Prop & spinner, 20 g, 0.7 oz
Battery, 75 g, 2.6 oz
Wing wiring, 10 g, 0.4 oz
Flying weight, 602 g, 21.2 oz
{endtable}
{table title=" Recommended Control Throws" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder, 22 mm each way
Tailplane, 10 mm up / 10 mm down
Flaps, 3 mm up / 50 mm down
Ailerons, 20 mm up / 15 mm down
<i>Recommended flight mode settings</>
Speed mode, flap 1.5 mm up, ailerons aligned with flap
Thermal mode, flap 3 mm down, ailerons aligned with flap
Crow brake mix, 10 mm up aileron with full down flap
{endtable}
{table title="Recommended Servos" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder & elevator (2 servos), Ripmax SD100, HyperFlight DS57, KS HD47MG, KST X08, KST DS245S
Ailerons (2 servos), Ripmax SD100, HyperFlight DS57, Ripmax SD150, Hyperion DS09-SCD, KST X08, KST DS245S
Flap (1 servo only), HyperFlight DS57, Ripmax SD150, Hyperion DS09-SCD, Hyperion DS09-AMD, KST KST X08, DS245S, MKS DS6100
{endtable}
{b,Notes}
The canopy is held in place by two carbon tabs at the rear, and a tongue at the front. To release it unclip the rear tabs and ease it back.
The tailplane mount is already installed as part of the tailplane assembly, but is supplied pushed back into the void in the underside of the tailplane and isn't obviously articulated. To see it gently pull out the carbon mount, it rotates around the tubular spar.
<b>The info below was written by Sal of NESail, and despite being a bit dated and OTT it does provide some useful info. </b>
<i>From the Ukraine where all the best and lightest synergistic composite sailplanes are made comes the Hyper 2ME. The Hyper combines the technology from the Hyper DLG Sailplane with newer airfoils and longer wingspan, three piece wings with flaps(optional) and the ability to fly as an electric sailplane! Like all sailplanes form the Ukraine, the Hyper 2ME is a technological breakthrough. A light, strong wing with a molded Carbon fiber leading edge and a blend of carefully machined ribs reinforced with carbon fiber and Kevlar, the Hyper 2ME achieves strength and torsional rigidity reserved only for fully molded wings at literally half the weight.
The workmanship on the Hyper 2ME is simply amazing! The tapered, spiral wrapped carbon fiber tail boom fits perfectly into the rear fitting on the fiberglass and carbon pod with fitted canopy. The interior of the fuselage is spacious enough to handle a Speed 400 geared motor or any brushless (up to speed 400 in size) that you wish to use. The ailerons and flaps are accurately built and pre-hinged to the wing. The trailing edges are a thin piece of carbon fiber for rigidity and strength. The tails are completely built up with carbon fiber at the trailing edges. The newest version sports a separate horizontal fin and elevator mounted on a small pylon with the vertical fin and rudder going through a slot at the back of the boom. As with all parts on the Hyper 2ME, what is evident is the attention to detail. A really beautiful setup that is light and very strong.
Portability is one of the strong points with the Hyper 2ME. The wing is three piece with hollow aluminum wing rods. The outer tips have the ailerons and the center section has the flap. Only one servo is needed for flap actuation making setup very easy. The horizontal stab is removable with one bolt so you can break down the Hyper to a flat package for shipping and transport. A perfect sailplane for taking on a vacation!
Similar to the Hyper DLG, the Hyper 2ME is a ship fully built and ready for radio installation. Only 5 servos are needed for the Hyper 2ME. We have used the S3110, DS285, HS-56B or the HS-55 servos with good results. Two are needed for the ailerons, one for the flaps, one each for the rudder and elevator. The ailerons are separately built and pre-hinged for you (Flaps too!). The ailerons are inboard of the wingtip by seven inches, allowing greater throw while still maintaining good control and airflow over the tips. The tips are fully curved and are angled upward from the outer tips, increasing overall dihedral. This makes for excellent fast response with no fear of a possible tip stall. The handling is very easy going on the Hyper 2ME. The tail has some very cool and unique features. First of all, the tail surfaces have fully curved leading edges and are built from balsa reinforced with carbon fiber with carbon fiber trailing edges. The stabilizer is full flying and is unique to the Hyper 2ME. The horizontal tail simply bolts onto a fitting on the back of the tailboom. The tail is hinged at this point so that it pivots right at the back of the boom resulting in a full flying stabilator. This gives the Hyper 2ME very smooth and positive pitch response with an absolute minimum of drag. The vertical fin mounts in front of the stabilizer assembly. The quality and fit of parts is the highest and installation of radio equipment should only take an evening. Overall perfect parts fit and good looks are already a given in Hyper 2ME.
We find that the Hyper is one of the lightest European production sailplanes and consequently will fly in very light lift. New airfoils that are currently being developed in Europe are easily becoming a match for some of the best American designed airfoils, but this one is better. The Hyper 2ME incorporates the drela designed airfoil and tweaked by some of the best in Eastern Europe. The result is a sailplane that is absolutely competitive in F5J competition. This is what the Hyper 2ME was made for! The airframe of the Hyper 2ME is only 10.5 ounces! This the lightest and still the strongest airframe of its size and type found anywhere! At NSP, we know sailplane competition and we think this is the perfect vehicle for Speed 400 F5J competition. With the proper motor system the Hyper 2ME will climb rapidly to thermal height. The high aspect ratio, clean, and well-designed airframe/planform and the excellent choice of airfoils will reselect in a high L/D, low sinkrate, wide speed range,. This sailplane is perfectly balanced in design for thermal flying, because the wing will produce lift and low speeds and the shape and dihedral of this wing is ideally suited for thermal turns. The low drag design further enhances the ability of the Hyper 2ME to move from one thermal area to another. Due to the structure the handling is very light and immediate and this really becomes useful in working light lift or small strong thermals. Of all the competition ships that we have flown the Hyper is by far the easiest to fly and get the maximum performance with the least amount of tweeking. It seems to be very forgiving and once it enters it tends to stay in a thermal with very little persuading. We have been surprised by both the performance of this sailplane and just how easy it is to fly and thermal well.
It is possible to fly at 18-20 ounces and the Hyper 2ME is extraordinary with this flight system.</i>
� � �K� � � � � � � � � � � c1�C7 �}�b�, NUKE3-METAL-HORN"MKS Nuke 3 Metal Servo Output Arms� Servo horn (output arm) package for the MKS Nuke 3 servo.
Contains one lightweight metal output arm and, two mounting screws, amd one output arm retaining screw. i �
� � � � � � � � � � 2 c1�C X `}�`�- MKS-SBEC-15A
MKS 1.5A SBEC� The {b,MKS 1.5A SBEC} voltage regulator fits between the receiver and the servo, like a short extension lead. It allows the receiver to be powered by a 2S LiPo or 2S LiFe battery, and reduces the voltage to the servo to a safe 5V level, ensuring reliable operation and long servo life. It is particularly attractive for telemetry enabled receivers, as the pilot will be able to see the real unregulated battery voltage on his transmitter, not the regulated voltage you would see if the UBEC was fitted between the battery and the receiver.
{b,One SBEC is required for each servo.} This has the added safety advantage that if one servo short circuits or pulls too much current, only the supply to that servo will be shut down, not the complete RC system.
Note that confusingly SBEC is short for Safe BEC in MKS speak, as this device uses a linear regulator, not a switching type. This does mean that there are no switching harmonics, and the servo supply will be free of interference.
These MKS regulators can be modified so they fit between the battery and the receiver, making them suitable for discus launched gliders. See this {href,http://www.rcgroups.com/forums/showthread.php?t=1806357,RCGroups} thread explaining how to rewire them.
{table title="MKS 1.5A SBEC Specifications" class=1 cols=3 width=135,130,130 align=L,L,L autohref=2 separator=:}
Output voltage: 5V +/- 0.1V
Input Voltage: 5.1V - 8.4V (2S LiPo)
Max current: 1.5A
Regulator dimensions: 20 mm long x 11 mm wide x 4 mm thick
Lead length: 11 cm : 4.3 in
Weight: 2.4 g : 0.085 oz
Programmable: No
Max temperature: 70� C
Supplied accessories: heat shrink
Recommended servos: MKS DS65K, MKS DS6100, MKS DS6125 Mini, MKS DS6125, MKS DS6125E, MKS DS6125H
{endtable} � S� � *� � � � � � � � 3 c1�C �}�b�. STORK-4EXStork 4e X Tail F5J�
The {b,Stork 4e X Tail F5} is the latest version of the highly regarded line of competition F3J and F5J models. The separate rudder and elevator controls give better control during thermalling and landing, and allow the model to be flown more precisely. This improved controllability is especially important for F5J landings, where hitting the spot can make all the difference to the final placing. The model is strong and light, with a lighter wing layup than the glider version. The attractive lines and excellent handling characteristics make this plane an excellent choice for competition pilots. The model has a good L/D, so ranges well, and its easy handling ensures good climbs, even in weak conditions. The large flaps are capable of 85 degree deployment, allowing precise spot landings without any damage, maximising competition scores.
The nicely finished three piece wing and removable vertical and horizontal tail surfaces ensure easy transportation. The roomy fuse is strong glass layup, with carbon reinforcements. The already installed fuselage pushrods and molded servo cut-outs make the build fast, and accurate. The large 42mm firewall diameter allows outrunner motors to be used, reducing the powertrain cost, and increasing convenience.
Even though this version didn�t come out till mid 2012 it has already won several prestigious competitions, including the F5J Eurocup in Hungary. This proves the excellent performance, handling, and ruggedness - competition pilots demand the best, and do not baby their models!
For more info see this RCGroups {href,http://www.rcgroups.com/forums/showthread.php?t=1347253, Stork 4e} thread.
{table title="Stork 4e X Tail Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 3.6 m, 140 in
Wing area, 70.7 dm2, 1096 sq in
Length, 153 cm, 60.2 in
Flying weight from, 1850 g, 65.2 oz
Wing loading, 26.1 g/dm, 8.6 oz/sq ft
Aspect ratio, 17.9,
Dihedral (EDA), 4.8�,
Spinner Diameter, 42 mm,
Centre of Gravity, 95-110 mm from wing leading edge
Controls, "Elevator, rudder, ailerons, flaps"
{endtable}
{table title="Stork 4e X Tail Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 318.5 g, 11.2 oz
Wing c/s, 558 g, 19.7 oz
Wing tips, 360 g, 12.7 oz
Tailplane, 52.5 g, 1.9 oz
Fin & rudder, 46.5 g, 1.6 oz
Accessories, 80 g, 2.8 oz
Total structure, 1415.5 g, 49.9 oz
Wiring, 30 g, 1.1 oz
Receiver, 11 g, 0.4 oz
Tail servos, 18 g, 0.6 oz
Wing servos, 80 g, 2.8 oz
Speed control, 35 g, 1.2 oz
Motor, 120 g, 4.2 oz
Prop & spinner, 35 g, 1.2 oz
Battery, 105 g, 3.7 oz
Flying weight, 1849.5 g, 65.2 oz
{endtable}
{table title="Recommended Servos" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder & elevator, MKS DS6100, MKS DS6125H, Futaba S3150, Futaba S3155
Aileron, MKS DS6100, MKS DS6125 Mini, KST DS135MG, KST DS115, Futaba S3150
Flap, Hyperion DS095-FMD, MKS DS6125 Mini, MKS DS6125, KST DS125MG, KST DS135MG
{endtable}
<b>Powertrain Suggestions</b>
Hacker B40-6L geared 4.4:1 , 3S 2Ah LiPo, 14x8 Aeronaut prop
Hacker B40-10L geared 4.4:1 , 3S 2Ah LiPo, 16x8 Aeronaut prop
Kontronik Kira 480-23 geared 5:1, 3S 3Ah LiPo, 18.5x12 Aeronaut prop
Hyperion GS3025-08 direct drive, 3S 2Ah LiPo, 15x8 or 16x8 Aeronaut prop
MVVS 5.6/960 Redliner, 3S 2Ah LiPo, 15x10 Aeronaut prop
One of the power train used in F5J FAI competitions:
Typhoon EDF-2W geared 5.2:1, 3S 1100 Mah Lipos, 13x8 Aeronaut prop
L � �_� �-� � � � � � � � � �
c1�C � ��b�E CARBON-STRIP-3103mm x 1mm Carbon Strip {cstripb, 1.0, 3.0, 4.5} 6 � Z� � I� � � � � � � � 5 jJ�� s �}�b�/
STORK-BALLAST Stork 4 Ballast Weights and Tube� Set of Stork 4 ballast weighs, manufactured from brass, steel, and wood. They are adjustible in steps up to 570 g.
Supplied with a matching ballast tube and machined aluminium fastener.
Ballast 36.5 cm long x 19 mm diamter. d � Cc� 91� :b� � � � � � � � �
c1�C � �}�b�0 SUPRA-EXPERT-E Supra Expert Electric F5J 3.4mT The Vladimir's Models {b,Supra Expert Electric} is the latest version of the electric Supra F5J. Despite its strong spar the spread carbon version can be built down to 1.35Kg, making it a great F5J thermal soarer. Its light weight has been made possible by a very light spread carbon fabric perfected by Vladimir Gavrilko, or by a tough but light Glass layup on the Glass Ultralight version. The wing is a monocoque structure with a skin of a double layer of spread carbon/glass strengthened with a strong spar made with a multi-ply 45� balsa and carbon shear web between substantial IMS 65 carbon spar caps. The fin and rudder are all molded in the latest versions.
The benefits of this version are:
{bullet}
Optionally includes IDS sets already fitted to the wings, so aileron and flaps servos can just be slotted into place in the ServoRahmen {href, products.asp?code=SRB-MKS-IDS,bearing fames} for MKS DS6100 and HV6100 servos. Optimised linkages are already fitted. See {href, http://f3j.in.ua/en/ids-servoframes-sets.html,Vladimir's site} and the photo below, showing how the wing is delivered.
{endbullet}
<img src="extras/Wing IDS Instllation-600.jpg" alt="IDS servo mount and LDS connecting rod">
{bullet}
New pylon mounted tailplane reduces drag and improves pitch control.
Fuselage pod designed for geared electric motors with a removable canopy hatch for easy access to a lightweight powertrain.
Ultralight molded fin and rudder for increased strength and resistance to transport damage.
New Ultralight molded tailplane (horizontal stabiliser). This is lighter and slightly larger, improving stability and reducing inertia.
Supplied with a lightweight wiring loom for the fuselage and wing connections.
{endbullet}
These improvements make it the best sub 3.5m plane for the UK's eSoaring and the FAI F5J class. This version will also be attractive to all pilots who prefer a lower weight model that excels in typical weak lift conditions, yet has the speed range to cope with 25 mph winds with ease.
<img src="extras/Supra-e-Competition-SC-Wing.jpg" alt="Supra Glass molded wing construction">
Our thanks to Rok and Jure Korber for use of their excellent photos. Note some of the images show previous Supra versions, with a V mounted tailplane.
{table title="Supra Expert Electric Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 3.4 m, 134 in
Wing area, 66.7 dm2, 1034 sq in
Length, 170 cm, 66.9 in
Flying weight from, 1615 g, 57.0 oz
Wing loading, 24.2 g/dm2, 7.9 oz/sq ft
Aspect ratio, 17.3,
Wing airfoil, AG 40/ AG 41/ AG 42/ AG 43
Dihedral (EDA), 6.0�,
Spinner Diameter, 38mm or 32 mm (Pro pod)
Centre of Gravity, 95-112 mm from wing leading edge
Controls, "Rudder, elevator, ailerons, flaps"
{endtable}
{table title="Supra Expert Electric Glass Layup Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Pod, 145 g, 5.1 oz
Boom , 55 g, 1.9 oz
Wing c/s, 523 g, 18.4 oz
Wing tips, 365 g, 12.9 oz
Tailplane, 26 g, 0.9 oz
Fin, 34 g, 1.2 oz
Accessories & wiring, 97 g, 3.4 oz
Total structure, 1245 g, 43.9 oz
Receiver, 12 g, 0.4 oz
Tail servos, 13 g, 0.5 oz
Wing servos, 60 g, 2.1 oz
Speed control, 35 g, 1.2 oz
Motor, 110 g, 3.9 oz
Prop & spinner, 30 g, 1.1 oz
Battery, 110 g, 3.9 oz
Flying weight, 1615 g, 57.0 oz
{endtable}
The Supra Expert Light SC Layup is approx 200 g lighter, and has been built down to approx 1350 g using a 75 g motor and very small batteries.
{table title="Recommended Servos" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator & rudder, MKS DS6100, KST X08, Corona DS843MG, Hyperion DS09-AMD
Aileron, Corona DS843MG, Hyperion DS09-AMD, MKS DS6100, KST X08
Flap, MKS DS6125 Mini, MKS DS6125, MKS HBL6625, MKS DS6100, KST DS135MG
{endtable}
{table title="Supra-e Powertrain Recommendations" class=1 cols=2 width=130,310 align=L,L autohref=1}
Powerline Micro 1015/F5J, 3S 1.0Ah LiPo, 16x8 RF or GM prop (1750 fpm, 38A)
Powerline Micro 1025/F5J, 3S 1.3Ah LiPo, 16x8 RF or GM prop (1950 fpm, 43A)
Leomotion L3007-5000, 3S 1.3Ah LiPo, 14x8 prop (1700 fpm, 39A)
Hacker A20-6XL geared 4.4:1, 3S 1.3Ah LiPo, 16x9 Aeronaut prop (1900 fpm, 46A)
Mega 16/15/4 direct drive, 3S 1.0Ah LiPo, 8x4 prop (1200 fpm, 50A) - reputed to work, seems risky!
Mega 16/25/4E direct drive, 3S 1.3Ah LiPo, 12x6 prop ( 1800 fpm, 59A)
Mega 16/5/3, Maxon 4.4:1 gearbox, 3S 1.0Ah LiPo, 14x9 prop
{endtable}
In order to avoid tail ballast the motor must weigh no more than 100g and the ESC and battery weight must be kept to a minimum.
{SupraVer}
{video,I4BD3wQ3_qw}
<iframe frameborder="0" width="600" height="370" src="http://www.dailymotion.com/embed/video/xkcfxn"></iframe><br /><a href="http://www.dailymotion.com/video/xkcfxn_supra-e-competition_sport" target="_blank">Supra E-Competition</a> <i>by <a href="http://www.dailymotion.com/rok_korber" target="_blank">rok_korber</a></i>
� � �2� � �5� � � � � � � � � &� c1�C @�`�H CARBON-TUBE-10MM8510mm Carbon Tube (8.5mm ID)U This carbon tube is a light interference fit on our 8.5mm carbon rod, and is ideal as a wing joiner tube. The carbon rod should be bevelled at the edges, and lightly sanded to give some clearance. The ends of the tube should be reinforced by wrapping with Kevlar, carbon, or glass cloth or tows impregnated with epoxy.
{ctuber,10.0,8.5,32} \ �
2� � &� � � � � � � � #
5+ Weight: 75cm approx 25g, 150 cm approx 50g. jL�n �}�b�1 LGB400-04Planeta 400 Gearbox� The Planeta 400 Gearbox is a medium performance planetary gearbox with metal gears and ball raced bearings. It has a okay reduction ratio that allows larger, more efficient propellers to be used. It fits Speed 400 and Speed 480 sized motors like the Mega 16/xx/xx and Neu 11xx series.
The gearboxes are ball-raced, with anodised aluminium cases and polished aluminium mounting plates. The gears are steel.
{table title="3.3:1 Planetary Gearbox Specification" class=1 cols=2 width=130,160 align=L,L}
Ratio, 3.3:1
Motor shaft, 2.3 mm or 3.17 mm (1/8")
Output shaft, 5 mm
Weight, 49 g
Max power for 30s, 400 W
Motor mount, 2 holes on a 16 mm PCD and 2 holes on a 19 mm PCD,
Gearbox mount, 2 holes tapped M3 on a 19 mm diameter
{endtable}
� � _� � P� � � � � � � � d c1�C > �}�b�2 LGB550-02Planeta 550 Gearbox� The Planeta 550 Gearbox is a medium performance planetary gearbox with metal gears and ball raced bearings. It has a okay reduction ratio that allows larger, more efficient propellers to be used. It can be used with any motor with a 3.17mm shaft and 19mm front mounting holes.
The gearboxes are ball-raced, with anodised aluminium cases and polished aluminium mounting plates. The gears are steel.
{table title="3.3:1 Planetary Gearbox Specification" class=1 cols=2 width=130,160 align=L,L}
Ratio, 3.3:1
Motor shaft, 3.17 mm (1/8")
Output shaft, 5 mm
Weight, 50 g
Max power for 30s, 400 W
Motor mount, 4 holes on a 24 mm PCD
Gearbox mount, 2 holes tapped M3 on a 19 mm diameter
{endtable}
, � _� � � � � � � � � � d c1�C � � +*� @�`�3 SS-WIRE-28-SWG)0.36mm 28SWG Stainless Steel Wire (1.5 m)- {sswire1.5, 28, 0.36, 0.014, 20, 44, 0.8}
� � � �
� � � � � � � � � 2H1 ROK # 5@
United � `}�`�4 SS-WIRE-26-SWG60.46mm 26SWG Stainless Steel Wire (1.5 m) DISCONTINUED% {sswire1.5,26,0.46,0.018,31,68,1.3}
� � � � � � � � � � � � ROK # 7@ c1�C � � +*� @�`�6 SS-WIRE-22-SWG)0.74mm 22SWG Stainless Steel Wire (1.5 m)& {sswire1.5,22,0.74,0.029,79,174,3.4}
� P� � D� � � � � � � � ( + 2H1 ROK #12@
U � � , ( @�`�7 SS-WIRE-20-SWG)0.89mm 20SWG Stainless Steel Wire (1.5 m)' {sswire1.5,20,0.89,0.035,109,240,4.9}
� _� � � � � � � � � � 2 2H1 ROK # 15@
Uni � � -�� @�`�8 SS-WIRE-24-SWG)0.56mm 24SWG Stainless Steel Wire (1.5 m)& {sswire1.5,24,0.56,0.022,48,106,1.9}
� �
� � &� � � � � � � � ( 1 2H1 ROK # 9@
Unite� �}�b�9 MAXA-E-FUSE2Maxa 3.5 and 4e - Electric fuselage, boom, fin set: The {b,Maxa fuselage} pod is very light, strong. It is mostly built from 2.4GHz friendly Kevlar, but it has a carbon removable hatch, and carbon reinforcements, so we usually recommend the radio's antennas are placed externally.
The pod is very slim and needs a 32mm spinner. Its length makes it suitable for use with a very light weight powertrain. Only 28mm diamter motors will fit, like the Kontronik Kira 400, Hacker B40, Mega 16/xx/xx series and the HET 2W-25.
The fin is designed for use with rear rudder and elevator servos, which are fitted before the boom is put in position. The boom can be glued to the hoops built into the fin, or it can be made removable, to improve transportation.
The Maxa fuselage package includes:
1 - Maxa pod
1 - ballast tube (usage optional)
1 - Maxa spread carbon boom
1 - molded fin and built-up rudder
{table title="Maxa Fuselage Specifications" class=1 cols=2 width=135,130,130 align=L,L}
Bare pod weight, 137 g
Ballast tube, 10 g
Boom weight, 47 g
Fin & rudder weight, 47 g
Spinner size, 32 mm
{endtable}
d � �-� 9_� �� � � � � � � � � c1�Cr �}�b�L MAXA-FUSE2Maxa 3.5 and 4 - glider or electric pod & boom set� The {b,Maxa Glider/electric fuselage} pod is very light, strong. It is mostly built from 2.4GHz friendly Kevlar, but it has a carbon removable hatch, and carbon reinforcements, so we usually recommend the radio's antennas are placed externally.
Due to the ready installed fin and pushrods this is a long and wide package and is very expensive to ship due to volumetric pricing. The postage cost calculated by the web site is only an estimate, it may be higher.
Z � _K� � � � � � � � � � � � c1�C � �}�b�; MAXA-35-TIPSMaxa 3.5 Tip Panelsq These Maxa 3.5 Hard Spread carbon tip panels can be used to convert a 4m Maxa to 3.5m for windier conditions.
d � -� � \� � � � � � � � � c1�C
� �}�b�<
BH-MINIMOABlack Horse Minimoa ARTF!
This almost ready to fly (ARTF) 3.4m Minimoa is designed for slope soaring and flat field thermaling from an aerotow, using the built-in tow release. The Minimoa is one of the most iconic gliders ever made. Every glider pilot has heard of it and most are captivated by its simple beauty. Designed in Germany in the halcyon days of gliding prior to WWII, it was flown by the top pilots that later moved on to serve in the Luftwaffe. Few aircraft have such stunning looks and great reputation as the Minimoa, and this model faithfully reproduces these qualities.
Black Horse have faithfully re-created those famous bird-like curves and followed the design closely. The Minimoa is not a simple shape to model, but Black Horse's skilled designers get the best from modern computer aided design and CNC laser cutting techniques, to create a delightful 1/5 scale model that is strong, comparatively light, and looks the part in the air.
The Minimoa's well designed wing ensures that flying characteristics are docile, and the controls are positive and effective at all times. The model is equipped with large top and bottom "barn door" type airbrakes to allow slopeside landings and for exiting thermals safely.
The model is totally pre-built on jigs by skilled staff from laser cut balsa and plywood parts, then covered in a classic scale Swiss scheme to aid visibility at altitude. Only final assembly RC installation is required to get the model airborne. See the manual link for complete instructions. For transportation and storage the two part wings and tailplane dismount from the fuselage easily.
{table title="Black Horse Minimoa Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 3.4 m, 134 in
Wing area, 81.0 dm2, 1256 sq in
Length, 145 cm, 57.1 in
Flying weight from, 2825 g, 99.6 oz
Wing loading, 34.9 g/dm, 11.4 oz/sq ft
Scale, 1/5, 20%
Aspect ratio, 14.3,
Centre of Gravity, 110 mm from wing leading edge
Controls, "Rudder, elevator, ailerons, spoilers, tow release"
{endtable}
{table title="Black Horse Minimoa Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage & fin, 678 g, 23.9 oz
Wings, 1126 g, 39.7 oz
Tailplane, 100 g, 3.5 oz
Wing joiners, 56 g, 2.0 oz
Accessories, 110 g, 3.9 oz
Total structure, 2070 g, 73.0 oz
Fuse wiring, 30 g, 1.1 oz
Wing wiring, 35 g, 1.2 oz
Receiver, 30 g, 1.1 oz
Tail servos, 60 g, 2.1 oz
Aileron servos, 50 g, 1.8 oz
Spoiler servos, 50 g, 1.8 oz
Battery, 200 g, 7.1 oz
Noseweight, 300 g, 10.6 oz
Flying weight, 2825 g, 99.6 oz
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder & elevator, KST DS145MG, Power HD HD-8315, Power HD HD-1501MG
Ailerons, KST DS125MG, MKS DS6125 Mini, Power HD HD-8315, Power HD HD-1501MG
Spoilers, KST DS125MG, MKS DS6125 Mini, Power HD HD-8315, Power HD HD-1501MG
Aerotow release, KST DS145MG, Power HD HD-1501MG
Receiver, 6/7 channel rx to match your transmitter
{endtable}
{table title="Control Throws" class=1 cols=2 width=110,240 align=L,L}
Aileron, 20 mm down / 30 mm up
Elevator, 25 mm down / 25 mm up
Rudder, 25 mm left / 25 mm right
Spoilers, Extend fully
{endtable}
{video,PJpb8vpjjsw}
{b,Links}
{href,http://scalesoaring.co.uk/VINTAGE/Documentation/Minimoa/Minimoa_docs.html, Scale Soaring Minimoa documentation page} d � � � �_� [� � � � � � � � � # c1�C$ �}��b�= MAXA-TAILPLANE%Tailplane for the Maxa 4 and Maxa 3.5� Replacement horizontal stabiliser / tailplane / elevator for the Maxa 4 and Maxa 3.5 electric and glider models.
New larger size, span 79 cm. � � ^2� � 54� � � � � � � � � c1�C� `}�`�> PM-K8B-6MPhoenix Models K8b - 6m {br, The wings on this model are too weak - unfortunately many have failed. This model is sold on the understanding that the buyer will reinforce the wing spars and will take full responsibility for the safety of modellers and the public.
THIS MODEL CANNOT BE SHIPPED OVERSEAS - THE BOX IS TOO BIG AND FRAGILE.
SORRY UK BUYERS ONLY.}
The {b,Phoenix Models 6m K8b} is a very keenly priced almost ready to fly 40% scale model of the popular Alexander Schleicher Ka 8b.
The K8 is the slightly better performing -b version with a bubble canopy. The scale model includes a pilot figure to look the part when in the air. The model has been expertly constructed from laser cut balsa and ply and is covered in white and red Oracover (Profilm) to a very high standard. The only work required to get the model in the air is installing the RC.
Although this nearly half scale model it is new to the UK, there have been many very positive flying reports from Germany, Australia, and the US. It is comparatively light and thermals beautifully - just like the full size aircraft. All these qualities make it an ideal first giant scale model for any aspiring RC pilot.
To alleviate transport and storage difficulties the wing is a four piece design, with each wing (left and right) breaking down into an inner and an outer panel. Our kits all include the stronger inner wing panels, following a problem with one of the original models in the US.
The UK delivery cost is only valid for the main UK conurbations, excluding country areas and Highlands and Islands. Sorry, but this model is too big to be shipped to overseas or NI buyers. Due to the large size and not-very-strong box we much prefer if this model is collected from our Warwickshire warehouse.
Tags: Alexander Schleicher K8 B, Rudolf Kaiser K8, K8a, Ka8, Ka 8, Ka-8, Ka-8b, ASK8, ASK 8
{table title="Phoenix Models K8b-6m Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 6.0 m, 19 ft 8 in
Wing area, 226.0 dm2, 3503 sq in
Length, 280 cm, 9 ft 2 in
Flying weight from, 13.8 Kg, 30 lb 7 oz
Wing loading, 61.1 g/dm, 20.0 oz/sq ft
Scale, 1/2.5, 40%
Aspect ratio, 15.9,
Wing airfoil, HQW3/15,
Centre of Gravity, 120-150 mm from wing leading edge
Controls, "Rudder, elevator, ailerons, spoilers, aerotow release"
{endtable}
{table title="Phoenix Models K8b-6m Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage & fin, 2800 g, 98.8 oz
Wings, 5000 g, 176.4 oz
Tailplane, 400 g, 14.1 oz
Fin & rudder, 300 g, 10.6 oz
Canopy assembly, 700 g, 24.7 oz
Wing joiners, 1000 g, 35.3 oz
Accessories, 300 g, 10.6 oz
Total structure, 10500 g, 370.4 oz
Fuse wiring, 40 g, 1.4 oz
Wing wiring, 80 g, 2.8 oz
Receiver, 40 g, 1.4 oz
Tail servos, 110 g, 3.9 oz
Aileron servos, 110 g, 3.9 oz
Spoiler servos, 110 g, 3.9 oz
Aerotow release servo, 110 g, 3.9 oz
Battery, 300 g, 10.6 oz
Nose weight, 2400 g, 84.7 oz
Flying weight, 13800 g, 486.8 oz
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
All flying surfaces, Hitec HS-645MG, Power HD HD-8315, Power HD HD-1501MG
Spoilers, Use 44cm electric airbrakes
Aerotow release, Hitec HS-645MG or Hitec HS-805BB, Power HD HD-1501MG
Receiver, 7 channel rx to match your transmitter
{endtable}
Pockets are built-into the wing for airbrakes, but they hasve to be fitted by the modeller. 300 mm to 440 mm brakes are suitable, with the electric versions (see {href,http://www.topmodel.fr/en/airbrakes-C637,here} and {href,http://www.modellhobby.de/Accessories/Various-parts.htm?shop=k_staufenb_e&SessionId=&a=catalog&t=12&c=116&p=116,here}) being easiest to fit.
{table title="Control Throws" class=1 cols=2 width=110,240 align=L,L}
Aileron, 30 mm down / 45 mm up
Elevator, 35 mm down / 35 mm up
Rudder, 70 mm left / 70 mm right
Spoilers, Extend fully
{endtable}
Useful links:
{href,http://www.rcgroups.com/forums/showthread.php?t=1680781, RCGroups K8b Build Thread}
{href,http://www.rcgroups.com/forums/showthread.php?t=1532835, RCGroups K8b Buy Thread}
{href,http://www.rc-network.de/forum/showthread.php/276833-6-Meter-K-8b, RCNetwork.de 6m K8b giga thread}
{href,http://phoenixmodel.com/Default.aspx?mode=view_detail&CatId=61&id=295,Phoenix Models' site with many photos and videos}
{href,http://www.microsofttranslator.com/bv.aspx?from=&to=en&a=http://rc-modellscout.de/test-k-8-derkum-staufenbiel.html, German Magazine Review- auto translated}
{href,http://scalesoaring.co.uk/VINTAGE/Documentation/Ka-8/Ka8_documentation.html,Scale Soaring K8 Full Size Documentation}
{href,http://www.ka8.de/deutsch/index.htm,German K8 Full Size Documentation}
Our thanks to: Red K8B owned by Bernd Grimm and photographed by Lars Buschmeyer, blue K8B owned and photographed by Christian Koch.
{video,Hw8Gpr-zRX8}
{video, Xn9OuZ9FFXo} � � �-� 2� B � � � � � � � � N ? Box size = 256 x 60 x 40 cm.
101" x 24 " x 16"
Weight = 25kg) c1�C
� �}�b�? PM-K8B-3M)Phoenix Models K8b - 3.5m COLLECTION ONLY9
{br,No box for this model. Collection from our premesis in Warwckshire only}
The {b,Phoenix Models 3.5m K8b} is a lovely almost ready to fly approx 1/4 scale model of the popular Alexander Schleicher Ka 8b. It is a very similar size to the much missed Flair K8, but is ready built, and less expensive.
The K8b is the slightly better performing -b version with a bubble canopy. The model includes a pilot figure to look the part when in the air. The ARTF model has been beautifully built from laser cut balsa and ply and is covered in white and red Oracover (Profilm) to a very high standard. The only work required to get the model in the air is installing the RC.
Although it is new to the UK, there have been many very positive flying reports from Germany and the US. The easily transportable size, good handling, and light yet tough structure make this an ideal first quarter scale model. This special introductory price may be changed at any time.
Tags: Alexander Schleicher K8 B, Rudolf Kaiser K8, K8a, Ka8, Ka 8, Ka-8, Ka-8b, ASK8, ASK 8
{table title="Phoenix Models K8b-3.5m Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 3.5 m, 138 in
Wing area, 77.0 dm2, 1194 sq in
Length, 165 cm, 65.0 in
Flying weight from, 3100 g, 109.3 oz
Wing loading, 40.3 g/dm, 13.2 oz/sq ft
Scale, 1/4.28
Aspect ratio, 15.9,
Wing airfoil, HQW3/15,
Centre of Gravity, 80-85 mm from wing leading edge
Controls, "Rudder, elevator, ailerons, aerotow release"
{endtable},
{table title="Phoenix Models K8b-3.5m Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Total structure, 2246 g, 79.2 oz
Fuse wiring, 30 g, 1.1 oz
Wing wiring, 44 g, 1.6 oz
Receiver, 30 g, 1.1 oz
Tail servos, 46 g, 1.6 oz
Aileron servos, 46 g, 1.6 oz
Aerotow release servo, 23 g, 0.8 oz
Battery, 235 g, 8.3 oz
Nose weight, 400 g, 14.1 oz
Flying weight, 3100 g, 109.3 oz
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder & elevator, KST DS145MG, Hitec HS 325 HB, Power HD HD-8315, Power HD HD-1501MG
Ailerons, KST DS125MG, MKS DS6125 Mini, Hitec HS 325 HB, Power HD HD-8315, Power HD HD-1501MG
Aerotow release, KST DS145MG, Hitec HS 325 HB, Power HD HD-1501MG
Receiver, 5/6 channel rx to match your transmitter
{endtable}
Pockets are built-into the wing for airbrakes, but they hasve to be fitted by the modeller. 180 mm to 300 mm brakes are suitable, with the electric versions (see {href,http://www.topmodel.fr/en/airbrakes-C637,here} and {href,http://www.modellhobby.de/Accessories/Various-parts.htm?shop=k_staufenb_e&SessionId=&a=catalog&t=12&c=116&p=116,here}) being easiest to fit.
{table title="Control Throws" class=1 cols=2 width=110,240 align=L,L}
Aileron, 20 mm down / 30 mm up
Elevator, 20 mm down / 20 mm up
Rudder, 40 mm left / 40 mm right
{endtable}
Useful links:
{href,http://www.rc-network.de/forum/showthread.php/277034-Staufenbiel-K8b-3-50-m, RCNetwork.de 3.5m K8b thread}
{href,http://phoenixmodel.com/Default.aspx?mode=view_detail&CatId=61&id=294,Phoenix Models' site with many photos and videos}
{href,http://scalesoaring.co.uk/VINTAGE/Documentation/Ka-8/Ka8_documentation.html,Scale Soaring K8 Full Size Documentation}
{href,http://www.ka8.de/deutsch/index.htm,German K8 Full Size Documentation}
{video,PUaYxbqEaH4}
{video,vnAn5hz3cqM} � � $_� �-� � � � � � � � � � a� ) c1�C% �}�b�S CARBOLINE-SC38-3-SMP'Carboline SC38/3 Spread Carbon - samplev An approximately 30 cm x 10 cm sample of {b,Vladimir's Models Carboline SC38/3/xx} unique tri-axial Spread Tow Carbon fabric for ultra light structures.
{table title="Carboline SC38/3 Specifications" class=1 cols=3 width=135,135,135 align=L,L,L separator=:}
Sample size: 30 cm x 10 cm approx
Weight: 38 g/m�
Number of layers: 3
Fibre material: IMS 65
{endtable}
( � � � � � � � � � � � d Carbon fibreUkrainec1�C� �}�b�@ MAXA-FINMaxa Fin (All Types)! Maxa fin and rudder. Available as a special order item.
Please email us with your specifications as indicated below.
Version: Classic or Pro. The Pro is supplied servo mountings locations in the fin.
Type: Electric of Glider.
Layup: Light, windy or storm.
Thank you.
� � e!� � 5� � � � � � � � � c1�C � ��b�B CARBON-ROD-05MM0.5mm Carbon Rod {crodb, 0.5, 0.4}
� � � @� � � � � � � � 5 js & � �}�b�P SATORIAer-o-Tec SatoriO The {b,Aer-o-Tec Satori} is a very highly regarded glider that has excellent performance and wonderful handling. It is particularly good at coping with wind, and enjoys an excellent glide angle while travelling at speed, allowing the model to be brought home from a long way downwind. It has very effective brakes, and excellent low speed handling, enabling the pilot to get 100 point landings with ease.
We are only stocking Satoris with C68 carbon wing skins, as these give the model a toughness and longevity that cannot be matched by lighter layups. The 2.4GHz friendly fuselage has the rudder and elevator linkages completely finished, with drag-free internal horns. The attention to detail, finish and build quality of these German made and designed models is outstanding, they are definitely one of the very best made models we sell.
Our Satoris have a very attractive red-white-blue colour scheme, as shown in the parts photo and the three-view. They are supplied almost ready to fly, with wiring looms and padded wing, tail and fuselage bags. Only the RC needs to be installed. Our Satoris do not have a tow hook fitted, making them most suitable for slope soaring.
{table title="Satori Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 3.6 m, 142 in
Wing area, 73.2 dm2, 1134 sq in
Length, 163 cm, 64.1 in
Flying weight from, 1900 g, 67.0 oz
Wing loading, 26.0 g/dm, 8.5 oz/sq ft
Aspect ratio, 17.7
Dihedral (EDA), 4.6�
Centre of Gravity, 103 mm
Controls, "Rudder, elevator, ailerons, flaps"
{endtable}
{table title="Satori Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage & Fin, 328 g, 11.6 oz
Wing c/s, 600 g, 21.2 oz
Wing tips, 454 g, 16.0 oz
Tailplane, 53 g, 1.9 oz
Accessories, 130 g, 4.6 oz
Total structure, 1565 g, 55.2 oz
Wiring, 15 g, 0.5 oz
Pushrods, 15 g, 0.5 oz
Receiver, 12 g, 0.4 oz
Tail servos, 40 g, 1.4 oz
Wing servos, 70 g, 2.5 oz
Battery, 150 g, 5.3 oz
Noseweight, 33 g, 1.2 oz
Flying weight, 1900 g, 67.0 oz
{endtable}
{table title=" Recommended Control Throws & Mixes " class=1 cols=2 width=110,240 align=L,L}
Rudder, 28 mm each way
Tailplane, 14 mm up / 18 mm down
Ailerons, 18 mm up / 9 mm down
<i>Recommended flaperon settings</>
Speed mode, -1 mm
Cruise mode, 0�
Thermal mode, up to 6 mm down
{endtable}
{SupraGliderServos}
{video,d7sCugbFkC4} � �-� � � � � � � � � � � � * c1�C � �}�b�Q
SATORI-F5JAer-o-Tec Satori F5Jd The {b,Aer-o-Tec Satori F5J} is a very highly regarded electric glider that has excellent performance and wonderful handling. It is particularly good at coping with wind, and enjoys an excellent glide angle while travelling at speed, allowing the model to be brought home from a long way downwind. It has very effective brakes, and excellent low speed handling, enabling the pilot to get 100 point landings with ease.
We are only stocking Satoris with C68 carbon wing skins, as these give the model a toughness and longevity that cannot be matched by lighter layups. The 2.4GHz friendly fuselage has the rudder and elevator linkages completely finished, with drag-free internal horns. The attention to detail, finish and build quality of these German made and designed models is outstanding, they are definitely one of the very best made models we sell.
Our Satoris have a very attractive red-white-blue colour scheme, as shown in the parts photo and the three-view. They are supplied almost ready to fly, with wiring looms and padded wing, tail and fuselage bags. The fuselage is supplied with the glider nose in place, and with a firewall. To complete just the RC and the firewall needs to be installed.
{b,Recommended Powertrain}
Kontronik Kira 400-27 geared 5.2:1
14x8 Folding prop
3S 1.1Ah 45C LiPo
{table title="Satori F5J Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 3.6 m, 142 in
Wing area, 73.2 dm2, 1134 sq in
Length, 163 cm, 64.1 in
Flying weight from, 2009 g, 70.9 oz
Wing loading, 27.5 g/dm, 9.0 oz/sq ft
Aspect ratio, 17.7
Dihedral (EDA), 4.6�
Spinner Diameter, 32 mm
Centre of Gravity, 103 mm from wing leading edge
Controls, "Rudder, elevator, ailerons, flaps"
{endtable}
{table title="Satori F5J Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage & Fin, 328 g, 11.6 oz
Wing c/s, 600 g, 21.2 oz
Wing tips, 454 g, 16.0 oz
Tailplane, 53 g, 1.9 oz
Accessories, 120 g, 4.2 oz
Total structure, 1555 g, 54.9 oz
Wiring, 15 g, 0.5 oz
Pushrods, 15 g, 0.5 oz
Receiver, 12 g, 0.4 oz
Tail servos, 18 g, 0.6 oz
Wing servos, 64 g, 2.3 oz
Speed control, 40 g, 1.4 oz
Motor, 160 g, 5.6 oz
Prop & spinner, 30 g, 1.1 oz
Battery, 100 g, 3.5 oz
Flying weight, 2009 g, 70.9 oz
{endtable}
{table title=" Recommended Control Throws & Mixes " class=1 cols=2 width=110,240 align=L,L}
Rudder, 28 mm each way
Tailplane, 14 mm up / 18 mm down
Ailerons, 18 mm up / 9 mm down
<i>Recommended flaperon settings</>
Speed mode, -1 mm
Cruise mode, 0� (flat top surface)
Thermal mode, up to 6 mm down)
{endtable}
{table title="Recommended Servos" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder & Elevator, Hyperion DS09-AMD, MKS DS6100, MKS DS6125H, Futaba S3155
Aileron, MKS DS6100, MKS DS6125 Mini, Futaba S3150
Flap, Hyperion DS095-FMD, MKS DS6125 Mini, MKS DS6125
{endtable}
{video,MOXA6WRiXFY} ~ � �-� � � � � � � � � � � * c1�C � �}�b�R HP-LG325-0180-2SHyperion 2S 180 mAh G3 LiPo( The {b,Hyperion 2S 180 mAh G3 LiPo} is a small battery suitable for the Elf mini discus launched glider, and other very lightweight models. Comes with a Mini JST (also called BEC) power connector plug only. Connect via a Mini JST convertor lead to if using 2S capable receiver and servos, or through a small voltage regulator if using RC limited to 5V.
Also suitabe for F3A and other small high performance indoor and outdoor models.
{table title="Hyperion 2S 180 mAh G3 LiPo Battery Specification" class=1 cols=2 width=100,160 align=L,L}
Chemistry, Lithium Polymer
Number of cells, 2
Voltage, 7.4V nominal, 8.4V unloaded
Capacity, 180 mAh
Discharge rating, 25 - 40 C
Weight, 13.5 g
Length, 36 mm
Width, 20 mm
Height, 11 mm
Power lead length, 8 cm
Power plug, Mini JST (BEC) plug
Balance plug, None fitted
Recommended charge rate, 1C (0.2A)
Max charge rate, 5C (0.9A)
Hyperion Product Code, HP-LG325-0180-2S
{endtable}
This battery works very well with the many modern RC components that work directly with 8.4V (2S) battery supplies. We get at least 2.5 hours of flying time on our test Elf, fitted with a Jeti Duplex R5 receiver, two SD100 servos, and a Jeti Vario sensor. The very small loads on the servo mean that the battery's small capacity is ample for this model. All these components worked fine on the 2S unregulated battery.
We use a Jeti Box on the transmitter to check the receiver battery voltage - stop flying when the receiver voltage goes down to 7V. Charge at 200 mA - 900 mA (max) using a suitable LiPo charger.
{LiPost} �N � #� � � � � � � � � � & HP-LG325-0180-2S c1�CD �}�b�Y CARBON-BOOM-15-8%15mm - 8mm x 0.7m Tapered Carbon Boom� {cboom2,15.0,8.3, 0.5, 20, 70, Tailbooms}
This boom is ideal for lightweight low drag tailbooms, especially for discus launched gliders (DLG), small electric, and FF models. � � U� �
� � � � � � � � 2 c1�Cb �}�b�Z HV6100-GEAR-SET*Replacement Gear Set for MKS HV6100 HV6110� Replacement gear set for MKS HV6100 and MKS HV6110 servos.
We believe it is the same as the DS6100 gear set apart from the first gear from the motor.
MKS part number: 1Z-DS6100-GS-02 � � � � -� � � � � � � � 2 SteelTaiwand �X # ��b�\ CARBON-BOOM-26-9%26mm - 9mm x 1.2m Tapered Carbon Boom� {cboom2,26.0,9.0, 0.4, 41, 120, AVA Pro and long glider tailbooms}
This boom fits Vladimir's Models AVA Pro pods and tailplane V mounts. � $ � � � � � � � � � � , 3 h�� @ �}�b�^ CARBON-BOOM-30-14&30mm - 14mm x 1.1m Tapered Carbon Boom� {cboom2,30.0,14.0, 0.5, 65, 110, Supra Maxa and large glider tailbooms}
This boom fits Vladimir's Models Supra Classic and Supra Pro pods and Supra tailplane V mounts. , � ES� � � � � � � � � � � c1�C � �}��b�b CARBON-TUBE-4MM2 4.0mm Carbon Tube (2.5mm ID) {ctuber,4.0,2.5,11.4} - � � � � � � � � � � � c1�C � �}�b�c CARBON-TUBE-5MM35 5.0mm Carbon Tube (3.5mm ID) {ctuber,5.0,3.5,14.7} 7 � *� � 2� � � � � � � � c1�C � �}��b�d CARBON-TUBE-5MM35.0mm Carbon Tube (3mm ID) {ctuber,5.0,3.0,18.2} 9 � 4� � � � � � � � � � # c1�C�% ��b�� DS61XX-METAL-LONHORN$MKS Long Metal Servo Output Arms (2)I Heavy duty long aluminium servo output arm (horn) package for the MKS HV6130, HV6125e, HV6100, DS6100, HV6150, HV6160, DS75K, DS65K and HBL 6625 servos.
Contains two substantial metal output arms and two output arm retaining screws. The distance from the servo output shaft axis to the four holes varies from 7.5 mm to 15 mm. e � 2� � `� � � � � � � � 1C1 "� j�� � �}�b�g HD-1440A-Power HD HD-1440A Servo - 8.5mm 4.5g 0.6Kg.cm� The Power HD {b,HD-1440A} servo is a budget priced 8.5mm thick servo, suitable for very small models, especially 1m DLG gliders. The speed of this servo is excellent, and the torque is enough for small DLGs. The gears are well made, with only a small amount of slop detectable.
At only 8.5 mm thick this servo can easily fit in very thin wings. The 0.6 kg.cm torque and an excellent 0.10s/60� speed it is excellent for ailerons, elevator and rudder on many smaller high performance models, DLGs, electric gliders, and smaller sport models.
{table title="Power HD HD-1440A Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=: autohref=2}
Body dimensions: 20.1 mm wide x 8.5 mm thick x 19.6 mm high : 0.79" wide x 0.33" thick x 0.77" high
Max dimensions: 27.0 mm wide x 8.5 mm thick x 26.0 mm high : 1.06" wide x 0.33" thick x 1.02" high
Stall torque (6V): 0.60 kg.cm: 8 oz.in
Weight: 4.5 g: 0.16 oz
Lead length: 10 cm: 4.0 in
Operating speed (6V): 0.10 sec/60�
Operating voltage: 4.8V to 6.0V
Bearings: Plain bearing
Gear material: Plastic
Motor type: Brushed
Digital: Yes
Programmable: No
Supplied accessories: 4 plastic output arms, 1 arm retaining screw, 2 mounting screws
{endtable}
{video,WvvDyG0AIfc} , � .� � $� � � � � � � � ( , c1�C 5 �}�b�f DSM44*Power HD DSM44 Servo - 8.5mm 5.9g 1.6Kg.cm� The Power HD {b,DSM44} servo is an good budget priced 8.5mm thick servo, suitable for all small models, especially DLG gliders. The speed of this servo is excellent, and the torque is enough for DLG wings. The good quality aluminium and plastic gears are well made, with only a small amount of slop detectable.
At only 8.5 mm thick this servo can easily fit in very thin wings. With good 1.6 kg.cm torque and an excellent 0.09s/60� speed it is excellent for DLG flaperons, ailerons, elevator and rudder on many high performance models, DLGs, electric gliders, and smaller sport slopers.
{table title="Power HD DSM44 Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=: autohref=2}
Body dimensions: 20.0 mm wide x 8.5 mm thick x 19.5 mm high : 0.79" wide x 0.33" thick x 0.77" high
Max dimensions: 27.0 mm wide x 8.5 mm thick x 27.8 mm high : 1.06" wide x 0.33" thick x 1.09" high
Stall torque (4.8V): 1.20 kg.cm: 17 oz.in
Stall torque (6V): 1.60 kg.cm: 22 oz.in
Weight: 5.9 g: 0.21 oz
Lead length: 16 cm: 6.3 in
Operating speed (4.8V): 0.09 sec/60�
Operating speed (6V): 0.07 sec/60�
Operating voltage: 4.8V to 6.0V
Bearings: 1 ball bearing
Gear material: Aluminium alloy / plastic
Motor type: Coreless motor
Digital: Yes
Programmable: No
Supplied accessories: 4 plastic output arms, 1 plastic output disk, 1 arm retaining screw, 2 mounting screws
{endtable}
{video,TZRfyiiN-b8} ; �
O� � ]� � � � � � � � 2 , n� c1�C� �}�b�� HP-DS09-SMD+Hyperion DS09-SMD Servo - 9mm 8.4g 2.0Kg.cm The Hyperion Atlas DS09 range is the best series of 9 mm thick servo currently available. The SMD variant has the bronze alloy metal gears of the AMD version, and the higher speed response of the SCD servo. This makes it tougher, and an excellent 2 Kg.cm torque servo. The speed is good enough for 95% of glider and electric model installations. Despite the metal gears there is no slop in the geartrain, and with the very small deadband, the servo is ideal for all control surfaces.
At only 9 mm thick this superb wing-servo can easily fit in very thin wings. With good 2 kg.cm torque and an excellent 0.13s/60� speed it is suitable for DLG flaperons, ailerons, elevator and rudder on many high performance gliders, DLGs, electric gliders, and sport slopers.
{table title="Hyperion DS09-SMD Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=: autohref=2}
Body dimensions: 23.0 mm wide x 9.0 mm thick x 23.7 mm high : 0.91" wide x 0.35" thick x 0.93" high
Max dimensions: 31.9 mm wide x 9.0 mm thick x 32.7 mm high : 1.26" wide x 0.35" thick x 1.29" high
Stall torque (4.8V): 1.6 kg.cm: 22 oz.in
Stall torque (6V): 2.0 kg.cm: 28 oz.in
Weight: 8.4 g: 0.30 oz
Lead length: 18 cm: 7.1 in
Operating speed (4.8V): 0.15 sec/60�
Operating speed (6V): 0.13 sec/60�
Operating voltage: 3.5V to 5.5V
Bearings: 2 ball bearings
Gear material: Bronze alloy
Motor type: Brushed
Dead band: 0 �s to 16 �s (2 �s default)
Digital: Yes
Programmable: Yes
Operating temperature: -20� to +60�
Supplied accessories: 5 plastic output arms, 1 output disk, 2 arm retaining screw, mounting screws, bushes, 2 plasic side mounting tabs
Optional accessories: Frame for Hyperion DS09, Hyperion Output Arm Set for DS09 & DS11 Servos, Hyperion Servo Programming Interface
{endtable}
P � � �
2� � � � � � � � 2 & z� c1�C� �}�b� MAXA4-WING-BAG3Vladimir's Models Wing and Tail Bags for the Maxa 4U A beautiful set of wing and tailplane bags for the Maxa 4 made by Vladimir's Models. The set consists of:
{bullet}
A pair of bags for the centre panel. These are split in the middle, so the wing bags can be placed on the wing even when the wing is attached to the fuselage.
A pair of tip bags for the wing tip panels.
A pair of tailplane/elevator bags for the horizontal stabiliser.
{endbullet}
The bags are made from aluminised Mylar covered foam with a black fabric (canvas-like) edging and grey pocket ends. The covers will protect the surfaces from physical damage and solar radiation. � � I2� � $:� � � � � � � � � �� c1�C � �}�b�i PULSAR-PRO-3600Pulsar Pro 3.6/ We have received the new upgraded Pulsar Pro 3.6 eSoarers. These have generally improved aerodynamics and structure. The main changes are:
{bullet}
More dihedral to improve stability when thermalling.
A longer nose to help balance the model with modern lightweight powertrains.
A large canopy hatch to enable the battery to be swapped or charged more easily.
The wing mounts on a short pylon to reduce interference drag, improving performance at all speeds.
Ballast can be fitted internally more easily, to allow a larger speed range.
Smaller 38mm front firewall reduces drag yet still accommodates most motors.
{endbullet}
This model is very easy to fly, with good performance and excellent handling. It is more relaxing than an all molded model, yet will be just as efficient in wind speeds up to about 12 mph.
{table title="Pulsar Pro 3.6 Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 3.6 m, 142 in
Wing area, 79.7 dm2, 1235 sq in
Length, 175 cm, 68.9 in
Flying weight from, 1450 g, 51.1 oz
Wing loading, 18.2 g/dm2, 6.0 oz/sq ft
Aspect ratio, 16.4,
Wing airfoil, AG25,
Dihedral (EDA), 8.8�,
Spinner Diameter, 38 mm,
Centre of Gravity, 95-105 mm from wing leading edge
Controls, "Rudder, elevator, ailerons, flaps"
{endtable}
{table title="Pulsar Pro 3.6 Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Pod, 100 g, 3.5 oz
Boom, 58 g, 2.0 oz
Wing c/s, 352 g, 12.4 oz
Wing tips, 372 g, 13.1 oz
Tailplane, 39 g, 1.4 oz
Fin, 34 g, 1.2 oz
Accessories, 45 g, 1.6 oz
Total structure, 1000 g, 35.3 oz
Wiring, 37 g, 1.3 oz
Receiver, 13 g, 0.5 oz
Tail servos, 18 g, 0.6 oz
Wing servos, 70 g, 2.5 oz
Speed control, 42 g, 1.5 oz
Motor, 120 g, 4.2 oz
Prop & spinner, 30 g, 1.1 oz
Battery, 120 g, 4.2 oz
Flying weight, 1450 g, 51.1 oz
{endtable}
{table title=" Recommended Control Throws" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder, 35 mm each way
Tailplane, 15 mm up / 15 mm down
Flaps, up to 80 degree down
Ailerons, 10 mm up / 8 mm down
<i>Recommended flight mode settings</>
Speed mode, flap 2 mm up, ailerons aligned with flap
Thermal mode, flap 4 mm down, ailerons aligned with flap
Crow brake mix, 10 mm up aileron with full down flap
{endtable}
{table title="Recommended Servos" class=1 cols=2 width=110,235 align=L,L autohref=2}
Elevator & rudder, MKS DS6100, Corona DS843MG, Hyperion DS09-AMD, KST X08
Flaps, Hyperion DS095-FMD, MKS DS6125 Mini, KST DS125MG, KST DS135MG, KST DS215MG
Ailerons, MKS DS6100, Corona DS843MG, Hyperion DS09-AMD, KST X08, KST DS215, KST DS135MG
{endtable}
<b>Recommended Powertrains</b>
Hacker A20-6XL with Maxon 4.4:1, Aeronaut 17 x 9 prop, 3S 1.3Ah 65C LiPo, 60A ESC (12 m/s 2400 fpm)
Mega 16/25/3 with Maxon 4.4:1, 20x13 RFM prop, 3S 1.2Ah LiPo (2000 fpm, 40A, lightweight setup)
Hacker B40 15L with Maxon 4.4:1 gearbox, 17x10 prop, 3S 1.2Ah LiPo (1400 fpm, comp setup)
Kontronik Fun 500-19 with 6.7:1 box, 23x12 RFM prop, 3S 1.2Ah 20C LiPo (1800 fpm, comp setup)
Kontronik Fun 500-32 with 6.7:1 box, 17x10 RFM prop, 3S 1.2Ah LiPo (1600 fpm)
h � I� � l � � � � � � � � � k� c1�C4' +<T ��b�h ELF-WING-SCREWSElf Wing Attachment Screws� One set of replacement bolts to attach the Elf wing to the Elf and Elf Pro fuselage.
1 - 6mm long M3 Countersink bolt
1 - 8mm long M3 Countersink bolt
d � � � \� � � � � � � � 2F3 3 �}�b�j B3-BALLAST-HOLDER-Blaster 3, Blaster 3.5 & Snipe Ballast Holder� This is the plastic part that is used to fix the composite "lollypop stick" holding the ballast to the Blaster 3, 3.5 and Snipe DLG fuselage. � 9� � N� � � � � � � � ( Plastic c1�C �}�b��
PLUS-WING-BAG5Vladimir's Models Wing and Tail Bags for the Plus F5Jk A beautiful set of wing and tail bags for the Plus F5J made by Vladimir's Models with the Plus logo attractively marked and convenient Velcro fastenings. The set consists of:
{bullet}
A pair of bags for the centre panel. These are split at the front so they can be easily fitted without disassembling the model.
A pair of tip bags for the wing tip panels.
A pair of tailplane/elevator bags for the V tail
{endbullet}
The bags are made from aluminised Mylar covered foam with a black fabric (canvas-like) edging and grey pocket ends. The covers will protect the surfaces from physical damage and solar radiation. � H-� � &� � � � � � � � |� c1�C: �}�b�m DLG-DISSER-TAILPLANEDLG Disser Tailplane� This DLG tailplane and elevator (horizontal stabiliser) is nicely made from blue foam, with glass skin, carbon spar and carbon disser (criss-cross) reinforcement. The elevator is hinged.
{table title="DLG Disser Tailplane" class=1 cols=3 width=100,240 align=L,L,L}
Material, Blue foam with bagged glass with unidirectional carbon reinforcement
Weight, 6.7 g
Span, 34.2m
Max chord, 8.6 cm
Approx area, 2.4 dm2
{endtable} R � � �
� � � � � � � � � ! s� c1�C $ �}�b�l DLG-DISSER-FINDLG Disser Fin� This DLG fin and rudder (vertical stabiliser) is nicely made from blue foam with glass skin, carbon spar and carbon disser (criss-cross) reinforcement. The rudder is hinged.
{table title="DLG Disser Fin" class=1 cols=3 width=100,240 align=L,L,L}
Material, Blue foam with bagged glass with unidirectional carbon reinforcement
Weight, 5.3 g
Height, 22 cm
Max chord, 10.5 cm
Approx area, 2.0 dm2
{endtable}
D � � �
� � � � � � � � � ! s� c1�C' +=t ��b�t VM-MINI-THROWING-BLDMini DLG Throwing Blade� Small lightweight throwing blade suitable for 1 m mini discus launched gliders.
Made by Vladimir's Models. As supplied wih the Elf. � � � � � � � � � � � i 2F3 �� Carbo� �}�b�u DLG-WING-BLADE-2TopSoaring Throwing BladeA A low cost DLG throwing blade without a tang, with the popular bird wing shape. Molded from carbon fibre, and contoured to maximise launch height and comfort.
{table title="TopSoaring Throwing Blade" class=1 cols=3 width=140,100 separator=: align=L,L,L}
Weight: 1.7 g
Max thickness of carbon: 2.8 mm
Height of both blades: 53 mm
Max width: 11 mm
Length of tang: NA
Height of a single blade: NA
{endtable}
The weight can be decreased by reducing the thickness of the carbon towards the ends of the blades, and by profiling the edges, to approximate a thin ellipse. 2 � /� � � � � � � � � � {� c1�C � �}�b�v
DLG-WING-BAGS%Wing Bags for Discus Launched Gliders A pair of high quality protective wing bags specially designed for 1.5m discus launched gliders. One bag is oversized towards the tip, to accomodate the launch peg reguired by DLGs. This allows the bladed wing (usually the left side) to be fed into the wing bag easily, without the blade snagging the bag before wing wing is fully inserted.
The bags are made from aluminised mylar covered foam. The foam is coated on both sides and is about 3mm thick. The edges are firmly welded, making a very strong bag.
� � F� �
� � � � � � � � � c1�C# `}�`�w SERVO-COVER-B1Blistered Servo Cover (4)u These exceptionally well molded blistered wing servo covers are light, low drag, and look cool! They incorporate an aerodynamically shaped blister to fair the servo output arm when using a top drive linkage. This reduces the turbulence and improves performance measurably.
Supplied in fours - not pairs as in most of the other servo covers we sell.
<i>Neil's comment: I really like these servo covers as the blister has been well designed to reduce drag to a minimum. The molding is to a very high standard too.</i>
{table title="Blistered Servo Cover Specification" class=1 cols=2 width=160,115 align=L,L,L}
Thickness of carbon sheet, 0.5 mm
Chordwise length, 60 mm
Spanwise length, 60 mm
Distance of blister from edge, 5 mm
Width of blister, 7 mm
Height of blister, 5.5 mm
Weight, 2.2 g
{endtable}
Trim to size to suit your application and attach with clear tape. & � K� � � � � � � � � � 2 Cost �9.00 for 1 set (4 covers) - |� c1�C � `}�`�x SERVO-COVER-B2'Blistered Spread Carbon Servo Cover (4)� These exceptionally well made blistered wing servo covers are molded from light spread carbon composite. They have a lovely finish and look {b,very} cool! They incorporate an aerodynamically shaped blister to fair the servo output arm when using a top drive linkage. This reduces the turbulence and improves performance measurably.
Supplied in fours - not pairs as in most of the other servo covers we sell.
<i>Neil's comment: I really like these servo covers as the blister has been well designed to reduce drag to a minimum. The spread carbon molding is to a very high standard, and it looks amazing.</i>
{table title="Blistered Spread Carbon Servo Cover Specification" class=1 cols=2 width=155,115 align=L,L,L}
Thickness of carbon sheet, 0.3 mm
Chordwise length, 60 mm
Spanwise length, 60 mm
Distance of blister from edge, 5 mm
Width of blister, 7 mm
Height of blister, 5.5 mm
Weight, 1.3 g
{endtable}
Trim to size to suit your application and attach with clear tape. 0 � P� �
� � � � � � � � 2 ! Cost �10.00 for 1 set (4 covers) - |� c1�C u `}�`�y VM-PUSHROD-FAIRINGS+Vladimir's Models Pushrod Exit Fairings (2)� Pushrod exit fairings, as used on the Supra, Sprite, etc.
They are approx. 29mm long and 12mm wide at their widest.
Supplied in pairs. � � � $� � � � � � � � F Invoiced by VM as Supra flaps servo cover
charged @ �1 each on 14-001 c1�CK �}�b�z CARBOLINE-SC30-S2+Carboline SC30 Spread Carbon - large sample� 75 cm x 30 cm large sample of {b,Vladimir's Models Carboline SC30} unique bi-axial Spread Tow Carbon fabric for ultra light structures.
The tows are orienated at 30� to the long axis.
{table title="Carboline SC30 Specifications" class=1 cols=3 width=135,135,135 align=L,L,L separator=:}
Sample size: 75 cm x 30 cm
Weight: 39 g/m�
Number of layers: 2
Fibre material: IMS 65
Direction of fibres: +/- 30�
{endtable} n � Z� �
� � � � � � � � � �� c1�C �}�b�{ CARBOLINE-SC45-S2+Carboline SC45 Spread Carbon - large samplez 37 cm x 60 cm large sample of {b,Vladimir's Models Carboline SC45} unique bi-axial Spread Tow Carbon fabric for ultra light structures.
{table title="Carboline SC45 Specifications" class=1 cols=3 width=135,135,135 align=L,L,L separator=:}
Sample size: 37 cm x 60 cm
Weight: 39 g/m�
Number of layers: 2
Fibre material: IMS 65
Direction of fibres: +/- 45�
{endtable}
x � Z� �
� � � � � � � � x c1�C � �}�b� SCORPION-JOINERScorpion Wing Joiner@ A replacement wing joiner for the Scorpion 2.3m electric glider. � � U� � � � � � � � � � d
�� c1�C � �}�b�| SUPER-TOPSKY-3 Super Topsky 3 DLG DBox/DisserM The {b,Super Topsky 3} is an updated version of the successful Super Topsky series of economical and fun discus launched gliders. The wing layup has a carbon Dbox front part and Kevlar and carbon disser rear. {b,Disser} means the wing has criss-cross carbon fibre tow reinforcements. This makes the wing exceptionally light and rigid, allowing it to be launched higher, and to float better.
The Super Topsky 3's Drela airfoils and low weight make it a surprisingly good DLG, and its Kevlar, carbon and blue foam construction ensure it is tough and ding proof, making it ideal for sport rough and tumble flying off the flat or small slopes. The performance enhancement over the previous Super Topsky 2 version come from:
a) Improved aerodynamics. The wing has an improved tip shape and profile. The reduced drag increases launch height and ranging.
b) Improved structure. The wing tip has an increases amount of carbon towards the tip, allowing more powerful and thus higher launches. The wings on the current consignment all have a carbon Dbox, kevlar skins, and carbon disser (criss-cross) reinforcement. This makes for a very torsionally stiff yet light wing. The Super Topsky 3 has been launched to 65m (213 ft) - as high an DLGs costing twice or three times as much. The Kevlar fuselage pod also sports carbon fibre reinforcing, and a lightweight wrapped carbon boom. The nicely finished tailplane and fin are of lightweight glass and carbon over blue foam construction.
This sweet model is supplied as a very complete kit, requiring little construction. The kit includes a complete accessory pack, including all linkages and a plug and socket for connecting the aileron servos. The laser cut ply pieces supplied make up a jig to help with aligning the tail when gluing it in place. The {href,extras/TS3-Installation-Guide.pdf, SuperTopsky 3 Installation Manual} explains the construction work required. The Topsky pod is quite small and low drag, and is light and strong. See {pref, TOPSKY-DLG-POD,this link} for more pod photos.
This model is supplied with separate left and right wings, and with carbon material supplied to reinforce the join. This allows the modeller to set the dihedral to an angle suitable for the intended flying style - 6� if mostly DLG flying from the flat, or a much lower dihedral angle (2� recommended) if the model will mostly be used on the slope. This option, and the rugged bagged solid foam wing with a strong composite covering, make the Super Topsky 3 one of our best DLG type gliders for slope soaring on not too windy days.
{table title="Super Topsky 3 DBox/Disser Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.5 m, 59 in
Wing area, 22.9 dm2, 354 sq in
Length, 118 cm, 46.5 in
Flying weight from, 253 g, 8.9 oz
Wing loading, 11.1 g/dm, 3.6 oz/sq ft
Aspect ratio, 9.8,
Wing airfoil, AG45-46-47,
Dihedral, 6.0�,
Centre of Gravity, 78-84 mm from wing leading edge
Controls, "Rudder, elevator, ailerons"
{endtable}
{table title="Super Topsky 3 DBox/Disser Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Pod, 34.5 g, 1.2 oz
Boom, 15.0 g, 0.5 oz
Wing, 134.5 g, 4.7 oz
Fin, 5.5 g, 0.2 oz
Tailplane, 6.5 g, 0.2 oz
Accessories, 20.0 g, 0.7 oz
Total structure, 216.0 g, 7.6 oz
Resin & glue, 8.0 g, 0.3 oz
Wiring, 6.0 g, 0.2 oz
Receiver, 6.0 g, 0.2 oz
Tail servos, 10.0 g, 0.4 oz
Wing servos, 16.0 g, 0.6 oz
Battery, 21.0 g, 0.7 oz
Flying weight from, 283.0 g, 9.9 oz
{endtable}
{table title="Control Throws" class=1 cols=2 width=110,240 align=L,L}
Aileron, 7 mm down, 12 mm up
Elevator, 9 mm down, 9 mm up
Rudder, 13 mm each way
Flap-launch, 1 mm up
Flap-thermal, 2-3 mm down
Flap-fast flight, 0 mm
Flap-brakes, 35 mm down
{endtable}
{table title="Recommended R/C" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator & rudder servos, Ripmax SD100, KS HD47MG, KST DS245S, HyperFlight DS57, MKS DS6100, Hyperion DS09-SCD, Power HD DSM44
Aileron servos, Ripmax SD100, KS HD47MG, KST X08, KST DS245S, HyperFlight DS57, MKS DS6100, Hyperion DS09-SCD, Power HD DSM44
Receiver, 4/5 channel rx to suit your transmitter, eg Spektrum AR6250, AR6255*, AR6100e, Futaba R6004FF, Orange DSM2 compatible, Jeti Duplex R5, Multiplex Mlink RX-6 Light & RX-5 Light, Schulze Alpha-535
Battery, SmartLipo 450, SmartLipo 650, Rhino 2S 360 mAh LiPo, HyperLiPo 2S 300 mAh LiPo
{endtable}
< � _� � � � � � � � � � � � �� c1�C� �}�b��
BLASTER-35Blaster 3.5 DLG/ The new {b,Vladimir's Models Blaster 3.5} is an upgrade to the Blaster 3, with an improved rear fuselage and tail surfaces borrowed from the Snipe. The tail has been specially optimised by Joe Wurts with new airfoils and planform. The horizontal stabiliser (tailplane+elevator) is mounted on a short pylon below the boom, and the elevator horn is cleverly recessed into the pylon to reduce drag. The vertical stabiliser (fin+rudder) is cambered to give more corrective force during the launch, reducing energy-sapping yaws, resulting in exceptional launch heights. The rear fuselage has a slot for the fin ready cut into the boom. As the fin camber is orientated differently for left handed and right handed throwers the model needs to be ordered with a suitably handed fuselage. The new tail and the pull-spring rudder and elevator actuation gives a lower flying weight.
The front fuselage is the Blaster 3 design, which has a fully removable slip-on nosecone, giving unrestricted access to the RC, and allowing a very easy servo installation. The pull wires are supplied installed, and the complete hardware pack allows the model to be assembled and RC installed in approximately four hours.
The wing is the same as the Blaster 3 wing and is available in Regular and Windy spread carbon layups only. It is a very easy to fly high performance design by Mark Drela, with forgiving and handling and clear lift indication. The spread carbon construction gives it exceptional strength and ding-resistance, giving a longer life than non spread carbon models.
{table title="Blaster 3.5 Spread Carbon Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.5 m, 59 in
Wing area, 22.9 dm2, 354 sq in
Length, 114 cm, 45.0 in
Flying weight from, 266 g, 9.4 oz
Wing loading, 11.6 g/dm2, 3.8 oz/sq ft
Aspect ratio, 9.7
Wing airfoil, "AG45, AG46, AG47"
Dihedral, 6.5�
Spinner Diameter, 0 mm
Centre of Gravity, 75-83 mm from wing leading edge
Controls, "Rudder, elevator, ailerons"
Internal ballast, up to 85 g
{endtable}
{table title="Blaster 3.5 Spread Carbon Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 45.0 g, 1.6 oz
Wing (SC), 141.0 g, 5.0 oz
Tailplane, 8.5 g, 0.3 oz
Fin, 8.0 g, 0.3 oz
Accessories, 8.0 g, 0.3 oz
Total structure, 210.5 g, 7.4 oz
Glue etc, 3.0 g, 0.1 oz
Receiver, 6.5 g, 0.2 oz
Tail servos, 13.0 g, 0.5 oz
Wing servos, 13.0 g, 0.5 oz
Battery, 20.0 g, 0.7 oz
Flying weight, 266.0 g, 9.4 oz
{endtable}
{table title=" Recommended Control Throws & Mixes " class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder, 12 mm each way
Tailplane, 8 mm up / 8 mm down
Flaperons, 15 mm up / 8 mm down
<i>Recommended flaperon settings</>
Launch mode, -2� (flat bottom surface)
Cruise mode, 0� (flat top surface)
Thermal mode, +2� (2 mm down)
Landing mode, +40� (38 mm down)
{endtable}
Also see the Setup Template for Blaster-Sprite-Supra-Vladimir.pdf file (link below).
{table title="Recommended RC" class=1 cols=2 width=110,235 align=L,L autohref=2}
All servos, MKS DS6100, Power HD DSM44, KST X08, Ripmax SD100, Graupner DES 261, Corona DS843MG, JR DS285, Futaba DS3154
Receiver, 4/5 channel rx to match your transmitter, max size approx 60mm x 25mm x 12mm eg Spectrum AR6260, Futaba 6008HS case removed, Futaba R6106HFC, FrSky X4R
Power, Rhino 2S 360 mah LiPo, HyperLiPo 2S 300 mAh LiPo
{endtable}
* The Corona DS843MG and Hyperion DS09-XXX servos are excellent, but are a tight fit in the fuselage,
so the installation needs careful planning.
Blaster 3.5 flying against a Blaster 3.
{video,X4Tk137h1cU} � � K� � 9� � � � � � � � � -� c1�C� �}�b�~ ELF-WING-BAG Vladimir's Models Elf Wing BagsD These {b,Vladimir's Models Elf Wing Bags} are beautifully made from aluminised Mylar covered foam. They are attractively printed in red with an Elf logo in silver.
The two covers slip over the wings and fasten using a Velcro type hook and loop fastener in the middle.
Despite the fact that the Elf is strong and can withstand DLG launches with ease, it is a very light model and can easily be damaged in storage or in transit. We highly recommend these bags to keep your Elf looking good and in flight worthy condition.
These bags also fit the Elf Pro and Spin models.
x � F� � � � � � � � � � � .� =� c�=� � �}�b�} GRAPHITE-2E-CANOPYGraphite 2e Canopy HatchG Replacement black carbon canopy hatch for a Graphite 2e. Length 139 mm. d � +� � J� � � � � � � � � �� c1�C � � +� ��b� CARBON-ROD-90MM9mm Carbon Rod {crodr,9.0,93} � � � � #� � � � � � � � � 5 �}�b� BLASTER-AIL-HORNS"Blaster 2 & 3 Aileron Horns (pair)d Replacement aileron/flaperon horns for all Blaster 2 and Blaster 3 models.
Supplied in pairs (2). � �
� � (� � � � � � � � 2 \� Glass fibre e��
� �}�b�� SUPRA-WING-JOINER-0 Supra Wing Joiners (2) - 0 deg7 A pair of wing joiners for the Supra, with no dihedral. R � 0� � 2� � � � � � � � 2 �� c1�C � �}�b� BLASTER2-SERVO-CVRS Blaster 2 Carbon Servo Coversf Replacement carbon servo covers for Blaster 2 models with wing mounted servos. Makes two servo covers. � � #� � � � � � � � � � 2 '� c1�C � �}�b��
SOKOL-FUSESokol fuselage. Replacement fuselage for the Sokol pylon racer i � 42� )_� # � � � � � � � � � ?� c1�C � �}�b�� PULSAR-36-NOSECONEPulsar 3.2 & 3.6 Nosecone7 A replacement nosecone for a Pulsar 3.2 or 3.6 eSoarer. n � 6)� � � � � � � � � � , ?� c1�C � �}�b��
SOKOL-WING
Sokol Wingx Replacement wing for the Sokol pylon racer.
Dasmaged wing only available - see photos 2 - 5 for images of the damage. n � cK� /� < � � � � � � � � � ?� c1�C � �}�b��
SOKOL-STABSokol TailpaneR Replacement tailplane / horizontal stabiliser / elevator for the Sokol pylon racer x � U� � � � � � � � � � d ?� c1�C � �}�b�� MAXA-BOOM-LONG$Maxa 29mm - 15.5mm x 1.12m Long Boom The new longer boom for the Maxa.
{table title="Maxa Long Boom Specification" class=1 cols=2 width=120,100 align=L,L}
Max length, 112.5 cm
Front angle cut length, 32 mm
Wide end OD, 29 mm
Narrow end OD, 15.5 mm
Wall thickness, 0.5 mm
Weight, 60 g
{endtable} } � I-� � . � � � � � � � � d �� c1�C �}��b� BRASS-CONTROL-HORNBrass Contol Horn� This brass control horn has an M3 thread and is the same as used in Vladimir's Models planes like the Supra, Graphite2, etc.
Supplied singly. x � 4� � � � � � � � � � N� c1�C � �}��b�� GPMG0520,4.3:1 Planetary Gearbox for 400 Class Motors This 4.3:1 planetary gearbox will fit most medium sized (Speed 400/480 & Hacker B40 sized) brushless motors and many inrunners. It comes with both 3 mm and 3.2 mm pinion gears so is suitable for motors with 3 mm and 1/8" shafts.
The geardrive' s hardened steel 5 mm output shaft is mounted on two ballraces and the planetary gears are supported on roller bearings.
{table title="4.4:1 Planetary Gearbox Specification" class=1 cols=2 width=130,160 align=L,L}
Ratio, 4.3:1
Motor shaft, 3.2 mm (1/8") or 3 mm
Output shaft, 5 mm
Weight, 50 g
Gearbox length, 28 mm
Gearbox diameter, 27 mm tapering to 25 mm at the front
Max power for 30s, 750 W
Motor mount, 2 holes on a 16 mm diameter and 2 holes on a 19 mm diameter
Gearbox mount, 4 holes tapped M3 on a 19 mm diameter
{endtable}
d � 4-� � � � � � � � � � x U� c1�C = �}�b�� HP-LG345-1900-3S Hyperion 3S 1900 mAh G3 LiPo� {HyperionG3}
{LiPost}
{table title="Hyperion LiPo Power Pack 3S 1900mAh Specification" class=1 cols=2 width=100,220 align=L,L}
Chemistry, Lithium Polymer
Number of cells, 3
Voltage, 11.1 V nominal
Capacity, 1900 mAh
Weight, 163 g
Discharge rating, 45 - 90 C
Length, 105 mm
Width, 34 mm
Height, 23 mm
Power lead length, 10 cm
Balance lead length, 6 cm
Balance plug, Hyperion Type balance plug
{endtable}
�| � � � � � � � � � � � , & r� c1�C � � ,$, ���b� BLASTER-RUDDER-HORNBlaster 2 & 3 Rudder HornS Replacement rudder horn for all Blaster 2 and Blaster 3 models.
Supplied singly. � � *� � � � � � � � � � 2G6 \� Gla� �}�b� VOODOO Voodoo 84cms The {b,Voodoo} pylon racer is probably the most complete and highest quality model we sell. It certainly looks the fastest, and may well be the speediest. The Voodoo is beautifully constructed, with an absolutely outstanding finish, attention to detail, and quality of design. The Voodoo is also blazingly fast, with its strong high aspect ratio wing, short nose (allowing heavier motors), large battery compartment, and excellent aerodynamic design.
The Voodoo flies exactly where you point it and is a very good first racer. With a hot setup the model can easily reach 260 Km/hr (160 mph) or more.
The perfectly molded glass fuselage has carbon reinforcement and the firewall, fin, and tailplane already fitted. The firewall already has the motor mounting holes drilled (on a 16mm PCD) and the ready-hinged elevator has the horn molded in, with a ball link fitted.
{img, extras/Voodoo-Wing-servo-inst600.jpg, Voodoo servo mounting and wing construction}
The flawless molded wing has a carbon spar, with gap sealed ailerons, and aileron torque rods installed. These have the balls secured on the end of the arms, to engage in the supplied control rod hardware, and ensure a totally slop free and geometrically correct linkage to the two aileron servos. This allows the ailerons to be drooped for landing, allowing the model to be landed easily at a reasonably low speed. The wing skin is a very rigid glass/balsa/glass sandwich with a substantial carbon spar.
The Voodoo is supplied with very high quality accessories including superb pushrods with ball links, and a clever mount for the elevator servo to easily facilitate installation in the rear of the fuselage. The only work required is fitting the motor and RC. The only gluing required is attaching the aileron servos. The racer can be completed in one or two lazy evenings.
{table title="Voodoo Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 0.84 m, 33.1 in
Wing area, 7.0 dm2, 109 sq in
Length, 55 cm, 21.7 in
Flying weight from, 400 g, 14.1 oz
Wing loading, 57.1 g/dm, 18.7 oz/sq ft
Aspect ratio, 10.1,
Wing airfoil, 7.5% proprietary
Dihedral, 0�,
Spinner Diameter, 30 mm,
Centre of Gravity, 38-41 mm from wing leading edge
Controls, "Aileron, elevator, throttle"
{endtable}
{table title="Voodoo Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
"Fuselage, fin, tailplane", 52 g, 1.8 oz
Wings, 87 g, 3.1 oz
Accessories, 5 g, 0.2 oz
Total structure, 144 g, 5.1 oz
Receiver, 6 g, 0.2 oz
Elevator servo, 5 g, 0.2 oz
Aileron servos, 10 g, 0.4 oz
Speed control, 25 g, 0.9 oz
Motor, 76 g, 2.7 oz
Prop & spinner, 11 g, 0.4 oz
Battery, 120 g, 4.2 oz
Wiring etc, 3 g, 0.1 oz
Flying weight, 400 g, 14.1 oz
{endtable}
{table title=" Recommended Control Throws & Mixes " class=1 cols=2 width=110,235 align=L,L autohref=2}
Elevator, 2.5 mm up, 2.5 mm down
Ailerons, 3.5 mm up, 3 mm down
Snap Flap, full up elevator -> 1 mm down flap
Landing mode, motor off -> 3 mm down flap
{endtable}
{table title="Recommended Servos" class=1 cols=2 width=110,235 align=L,L autohref=2}
Elevator, KST X06, KST X08, MKS HV70, MKS DS65K, MKS DS75K, MKS DS6100, MKS HV6100, CHA DS06, CHA LV06, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Blue Bird BMS-A10H
Ailerons (2 servos), KST X06N, KST X08N, MKS HV70, MKS DS65K, MKS DS75K, CHA DS06, CHA LV06N, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Blue Bird BMS-A10S
{endtable}
{table title="Recommended Powertrains" class=1 cols=2 width=50,295 align=L,L autohref=2}
125 mph, Mega 16/15/3, 4.7x4.7 35A ESC, 3S LiPo, 350W
130 mph, Mega 16/15/2, 4.7x4.7 50A ESC, 2S LiPo, 400W
150 mph, Mega 16/15/3, 4.1x4.1, 50A ESC, 4S LiPo, 500W
160 mph, Mega 16/15/2, 4.1x4.1 60A ESC, 3S LiPo, 600W
165 mph, Mega 16/20/2, 4.5x4.5 60A ESC, 4S LiPo, 650W
{endtable}
Max battery size:
3S 1.3Ah LiPo
4S 1Ah LiPo (usually made from two 2S packs)
See this mammoth {href, http://www.rcgroups.com/forums/showthread.php?t=315267, RC Groups Voodoo} thread for a lot more info.
Good build photos {href, http://www.rcgroups.com/forums/showpost.php?p=19489783&postcount=1082, here}.
{video,qOLqqoieKVA}
{video,YAWu9AiUkJ0}
P � � � � � � � � � � � � � � �� / H� e �� � �}�b�� JJ-EDGE-FINJJ Edge Fin & Rudder{ Replacement JJ Edge fin with rudder, with a cut out for easy mounting on the boom.
The fin & rudder weight is 6.8 g.
F � � � � � � � � � � � � $ d� c1�C x �}�b� AVA-WING-SCREWS AVA Pro Wing Mounting Screws� One longer and one shorter M4 steel countersink screw, to attach an AVA Pro wing onto an AVA Pro pod.
1 - 30mm or 35mm M4 Countersink Allen key front wing mount screw.
1 - 25mm M4 Countersink Allen key rear wing mount screw. � � 9� � � � � � � � � � 2 g� Steel c1�C� �}�b�� SNIPE2-FUSELAGESnipe 2 fuselage Replacement new Snipe 2 fuselage. Includes the slip-on nosecone, pull-cables & crimp ferrules, plastic ballast locating piece, wing and tail plane mounting screws.
The photo showes the older Snipe SN/SNT fuselage, this product is the new Snipe 2 fuselage.
� �� � c � � � � � � � � � \� c1�C
P �}�b� MKS-HBL6625)MKS HBL6625 HV Servo - 10mm 29g 10.4Kg.cm� The {b,MKS HBL6625 HV Brushless Servo} is the best brushless wing servo currently available. Its excellent geartrain, strong alloy case, brushless motor, efficient high voltage capability and excellent feedback system, all make this the wing servo of choice for many top level competition disciplines and all fast sailplanes. These servos were used on Mr Kuo Ping Lin's record breaking F3F glider racing flight.
The {b,MKS HBL6625 HV Brushless Servo} is the best brushless mini wing servo currently available. Its excellent geartrain, strong alloy case, brushless motor, efficient high voltage capability and excellent feedback system, all make this the wing servo of choice for many top level competition disciplines and all fast sailplanes.
At only 10mm thick this superb wing-servo can easily fit in thin wings. With a massive 10.4kg.cm torque the HBL6625 is appropriate for F3F, F3B, F3J, F5J and all fast gliders, racers, and jets.
{MKSCNC}
These are high voltage servos that can be safely operated from 4.8V to 8.4V, so can be powered by an unregulated 2S LiPo battery.
{film}
{table title="MKS HBL6625 Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=: autohref=2}
Body dimensions: 30.0 mm wide x 10.0 mm thick x 35.4 mm high : 1.18" wide x 0.39" thick x 1.39" high
Max dimensions: 42.0 mm wide x 10.0 mm thick x 45.0 mm high : 1.65" wide x 0.39" thick x 1.77" high
Stall torque (6V): 8.2 kg.cm: 114 oz.in
Stall torque (8.2V): 10.4 kg.cm: 144 oz.in
Weight: 29.3 g: 1.03 oz
Lead length: 22 cm: 8.7 in
Operating speed (6V): 0.16 sec/60�
Operating speed (8.2V): 0.11 sec/60�
Operating voltage: 3.5V to 8.4V
Bearings: 2 ball bearings
Gear material: Chrome-titanium alloy
Case material: CNC machined 6061 aluminium
Motor type: 10 mm brushless motor
Working frequency: 1520 �s / 333 Hz
Dead band:1 �s
Driver type: FET
Digital: Yes
Programmable: No
Supplied accessories: 3 plastic output arms, 3 arm retaining screws, 6 mounting screws
Optional accessories: Frame for MKS DS6125, MKS Frame for DS6125 and, Frame with bearing for the MKS DS6125 Mini, Integrated Drive System for MKS DS6125 Mini, MKS Plastic Servo Output Arms, MKS Heavy Duty Plastic Servo Output Arms, MKS Short Metal Servo Output Arms, MKS Long Metal Servo Output Arms, MKS RDS Adaptor
{endtable}
Check out this {href,http://www.rcgroups.com/forums/showthread.php?t=2200525,RCGroups HBL6625 thread}.
{video,PDX7hsDYfLA} % � �A� |_� HV� � � � �c� � � � d HBL6625/� g�O? `}�`� WINGBAG1-MAXA35#Wing and Tail Bags for the Maxa 3.5{ A very nicely produced set of wing, tailplane, and fin bags for the Maxa 3.5 model. The set consists of:
{bullet}
A pair of bags for the centre panel. These are split in the middle, so the wing bags can be placed on the wing even when the wing is attached to the fuselage.
A pair of tip bags for the wing tip panels.
A pair of tailplane/elevator bags for the horizontal stabiliser.
A fin/rudder bag for the vertical stabiliser.
{endbullet}
The bags are made from aluminised Mylar covered foam and will protect the surfaces from physical damage and solar radiation. They have Velcro straps to hold them safely on the model.
^ � 42� � !<� � � � � � � � X
Neil Jones z� c1�C �}�b�� WINGBAG1-MAXA4!Wing and Tail Bags for the Maxa 4u A very nicely produced set of wing, tailplane, and fin bags for the Maxa 4 model. The set consists of:
{bullet}
A pair of bags for the centre panel. These are split in the middle, so the wing bags can be placed on the wing even when the wing is attached to the fuselage.
A pair of tip bags for the wing tip panels.
A pair of tailplane/elevator bags for the horizontal stabiliser.
A fin/rudder bag for the vertical stabiliser.
{endbullet}
The bags are made from aluminised Mylar covered foam and will protect the surfaces from physical damage and solar radiation. They have Velcro straps to hold them safely on the model. � � 1#� � !<� � � � � � � � X z� c1�CV �}�b�� VULTURECarbon Vulture� The Carbon Vulture F5J is a budget 3.5m eSoarer with an excellent performance. We commissioned this model with Vladimir's spread carbon fabric for lightness, and with a cross tail for improved control response and yaw stability. The model has very sweet handling and thermals well. Its massive flaps enable it to fly very slowly, allowing maximum point landings to be made with ease.
The Carbon Vulture fuselage is actually mostly Kevlar, to help with 2.4GHz reception. It has a long nose with a very big canopy hatch, making access to the motor and battery very easy indeed. There is a large opening under the wing for the rudder and elevator servos, and the supplied pushrod and outers are already bonded to the fuselage. The linkage to the all flying tailplane (horizontal stabiliser, elevator) has been completely assembled, so no work is required there, and a totally slop-free elevator is assured. The rudder pushrod is supplied, and the rudder horn has been bonded to the rudder. Although no hardware is supplied there is ample room to fit a substantial amount of ballast under the wing (behind the battery, in front of the servos) to give the model all-weather competition winning abilities.
The three piece lightweight spread carbon wing is bolted to the fuselage with two bolts. The centre panel benefits from two very large bottom hinged flaps with molded-in wipers. The tip panels have generous ailerons, also with molded-in wipers. The servo pockets are molded in, with reinforced skins. The aileron and flap horns are ready fitted.
MVM have only recently started to build using Vladimir's Carboline spread carbon, and their inexperience shows in places, but the overall finish is good, and the model's weight is competitive. The flying surfaces are now suplied in protective aluminised mylar bags, to protect the model in transport, and to shade the carbon wing skins from the sun between flights on hot days.
Please check out these great customer build photos {href,https://www.flickr.com/photos/pondlife2006/sets/72157644849206161/,here} and the build log below the videos.
{table title="Carbon Vulture Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 3.50 m, 137.8 in
Wing area, 76.1 dm2, 1180 sq in
Length, 165 cm, 65.0 in
Flying weight from, 1878 g, 66.2 oz
Wing loading, 24.7 g/dm, 8.1 oz/sq ft
Aspect ratio, 16.1
Wing airfoil, MVM series
Dihedral (EDA), 5.0�
Spinner Diameter, 38 mm
Centre of Gravity, 94-102 mm from wing leading edge
Controls, "Rudder, elevator, ailerons, flaps"
{endtable}
{table title="Carbon Vulture Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage & fin, 310 g, 10.9 oz
Wing centre, 535 g, 18.9 oz
Left wing tip, 213 g, 7.5 oz
Right wing tip, 209 g, 7.4 oz
Tailplane, 58 g, 2.0 oz
Accessories, 50 g, 1.8 oz
Total structure, 1375 g, 48.5 oz
Receiver, 12 g, 0.4 oz
Tail servos, 18 g, 0.6 oz
Aileron servos, 18 g, 0.6 oz
Flap servos, 44 g, 1.6 oz
Speed control, 45 g, 1.6 oz
Motor, 145 g, 5.1 oz
Prop & spinner, 30 g, 1.1 oz
Battery, 140 g, 4.9 oz
Linkages, 16 g, 0.6 oz
Wiring, 30 g, 1.1 oz
Glue etc, 5 g, 0.2 oz
Flying weight, 1878 g, 66.2 oz
{endtable}
{table title="Recommended Servos" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator & rudder, MKS DS6100, KST DS145
Flap, MKS DS6125 Mini, KST DS135, MKS DS6125 Glider, KST DS125
Aileron, MKS DS6100, MKS DS6125 Mini, KST DS135
{endtable}
{table title="Recommended Control Movements" class=1 cols=2 width=110,300 align=L,L,L}
Rudder, 40 mm each way
Flap, 8 cm / 75 degrees down
Ailerons, 11 mm up, 11 mm down
Elevator, 8 mm up, 8 mm down
Elevator neutral, 134 mm from the trailing edge to the underside of the rudder
{endtable}
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�` � 13� � #:� � � � � � � � � & GS2213-14�� c1�C � �}�b�� GS3025-08)Hyperion GS3025-08 Glider Motor 867 RPM/V {GS30XX, GS3020-08} �� � X9� � ?� � � � � � � � � & GS3025-08�� c1�C � �}�b�� GS3014-10*Hyperion GS3014-10 Glider Motor 1290 RPM/V {GS30XX, GS3014-10} b� � FR� � 2=� � � � � � � � & GS3014-10�� c1�C � �}�b�� GS3014-16)Hyperion GS3014-16 Glider Motor 857 RPM/V {GS30XX, GS3014-10} h� � FR� � 2=� � � � � � � � & GS3014-16�� c1�C � �}�b�� GS3020-06*Hyperion GS3020-06 Glider Motor 1440 RPM/V {GS30XX, GS3020-06} �� � KV� � 6� � � � � � � � ^ & GS3020-06�� c1�C � �}�b�� GS3020-08*Hyperion GS3020-08 Glider Motor 1125 RPM/V {GS30XX,GS3020-08} �� � KV� � 6� � � � � � � � ^ & GS3020-08�� c1�C � �}�b�� GS3020-12)Hyperion GS3020-12 Glider Motor 782 RPM/V {GS30XX, GS3020-12} �� � KV� � 6� � � � � � � � ^ & GS3020-12�� c1�C � �}�b�� GS2213-16*Hyperion GS2213-16 Glider Motor 1175 RPM/V {GS22XX, GS2213-16} �` � 13� � #:� � � � � � � � � & GS2213-16�� c1�C � �}�b�� GS2218-10*Hyperion GS2218-10 Glider Motor 1337 RPM/V {GS22XX, GS2218-10} rb � 5
� � &
� � � � � � � � � & GS2218-10�� c1�C � �}�b�� GS2218-12*Hyperion GS2218-12 Glider Motor 1137 RPM/V {GS22XX, GS2218-12} tb � 5
� � &
� � � � � � � � � & GS2218-12�� c1�C � �}�b�� SUPRA-WING-JOINER-2 Supra Wing Joiners (2) - 2.5 degA A pair of wing joiners for the Supra, with 2.5 deg of dihedral.
S � 0� � 2� � � � � � � � 2 �� c1�C � �}�b�� SUPRA-WING-JOINER-5 Supra Wing Joiners (2) - 5 degJ A pair of F3J strength wing joiners for the Supra, with 5 deg of dihedral. T � 0� � <� � � � � � � � d �� c1�C � �}�b�� GS3025-10)Hyperion GS3025-10 Glider Motor 705 RPM/V {GS30XX, GS3025-10} �� � X9� � ?� � � � � � � � � & GS3025-10�� c1�C � �}�b�� GS3032-06)Hyperion GS3032-06 Glider Motor 882 RPM/V {GS30XX, GS3032-06} f� � q#� f � Pb� � � � � � � � 0 & GS3032-06�� c1�C � �}�b�� GS3032-08)Hyperion GS3032-08 Glider Motor 699 RPM/V {GS30XX, GS3032-08} h� � q#� f � Pb� � � � � � � � 0 & GS3032-08�� c1�C � �}�b��
HP-GS30-BRPLT&Hyperion GS30 Series Bearing Plate Set� This pack consists of a machined alloy rear bearing housing, a 5 mm ID ball bearing, and a laser cut plywood firewall for securing the bearing housing to the glider's structure.
A small amount of the motor shaft extends to the rear of every Hyperion GS30XX motor. The Bearing Plate Set securely holds this rear shaft extension, reducing vibration and stresses on the motor and front firewall. The shaft fits in the ball bearing. The ball bearing fits in the CNC alloy bearing housing, and this is screwed to the plywood firewall. This firewall needs to be cut down to the inside dimensions of the glider fuselage, and glued or screwed (for easier maintenance) in place.
Bearing & bearing plate weight: 8 g
Ply plate size: 8.5 cm x 6.0 cm � � � � � � � � � � � � &
HP-GS30-BRPLT�� c1�C
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SPRITE-HOT
Sprite Hot 2m
The Vladimir's Models <b>Sprite Hot</b> is a 2m very efficient fully molded glider for thermal and aerobatics on the slope or from a field. The advanced design by Dr Mark Drela makes it a superb 2m soarer while the low drag, low dihedral and large controls make it a great hot dog plane too.
Like other VM models the Sprite is optionally available with servo frames with bearings and internal IDS linkages ready fitted. This simplifies installing the RC massively. Whether these have been fitted or not is indicated with text like {i, Aileron and Flap IDS fitted for MKS 6100} below the colour in the {i, Available Options} area below the price. The number refers to the servo family, in this case MKS DS6100 or MKS HV6100 servos. Other servos will generally not work as the servo splines are incompatible between KST, MKS, Futaba, Hitec, etc.
The Hot version has a reduced dihedral angle of 2 degrees, of making it especially suitable for aerobatics and thermalling in windier, more turbulent conditions. The AG40/41/42/43 section hollow molded wings have carbon spars and large ailerons and flaps, extending the speed range at the low and high speed ends of the polar. The fuselage is fitted with a ballast tube so adding ballast weight is easy, further improving the speed range.
The attractive Kevlar fuselage and removable carbon canopy hatch are highly streamlined producing an extremely low drag and sleek pod. The molded-in wing pylon reduces interference drag and the long high modulus carbon tail boom and conventional cruciform tail ensure excellent handling. The molded tail assembly holds the superbly engineered all flying tail mount. The model is easily transported with its two-piece wings and removable tail.
In addition to the exceptional design the other outstanding characteristic of the Sprite is the very, very, very complete build done at the factory, with the following items already fitted to perfection: canopy, tailboom, tailplane mount. The only work required is gluing the fin and fitting the RC.
{table title="Sprite Hot Specification" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.0 m, 79 in
Wing area, 36.5 dm2, 565 sq in
Length, 1.32 m, 52 in
Typical flying weight, 850 g, 30.0 oz
Wing loading, 23.3 g/dm2, 7.8 oz/sq ft
Aspect ratio, 11.0
Wing airfoil, AG40/41/42/43
Tail airfoil, NT12-NT14
Dihedral angle, 2�
Centre of Gravity, 95-104 mm from wing leading edge
Tailplane neutral, 51.5 mm from top of the boom to the centre of the leading edge
Controls, "Elevator, rudder, flaps, ailerons"
{endtable}
{table title="Sprite Hot Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 160 g,5.6 oz
Wing, 440 g, 15.5 oz
Hoz tail, 26 g, 0.9 oz
Vert tail, 11 g, 0.4 oz
Accessories, 41 g, 1.5 oz
Total structure, 678 g , 23.8 oz
Ballast capability, 480 g, 17 oz
{endtable}
{table title="Recommended Servos" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator & rudder (13mm), KST X08, Corona DS843MG, MKS DS6100, MKS HV6100, KST DS113MG, Blue Bird BMS-105HV, Graupner DES 261BB
Flap (13mm), MKS DS6100, Blue Bird BMS-105HV, Corona DS843MG, Hyperion DS09-AMD, Ripmax SD150, KST DS135MG
Aileron (12mm), MKS DS6100, Blue Bird BMS-105HV, Corona DS843MG, Hyperion DS09-SCD, Ripmax SD150, KST X08
{endtable}
<b>Recommended Control Throws & Mixes</b>
See the Setup Template for Blaster-Sprite-Supra-Vladimir.pdf file (link below).
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ALTIS-V4-PLUS>AerobTec Altis V4+ F5J Start Height Recorder and Flight Logger: The {b,AerobTec Altis V4+} is a great multipurpose device suitable for F5J, eSoaring, DLG, and all pilots wanting altitude.
# This updated {b,Plus} version contains an improved precision altitude sensor with lower noise, and the display has been updated to a higher contrast version with a white background.
This updated {b,Plus 2020} version (with a blue colar over the cable) has double the memory and contains an improved precision altitude sensor with lower noise, and the display has been updated to a higher contrast version with a white background.
The AerobTec Altis V4+ provides these facilities:
{bullet}
An F5J Start Height recorder and display, with its own mini OLED screen - no reader is required.
An eSoaring or ALES limiter for cutting an electric glider's throttle at the required altitude.
An altitude logger for flight recording and later analysis on a PC.
A telemetry sensor that works with Jeti and Multiplex 2.4GHz receivers.
A DLG launch height recorder and display.
Altis v4+ is an improved version - it contains a newer sensor which has a lower noise. So the graphs will be smoother. The other modification is white display instead of blue one
{endbullet}
The AerobTec Altis V4+ is an RC altimeter designed especially for F5J and eSoaring electric glider competitions, though it can also be used to record the barometric altitude of any object - a RC model, a bird, kite, or full size aircraft.
Its unique benefit is the built-in screen that displays the F5J Start Height (or other data) automatically. This allows F5J competitions to be run very easily and safely, with no plugging in of gizmos or fiddling with wires.
Another great benefit is its ability to interface with Jeti Duplex and Multiplex M-Link 2.4GHz receivers to give real time altitude telemetry. Despite these very powerful features the Altis V4 is very small and light.
The Altis Flight Manager software is used to download the logged data onto a PC, to display and analyse it, and to save it in various formats. Download Altis Flight Manager PC software from {href,http://www.aerobtec.com/products/altis-flight-manager,here}. Note the software isn't included in the package, and must be downloaded by the customer.
We recommend you also go to the {href, https://aerobtec.com/altis-v4, AerobTec Altis V4 page} to check for and download the latest Altis V4+ firmware revisions and documentation.
Note that from V2.2 onwards altitude and other parameters cannot be changed usng the keypad. Best to revert to V2.1 if this is needed - eg for eSoaring events.
A Micro B USB cable and telemetry cable are not included in the product, and need to be purchased separately if required.
{table title="AerobTec Altis V4+ Specifications" class=1 cols=2 width=120,280 align=L,L separator=: autohref=2}
Memory: 3.9 MB
Record time: 15 hours with 0.1 s sample interval, <br>3825 hours with 25.5 s sample interval.
Sample interval: 0.1 s - 25.5 s (user selectable in steps of 0.1 s)
Dimensions: 20 x 33 x 6.5 mm
Cable length: 10 cm
Weight: 8 g with cable
Power supply range: 4.0V - 12.6V
Data Logged: Altitude, RC voltage, temperature, throttle
Compatible competition rules: FAI F5J, eSoaring, ALES
Start Height display: Integrated OLED screen
Telemetry support: Jeti Duplex, Multiplex M-Link, Graupner SJ HoTT
Firmware: Upgradeable via PC
Interface: Integrated Micro B USB socket <br>(as used on an Android phone)
Analysis Software: AerobTec Altis Flight Manager software<br> Compatible with Windows XP to Windows 10
Optional accessories: Altis V4 Telemetry Cable, Micro B USB Cable
{endtable}
{b,HyperFlight Safety Warning}
There is discussion of the Altis causing power loss and subsequent crashes in {href,https://www.rcgroups.com/forums/showthread.php?3663853-New-Firmware-for-Altis-Nano-and-Altis-V4,this RCGroups thread}, see especially post #24 onwards. The consensus is that the crimping is potentially unreliable on both the Altis and the ESC wiring and the best way of improving reliability is to wire an additional positive and negative wire from the ESC to the receiver in parallel to the Altis. � F � � . � � � � � � � � d ��2E3. �� h�j' � �}�b� SPRITE-WING-BAG"Vladimir's Models 2m Wing Bags ***+ These {b,Vladimir's Models 2m Wing Bags} are beautifully made from aluminised Mylar covered foam. They are attractively printed in red with a Sprite logo in silver and are suitable for most 2 piece wing 2m models.
The two covers slip over the wings and fasten using a Velcro type hook and loop fastener in the middle. There is an inner pocket for the tailplane also.
Most modern composite models can easily be damaged in storage or in transit and we highly recommend these bags to keep your model looking good and in flight worthy condition.
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ed StatesjAI� # �� h��` � �}�b�� SUNRACER4Sunracer 4 F5D* The {b,Sunracer 4} is the latest version of the acclaimed Sunracer F5D pylon racer from Ukraine. This easy to fly model is really fast, and at 98 cm (38.5") wing span it is easier to see than Speed 400 sized racers.
The Sunracer 4 has the following improvements over the Sunracer 3:
{bullet}
Wing servos are rearranged from the wing centre to near the ailerons.
Ailerons are reduced on the area to avoid a flutter.
The aileron servo uses a short control rod to eliminate flutter.
Aileron servos are faired with streamlined hatches.
Available battery volume is increased by moving aileron servos into the wing.
The removable nose design is improved to allow a larger battery.
Durability of the fuselage bottom is improved to reduce landing wear.
In the spread carbon (SC) wing the structure incorporates a carbon D-box made from Vladimir�s Models material, increasing strength while minimising weight.
{endbullet}
See this {href,http://www.rcgroups.com/forums/showthread.php?t=1315830, Sunracer 3} RC groups thread for more info.
{table title="Sunracer 4 Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 0.98 m, 38.6 in
Wing area, 10.3 dm2, 160 sq in
Length, 62 cm, 24.4 in
Flying weight from, 507 g, 17.9 oz
Wing loading, 49.2 g/dm, 16.1 oz/sq ft
Aspect ratio, 9.3,
Wing airfoil, MH-43,
Dihedral (EDA), 0.0�,
Spinner Diameter, 30 mm,
Centre of Gravity, 45-50 mm from wing leading edge
Controls, "Aileron, elevator, throttle"
{endtable}
{table title="Sunracer 4 Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage & fin, 55 g, 1.9 oz
Wings (Dbox), 140 g, 4.9 oz
Tailplane (Dbox), 19 g, 0.7 oz
Accessories, 9 g, 0.3 oz
Total structure, 223 g, 7.9 oz
Receiver, 6 g, 0.2 oz
Elevator servo, 6 g, 0.2 oz
Aileron servos, 13 g, 0.5 oz
Speed control, 40 g, 1.4 oz
Motor, 75 g, 2.6 oz
Prop & spinner, 12 g, 0.4 oz
Battery, 130 g, 4.6 oz
Glue etc, 2 g, 0.1 oz
Flying weight, 507 g, 17.9 oz
{endtable}
{table title=" Recommended Control Throws & Mixes " class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator, 4 mm up, 4 mm down
Ailerons, 5 mm up, 5 mm down
{endtable}
{table title="Recommended Servos" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator, MKS DS65K, MKS DS6100, Hyperion DS09-SCD, Futaba S3154
Ailerons (2 servos), MKS DS65K, MKS DS6100, Hyperion DS09-SCD, Futaba S3154
{endtable}
{table title="Recommended Powertrains" class=1 cols=2 width=50,300 align=L,L autohref=2}
125 mph, Mega 16/15/3, 4.7x4.7 35A ESC, 3S LiPo, 350W
130 mph, Mega 16/15/2, 4.7x4.7 50A ESC, 2S LiPo, 400W
150 mph, Mega 16/15/3 4.1x4.1, 50A ESC, 4S LiPo, 500W
160 mph, Mega 16/15/2, 4.1x4.1 60A ESC, 3S LiPo, 600W
165 mph, Mega 16/15/3 4.1x4.1 60A ESC, 4S LiPo, 650W
{endtable}
Sunracer 3
{video,BnZgig8WmmM}
{video,8mtZxanR1C4}
, � �_� � �� � � � � � � � � �� c1�C^ �}�b� MAXA-PRO-BAL-Ballast Pro for Supra/Maxa/AVA & Other Models� New 750g all brass ballast set for the Supra, Maxa and all AVA versions. Also suitable for many other F3J and F5J models. The product consists onf nine 16mm brass ballast slugs that fit on a central wire with a front location collar.
See {href,http://f3j.in.ua/en/ballasts-ballast-pro-for-supra-maxa-1613.html, Vladimir's Ballast Pro for Supra/Maxa} product page for more info.
Ballast slugs 16 mm diamater x 50 mm long. 8 � ;U� � $ � � � � � � � � � �� Brass, steel, aluminium dBN� � �}�b�� HD-1501MG-Power HD HD-1501MG Servo - 20.5mm 60g 17Kg.cm The {b, Power HD HD-1501MG} servo is a budget priced general purpose metal geared high torque servo suitable for large scale models.
The 17 kg.cm torque and good 0.14s/60� speed make it an excellent choice for ailerons, elevator, rudder and flaps on many large scale models and larger sports RC models.
Despite the HD-1501MG's low price the servo has good centering and low slop.
{table title="Power HD-1501MG Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=: autohref=2}
Body dimensions: 40.2 mm wide x 20.5 mm thick x 38.0 mm high : 1.58" wide x 0.81" thick x 1.50" high
Max dimensions: 54.1 mm wide x 20.5 mm thick x 45.0 mm high : 2.13" wide x 0.81" thick x 1.77" high
Stall torque (4.8V): 15.5 kg.cm: 215 oz.in
Stall torque (6V): 17.0 kg.cm: 236 oz.in
Weight: 60.0 g: 2.12 oz
Lead length: 32 cm: 12.6 in
Operating speed (4.8V): 0.16 sec/60�
Operating speed (6V): 0.14 sec/60�
Operating voltage: 4.8V to 6.0V
Bearings: 2 ball bearings
Gear material: Copper-bronze alloy
Case material: Plastic
Motor type: DC brushed
Working frequency: 50 Hz
Dead band: 2 uS
Digital: No
Programmable: No
Supplied accessories: 5 plastic output arms, 2 arm retaining screws, 4 mounting grommets, bushes and screws
{endtable}
X � � � M� � � � � � � � x , �� c1�Cv �}�b�� HD-8315TG-Power HD HD-8315TG Servo - 20.2mm 57g 16Kg.cm� The {b,Power HD HD-8315 TG} servo is a high quality titanium geared high torque servo suitable for large scale and sports models.
The 16 kg.cm torque and a good 0.14s/60� speed, titanium and aluminium gears and strong casing make it an excellent choice for ailerons, elevator, rudder and flaps on many large scale models and larger sports RC models.
The high quality electronics and precision cut metal gear train give the HD-8315 TG good centering, low slop, and excellent long term reliability.
{table title="Power HD HD-8315TG Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=: autohref=2}
Body dimensions: 40.3 mm wide x 20.2 mm thick x 36.5 mm high : 1.59" wide x 0.80" thick x 1.44" high
Max dimensions: 54.5 mm wide x 20.2 mm thick x 43.0 mm high : 2.15" wide x 0.80" thick x 1.69" high
Stall torque (4.8V): 15.00 kg.cm: 208 oz.in
Stall torque (6V): 16.00 kg.cm: 222 oz.in
Weight: 57.0 g: 2.01 oz
Lead length: 32 cm: 12.6 in
Operating speed (4.8V): 0.16 sec/60�
Operating speed (6V): 0.14 sec/60�
Operating voltage: 4.8V to 6.0V
Bearings: 2 ball bearings
Gear material: Titanium and 7075 aluminium alloy
Case material: Anodised aluminium and plastic
Motor type: DC coreless
Working frequency: 333 Hz
Dead band: 2 uS
Digital: Yes
Programmable: No
Operating temperature: -20� to 60�
Supplied accessories: 5 plastic output arms, 2 arm retaining screws, 4 mounting grommets, bushes and screws, Power HD stickers
{endtable}
: � 3M� !� *� � � � � � � � � , �� c1�C � �}�b� MICRO-B-USB-CABLEMicro B USB Cable for Altis� A high quality AerobTec {b,Micro B USB Cable}.
This 1.8m long cable has a standard full size USB plug at one end and the new Micro B USB plug at the other. It is used for the Altis V4 logger and for connecting Android phones to a PC.
. � 9� � � � � � � � � � < 2E3. �� iA�,�� ,% �}�b� ALTIS-TEL-CABLEAltis Telemetry Cable A {b,Altis aerobTec Telemetry Cable} for connecting Jeti Duplex and Multiplex M-Link 2.4GHz receivers to an Altis V4.
This cable allows the Altis V4 to act as a sensor for the receiver, so the data values can be displayed on the transmitter screen (or annunciated) during flight.
, � $� � � � � � � � � �
2E3. 1 �}�b�� SNIPE-WING-FUSE-BAG@Vladimir's Models Wing, Fuselage and Tail Bags for the Snipe DLGy A beautiful set of wing, fuselage and tailplane bags for the Snipe DLG made by Vladimir's Models. The covers will protect the surfaces from physical damage and from solar radiation which can warp and weaken naked carbon structures, even in northern climates.
The set consists of:
{bullet}
A sophisticated fuselage and fin bag that protects the pod, boom, and fin in transport, and on the field. The bag can be fitted with the wings in place, and can be removed without having to disassemble the model.
A pair of wing bags for the left and right wing panels.
A pair of tailplane/elevator bags for the horizontal stabiliser.
{endbullet}
The bags are made from aluminised Mylar covered foam with a black fabric (canvas-like) edging and grey pocket ends. The wing bags include a coloured Snipe logo and the fuselage and fin bag has a matching coloured zip.
Also fits the Yoda.
6 � 0 � � [� � � � � � � � � e� c1�CL �}�b� ZUPAIR-Z1 Zupair Z1� The {b, Zupair Z1} wing is here. This iconic high performance flying wing is a fantastic slope model, and is a lot of fun from a high start too. It has excellent light air performance, a good speed range, and predictable handling.
The wing is made from vacuum bagged carbon and Kevlar over a solid foam core. The carbon Dbox and Kevlar skin ensures the model is surprisingly tough, allowing it to be flown from difficult locations with little worry of damage.
{img,extras/Z1-Kit-Contents-600b.jpg,kit contents}
The kit includes two nicely finished carbon-Kevlar wing halves, two glassed tip fins, two elevon horns, control rod wires, elevon servo extension leads, battery and receiver hatch covers, and glass cloth for wing joining. RC, glue and laminating resin (epoxy) are required to complete the model.
{img,extras/Z1-flaps_front1s.jpg,Flaps front view}
Although usually flown using just elevons for control, flaps can optionally be fitted giving it exceptional low speed and slope landing abilities.
{img,extras/Z1-flaps-rs.jpg,Flaps rear view}
The models is now supplied with an electric powertrain fairing - see the bottom photo. For info on electrification and loads of other Zupy stuff, please check out {href, http://www.zupair.com, zupair.com}. Also there is a lot of info on RCGroups, though spread over several threads. Here is {href,http://www.rcgroups.com/forums/showthread.php?t=1451939,one}.
<!--<i>The B Quality products (when available) just have small cosmetic imperfections which are not visible without close inspection. The strength and flying qualities are not affected, and with the �70 (36%) reduction the models are fantastic value.</>-->
{b,We just have B Grade Z1s in stock currently - the quality of the layup is less good than normal. Some of the wing leading edges are slightly kinked. The model is still strong and light and flies well and is great value with the 20% price reduction. }
{table title="Zupair Z1 Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.73 m, 68.0 in
Wing area, 32.4 dm2, 502 sq in
Flying weight from, 470 g, 16.6 oz
Wing loading, 14.5 g/dm2, 4.8 oz/sq ft
Aspect ratio, 9.2,
Wing airfoil, 6.8%-8.1% proprietary
Centre of Gravity, 33 - 38 mm from wing root trailing edge
Controls, "Elevons, optional flaps"
{endtable}
{table title="Zupair Z1 Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing, 302 g, 10.7 oz
Tip fins, 20 g, 0.7 oz
Accessories, 34 g, 1.2 oz
"Glue, resin etc", 8 g, 0.3 oz
Total structure, 364 g, 12.8 oz
Receiver, 8 g, 0.3 oz
Elevon servos, 18 g, 0.6 oz
Battery, 50 g, 1.8 oz
Nose weight, 30 g, 1.1 oz
Flying weight, 470 g, 16.6 oz
{endtable}
{table title=" Recommended Control Throws & Mixes " class=1 cols=2 width=110,240 align=L,L autohref=2}
Roll, 10 mm each way (normal rates)
Roll, 15 mm each way (high rates)
Pitch, 9 mm each way
{endtable}
Elevon deflection is measured at the trailing edge of the elevon, on the side closest to the wing centreline.
{table title="Recommended R/C" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevons, KST X08, KST X08N, MKS DS6100, MKS HV6100, Blue Bird CB-1005HV, Ripmax SD150, Power HD DSM44
Optional flaps, KST X08, KST X08N, MKS DS6100, MKS HV6100, Blue Bird CB-1005HV, Ripmax SD150, Power HD DSM44
Receiver, 4/5 channel rx to suit your transmitter, eg Spektrum AR6260*, AR6100e, Futaba R6004FF, FrSky X4R, Orange DSM2 compatible, Jeti Duplex R5, Multiplex Mlink RX-6 Light & RX-5 Light
Battery, 4 - AAA NiMH or Eneloop flat pack, Hyperion LiFe 6.6V 850 mAh, Rhino 2S 360 mAh LiPo, Dream-Flight 300 mAh NiMH
{endtable}
{video,G3enOamdy3o}
{video,tFHm4WNQEtY}
{video,Ypql42Kr7YI}
{href, http://vimeo.com/42807672, Hi-start flying in NZ (Vimeo)}
� �� � � � � � � � � � � � K �� db �}�b�� HP-FG305-1450-2S1Hyperion LiFe 6.6V 1450 mAh Receiver Battery Packn A LiFePO4 receiver power pack. Receiver power packs used to have NiMH cells, but many users have wanted the much higher capacity, lighter weight, and greater reliability of LiPo cells. However LiPo cells have voltage too high (3.7V/cell) to work reliably with most servos. (Most 2.4 Ghz receivers are okay on up to 9V)
But unlike LiPo, LiFePO4 cells (3.3V/cell) are a closer replacement for NiMH on voltage basis. And compared to high-capacity NiMH packs, the Hyperion G3 LifePO4 Radio batteries have these other advantages:
{bullet}
More capacity per gram, meaning lighter models in flight
Almost no "self discharge", so your radio system is always ready to go even weeks after charging.
Superior voltage performance under load, so your servos perform with more consistent torque and speed.
Faster charge time.
Better reliability.
{endbullet}
However these batteries are not recommended by most servo manufacturers for use with standard RC servos. They may appear to work initially, but the life of the servo will probably be reduced. Any failure is the sole responsibility of the user. We recommend a voltage regulator like the {pref, MKS-SBEC-2A,MKS SBEC} is used to lower the servo voltage down to 5V.
{table title="Hyperion LiFe 6.6V 1450 mAh Receiver Battery Pack Specification" class=1 cols=2 width=100,220 align=L,L}
Chemistry, LiFePO4
Number of cells, 2
Voltage, 6.6 V nominal
Capacity, 1450 mAh
Weight, 84 g
Discharge rating, 5 C
Length, 87 mm
Width, 30 mm
Height, 17.5 mm
Power lead length, 5 cm
Balance lead length, 4 cm
Balance plug, Hyperion Type balance plug
{endtable}
{b,Caution}
{bullet}
These packs are LiFePO4 chemistry. Only charge them on quality chargers which have a dedicated charge routine for LifePO4 cells.
NEVER attempt to charge damaged packs.
Read all cautions on product packaging before using these packs.
{endbullet}
{LiPost} 6 � F� � � � � � � � � � � & �� c1�C �}�b�� HP-FG305-850-2S0Hyperion LiFe 6.6V 850 mAh Receiver Battery Packl A LiFePO4 receiver power pack. Receiver power packs used to have NiMH cells, but many users have wanted the much higher capacity, lighter weight, and greater reliability of LiPo cells. However LiPo cells have voltage too high (3.7V/cell) to work reliably with most servos. (Most 2.4 Ghz receivers are okay on up to 9V)
But unlike LiPo, LiFePO4 cells (3.3V/cell) are a closer replacement for NiMH on voltage basis. And compared to high-capacity NiMH packs, the Hyperion G3 LifePO4 Radio batteries have these other advantages:
{bullet}
More capacity per gram, meaning lighter models in flight
Almost no "self discharge", so your radio system is always ready to go even weeks after charging.
Superior voltage performance under load, so your servos perform with more consistent torque and speed.
Faster charge time.
Better reliability.
{endbullet}
However these batteries are not recommended by most servo manufacturers for use with standard RC servos. They may appear to work initially, but the life of the servo will probably be reduced. Any failure is the sole responsibility of the user. We recommend a voltage regulator like the {pref, MKS-SBEC-2A,MKS SBEC} is used to lower the servo voltage down to 5V.
{table title="Hyperion LiFe 6.6V 850 mAh Receiver Battery Pack Specification" class=1 cols=2 width=100,220 align=L,L}
Chemistry, LiFePO4
Number of cells, 2
Voltage, 6.6 V nominal
Capacity, 850 mAh
Weight, 50 g
Discharge rating, 5 C
Length, 57 mm
Width, 30 mm
Height, 17.0 mm
Power lead length, 5 cm
Balance lead length, 4 cm
Balance plug, Hyperion Type balance plug
{endtable}
{b,Caution}
{bullet}
These packs are LiFePO4 chemistry. Only charge them on quality chargers which have a dedicated charge routine for LifePO4 cells.
NEVER attempt to charge damaged packs.
Read all cautions on product packaging before using these packs.
{endbullet}
{LiPost} , � 7� � � � � � � � � � d & �� c1�C �}�b� SUPRA-WING-BAG)Vladimir's Models Wing Bags for the Suprax A beautiful set of wing bags for all versions of the Supra made by Vladimir's Models. The set consists of:
{bullet}
A pair of bags for the centre panel. These are split in the middle, so the wing bags can be placed on the wing even when the wing is attached to the fuselage.
A pair of tip bags for the wing tip panels.
{endbullet}
The bags are made from aluminised Mylar covered foam with a black fabric (canvas-like) edging and gray pocket ends. The covers will protect the surfaces from physical damage and solar radiation.
The photo currently shows the Maxa bags. These include tailplane bags. These are not included. , � <Z� -� "� � � � � � � � � �� c1�C r �}��b�� AKCENT2-TAILPLANEDLG/Akcent-2 Tailplane� Nicely produced DLG tailplane/hoz stab/elevator. Suitable for most discus launched gliders.
Replacement Akcent-2 tailplane with elevator. Also called a horizontal stabiliser or an elevator.
The tailplane weight is about 8 g. x � Z� � � � � � � � � � � �� c1�C � �}�b� MAXA35-WING-BAG5Vladimir's Models Wing and Tail Bags for the Maxa 3.5W A beautiful set of wing and tailplane bags for the Maxa 3.5 made by Vladimir's Models. The set consists of:
{bullet}
A pair of bags for the centre panel. These are split in the middle, so the wing bags can be placed on the wing even when the wing is attached to the fuselage.
A pair of tip bags for the wing tip panels.
A pair of tailplane/elevator bags for the horizontal stabiliser.
{endbullet}
The bags are made from aluminised Mylar covered foam with a black fabric (canvas-like) edging and grey pocket ends. The covers will protect the surfaces from physical damage and solar radiation. � � 8F� � � � � � � � � � � �� c1�C � ��b� CARBON-STRIP-5105mm x 1mm Carbon Strip {cstripb, 1.0, 5.0, 7.1} � � Z� � � � � � � � � � 5 ܺ jgo� w �}�b�� VM-COVER-SET-CLEAR'Vladimir's Models Clear Servo Cover Set� A set of clear plastic servo covers for the Maxa, Supra and other large gliders, as supplied by Vladimir's Models.
The set consist of:
4 - Flat clear plastic servo covers 50 mm x 52 mm with rounded corners.
4 - Blistered clear plastic servo covers 50 mm x 52 mm with rounded corners (2 left & 2 right-handed).
4 - Big molded large blister servo covers 70 mm x 75 mm (2 left & 2 right-handed).
Altogether the set consists of 12 clear plastic servo covers.
�
� � � � � � � � � � 2 � c1�C � �}�b�� DS57-HyperFlight DS57 Servo - 8.5mm 5.75g 1.6Kg.cm! {br,This servo has been superseded} by the {pref, DSM44, Power HD DSM44} servo.
This is the identical product at a better price.
The {b,HyperFlight DS57} servo is an excellent 8.5 mm thick servo, suitable for all small models, especially DLG gliders. The speed of this servo is excellent, and the torque is enough for DLG wings. The good quality metal and carbonite plastic gears are precisely cut, with only a small amount of slop detectable.
At only 8.5 mm thick the DS57 servo can easily fit in very thin wings. With good 1.6 kg.cm torque and an excellent 0.09s/60� speed it is excellent for DLG flaperons, ailerons, elevator and rudder on many high performance models, DLGs, electric gliders, and smaller sport slopers.
{table title="HyperFlight DS57 Servo Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=: autohref=2}
Body dimensions: 20.0 mm wide x 8.5 mm thick x 19.5 mm high : 0.79" wide x 0.33" thick x 0.77" high
Max dimensions: 27.0 mm wide x 8.5 mm thick x 27.8 mm high : 1.06" wide x 0.33" thick x 1.09" high
Stall torque (4.8V): 1.20 kg.cm: 17 oz.in
Stall torque (6V): 1.60 kg.cm: 22 oz.in
Weight: 5.75 g: 0.20 oz
Lead length: 16 cm: 6.3 in
Operating speed (4.8V): 0.09 sec/60�
Operating speed (6V): 0.07 sec/60�
Operating voltage: 4.8V to 6.0V
Bearings: 1 ball bearing
Gear material: Aluminium alloy / carbonite
Motor type: Coreless motor
Digital: Yes
Programmable: No
Supplied accessories: 4 plastic output arms, 1 plastic output disk, 1 arm retaining screw, 2 mounting screws
{endtable} > � @� � :� � � � � � � � ( 2
� c1�C � �}�b�� MAXA-RUDDER Maxa RudderL Maxa rudder only. The fixed part of the vertical stabiliser is not included. � � ,
� � 2� � � � � � � � , %� c1�C @ �}�b�� SL900HPSmartLipo 900HP V6� {SmartLipoHPV6,900,4+ analogue or digital}
This is a new high power, high capacity SmartLipo.
{table title="Shread-RC Smart Lipo 900 HP Specification" class=1 cols=2 width=110,270 align=L,L}
Weight, 26.8 g
Capacity, 900 mAh
Size, 51 mm x 22 mm x 16.5 mm reducing to 11 mm
Output voltage, 5.0V stabilised
Max continuous output current, 1.5 A
Max short term output current, 2.2 A
Lead length, 18 cm
Switch, External jumper
{endtable}
� /� ,T� ' � � � � � � � � < �� '� c1�C� �}�b�� SL900HPMS'SmartLipo 900HP V6 with Magnetic Switch {SmartLipoHPMSV6,900,4+ analogue or digital}
This is a new high power, high capacity SmartLipo with an integrated magnetic switch.
{table title="Shread-RC Smart Lipo 900 HP Mag Switch Specification" class=1 cols=2 width=110,270 align=L,L}
Weight, 26.8 g
Capacity, 900 mAh
Size, 51 mm x 22 mm x 16.5 mm reducing to 11 mm
Output voltage, 5.0V stabilised
Max continuous output current, 1.5 A
Max short term output current, 2.2 A
Lead length, 18 cm
Switch, External jumper and internal Hall effect device
{endtable}
� 0� -S� ( � � � � � � � � < �� '� c1�C J �}�b�� SL2200SmartLipo 2200 V4� {SmartLipo,2200}
This is a new high power, very high capacity SmartLipo.
{table title="Shread-RC Smart Lipo 2200 Specification" class=1 cols=2 width=110,270 align=L,L}
Weight, 52.4 g
Capacity, 2200 mAh
Size, 67 mm x 19 mm x 25 mm reducing to 18 mm
Output voltage, 5.0V stabilised
Max continuous output current, 1.5 A
Max short term output current, 2.2 A
Output lead length, 20 cm
Switch/charge lead length, 17 cm
Switch, External plug
{endtable}
� 4-� 1R� !� � � � � � � � A '� c1�C � �}�b�� SL2200MS&SmartLipo 2200 V4 with Magnetic Switch� {SmartLipoMS,2200}
This is a new high power, very high capacity SmartLipo with an integrated magnetic switch.
{table title="Shread-RC Smart Lipo 2200 Mag Switch Specification" class=1 cols=2 width=110,270 align=L,L}
Weight, 52.4 g
Capacity, 2200 mAh
Size, 67 mm x 19 mm x 25 mm reducing to 18 mm
Output voltage, 5.0V stabilised
Max continuous output current, 1.5 A
Max short term output current, 2.2 A
Output lead length, 20 cm
Switch/charge lead length, 17 cm
Switch, External plug
{endtable}
� 9F� 6Q� $6� � � � � � � � d '� c1�C�� ,� ��b�� ULW-TWISTED-CABLE1Ultra Light Servo Twisted Extension Cable 3.7 g/m� Ultra lightweight and thin flexible PVC servo wire made from three twisted 0.08 mm2 copper conductors each consisting of 19 - 0.07 mm copper wires. This increases flexibility, fatigue resistance, and possibly improves conductivity over fewer thicker conductors. This ultra-lightweight cable is far lighter than most wiring harness cables, but in our experience can safely be used for tail servos and aileron servos on 3m to 4m electric gliders.
Twisted extension leads suffer less from interference from other RF sources, reducing servo chatter and other RC problems. They also radiate less electromagnetic noise, reducing the likelihood of the extension leads causing interference.
Only weighs 3.7 g per meter for the servo cable (1.2 g per meter per wire). Sold by the meter. Enter a quantity of 5 for a 5 m length of servo wire.
{table title="Ultra Lightweight Twisted Servo Extension Cable Specifications" class=1 cols=2 width=175,122 align=L,L,L}
Number of conductors in cable, 3
Area of each conductor, 0.08 mm2
Conductor material, Copper
Number of wires in each conductor, 19
Diameter of each wire, 0.07 mm
Weight per meter, 3.7 g
Resistance of each conductor, 0.43 Ohms/meter
Sheath material, PVC
Colours of wires, "Red, brown, orange"
Format, Three wire twisted cable
{endtable}
{table title="Servo Cable Colour Code" class=1 cols=4 width=100,10,60,60 align=L,L,L}
#Usage, , JR, Futaba
Battery positive, +, Red, Red
Battery negative, -, Brown, Black
Servo signal, S, Orange, White
{endtable}
� � � � &� � � � � � � � < 1B1Y � �}�b�� SC65+Chequerboard 65g/m2 Spread Carbon - sample� This Textreme type chequerboard {b,65 g/m2 spread carbon} is an excellent construction material for lightweight structures - especially model glider wings.
The squares are at a pitch of 27 mm.
Sample size approx 31 cm x 17 cm
- � #� � � � � � � � � � � �� ,� c1�C ��}�b�� TEST-PROD4Blue Bird BMS-101DMG Servo - 1.0Kg.cm 0.07s 4.5g 8mmT Blue Bird BMS-101DMG Servo - 1Kg.cm 0.07s 4.5g 7.6mm
{ServoTitle}
{ServoSpecs}
� %� � � � � � � � � � hK� q ��b� GM-CONE-SCREW8+8mm GM Spinner Cone Retaining Screw - Black� One 8 mm long M5 domed hex end high tensile gunmetal black steel screw.
This is suitable as a replacement carbon spinner cone retaining screw for 30 mm and 32 mm GM F5J spinner assemblies.
8 16
( � � � � � � � � � � � � 2A5O �� Steel jE�zN �}�b�� MAXA-WING-TEMPLATESMaxa Wing Templates Perspex� This updated product consist of a double sided perspex template to help setting up the flaps on the Maxa to optimise performance in different flight modes.
One side has a wing cross cross-section, for use in setting up aileron and flap centres and travels. The other side has a tailplane/hoz stabiliser cross cross-section, for use in setting up the elevator centre and travel.
Cruise Camber = 2.2�
Max Thermal Camber (+6�) = 8.2�
F3J Launch Camber (+10�) = 12.2�
Speed Camber (-2.2�) = 0�
Although designed for F3J usage it is also very useful for electric Maxas. Electric fliers should ignore the F3J Launch setting and instead use Cruise Camber or Speed Camber for the launch. 2 � � � (� � � � � � � � 2 +� Plastic c1�C [ `}�`�H EPOD2Electric Glider Pod� Strong electric glider pod, suitable for a 2.5m - 4m model. This is a very nicely made professionally molded pod. It is constructed from epoxy and mostly from quite thick Kevlar so is strong and 2.4GHz friendly. It does have a carbon canopy hatch and a little carbon reinforcement so test your RC range before flying.
Supplied with a removable carbon canopy. The {pref, CARBON-BOOM-26-9,26mm boom} is not included in the price and should be purchased separately. The {pref,AVA-PRO-BOOM,AVA Pro} and {pref,HYP-AVA-PRO-BOOM,Super AVA Pro} booms are also suitable.
{table title="Electric Glider Pod 2 Specification" class=1 cols=3 width=110,115,115 align=L,L,L}
Pod length ex spiggot, 60.8 cm, 23.9 in
Pod length inc spiggot, 68.5 cm, 27.0 in
Nose to wing LE, 28.0 cm, 11.0 in
Wing root chord, 26.0 cm, 10.2 in
Max wing chord, No limit
Weight, 177 g, 6.2 oz
Spinner diameter, 38 mm
Boom spiggot diameter, 25 mm
Recommended boom wide end OD, 26 mm
{endtable}
� R_� D� 7� � � � � � � � � From CLM Pro �� c1�C � �}�b�� SC65-SAMPLE+65g/m2 Spread Carbon Sample - 50 cm x 92 cm
This Textreme type chequerboard {b,65 g/m2 spread carbon} is an excellent construction material for lightweight structures - especially model glider wings.
The squares are at a pitch of 27 mm.
This large sample is sized 92 cm by 50 cm and will be sent rolled.
� � %6� � � � � � � � � � , ,� c1�C � �}�b�� SNIPE Snipe DLG6 {b,See the new version of the Snipe - the even lighter and better} {pref,Snipe-SN, Snipe SN}
The {B,Vladimir's Models Snipe} is a revolutionary DLG, encompassing radical aerodynamics developed by multiple World Champion and professional aero engineer Joe Wurts . By running an exhaustive computer analysis of all phases of a discus launch model's flight envelope Wurts has produced an optimal aerodynamic design, allowing the Snipe to achieve extremely high launches while also having a wider speed range than contemporary models. The proprietary JW airfoil has been designed for maximal laminar flow while also avoiding separation bubbles in launch and cruise conditions. The tail has been specially optimised with new airfoils and planform. The horizontal stabiliser (tailplane+elevator) is mounted on a short pylon below the boom, and the elevator horn is cleverly recessed into the pylon to reduce drag. The vertical stabiliser (fin+rudder) is cambered to give more corrective force during the launch, reducing energy-sapping yaws, resulting in exceptional launch heights. The fuselage has a slot for the fin ready cut into the boom. As the fin camber is orientated differently for left handed and right handed throwers the model needs to be ordered with a suitably handed fuselage.
Even the best aerodynamic design is of limited use unless it is implemented in a strong, lightweight, and smooth airframe that can be assembled by the average modeller. Here Vladimir's Models has excelled, creating new technologies to produce a super smooth solid molded ding-resistant wing that only weighs 103 g to 115 g, and a model that can be built to a flying weight as low as 225 g (7.9 oz). The front fuselage is based on the Blaster 3 design, which has a fully removable slip-on nosecone, giving unrestricted access to the RC, and allowing a very easy servo installation. The rear pod design has been changed to allow internal aileron connections to reduce drag. The vertical and horizontal stabilisers are actuated by supplied pull-spring hardware, totally eliminating slop and saving tail weight. The kit is highly complete and very little work is required to get the model airborne. Just a few glue joints and fitting the RC is all that is required. All control linkage hardware is supplied.
<img src="extras/Snipe-DLG-wing-const-600.jpg" alt="Snipe molded wing construction">
The wing design uses ground breaking solid molded fabrication techniques to maximise strength and toughness, while keeping weight to a minimum. The spar is constructed from high modulus unidirectional carbon flanges, which are bonded to the wing skin, these are kept rigid by a carbon shear web with a �45� fibre orientation. The wing skins are made from Vladimir's Carboline ultra light spread carbon, ensuring rigidity and excellent strength. The aileron is mounted using a very strong yet free Kevlar living hinge.
<img src="extras/Snipe-DLG-flap-const-600.jpg" alt="Snipe molded wing flap construction">
The wing mount consists of two cone shaped holes that mate with carbon mounting cones built into the fuselage. The conical holes are very strongly reinforced with carbon doublers on the lower and top wing surface, ensuring a long service life. The ailerons incorporate a spar and shear web to maximise stiffness and eliminate flutter.
The Snipe has the advantage in all phases of flight: its very light weight and low drag allow pilots to throw the model to amazing altitudes with little exertion, the JW airfoil and light weight results in a great rate of climb even in weak thermals, and the clean aerodynamic design and internal aileron linkages give an extremely good L/D and the ability to return home from long distances downwind. The combination of outstanding launch height and an exceptionally low sink rate gives great still air duration. Even at its low weight the Snipe can cope with average wind speeds well, however 30 g, 60 g or 85 g ballast pieces can be fitted internally, allowing the model to be flown in winds up to the FAI limit with confidence.
The Snipe achieved great success in its first competitive engagement, the 2013 F3K World Championships in Denmark, despite the fact that the model had only been distributed to the team pilots a few days before the event commenced. Of the 83 entrants four Snipe flying pilots achieved a top 12 position, and entry into the fly-off, more than any other design. In the fly-off Snipe flying Igor Butseroga tied with Henrik Vogler for first place with a perfect score of 5000. Unfortunately Igor slipped while doing an ultra quick re-launch in the unprecedented extra tie breaker round, giving first place to Henrik. Nevertheless this was an amazing performance by Igor and the Snipe, especially considering these were pre-production Snipes and the pilots had very little time to get used to them.
We are stocking the Snipe in two wing layups:
<i>
{b,Standard}: Spread carbon wing skin weighing 39 g/m�. Weights as listed below.
Good for powerful throwers, all ballasts and all wind conditions. (Called plain Snipe on Vladimir's site.)
{b,Light}: Very fine spread carbon wing skin weighing only 26 g/m�. Saves approx 10 g.
Better for average throwers, up to 30 g ballast and light to medium wind conditions.
</i>
We will attempt to stock both layups, but may not always manage this.
See these {href, http://www.rcgroups.com/forums/showthread.php?t=1922991, RCGroups Mega Snipe}, {href, http://www.rcgroups.com/forums/showthread.php?t=2080283,RCGroups Snipe 2014}, and {href, http://www.flyquiet.co.uk/smf/index.php?topic=4217.0, FlyQuiet Snipe Build} forum discussions for more info and flight reports. Also please click on the {i,More Details} links below to check out the kit contents and build manual
{table title="Snipe Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.5 m, 59 in
Wing area, 19.7 dm2, 305 sq in
Length, 109 cm, 42.8 in
Flying weight from, 250 g, 8.8 oz
Wing loading, 12.7 g/dm, 4.2 oz/sq ft
Aspect ratio, 11.3,
Wing airfoil, JW proprietary
Dihedral, 5.5�,
Centre of Gravity, 61-67 mm from wing leading edge
Controls, "Rudder, elevator, ailerons"
{endtable}
{table title="Snipe Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 42.5 g, 1.5 oz
Wings, 115.0 g, 4.1 oz
Fin, 8.0 g, 0.3 oz
Tailplane, 8.5 g, 0.3 oz
Accessories, 10.0 g, 0.4 oz
Total structure, 184.0 g, 6.5 oz
Glue etc, 7.0 g, 0.2 oz
Receiver, 7.0 g, 0.2 oz
Tail servos, 14.0 g, 0.5 oz
Wing servos, 14.0 g, 0.5 oz
Battery, 24.0 g, 0.8 oz
Flying weight, 250.0 g, 8.8 oz
{endtable}
{table title="Snipe Control Throws & Mixes" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder, 15 mm each way
Elevator, 7 mm up / 7 mm down
Ailerons, 10 mm up / 8 mm down
<i>Recommended snap-flap (elevator->camber) mix.</>
Full up elevator gives 6mm increased flaperon camber
<i>Recommended flaperon settings. Down=Flap TE down.</>
Launch preset, 1 mm down
Speed, 1 mm up (small ail>rud mix)
Cruise, 0 mm (a little more ail>rud mix)
Slow cruise and active thermal, 1 mm down (more ail>rud mix)
Minimum sink, 3 mm to 4 mm down (Slow cruise + slider camber)
Landing mode, as much down as possible
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
All servos, KST X08N, MKS DS65K, MKS DS75K-N, MKS DS6100, MKS HV6100, JR DS285, Futaba S3155, Ripmax SD100, JR DS386, JR S185, JR DS188, Hyperion DS09-SCD*
Receiver, 4/5 channel rx to match your transmitter, max size approx 60mm x 25mm x 12mm eg Spectrum AR6260*, Futaba 6008HS*, Futaba R6106HFC *case removed
Power, SmartLipo 450, Rhino 2S 360 mah LiPo, HyperLiPo 2S 300 mAh LiPo
{endtable}
* The Hyperion DS09-SCD servos are excellent, but are a tight fit in the fuselage,
so the installation needs careful planning.
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{video,qSlOAy7KEMM}
Snipes launching to 70m+
{video,onFAnlK0M_4}
, � U-� � z4� � � � � � � � � *� i\ � �}�b�� MINI-GRAPHITE-E-NCON Mini Graphite Electric Nosecone= Replacement nosecone/sheath for Mini Graphite-e hotliner.
� � * � -� &� � � � � � � � � 2� c1�C � `}�`�� MAXA-CANOPYMaxa Canopy HatchM Replacement black carbon canopy hatch for a Maxa 3.5 & 4 glider and electric. < � _� �
4� � � � � � � � d 153 mm. 2� c1�C �}�b�� SUPRAE-WING-JOINER-53Supra Electric Lightweight Wing Joiners (2) - 5 deg\ A pair of lightweight wing joiners for the Supra Elecric Ultralight, with 5 deg of dihedral. W � 0� � 2� � � � � � � � d 2� c1�C r �}�b�� ERWIN-XL-E-ULTRA Erwin XL Electric Ultralite F5J� The {b,Erwin XL Electric Ultralite} is the superb new ultra-ultra lightweight electric version of the Erwin XL glider. Its extreme low weight make it superbly suited to F5J type flying, with low Start Heights and brilliant low level thermal performance. However this same low weight, large control surfaces, and excellent aerodynamics make it superbly suited to general sport flying. Check out the video at the bottom of the page. It is breathtaking.
The very narrow fuselage is beautifully molded. The front of the pod is made from glass fibre to be 2.4GHz friendly, and because glass absorbs energy better than carbon. The canopy hatch is a translucent glass molding and provides convenient access to the flight battery. The rear of the pod and boom are molded from diamond pattern spread carbon. The tailboom is also molded from diamond pattern spread carbon, with flats on the inside to match the tang on the rear of the pod to ensure the boom is correctly aligned. The rear of the boom includes a strong yet very streamlined mount for the V tail. The end of the boom incorporates a hatch to allow V tail mounted tail servo plugs to be connected. The V tail is constructed with carbon and Rohacell foam, with a lightweight glass skin. The very lightweight wing has a substantial carbon spar and Dbox in the high stress area. The tips are constructed with a carbon spar and local reinforcement and Rohacell foam, with a lightweight glass skin. The flaps and ailerons incorporate a living hinge, and are gap sealed. The wing incorporates two tubular wing joiner tubes, and is supplied with hollow carbon fibre joiners. However for windier weather flying one or both of these can be replaced with steel joiners to add about 500g to the flying weight.
The model comes almost ready to fly. The only work required is gluing the ready-keyed boom to the pod and fitting the power system and RC.
{table title="Erwin XL Electric Ulralite Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 3.0 m, 118 in
Wing area, 61.3 dm2, 951 sq in
Length, 150 cm, 59.1 in
Flying weight from, 1200 g, 42.3 oz
Wing loading, 19.6 g/dm, 6.4 oz/sq ft
Aspect ratio, 14.7
Wing airfoil, Proprietary
Dihedral angle, 3.6�
Spinner Diameter, 30 mm
Centre of Gravity, 98-103 mm from wing leading edge
Controls, "Rudder, elevator, ailerons, flap, motor"
{endtable}
{table title="Erwin XL Electric Ultralite Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Electric fuselage, 184.0 g, 6.5 oz
Right wing, 262.0 g, 9.2 oz
Left wing, 265.0 g, 9.3 oz
V tail, 54.0 g, 1.9 oz
Accessories, 58.0 g, 2.0 oz
Total structure, 823.0 g, 29.0 oz
Glue etc, 10.0 g, 0.4 oz
Wiring, 42.0 g, 1.5 oz
Receiver, 12.0 g, 0.4 oz
Tail servos, 14.0 g, 0.5 oz
Wing servos, 36.0 g, 1.3 oz
Speed control, 40.0 g, 1.4 oz
Motor & gearbox, 103.0 g, 3.6 oz
Prop & spinner, 40.0 g, 1.4 oz
Battery, 80.0 g, 2.8 oz
Flying weight, 1200.0 g, 42.3 oz
{endtable}
{table title="Recommended Erwin XL Electric Ultralite Servos" class=1 cols=2 width=110,240 align=L,L autohref=2}
V tail, Hyperion DS09-SCD, Ripmax SD150, KST X08
Ailerons, MKS DS6100, Ripmax SD150, Hyperion DS09-SCD, KST X08
Flaps, MKS DS6100, Ripmax SD150, Hyperion DS09-AMD
{endtable}
{table title="Erwin XL Electric Ultralite Powertrain Recommendations" class=1 cols=2 width=130,310 align=L,L autohref=1}
Powerline Micro 1015/F5J, 3S 1.0Ah LiPo, 16x8 RF or GM prop (1750 fpm, 38A)
Powerline Micro 1025/F5J, 3S 1.3Ah LiPo, 16x8 RF or GM prop (1950 fpm, 43A)
Leomotion L3007-5000, 3S 1.3Ah LiPo, 14x8 prop (1700 fpm, 39A)
Hacker A20-6XL geared 4.4:1, 3S 1.3Ah LiPo, 16x9 Aeronaut prop (1900 fpm, 46A)
Mega 16/15/4 direct drive, 3S 1.0Ah LiPo, 8x4 prop (1200 fpm, 50A) - reputed to work, seems rather risky.
Mega 16/25/4E direct drive, 3S 1.3Ah LiPo, 12x6 prop ( 1800 fpm, 59A)
Typhoon EDF-2W-20, Kontronik 5.2:1 gearbox, 14x8, 3S 1.2Ah LiPo, 44A ESC
Mega 16/5/3, Maxon 4.4:1 gearbox, 14x9, 1.2Ah LiPo, 44A ESC
{endtable}
{video, KqneGY1OU5s}
{video,tFSUDtef50c}
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� �}�b�� ERWIN-XL-ULTRAErwin XL Ultralite� The {b,Erwin XL Ultralite} is the superb new ultra lightweight version of the {i,Erwin XL} glider. This amazing 3m soarer has a wing loading of around 20 g/dm2 (6.7 oz/sq ft) and it handles like a discus launch glider - but with better "legs", better speed retention, and a much better visual footprint. It is designed for flat field thermal soaring from a hi-start (or possibly a winch if used very carefully) or for slope soaring on low wind days, and its superb performance and sweet handling make it ideal for all levels of fliers.
The very thin and aerodynamic fuselage is beautifully molded. The front of the pod is made from glass fibre to be 2.4GHz friendly, and because glass absorbs energy better than carbon. The canopy hatch is a translucent glass molding. The rear of the pod and boom are molded from diamond pattern spread carbon. The tailboom is also molded from diamond pattern spread carbon, with flats on the inside to match the tang on the rear of the pod to ensure the boom is correctly aligned. The rear of the boom includes a strong yet very streamlined mount for the V tail. The end of the boom incorporates a hatch to allow the fully internal elevator control rods to be connected, and to minimise drag. The V tail is constructed with carbon and Rohacell foam, with a lightweight glass skin. The lightweight wing has a substantial carbon spar and Dbox in the high stress area. The tips are constructed with a carbon spar and local reinforcement and Rohacell foam, with a lightweight glass skin. The flaps and ailerons incorporate a living hinge, and are gap sealed. The wing incorporates two tubular wing joiner tubes, and is supplied with hollow carbon fibre joiners. However for windier weather flying one or both of these can be replaced with steel joiners to add about 500g flying weight.
The model comes almost ready to fly. The only work required is gluing the ready-keyed boom to the pod and fitting the RC.
{table title="Erwin XL Ultralite Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 3.0 m, 118 in
Wing area, 61.3 dm2, 951 sq in
Length, 153 cm, 60.2 in
Flying weight from, 1250 g, 44.1 oz
Wing loading, 20.4 g/dm, 6.7 oz/sq ft
Aspect ratio, 14.7
Wing airfoil, Proprietary
Dihedral angle, 3.6
Centre of Gravity, 98-103 mm from wing leading edge
Controls, "Rudder, elevator, ailerons, flap"
{endtable}
{table title="Erwin XL Ultralite Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Glider fuselage, 203.0 g, 7.2 oz
Right wing, 275.0 g, 9.7 oz
Left wing, 279.0 g, 9.8 oz
V tail, 68.0 g, 2.4 oz
Tail pushrods, 20.0 g, 0.7 oz
Accessories, 75.0 g, 2.6 oz
Total structure, 920.0 g, 32.5 oz
Glue etc, 10.0 g, 0.4 oz
Wiring, 32.0 g, 1.1 oz
Receiver, 12.0 g, 0.4 oz
V tail servos, 40.0 g, 1.4 oz
Wing servos, 36.0 g, 1.3 oz
Battery, 120.0 g, 4.2 oz
Noseweight, 80.0 g, 2.8 oz
Flying weight, 1250.0 g, 44.1 oz
{endtable}
{table title="Recommended Erwin XL Electric Ultralite Servos" class=1 cols=2 width=110,240 align=L,L autohref=2}
V tail, MKS DS6100, KST DS245, Hyperion DS09-SCD, Hitec HS65, Graupner C261, DES281, C2081
Ailerons, Ripmax SD150, Dymond D60, Hyperion DS09-SCD, KST X08, KST DS245
Flaps, Ripmax SD150, Dymond D60, MKS DS6100, Hyperion DS09-AMD, KST DS245
{endtable}
{video,JhIh66y4Iqg} � � hK� � < � � � � � � � � � ]� c1�C � �}�b�� KST-DS245MG$KST DS245MG Servo - 8mm 11g 2.0Kg.cm� {b, We will not be getting more of these servos as the KST DS245S servo is better in every way.}
*****************************************************************************************
The {b,KST DS245MG} is an extremely thin metal cased servo, especially good for ailerons on DLGs, electric racers, and all models with thin flying surfaces. The factory has recently improved the geatrain machining tolerances, and this servo is now completely slop free, and equal to products costing twice as much.
At only 8 mm thick this powerful and reasonably high speed servo can easily fit in thin glider, pylon racers and EDF wings. With a 2kg.cm torque the KST DS245MG is appropriate for F3K, F5J, many types of high performance models.
{table title="KST DS245MG Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=: autohref=2}
Body dimensions: 23.5 mm wide x 8.0 mm thick x 23.7 mm high : 0.93" wide x 0.31" thick x 0.93" high
Max dimensions: 29.5 mm wide x 8.0 mm thick x 28.4 mm high : 1.16" wide x 0.31" thick x 1.12" high
Stall torque (4.8V): 1.50 kg.cm: 21 oz.in
Stall torque (6V): 2.00 kg.cm: 28 oz.in
Weight: 11.0 g: 0.39 oz
Lead length: 10 cm: 4.0 in
Operating speed (4.8V): 0.09 sec/60�
Operating speed (6V): 0.08 sec/60�
Operating voltage: 4.8V to 6.0V
Bearings: 2 ball bearings
Gear material: Aluminium alloy / copper-bronze alloy
Case material: Aluminium alloy
Motor type: Coreless DC motor
Working frequency: 333 Hz
Driver type: FET
Digital: Yes
Programmable: No
Supplied accessories: 3 plastic output arms, 1 arm retaining screw, 4 mounting screws
Optional accessories: KST Replacement Plastic Servo Arm Set, KST Metal Servo Output Arm, Frame for KST DS245MG
{endtable}
n � 3� � 2� � � � � � � � 2 DS245MG^� c2�48 �}�b��
FW5-TAILPLANE!Fireworks Flow 5 Carbon Tailplane� A repalcement all flying tailplane/horizontal stabiliser/elevator for a PCM Fireworks Flow FW5 DLG. This is the lightest carbon veil version.
Also fits the FW4.2. U � 'U� � � � � � � � � � � e� c1�C
`�`�� SS-WIRE-25-SWG)0.51mm 25SWG Stainless Steel Wire (1.5 m)" {sswire1.5,25,0.51,0.02,39,86,1.6} � � F� � #� � � � � � � � # 2H1; ROK #8
Order more - also used in BOWDEN-CABLE-05-1 product@ k�
United Statesi{}� _ �}�b�� SNIPE-FIN+Snipe 2, Snipe & Blaster 3.5 fin and rudder� {br, Very limited supply. Sales strictly limited to one only per order.}
Replacement fin for the Snipe 2, Snipe, Snipe SN and Blaster 3.5 DLGs. Works very well with most 1.5m discus launched gliders. Approx weight 4-5 g.
Latest Snipe 2 version - lighter and stronger than previously and compatible with the previous versions of the Snipe.
Includes the fin and rudder only, not the tailplane/horizontal stabiliser/elevator as shown in the photo.
A � ? � � P� � � � � � � � � m� cNx% �� +@� ��b�� SNIPE-TAILPLANE)Yoda tailplane (also fits Snipe & Snipe2)1 Replacement regular layup tailplane (also called a horizontal stabiliser or elevator) for the Yoda, Snipe 2, Snipe and Blaster 3.5 DLGs. Also suitable as a high performance replacement for many 1.5m DLGs.
Includes the tailplane and elevator only, not the fin/vertical stabiliser as shown in the photo. A � < � � $� � � � � � � �
�}�b�� MPX-25214264Multiplex Solius 2.16m� The {b,Solius} is an outstanding high-performance foam electric glider with T-tail, cockpit and clear canopy. With its pleasant handling and excellent performance the Solius offers tremendous flying pleasure to anyone from the weekend flyer to the pro-standard pilot. Whether you're looking for long gliding flights or lively aerobatics - the Solius always gives a good account of itself.
The Solius is very quick to build, is well engineered, is reasonably light, and has excellent flight performance. The great features of this Elapor foam model are its easy construction, reparability after crashes, its many innovative and sophisticated details, and its thermal and aerobatic flight qualities that sets new standards for foam gliders.
The kit contains:
Elapor system - moulded parts for fuselage, wings with embedded GRP wing-joiner support, aluminium wing joiner, elevator and tailplane panels, canopy-frame and glider nose-cone, clear canopy and GRP strap, all plastic parts, small hardware items and linkage parts required to complete the model, decal sheet and comprehensive instruction.
Features:
{bullet}
High-performance brushless power system with folding propeller
Clear moulded canopy with detailed cockpit interior
Detachable tailplane for ease of transport
Innovative tubular spar technology allows the wings to withstand tremendous stress
M-SPACE technology for an extremely strong fuselage
{endbullet}
Specification:
Wingspan: 2160 mm
Overall length: 1100 mm
All-up weight, glider version: from 1250 g
All-up weight, electric version: from 1450 g
Channels required: 4
RC Functions: Rudder and elevator, throttle, motor
Construction period: Approx. 6 hr
Time of flight: Approx. 40 min without thermals
Multiplex Stock No: 25214264
Needed to Complete (not included):
Transmitter, receiver eg RX-5 light M-LINK, or RX-6-DR light M-LINK, 2 x Nano-S servos (2 x aileron), 2 x Tiny-S servos (elevator + rudder), 2 x Servo extension leads, 40 cm (for ailerons in fuselage), 2 x Servo extension leads, 40 cm (for ailerons in wings), 2 x Servo extension leads, 60 cm (for elevator and rudder), suitable electric motor, speed control, 3s 1.2ah-2.2Ah Lipo, Suitable Charger and Zacki adhesive
Check out this {href,http://www.rcgroups.com/forums/showthread.php?t=1821068,RCGroups Solius thread} for a lot more info.
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{video,6l4aFOQYbAs}
{video,Kt1KG6fqHdc}
� � n� cF� JF� � � � � � � � � n� c1�C �� -�t ��b�� KST-DS113MG0KST DS113MG V6 Servo - 3.5Kg.cm 0.09s 15.4g 12mmW The {b,KST DS113MG} is a traditional plastic cased servo, but with all the great performance we have grown to expect from KST. This latest V6.0 version has more torque and is 8.4V compatible. With high quality metal gears, 2.2 Kg.cm of torque and a speed of 0.11 sec/60� this is a very capable HV servo at an excellent price.
{ServoSpecs}
x � [ �}�b�� MPX-ZACKI-CA Multiplex Zacki Elapor Superglue� {b,Zacki Elapor} is the name Multiplex have given the cyanoacrylate glue they have had specially formulated to stick to the Elapor foam that is used in their models.
Due to its low viscosity Zacki CA is particularly good for close-fitting joints, gaps and cracks. The initial bond takes place in ten to fifteen seconds, the final cure occurs within a few minutes.
The special formulation of this superlue eliminates the need for kicker or activator.
� � c� � � � � � � � � � 2 o� d-W �� +� ��b�� KST-DS215MG-KST DS215MG Servo - 3.7Kg.cm 0.05s 20.0g 12mm9 The {b,KST DS215MG HV} servo is an amazingly powerful and fast metal cased high voltage servo designed to be run directly from a 2S LiPo without needing a regulator. With 3.7 kg.cm of torque, and a rotational velocity of 0.05 sec/60� it combines exceptional power with great precision and market leading speed.
Weighing only 19.5 g it is a great servo for glider elevator & rudder and heli cyclic & tail rotor. Also popular on RC EDF jets. The KST DS215MG HV is designed for use with a 2S LiFe or 2S LiPo battery. Do not use on a 5V supply. It is the high voltage replacement of the acclaimed KST DS115MG servo.
{ServoSpecs}
Note the servo packaging gives a lower voltage range of 6V to 7.4V. This is a printing error and the manufacturer has confirmed the servos are fine operating from unregulated 2S LiPo battery. � � $ � � K� � � � � � � � ) X�1K1 �}�b�� DLG-OFFSET-BLADE Curved Offset DLG Throwing Bladex This high quality Curved Offset DLG Throwing Blade improves launch height and throwing comfort. Beautifully molded from carbon fibre, and contoured to maximise launch height and comfort. The offset allows for the discus launch glider wing's dihedral angle, so the fingers stay approximately vertically aligned, even though the glider's wing will be angled up by about 6 degrees.
It is supplied as an unfinished blank, so can be used for right handed and left handed throwers.
{table title="Curved Offset DLG Throwing Blade" class=1 cols=3 width=140,100 separator=: align=L,L,L}
Weight as supplied: 3.1 g un finished
Weight RFT: c 2.5 g finished
Max thickness of carbon: 1.5 mm
Height of both blades: 56 mm
Max width: 11.5 mm
Length of tang: 53 mm
Height of a single blade: 27 mm
{endtable}
The weight can be decreased by reducing the thickness of the carbon towards the ends of the blades, and by profiling the edges, to approximate to a thin ellipse. see the attached {i,Shaping Offset DLG Throwing Blades} PDF below.
To fit, open the end of the model's wing, and glue the tang inside the wing with epoxy or good quality thick CA. For excellent installation instructions see this {Href,http://www.rcgroups.com/forums/showthread.php?t=1494802, T-Blade Installation} RCGroups thread.
Also called a contoured DLG launch blade, a seagull throwing peg, a curved launch blade. < � <� � � � � � � � � � 2 6 {� d�,3� �}�b�� KST-DS225/KST DS225MG - discontinued, replaced by KST X10B This product has been replaced by the {pref, KST-X10, KST X10}
The {pref, KST-X10, KST X10} is a drop-in replacement of the DS225.
It is an improved servo with a better specification.
The {b,KST DS225MG HV} servo is an amazingly powerful and precise metal cased high voltage wing servo designed to be run directly from a 2S LiPo without needing a regulator.
At only 10mm thick and an impressive 6.5kg.cm torque the KST DS225 is appropriate for F3F, F3B, F3J, F5J, all fast gliders and jets. KST didn't just make this a high voltage version of the DS125MG servo, but they also added a coreless motor for improved efficiency and accelleration.
{table title="KST DS225MG HV Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=: autohref=2}
Body dimensions: 30.0 mm wide x 10.0 mm thick x 35.7 mm high : 1.18" wide x 0.39" thick x 1.41" high
Max dimensions: 42.1 mm wide x 10.0 mm thick x 45.0 mm high : 1.66" wide x 0.39" thick x 1.77" high
Stall torque (6V): 4.7 kg.cm: 65 oz.in
Stall torque (8.4V): 6.5 kg.cm: 90 oz.in
Weight: 26.6 g: 0.94 oz
Lead length: 20 cm: 7.9 in
Operating speed (6V): 0.12 sec/60�
Operating speed (8.4V): 0.10 sec/60�
Operating voltage: 6.0V to 8.4V
Bearings: 2 ball bearings
Gear material: Aluminium alloy / copper-bronze alloy
Case material: CNC machined 6061 aluminium
Motor type: 10 mm coreless DC motor
Working frequency: 1520 �s / 333 Hz
Driver type: FET
Digital: Yes
Programmable: No
Supplied accessories: 1 metal output arm, 3 plastic output arms, 1 arm retaining screw, 2 mounting screws
Optional accessories: Frame for MKS DS6125, Frame with bearing for the KST DS125, Integrated Drive System for the KST DS125, KST Plastic Servo Arm Set, KST Metal Servo Output Arm, KST DS225 Gear Set
{endtable}
Note the servo packaging gives a lower voltage range of 6V to 7.4V. This is a printing error and the manufacturer has confirmed the servos are fine operating from unregulated 2S LiPo battery.
� &;� � � � � � � � � � F X� |� c2�41 �}�b�� DS49*HyperFlight DS49 Servo - 8.2mm 5g 0.6Kg.cm� The {b,HyperFlight DS49} servo is a good 8.2 mm thick servo, suitable for all small models, especially small gliders and sports models. The speed of this servo is good and the torque is enough for Mini DLG wings and DLG tail surfaces. The good quality carbonite plastic gears are precisely cut, with only a small amount of slop detectable.
At only 8.2 mm thick the DS49 servo can easily fit in very thin wings and tail surfaces. With its comparatively low 0.6 Kg.cm torque it is only suitable for mini DLG flaperons, ailerons, elevator and rudder on low and medium performance models, electric gliders, and smaller sport slopers.
{table title="HyperFlight DS49 Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=: autohref=2}
Body dimensions: 20.0 mm wide x 8.2 mm thick x 20.5 mm high : 0.79" wide x 0.32" thick x 0.81" high
Max dimensions: 27.4 mm wide x 8.2 mm thick x 26.7 mm high : 1.08" wide x 0.32" thick x 1.05" high
Stall torque (4.8V): 0.50 kg.cm: 7 oz.in
Stall torque (6V): 0.60 kg.cm: 8 oz.in
Weight: 5.0 g: 0.18 oz
Lead length: 15 cm: 6.0 in
Operating speed (4.8V): 0.10 sec/60�
Operating speed (6V): 0.08 sec/60�
Operating voltage: 4.8V to 6.0V
Bearings: Bushes
Gear material: Carbonite
Case material: Strong plastic
Motor type: Coreless DC motor
Programmable: No
Supplied accessories: 4 plastic output arms, 1 arm retaining screw, 2 mounting screws
{endtable}
1 � � � P� � � � � � � � 2 |� c1�C � �}�b�� KST-DS115-GEAR-SETKST DS115/DS215 Gear Set: Replacement gear set for KST DS115 and KST DS225 MG servos � � W� � (� � � � � � � � 2 }� c1�C -r< ��b�� KST-X10-GEAR-SET+Gear Set for KST X10/Mini/DS125/135/145/225t Replacement gear set for KST X10, KST X10 Mini, KST X10-710, KST DS125, KST DS135, KST DS145 MG and KST DS225 servos � �
� � 2� � � � � � � � 1M3 }� � �}�b�� KST-DS-125-GEAR-SETKST DS125 Gear Set, Replacement gear set for KST DS125 MG servos � � � � M� � � � � � � � }� c1�C � �}�b�� KST-DS-225-GEAR-SETKST DS225 Gear Set, Replacement gear set for KST DS225 MG servos � � � � 2� � � � � � � � }� c1�C� @�`�T SAPPHIRE-UL-FUSELAGEFSapphire Ultralight Fuselage-suitable for 1.5m-2.5m gliders & eSoarers� Pure or electric glider ultra lightweight pod, as used in our Sapphire Ultralight electric glider. Can be supplied with the nosecone intact or removed and a firewall fitted, for use with an inrunner or small outrunner electric motors.
This ultralight pod has a very light carbon/Kevlar layup. This is very slim and the electric version requires a 32mm spinner. We recommend the Hacker B20-18L or Hacker A10-7L motors, both geared 4:1. The width of the access hatch opening is 25 mm, however this can be opened up a little without compromosing strength.
Supplied with a removable carbon canopy. The {pref, CARBON-BOOM-185-7,18.5mm boom} is not included in the base price and should be selected using the {i,Tailboom} option. The {pref,BLASTER-V-MOUNT,Blaster V mount} fits this boom and can be purchased separately to make a complete Drela type pod-boom-tail mount fuselage.
Suitable for use on Allegro Lite and Bubble Dancer type models. For a 2m size model the boom can be cut down to about 60-70 cm. A 1m boom is the perfect length for a Bubble Dancer, making this a very nice option for that classic design.
If the width of the opening under the canopy is too small for the motor you wish to use it is perfectly okay to open it up by filing or Dremelling away some of the material. This will not appreciably weaken the pod.
{table title="Sapphire Ultralight Pod Specification" class=1 cols=3 width=110,115,115 align=L,L,L}
Glider pod length ex spigot, 43.7 cm, 17.2 in
Glider pod length inc spigot, 49.2 cm, 19.4 in
Nose to wing LE, 23.4 cm, 9.2 in
Wing root chord, 18.5 cm, 7.3 in
Weight, 39 g, 1.4 oz
Max wing chord, No limit
Spinner diameter, 32 mm
Boom spigot diameter, 17.3 mm
Recommended boom wide end OD, 18 mm
{endtable}
� * � � (� � � � � � � � � 3 Matching boom is ID 3101. � jcK�:/ +E� @�`�K KST-DS213MG3KST Daviga DS213 Servo - 3.0Kg.cm 0.06s 16.5g 12mmg The {b,KST DS213} servo is an blisteringly fast metal cased high voltage servo. With 3.0 kg.cm of torque, and a rotational velocity of 0.08 sec/60� it combines good power with great precision and market leading speed.
Weighing only 16.5 g it is a great servo for glider elevator & rudder and heli cyclic & tail rotor. Also popular on RC EDF jets. The KST DS213 is designed for use with 4S-5S NiMH cells or a regulated 2S LiFe or 2S LiPo battery.
{b,KST DS213 Features}
{bullet}
Compatible 12 mm body
Excellent speed & torque
Compact and light weight design
Designed for NiMH batteries - 4.8V to 6V voltage range
Excellent heat dissipation
7075 Alloy casing
Hardened Steel gears
Designed for lightweight high performance RC Gliders and helicopters
{endbullet} The current stock is lableled Daviga DS213, but these are genuine KST servos. {ServoSpecs}
� � ! � � � � � � � � � � & 1K1( Marked Daviga, not KST. Returned 17/6/14 q `}�`�; CARBOLINE-SC26-2-457Carboline SC26/2/45 Spread Carbon Fabric +/- 45� 26g/m�� {b,Vladimir's Models Carboline SC26/2/45} is a unique bi-axial Spread Tow Carbon fabric for <i>really, really</i> ultralight structures.
In 2010 Vladimir's Models began a series of experiments to create an extra light carbon fabric. After numerous tests they perfected the design for a machine to spread the carbon fibre tows to a thickness of 0.02 mm. This allowed the company to create a biaxial fabric from extra strength carbon fibres with a weight as low as 26 g/m�.
Today this fabric is used not only in Vladimir's Models planes but is also used by many other model and sports equipment manufacturers who demand the best, lightest, and strongest carbon for their products.
Now this high-strength fabric using IMS65 carbon fibres is accessible also to you.
Two sizes of Carboline sheet are available. Please select the required size using the radio buttons below the price. Delivered rolled, supported by orange peel ply fabric.
{table title="Carboline SC26/2/45 Specifications" class=1 cols=2 width=100,150 align=L,L separator=:}
Full sheet size: 310 cm x 60 cm, 1.86 m�
Half sheet size: 150 cm x 60 cm, 0.90 m�
Weight: 26 g/m�
Number of layers: 2
Fibre material: IMS 65
Direction of fibres: +/- 45�
{endtable}
Due to the large tube required to post this fabric the international shipping cost can be higher than estimated. We may need to request extra money when shipping to some destinations. � � <&� � H#� � � � � � � � � HS tariff code: 6815 10 10 �� Spread carbon fibre dmکE �}�b�$ SNIPE-THOWING-BLADESnipe Throwing Blade� The Vladimir's Models throwing blade, as used on the acclaimed Snipe DLG, incorporating the popular bird wing shape. It is ideal for most discus launched glider. Beautifully molded from carbon fibre, and contoured to maximise launch height and comfort. Symmetrical, so it can be used for right handed and left handed throwers.
Note the tang has a trapezoidal cross section, not an oblong shape. Mount the wider end to the wing leading edge, and the thinner to the trailing edge. Also Vladimir's Models recommends the root (centre) part of the blade is bound with Kevlar thread to avoid delamination under extreme loads - see the bottom photo.
Beautifully molded, brilliant value for money.
{table title="Snipe Throwing Blade" class=1 cols=3 width=140,100 separator=: align=L,L,L}
Weight: 2.2 g
Max thickness of carbon: 1.7 mm
Height of both blades: 48 mm
Max width: 12.9 mm
Length of tang: 57 mm
Height of a single blade: 24 mm
{endtable}
The weight can be decreased by reducing the thickness of the carbon towards the ends of the blades, and by profiling the edges, to approximate to a thin ellipse.
To fit, open the end of the model's wing, and glue the tang inside the wing with epoxy or good quality thick CA. For excellent installation instructions see this {Href,http://www.rcgroups.com/forums/showthread.php?t=1517237, great RCGroups thread.}
Also called a contoured DLG launch blade, a seagull throwing peg, a curved launch blade. � � � P� � � � � � � � U� d��� �}�b�L HD47MG-SERVO-FRAMEFrame for KS HD47MG (pair) These HyperFlight CNC cut ply servo frames make fitting a {b,KS HD47MG} servo to a molded wing very easy. No thickness is added to the installation, and the servo is mounted securely, yet can be removed easily if required.
Two servo frames supplied in the pack.
{ServoFrame} � 9� � 2� � � � � � � � ' Ƽ c1�C %�}�b�� DS57-FREE-OFFER0Free HyperFlight DS57 Servos on orders over �150� {br, Don't miss this special offer! Finishes 12th January}
<i>
Place an order for goods worth over �150 / �185 / $250 and we will include {b,one} HyperFlight DS57 servo free of charge.
Place an order for goods worth over �300 / �370 / $500 and we will include {b,two} HyperFlight DS57 servos free of charge.
The above amounts exclude delivery charge. The offer will not apply where other discounts have been agreed, or for special orders. Normal listed items on sale do count.
</i>
The {b,HyperFlight DS57} servo is an excellent 8.5 mm thick servo, suitable for all small models, especially DLG gliders. The speed of this servo is excellent, and the torque is enough for DLG wings. The good quality metal and carbonite plastic gears are precisely cut, with only a small amount of slop detectable.
At only 8.5 mm thick the DS57 servo can easily fit in very thin wings. With good 1.6 kg.cm torque and an excellent 0.09s/60� speed it is excellent for DLG flaperons, ailerons, elevator and rudder on many high performance models, DLGs, electric gliders, and smaller sport slopers.
{table title="HyperFlight DS57 Servo Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=: autohref=2}
Body dimensions: 20.0 mm wide x 8.5 mm thick x 19.5 mm high : 0.79" wide x 0.33" thick x 0.77" high
Max dimensions: 27.0 mm wide x 8.5 mm thick x 27.8 mm high : 1.06" wide x 0.33" thick x 1.09" high
Stall torque (4.8V): 1.20 kg.cm: 17 oz.in
Stall torque (6V): 1.60 kg.cm: 22 oz.in
Weight: 5.75 g: 0.20 oz
Lead length: 16 cm: 6.3 in
Operating speed (4.8V): 0.09 sec/60�
Operating speed (6V): 0.07 sec/60�
Operating voltage: 4.8V to 6.0V
Bearings: Plastic bushing
Gear material: Aluminium alloy / carbonite
Motor type: Coreless motor
Digital: Yes
Programmable: No
Supplied accessories: 4 plastic output arms, 1 plastic output disk, 1 arm retaining screw, 2 mounting screws
{endtable} � A� � � � � � � � � � 2 "� c1�C � �}�b� AVA-WING-JOINERSAVA Wing Joiners (2)m A pair (2) of standard AVA and AVA Pro carbon wing joiners.
Suitable for all sizes of the AVA and AVA Pro. � � � �
� � � � � � � � P D� c1�C� �}�b�0 MAXA-PRO-4E Maxa Pro 4e@ The {b,Maxa Pro 4e} is Vladimir's Models latest and lightest version of the Maxa, specially optimised for F5J competitions. It features an advanced design by Joe Wurts, the legendary Word Championship winner of all glider classes, and professional aerodynamicist. Joe spent many months optimising the Maxa for the F3J thermal soaring class, but the large size, light weight, high aspect ratio, and well cambered airfoils also makes it ideal for electric thermal soaring, especially the new FAI F5J class and the popular UK eSoaring class. The Maxa is available in various laups, from Windy to Megalight, with the latest {i,Megalight} version about 25% lighter than the light layup, making it easier to core low level thermals, while still retaining enough toughness to be a workable all-weather F5J model.
The large size and extreme light weight have been made possible by a new spread carbon fabric perfected by Vladimir Gavrilko and made by specially designed machines in his impressive fabrication facility. The wing is a monocoque structure with a skin of a double layer of spread carbon strengthened with a F3J strength spar made with a multi-ply 45� balsa and carbon shear web between substantial IMS 65 carbon spar caps. We are mostly stocking the {i, Light} and {i,Megalight} version, but {i,Standard} (normal spread carbon layup) and the stronger {i,Windy} (double spread carbon) versions are available to order.
{IDS}
The latest Maxa Pro 4 models feature a tailplane mounted on a short pylon to reduce drag on a long tailboom. The tailplane (horizontal stabiliser) has a separate elevator to further increase stability and controllability. The tailplane, fin, and rudder are now molded from lightest weight spread carbon to improve strength and minimise weight - previously the rudder and tailplane were film covered built-up structures.
Cut away drawing of the Maxa "Light" wing construction.
{img, extras/Maxa-Hard-Spread-Wing.jpg, Maxa wing construction}
Cut away drawing of the Maxa spar, showing the IMS 65 carbon spar caps, and the +/- 45� balsa/carbon/balsa ply spar web.
{img, extras/F3J-Maxa-spar.jpg,Maxa spar construction}
The fuselage is a well engineered Kevlar and carbon pod, with a diagonally wound spread carbon boom, and fin mounted cruciform tail. The model is totally complete, and almost no assembly is required. The tail pushrods are ready installed, and all the hardware is supplied for the wing servo installation. The model comes with a ballast tube (for windy conditions) and a wiring harness.
The {b,Maxa Pro 4e Megalight} is optimised for F5J rules, whose main requirement is reliable soaring from low altitude, as higher {i,Start Heights} count against the final score. The 30 second climb window is generous, so high-power heavy motors or batteries are not required, and the model can be kept very light.
{bullet}
The Maxa Pro's aerodynamic qualities have been modelled to a new level of accuracy and by Joe Wurts. In the process Joe designed a new family of airfoils and optimised the shape of the model to get the best from the new spread carbon composites being developed by Vladimir. The result is a very low sink rate that ensures the longest duration in no-thermal conditions, while also maintaining gentle handling that inspires confidence from the first flight.
The Maxa Pro�s low wing loading and inertia makes it very respond to tiny air disturbances, allowing small bubbles to be detected and worked from low down, allowing low Start heights and high F5J scores.
The Maxa Pro 4e�s large span allows it to be seen further away than smaller models, allowing a larger volume of air to be searched, and thermals worked for longer. This is especially important for the 15 minute fly-off task.
The excellent lift/drag ratio, especially at higher speeds, gives good penetration, and thus the ability for the glider to return from distant thermals with little altitude loss.
The long nose moment allows very lightweight powertrains to be used to balance the model.
As the electric version can use the standard ballast system used in the glider version, the model�s weight can be tuned to the conditions, allowing the Maxa to shine in even the strongest wind.
{endbullet}
This combination of state of the art aerodynamics, low weight, and a good size makes the Maxa 4e the best model for competitive F5J soaring, bar none. See {href, http://www.rcgroups.com/forums/showthread.php?t=1558751, this} and {href,http://www.rcgroups.com/forums/showthread.php?t=2101724, this} RCGroups thread and the Vladimir's Models {href,http://f3j.in.ua/en/maxa-pro-electro-family.html, Maxa Pro 4 EL} page for a lot more info. Note some of the photos and videos show the older Maxa 4e (non Pro) version. This has a fin mounted tailplane.
{table title="Maxa Pro 4 Megalight Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 3.9 m, 155 in
Wing area, 82.2 dm2, 1273 sq in
Length, 181 cm, 71.3 in
Flying weight from, 1270 g, 44.8 oz
Wing loading, 15.5 g/dm, 5.1 oz/sq ft
Aspect ratio, 18.8,
Wing airfoil, rt01/td19sag/j00/j01/j02/j03
Dihedral (EDA), 7.7�,
Spinner Diameter, 32 mm,
Centre of Gravity, 105-114 mm from wing leading edge
Controls, "Rudder, elevator, ailerons, flaps, throttle"
{endtable}
{table title="Maxa Pro 4 Megalight Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Pod, 116 g, 4.1 oz
Boom, 61 g, 2.2 oz
Wing c/s, 344 g, 12.1 oz
Wing tips, 314 g, 11.1 oz
Tailplane, 30 g, 1.1 oz
Accessories, 70 g, 2.5 oz
Total structure, 965 g, 34.0 oz
Wiring, 24 g, 0.8 oz
Receiver, 10 g, 0.4 oz
Tail servos, 21 g, 0.7 oz
Wing servos, 42 g, 1.5 oz
Speed control, 38 g, 1.3 oz
Motor, 70 g, 2.5 oz
Prop & spinner, 30 g, 1.1 oz
Battery, 70 g, 2.5 oz
Flying weight, 1270 g, 44.8 oz
{endtable}
{table title="Maxa Pro Megalight Recommended Servos" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator & rudder, MKS DS6100, MKS HV6100, Blue Bird BMS-105HV, MKS HV6130H
Aileron, MKS DS6100, MKS HV6100, MKS HV6130, Futaba/Robbe S3173
Flap, MKS DS6100, MKS HV6100, MKS HV6130, Futaba/Robbe S3173
{endtable}
{table title="Maxa Pro Megalight 4 Powertrain Recommendations" class=1 cols=2 width=130,310 align=L,L autohref=1}
Powerline Micro 1015, 3S 700mAh LiPo, 15x8 prop (8 m/s, 1500 fpm, 37A)
Powerline Micro 1025/F5J, 3S 1Ah LiPo, 16x8 prop (10 m/s, 2000 fpm, 43A)
Leomotion L3007-5000R, 3S 1Ah LiPo, 13x7 prop (9 m/s, 1700 fpm, 39A)
Leomotion L3007-5000, 3S 1Ah LiPo, 16x8 prop (9 m/s, 1800 fpm, 39A)
Leomotion L3013-4550, 3S 1Ah LiPo, 15x9 prop (11 m/s, 2200 fpm, 57A)
Hacker A20-6XL geared 4.4:1, 3S 1Ah LiPo, 16x9 Aeronaut prop (10 m/s, 1900 fpm, 46A)
Mega 16/25/4E direct drive, 3S 1Ah LiPo, 12x6 prop ( 9 m/s, 1800 fpm, 59A)
{endtable}
First flight of a UK Maxa - was climbing while looping.
{video,BNXsWnswcBw}
{video,Ygemtj-VY6A}
{video,6xitzoO2xCQ}
{video,47Eqiin6Gs4} � � � � � {Q� � � � � � � � � �� c1�C � �}��b�| MAXA-PRO-FINMaxa Pro Fin & Rudderm Replacement vertica stabiliser / fin / rudder for the Maxa Pro 4 and Maxa Pro 3.5 electric and glider models. � � ]-� � � � � � � � � � � �� c1�C \ �}�b�B KS-HD47MG(KS HD47MG HV Servo - 8.5mm 5.6g 1.2Kg.cm� A great new high voltage servo suitable for DLGs and other high performance small models. This servo has a low slop geartrain and excellent precision, making it suitable for all flying surfaces on F3K discus launched gliders, F3A & F3P indoor aerobatic models, and other RC electric planes.
We think this servo is a good alternative to the venerable Ripmax SD100 / Dymond D47. It can also run off a 2S LiPo and is mechanically stronger and more precise.
{table title="KS HD47MG Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=: autohref=2}
Body dimensions: 19.7 mm wide x 8.5 mm thick x 21.5 mm high : 0.78" wide x 0.33" thick x 0.85" high
Max dimensions: 27.5 mm wide x 8.5 mm thick x 27.5 mm high : 1.08" wide x 0.33" thick x 1.08" high
Stall torque (5V): 1.00 kg.cm: 14 oz.in
Stall torque (6V): 1.05 kg.cm: 15 oz.in
Stall torque (7.4V): 1.20 kg.cm: 17 oz.in
Weight: 5.6 g: 0.20 oz
Lead length: 15 cm: 6.0 in
Operating speed (5V): 0.13 sec/60�
Operating speed (6V): 0.12 sec/60�
Operating speed (7.4V): 0.10 sec/60�
Operating voltage: 4.8V to 8.4V
Bearings: Plain bearing
Gear material: Aluminium alloy
Case material: Nylon
Motor type: Coreless DC motor
Digital: Yes
Programmable: No
Supplied accessories: 3 plastic output arms, 1 output disk, 1 arm retaining screw, 2 mounting screws
Optional accessories: Frame for KS HD47MG
{endtable}
Note the servo packaging gives a lower voltage range of 4.8V to 7.4V. This is a printing error and the manufacturer has confirmed the servos are fine operating from unregulated 2S LiPo battery.
{b,HD47MG Drawing Dimensions}
A = 19.7 mm
B = 8.5 mm
C = 21.5 mm
D = 27.5 mm
E = 17.0 mm
F = 27.5 mm
G = 23.1 mm < �
a� � C� � � � � � � � G �� c2�4 �}�b�� VM-F-BAG-SUPRA-E=Vladimir's Models Fuselage and Fin Bag for the Supra ElectricU A fuselage and fin bag for the Supra Electric F5J model made by Vladimir's Models. The sophisticated fuselage and fin bag protects the pod, boom, and fin in transport, and on the field. The bag can be fitted with the wings in place, and can be removed without having to disassemble the model.
The bag is made from a grey (canvas-like) fabric and are edged with black canvas. The covers will protect the surfaces from physical damage and solar radiation.
Note the carrying handles are tack-sewn onto the fuselage bag, unpick the stitches to release them. This hasn't been done in the photos. 1 � -� � (� � � � � � � � � }� c1�C Z �}�b�
PULSAR-PRO-2EPulsar Pro 2e 2m� The new {b,Pulsar Pro 2e} is the latest version of the well regarded line of Pulsar 2m electric R/C soarers. The Pulsar Pro 2e is a very light high tech full house 2m electric glider that is optimised for sport flying. It uses the latest Ukrainian composite construction techniques married to a modern aerodynamic design with a wing utilising Mark Drela's slippery AG25 airfoil for best thermal duration performance. The low wing loading enables excellent thermal climb performance, with fully articulated wing controls allowing the model to be centred accurately in small turbulent thermals. The thin low drag airfoil works well over a surprisingly large speed range, allowing the model to be safely brought back after drifting far downwind.
The new Pulsar Pro 2e fuselage pod is beautifully molded from Kevlar with a large canopy hatch to give easy access to the powertrain, battery, and RC. The boom is a lightweight carbon molding with a molded tailplane mount and a bushed holes for mounting the vertical stabiliser. The tailplane and fin/rudder assembly are both removable for easy storage and transport. The rudder and elevator servos are mounted in the fin, to simplify the RC installation.
Like other quality thermal soarers the entire model is constructed using free-flight techniques. The wing is a balsa built-up carbon fibre and Kevlar D-box design that utilizes carbon capped balsa ribs and a carbon trailing edge. All the flying surfaces are expertly covered in Oracover Light, and all the control surfaces have been nicely hinged.
The three piece wing and two piece conventional tail are each easily removable for transport and storage. The careful use of composites, combined with a high quality design ensures a lightweight and rigid structure. This high performance model is perfect for the sports flyer who wants to experience top level performance with a compact and tough airframe.
{table title="Pulsar Pro 2 Electric Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.0 m, 79 in
Wing area, 32.0 dm2, 496 sq in
Length, 117 cm, 46.1 in
Flying weight from, 556 g, 19.6 oz
Wing loading, 17.4 g/dm2, 5.7 oz/sq ft
Aspect ratio, 12.5
Wing airfoil, AG25 mod
Dihedral (EDA), 4.0�
Spinner Diameter, 30 mm
Centre of Gravity, 65 - 75 mm from wing leading edge
Controls, "Rudder, elevator, ailerons, flap, motor"
{endtable}
{table title="Pulsar Pro 2 Electric Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 59 g, 2.1 oz
Centre panel, 99 g, 3.5 oz
Wing tips, 118 g, 4.2 oz
Tailplane, 18 g, 0.6 oz
Fin, 13 g, 0.5 oz
Accessories, 22 g, 0.8 oz
Total structure, 330 g, 11.6 oz
Glue etc, 3 g, 0.1 oz
Wiring, 18 g, 0.6 oz
Receiver, 10 g, 0.4 oz
Rudder & elevator servos, 10 g, 0.4 oz
Wing servos, 18 g, 0.6 oz
Speed control, 25 g, 0.9 oz
Motor, 40 g, 1.4 oz
Prop & spinner, 22 g, 0.8 oz
Battery, 80 g, 2.8 oz
Flying weight, 556 g, 19.6 oz
{endtable}
{table title="Recommended Servos" class=1 cols=2 width=110,235 align=L,L autohref=2}
Elevator & rudder (2 servos), Blue Bird BMS-101AMG, Blue Bird BMS-101DMG, Ripmax SD100, KST X08, MKS DS65K
Flap (1 servo), Blue Bird BMS-115HV, Blue Bird BMS-125WV, KST X08, MKS DS6100, MKS HV6100, Ripmax SD150
Ailerons (2 servos), Blue Bird BMS-101AMG, Blue Bird BMS-101DMG, Ripmax SD100, MKS DS65K, KST X08
{endtable}
<b>Recommended Powertrains</b>
Hacker A10-7L geared 4.4:1, 3S 900mAh LiPo, 12x10 folding prop, 12A, 7.5m/s
Hacker A10-7L geared 4.4:1, 3S 900mAh LiPo, 13x8 folding prop, 13A, 8.5 m/s
ADH300L Front Mount, 3S 450mAh LiPo, 9x5 folding prop
ADH300L Front Mount, 2S 450mAh LiPo, 11x6 folding prop
Hacker B20-18L geared 4:1, 2S 900mAh LiPo, 12x7 folding prop, 12A, 5.0 m/s
Hacker B20-18L geared 4:1, 3S 900mAh LiPo, 10x5 folding prop, 11A, 5.4 m/s
Mega 16/15/4 direct drive, 3S 1300mAh LiPo, 7x5 folding prop, 39A, 8.2 m/s
Mega 16/15/4 direct drive, 2S 1300mAh LiPo, 9x5 folding prop, 39A, 7.5 m/s
Mega 16/15/5 direct drive, 3S 1300mAh LiPo, 8x5 folding prop, 33A, 7.9 m/s
Mega 16/15/5 direct drive, 2S 1300mAh LiPo, 10x6 folding prop, 32A, 6.6 m/s
If using the geared Hacker A10-7L or another lightweight powertrain you will need to minimise the weight in the back by using SD100 (or similar) tail servos and lightweight wiring.
� � L � � T � � � � � � � � � k� cjH� � �}�b�- DS245MG-SERVO-FRAME Frame for KST DS245MG (pair)6 These HyperFlight CNC cut ply servo frames make fitting a {b,KST DS245MG} servo or a similarly sized servo to a molded wing very easy. No thickness is added to the installation, and the servo is mounted securely, yet can be removed easily if required.
Two servo frames supplied in the pack.
{ServoFrame} � ^�
� 2� � � � � � � � ' u� c1�C� .N ��b�7 HYPERSPIN-30-6 30mm HyperSpinner for 6mm shafts� Vladimir's Models <b>HyperSpinner</b> for 8mm root folding propeller blades, suitable for all models requiring a 30mm spinner with a 6mm motor shaft. Comes with a machined alloy yoke (centre piece? �}�b�a
PULSAR-PRO-25Pulsar Pro 2.5e� The new {b,Pulsar Pro 2.5e} is a stretched version of the excellent Pulsar Pro 2e electric R/C soarer, usually available in rudder-elevator-spoiler (RES) and rudder-elevator-aileron-flap (Full House) versions . The Pulsar Pro 2.5e is a very light high tech house 2.5m electric glider that is great for sport flying. It uses the latest Ukrainian composite construction techniques married to a modern aerodynamic design with a wing utilising Mark Drela's slippery AG25 airfoil for best thermal duration performance. The low wing loading enables excellent thermal climb performance, with the full house version's fully articulated wing controls allowing the model to be centred accurately in small turbulent thermals. The thin low drag airfoil works well over a surprisingly large speed range, allowing the model to be safely brought back after drifting far downwind.
The Pulsar Pro 2.5e fuselage pod is beautifully molded from Kevlar with a large canopy hatch to give easy access to the powertrain, battery, and RC. The boom is a lightweight carbon molding with a molded tailplane mount and a bushed holes for mounting the vertical stabiliser. The tailplane and fin/rudder assembly are both removable for easy storage and transport. The rudder and elevator servos are mounted in the fin, to simplify the RC installation.
Like other quality thermal soarers the Pulsar Pro 2.5e is constructed using free-flight techniques. The three piece wing is a balsa built-up carbon fibre and Kevlar D-box design that utilizes carbon capped balsa ribs and a carbon trailing edge. All the flying surfaces are expertly covered in Oracover Light, and all the control surfaces have been nicely hinged. An unusual feature of this model is that the centre panel isn't flat, it incorporates some dihedral, which is added to in the tip panels. This improves the efficiency of the wing and raises the dihedral break, reducing the likelihood of ground looping when landing.
The best use of composites, combined with a high quality design ensures a lightweight and rigid structure. This high performance model is perfect for the sports flyer who wants to experience top level performance with a reasonably compact and tough airframe.
We try to stock this model in both rudder-elevator-spoiler (RES) and rudder-elevator-aileron-flap (Full House) versions. Both are excellent thermal soarers. The RES version is best for lazy Sunday afternoon flying, and the house version is better for coping with wind, and accurate landings.
A limited quantity of top quality well padded bags are now available to protect the model during transit and in storage. These consist of 4 part wings bags, 2 part tailplane bags, a fin bag, and a fuselage bag. Highly recommended.
{table title="Pulsar Pro 2.5e Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.5 m, 98 in
Wing area, 39.6 dm2, 614 sq in
Length inc spinner, 122 cm, 48.0 in
Flying weight from, 744 g, 26.2 oz
Wing loading, 18.8 g/dm2, 6.2 oz/sq ft
Aspect ratio, 15.7
Wing airfoil, AG25 mod
EDA (dihedral), 6.0� (Full House)
EDA (dihedral), 12.0� (RES)
Spinner Diameter, 30 mm
Centre of Gravity, 65-75 mm from wing leading edge
RES Controls, "Rudder, elevator, spoilers, throttle"
Full House Controls, "Rudder, elevator, ailerons, flap, throttle"
{endtable}
{table title="Pulsar Pro 2.5e Typical Weights (full house)" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage , 76 g, 2.7 oz
Wing centre panel, 157 g, 5.5 oz
Wing Tips, 152 g, 5.4 oz
Tail Plane, 21 g, 0.7 oz
Fin, 15 g, 0.5 oz
Accessories & glue, 35 g, 1.2 oz
Total structure, 456 g, 16.1 oz
Wing wiring, 20 g, 0.7 oz
Tail ext leads, 10 g, 0.4 oz
Receiver, 10 g, 0.4 oz
Rudder servo, 5 g, 0.2 oz
Elevator servo, 5 g, 0.2 oz
Wing servos (4), 36 g, 1.3 oz
Speed control, 35 g, 1.2 oz
Motor, 72 g, 2.5 oz
Prop & spinner, 15 g, 0.5 oz
Battery, 80 g, 2.8 oz
Flying weight, 744 g, 26.2 oz
{endtable}
{table title=" Recommended Control Throws" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder, 12 mm each way
Elevator, 6 mm up / 6 mm down
Spoilers (RES), 85 degrees up
Ailerons (full house), 10 mm up / 8 mm down
Flap (full house), 1 mm up / 85 degrees down
<i>Recommended flight mode settings</>
Speed mode, flap 1 mm up, ailerons aligned with flap
Cruise mode, flap 0, ailerons aligned with flap
Thermal mode, flap 2 mm down, ailerons aligned with flap
Crow brake mix, 10 mm up aileron with full down flap
{endtable}
Use the template to set "0" flaps and ailerons
{table title="Recommended Servos" class=1 cols=2 width=110,235 align=L,L autohref=2}
Elevator & rudder (2 servos), Blue Bird BMS-101AMG, Blue Bird BMS-101DMG, Ripmax SD100, KST X08, MKS DS65K
Flap/Spoilers (2 servos), Blue Bird BMS-115HV, Blue Bird BMS-125WV, KST X08, MKS DS6100, MKS HV6100, Ripmax SD150
Ailerons (2 servos), Blue Bird BMS-101AMG, Blue Bird BMS-101DMG, Ripmax SD100, MKS DS65K, KST X08, Blue Bird BMS-A10V
{endtable}
<b>Recommended Powertrains</b>
Hacker A10-7L geared 4.4:1, 3S 900mAh LiPo, 13x9 folding prop, 14A, 6.8m/s
Hacker A10-7L geared 4.4:1, 3S 900mAh LiPo, 12x9 folding prop, 11A, 5.1 m/s
ADH300L Front Mount, 3S 450mAh LiPo, 9x5 folding prop
ADH300L Front Mount, 2S 450mAh LiPo, 11x6 folding prop
Hacker B20-18L geared 4:1, 3S 900mAh LiPo, 11x6 folding prop, 16A, 6.9 m/s
Hacker B20-18L geared 4:1, 3S 900mAh LiPo, 11x5 folding prop, 14A, 5.5 m/s
Hacker B20-18L geared 4:1, 2S 900mAh LiPo, 12x9 folding prop, 14A, 4.5 m/s
Mega 16/15/4 direct drive, 3S 1300mAh LiPo, 7x5 folding prop, 39A, 8.2 m/s
Mega 16/15/4 direct drive, 2S 1300mAh LiPo, 9x5 folding prop, 39A, 7.3 m/s
Mega 16/15/5 direct drive, 3S 1300mAh LiPo, 8x5 folding prop, 33A, 7.9 m/s
Mega 16/15/5 direct drive, 2S 1300mAh LiPo, 10x6 folding prop, 32A, 6.6 m/s � � �K� � � � � � � � � � � � #� c1�C ��}�b�S VM-W-BAG-AVAPRO4Vladimir's Models Wing and Tail Bags for the AVA Pro � � � � � � � � � � � AVA-PRO-F�� S�U�E ��b� SPINNERCONE-30-ORN!Neon Orange Cone for 30mm Spinner� Replacement neon orange spinner cone for all 30mm HyperSpinners.
Note these cones do not fit the 30mm {b,Power} HyperSpinners we sell, just the standard ones. 1 � � � 2� � � � � � � � 2D5 .� Plastic i�uQ) `}�`�� VM-COVER-STICKER4Vladimir's Self-Adhesive Servo Cover Sticker Set (4)V These 60 mm x 61.5mm oblongs of sticky clear plastic are placed at the perimeter of the Vladimir's Models clear servo covers and are used to attach the covers to the wing. They make for a very neat and low drag installation.
Sticker max size: 60 mm x 61.5mm.
Designed for servo covers sized 50 mm x 52 mm.
For mounting four servo covers. � I� � � � � � � � � �
! Cost sometimes 2.00, sometimes 0. }� Plastic d*� � �}�b� MAXA-WING-JOINERS-7Maxa 7� Wing Joiners (2)@ A pair (2) of new higher dihedral 7� Maxa carbon wing joiners.
� � S� �
� � � � � � � � P =� c1�C v `}�`�m KAPPA35 Kappa 35 F5J� The {b,Kappa 35} is probably the best pure F5J plane yet. It is amazingly light, it is a superb design and it is built to a very high standard. The Kappa 35's advanced structural design ensures it is strong enough for its intended mission, and its finish, completeness and attention to detail is outstanding. The model really is almost ready to fly, with all the wing control horns and pushrods ready fitted, so the only work required to finish the wings is to fit the servos. The rudder horn is also fitted, and all the tail pushrod and servo mounting hardware is supplied.
{b,Special features of this model include:}
{bullet}
A well designed low drag fuselage with a large canopy hatch giving good access to the powertrain and RC, making for easy RC installation and maintenance.
A high aspect ratio wing with proprietary airfoils optimised for F5J flying - the wing excels in low speed tight thermal turns, allowing the model to be thermalled away from small, weak thermals with ease. This allows competition winning low starts to be made with confidence.
Despite its extremely good thermal performance the wings maintain a good L/D up to higher speeds, allowing the Kappa 35 to return from a long way downwind with ease.
The wing has slightly swept back wing tips, making it approximate to the Schulman planform. This is meant to improve performance and handling, especially near the stall.
Superb quality of construction and attention to detail. The original MASTER airframe must have entailed literally hundreds of hours work by master builders. Which is fully reflected in the final quality of finish, which we consider second to none.
The plane was designed and optimised for electric gliding from the start, it is not a modified F3J design. This has allowed a high aspect ratio to be used and more suitable airfoils.
All the control surfaces are sealed and the wing control horns are all hidden inside the control surfaces, further reducing drag.
The level of completeness of the airframe is exceptional, allowing the model to be finished in just a few hours.
The wing breaks down into three pieces and the tailplane and fin are easily removable, allowing the model to be easily transported to contests.
{endbullet}
{b,The model is available in three composite layups:}
{b,Light} - Mostly glass covered flying surfaces, with carbon local reinforcement and a strong carbon spar. This is the lightest version.
{b,DBox} - The flying surfaces have a carbon DBox at the front. The rest is mostly glass with carbon local reinforcement and a strong carbon spar. This version weighs approx 30 g more than the Light version but is stronger. This layup costs approx 7% more.
{b,Spread Carbon} - All the flying surfaces are covered in lightweight spread carbon, with extra carbon local reinforcement and a strong carbon spar, resulting in the lightest and strongest model possible. This version only weighs approx the same as the Light version but is much stronger and less susceptible to hanger rash and handling damage. This layup costs approx 24% more.
For all wing layups the fuselage is all carbon. The top of the fuselage is painted and the underside is left in natural carbon black. This looks very attractive. For all electric models (irrespective of the fuselage construction) we recommend the 2.4GHz aerials are exited from the fuselage, so they are in the outside airflow. One horizontal and one vertical aerial usually works well. There is too much electrical equipment in an electric glider fuselage for the RC signal to be reliably received inside the pod.
All models are supplied with high quality sewn cloth padded wing bags, to ensure the wing stays in perfect condition.
{table title="Kappa 35 Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 3.5 m, 138 in
Wing area, 60.0 dm2, 930 sq in
Length inc spinner, 158 cm, 62 in
Flying weight from, 1275 g, 45.0 oz
Wing loading, 21.3 g/dm2, 7.0 oz/sq ft
Aspect ratio, 20.4
Wing airfoil, Proprietary
EDA (dihedral), 5.0�
Spinner Diameter, 38 mm
Centre of Gravity, 85-93 mm from wing leading edge
Controls, "Rudder, elevator, ailerons, flap, throttle"
{endtable}
{table title="Kappa 35 Light Layup Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage & pushrods, 166 g, 5.9 oz
Wing centre panel, 328 g, 11.6 oz
Wing Tips, 260 g, 9.2 oz
Tail Plane, 50 g, 1.8 oz
Fin, 34 g, 1.2 oz
Accessories & glue, 12 g, 0.4 oz
Total structure, 850 g, 30.0 oz
Wiring, 30 g, 1.1 oz
Receiver, 12 g, 0.4 oz
Rudder servo, 10 g, 0.4 oz
Elevator servo, 10 g, 0.4 oz
Wing servos (4), 40 g, 1.4 oz
Speed control, 45 g, 1.6 oz
Motor, 120 g, 4.2 oz
Prop & spinner, 28 g, 1.0 oz
Battery, 130 g, 4.6 oz
Flying weight, 1275 g, 45.0 oz
{endtable}
{table title="Recommended Servos" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator & rudder, MKS DS6100, MKS HV6100, KST X08, Blue Bird BMS-A10H, Blue Bird BMS-106HV, Blue Bird BMS-107HV
Aileron, MKS DS6100, MKS HV6100, MKS HV6110 , KST X08, Blue Bird BMS-A10V, Blue Bird BMS-105HV, Blue Bird BMS-106HV
Flap, MKS DS6100, MKS HV6100, MKS HV6110, MKS HBL6625 Mini, KST DS135MG, KST X10 Mini, Blue Bird BMS-105HV
{endtable}
The kit comes with CNC cut plywood fuselage servo mounts designed for the MKS DS6100 and HV6100 servos, so it is easiest if these (or the {pref, BMS-105HV, Blue Bird BMS-105}, {pref, BMS-106HV, BMS-106}, or {pref, BMS-107HV, BMS-107} compatibles) are used for the tail surfaces.
{table title="Kappa 35 Control Movements" class=1 cols=2 width=110,240 align=L,L,L}
Rudder, 20 mm each way
Flap, 85 degrees down
Ailerons, 15 mm up, 12 mm down
Elevator, 10 mm up, 10 mm down
<i>Recommended camber settings (measured at flap root TE)</>
Speed mode, -1.5� (flat bottom surface)
Cruise mode, 0� (flat top surface at hinge)
Thermal mode, +2� (2 mm down)
{endtable}
{table title="Kappa 35 Powertrain Recommendations" class=1 cols=2 width=130,310 align=L,L autohref=1}
Powerline Micro 1025/F5J, 3S 1.3Ah LiPo, 16x8 RF or GM prop (2000 fpm, 43A)
Leomotion L3007-5000, 3S 1.3Ah LiPo, 14x8 prop (1750 fpm, 39A)
Leomotion L3013-4550, 3S 1.3Ah LiPo, 15x9 prop (2250 fpm, 57A)
Hacker A20-6XL geared 4.4:1, 3S 1.3Ah LiPo, 16x9 Aeronaut prop (1950 fpm, 46A)
Mega 16/25/4E direct drive, 3S 1.3Ah LiPo, 12x6 prop ( 1800 fpm, 59A)
Mega 16/5/3, Maxon 4.4:1 gearbox, 3S 1.0Ah LiPo, 14x9 prop
{endtable}
Note that although the spinner diameter is 38 mm the width of the canopy hatch is only approx 27 mm, so the max diameter powertrain that can be fitted is 28 mm (with a little flexing of the fuselage skin). Also the RC and flight battery will have to be installed as far forward as possible to achieve a minimum flying weight. Unlike other (converted F3J) models the nose is only just long enough to achieve the correct balance when using a lightweight motor.
{b,Web links}
{href,https://picasaweb.google.com/102041613755974730299/2014Kappa35?noredirect=1#,Build photos}
{href,http://www.rcgroups.com/forums/showthread.php?t=2244764,RCGroups Kappa 35 thread}
{href,http://www.rcgroups.com/forums/showthread.php?t=2153991,Another RCGroups Kappa thread with powertrain info}
{href, forum/viewtopic.php?f=5&t=969,Kappa 35 Q & A thread}
{video,Vu7KCUeNflg} r � �2� _� @ � � � � � � � � � f The accessories are inside the fuselage.
31/3/16 �265 SC option charge removed, as only SC in stockD $� c1�C K ��b� KST-ARM-SET KST Plastic 25T-5 Servo Arm Set� A set of three standard and two heavy-duty (red) servo arms for all KST servos with a 25T-5 spline. These fit most KST servos 10 mm to 12 mm thick.
Package contents may vary.
n � � � <� � � � � � � � 2 1M3 �� j3�
�}�b�� MAXA4-FUSE-BAG9Vladimir's Models Fuselage and Fin Bag for the Maxa Pro 4^ A fuselage and fin bag for the Maxa Pro 4 Glider and Electric models made by Vladimir's Models. The sophisticated fuselage and fin bag protects the pod, boom, and fin in transport, and on the field. The bag can be fitted with the wings in place, and can be removed without having to disassemble the model.
The bag is made from a grey (canvas-like) fabric and edged with black canvas. The covers will protect the surfaces from physical damage and solar radiation.
Note the carrying handles are tack-sewn onto the fuselage bag, unpick the stitches to release them. This hasn't been done in the photos. � � :P� � "� � � � � � � � � }� c1�C� �}�b� SUPRA-FUSE-BAGFVladimir's Models Fuselage and Fin Bag for the Supra Glider & Electric A fuselage and fin bag for the Supra F3J glider and the F5J electric model made by Vladimir's Models. The bags fit all versions of the Supra - the Classic, the Pro and the Expert, glider or electric. The sophisticated fuselage and fin bag protects the pod, boom, and fin in transport, and on the field. The bag can be fitted with the wings in place, and can be removed without having to disassemble the model.
The bag is made from a grey (canvas-like) fabric and edged with black canvas. The covers will protect the surfaces from physical damage and solar radiation.
Note the carrying handles are tack-sewn onto the fuselage bag, unpick the stitches to release them. This hasn't been done in the photos. Also the photos show the Supra electric bags but the glider version is similar. 3 � 0 � � � � � � � � � � � }� c1�C�� /�� ��b�
KST-METAL-ARM KST 25T-5 Metal Servo Output ArmX One strong aluminium servo output arm (horn) that fits KST servos with a 5 mm output spline. This is used on KST servos 10 mm to 14 mm thick. Does not fit the KST X08 or X08 Plus servo, or larger servos.
Contains one substantial metal output arm only. The distance from the servo output shaft axis to the holes ranges from 7.0 mm to 19.5 mm. x � � � � � � � � � � �
( 1M3 ( +F ��b�
PTFE-TUBE-13L?1.93mm ID Etched PTFE (13 AWG Bondable PTFE) Pushrod Outer Tuber Low friction 1.93 mm ID PTFE tube suitable for pushrod outers on gliders and other models. Also suitable for a large range of engineering and industrial uses.
This tubing is specially etched on the outside, making it easily bondable using many adhesives, thin CA being probably the best. Provides the lightest, easiest, most friction-free pushrod installations possible.
Can be stretched to 2 times the original length to reduce the weight per meter, and tune the inside diameter to be a perfect fit for the inner pushrod. Sold by the meter. Enter a quantity of 3 for a 3m roll.
{table title="13L Etched PTFE Tube Specification" class=1 cols=3 width=110,115,115 align=L,L,L}
Inside diameter, 1.93 mm, 0.076 in
Wall thickness, 0.2 mm, 0.008 in
Outside diameter, 2.33 mm, 0.092 in
Suggested inner, 1.3 mm & 1.5 mm Carbon Rod, 14 SWG or thinner {href,http://www.hyperflight.co.uk/products.asp?cat=Other+RC+Products&subcat=Piano+and+SS+Wire,Piano or SS wire}
US size, 13 AWG L type (Lightweight)
Weight per m, 3.1 g per meter
{endtable}
{i,Maximum 30m per order please. For more please consider purchasing a complete roll.}
� � $� � � � � � � � � � E 2E5A /# .� ��b�
PTFE-TUBE-12L?2.16mm ID Etched PTFE (12 AWG Bondable PTFE) Pushrod Outer Tubey Low friction 2.16 mm ID PTFE tube suitable for pushrod outers on gliders and other models. Also suitable for a large range of engineering and industrial uses.
This tubing is specially etched on the outside, making it easily bondable using many adhesives, thin CA being probably the best. Provides the lightest, easiest, most friction-free pushrod installations possible.
Can be stretched to 2 times the original length to reduce the weight per meter, and tune the inside diameter to be a perfect fit for the inner pushrod. Sold by the meter. Enter a quantity of 3 for a 3m roll.
{table title="12L Etched PTFE Tube Specification" class=1 cols=3 width=110,115,115 align=L,L,L}
Inside diameter, 2.16 mm, 0.085 in
Wall thickness, 0.2 mm, 0.008 in
Outside diameter, 2.56 mm, 0.101 in
Suggested inner, 1.5 mm & 1.8 mm Carbon Rod & tube, 14 SWG or thinner {href,http://www.hyperflight.co.uk/products.asp?cat=Other+RC+Products&subcat=Piano+and+SS+Wire,Piano or SS wire}
US size, 12 AWG L type (Lightweight)
Weight per m, 3.3 g per meter
{endtable}
{i,Maximum 30m per order please. For more please consider purchasing a complete roll.}
� � $� � � � � � � � � � � 2E5A �� ,$� �}�b� ALTIS-V4-KEYPADAltis V4 Keypad0 The {b,Altis AerobTec V4 Keypad} allows the Altis V4+ to be setup on the field when loaded with the standard firmware. The keypad allows you to make changes to the motor run time, height cut off, motor restart, competition restart and F5J setting. However from Altis firmware V2.2 onwards altitude and other parameters cannot be changed using the keypad. Best to revert to V2.1 if this is needed - eg for eSoaring events.
When using the logger the Altis v4 has to have its port A set to Keypad, so the keypad cannot be used at the same time as the telemetry facility.
To enable the keypad you may need to upgrade both the computer software and the Altis V4 firmware to the latest versions. Then there will be a new option in the PC software to enable the external keyboard.
To comply with the current F5J rules no changes are possible when loaded with the F5J firmware.
Supplied with a cable - the same item as the Telemetry Cable.
Note this keypad only provides very limited functionality with the Altis Nano - it cannot be used to change any parameters.
$ �
� � 2� � � � � � � � 2E3. � �}�b��
CD-3000-FH,Circle Dancer 3000 Full House Electric V2 3m2 The {b,Circle Dancer 3000 Full House Electric V2} is a beautifully constructed balsa and carbon almost ready to fly version of the venerable Bubble Dancer by Dr Mark Drela. The {i,Full House} appellation indicates that this version has the wing built with flaps and ailerons, to give precise approach control and slow landings. This product page is for the electric version with ailerons and flaps, even though some of the photos show the RES version.
Although the structure is simplified in comparison to the original BD design, the aerodynamics are very similar, and the Circle Dancer 3000 Full House V2 has excellent performance and great handling. This version has reduced dihedral to work better with the ailerons, and to give positive roll control. The ailerons and flaps can be actuated together to adjust the airfoil's camber to provide a wider speed range, allowing the model to be turned tighter in thermals and to return from great distances downwind with confidence.
The fine fuselage consists of a lightweight Kevlar, glass, and carbon pod molding with a small pylon for mounting the wing above the fuselage, to reduce interference drag. The fuselage has the motor firewall already mounted, with holes for common motors ready drilled. The fuselage nose incorporates a large (18 cm long) hatch to allow easy access to the motor, battery, and rudder and elevator servos. The hatch is very nicely molded from carbon fibre and incorporates a positive attachment system. The V2 fuselage has been updated to use a molded carbon tailboom incorporating a small pylon for the tailplane/horizontal stabiliser. The pushrod outers are bonded in place, and all the tail pushrod hardware is supplied. The fuselage update has reduced the fuselage weight, improved strength, removed weight from the tail extremity, and has reduced the size of the shipping box, allowing us to post the model overseas more easily.
The tailplane is a feather weight built-up balsa and carbon construction, covered with lightweight transparent film and is supplied ready to bolt onto the rear pylon mount. The V2 tailplane is of improved construction and includes a separate ready hinged elevator for faster pitch response.
The wing is expertly constructed from balsa and carbon, with beautifully applied transparent film covering, in contrasting colours. The centre panel incorporates large flaps, which are ready hinged, and can be actuated to 90 degrees deflection if required. The tip panels include good sized ailerons. Overall the standard of construction is excellent, and the prefabrication is very complete. The only things left to do are gluing the tailboom to the pod, gluing the fin, installing the control surface control horns, fabricating linkages for the flaps and ailerons, and fitting the RC and powertrain.
Note all the photos above (not below) show the rudder/elevator version of the Circle Dancer 3000 V1, which has extra dihedral. The Circle Dancer 3000 Full House has a flatter wing, and of course flaps and ailerons.
The Circle Dancer 3000 Full House centre and tip panels.
{img, extras/CD-CP600A.jpg, Circle Dancer 3000 Full House centre panel construction}
{img, extras/CD-3000-FH-Tip-600.jpg, Circle Dancer 3000 Full House wing tip construction}
The Circle Dancer 3000 Electric front fuselage.
{img, extras/CD-Nose600.jpg, Circle Dancer 3000 electric front fuselage}
See this {href, https://www.rcgroups.com/forums/showthread.php?3008247-Build-Thread-Circle-Dancer-3000-Full-House-Electric,RCGroups Circle Dancer thread} for useful build info. Thanks to Steve Revell for use of his photos.
{table title="Circle Dancer 3000 FH Electric Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 3.0 m, 117 in
Wing area, 61.7 dm2, 957 sq in
Length, 169 cm, 66.5 in
Flying weight from, 1370 g, 48.3 oz
Wing loading, 22.2 g/dm2, 7.3 oz/sq ft
Aspect ratio, 14.4
Wing airfoil, AG35/36/37
Dihedral (EDA), 6.6�
Spinner Diameter, 32 mm
Centre of Gravity, 100 - 110 mm from wing leading edge
Controls, "Rudder, elevator, ailerons, flap, motor"
{endtable}
{table title="Circle Dancer 3000 FH Electric Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 273 g, 9.6 oz
Centre panel, 266 g, 9.4 oz
Wing tips, 256 g, 9.0 oz
Tailplane, 32 g, 1.1 oz
Rudder, 18 g, 0.6 oz
Accessories, 60 g, 2.1 oz
Total structure, 905 g, 31.9 oz
Glue etc, 3 g, 0.1 oz
Wiring, 20 g, 0.7 oz
Receiver, 8 g, 0.3 oz
Rudder & elevator servos, 20 g, 0.7 oz
Wing servos, 38 g, 1.3 oz
Speed control, 40 g, 1.4 oz
Motor, 170 g, 6.0 oz
Prop & spinner, 36 g, 1.3 oz
Battery, 130 g, 4.6 oz
Flying weight, 1370 g, 48.3 oz
{endtable}
{table title="Circle Dancer 3000 FH Recommended Servos" class=1 cols=2 width=110,235 align=L,L autohref=2}
Elevator & rudder, MKS DS6100, MKS HV6100, KST X08, Blue Bird BMS-105HV
Flap, MKS DS6100, MKS HV6100, Blue Bird BMS-105HV, KST DS135
Aileron, MKS DS6100, MKS HV6100, KST X08N, Blue Bird BMS-105HV
{endtable}
{table title="Circle Dancer 3000 FH Control Movements" class=1 cols=2 width=110,235 align=L,L,L}
Rudder, 40 mm each way
Flap, 80 degrees down
Ailerons, 17 mm up, 12 mm down
Elevator, 15 mm up, 15 mm down
Elevator neutral, 21 mm from the trailing edge to fuse top
Thermal camber, flap 3.5 mm down, aileron 3 mm down
Speed camber, flap 1.3 mm up, aileron 1 mm up
{endtable}
{b,Recommended Powertrains}
Leomotion L3013-4550 with 6.7:1 gearbox, 14x10 prop, 3S 1.3Ah LiPo
Powerline Micro 1025/F5J, 16x8 prop, 3S 1.3Ah LiPo (will need to minimise tail weight)
Hacker B40 10L with 4.4:1 gearbox, 14x8 prop, 3S 1.3Ah LiPo (42A, 1800 fpm)
{endtable} / � 2� � z � � � � � � � � � 9 m� c1�C � �}��b�� SUPRA-RUDDER-HORN Supra Competition Rudder HornE Glass fibre rudder horn as fitted to the Supra Competition F3J model. � � � � � � � � � � � � �� c1�C ( -�� ��b�� CABLE-SPOOL7Spool for holding cable / tow lines / high starts / etcn A plastic spool/bobbin for holding anything that needs to be rolled up for storage.
One spool supplied, not two as shown in the photos.
{table title="Cable Spool Specification" class=1 cols=3 width=110,115,115 align=L,L,L autohref=2}
Spool diameter, 148 mm, 5.8"
Centre diameter, 55 mm, 2.2"
Hole diameter, 19 mm , 0.75"
Width, 100 mm, 3.9"
{endtable} � � � � � � � � � � � � � 2G7 �� Plastic �}�b�� DIAMOND-TAPE Diamond Ultra Clear Sticky Tape� {b,Sellotape Diamond Ultra Clear Sticky Tape} is superb for Oracover Oralight covering repairs and for hinging control surfaces. It is a thin and ultra clear sticky tape, making it perfect for many modelling applications and invisible repairs.
Unfortunately this tape was discontinued by the manufacturer some time ago, and these are some of the last rolls available. Get some while you can.
One roll of 19 mm wide very clear sticky tape. Approx 33m on a roll. � � N� � � � � � � � � � 2 �� c1�C k �}�b� EXT-LEAD-10CM-32AWG&Lightweight 10 cm Servo Extension Lead� A lightweight 26 AWG servo extension lead for DLGs and other small models.
The wire is 10 cm long, the overall length including the plug and socket is 13 cm. Works with all makes of RC.
Weight = 2.0 g n � S� � � � � � � � � �
*� c1�C �� .� @�`� PT41%ZAP PT41 Z-Poxy Finishing Resin/Epoxy� {b,Z-Poxy PT41 Finishing Resin} is a premium light weight two part laminating epoxy/finishing type epoxy resin. Use for wetting out carbon fibre, glass fabric, or Kevlar composites. Suitable for reinforcing the centre section of a wing or the entire model. Great for sealing model boat hulls, inside and out. Use to seal all engine and fuel tank areas. It is absolutely the best for sheeting foam wing panels. It will bond to itself and does not get brittle with age. Long cure formula for easy application, sands easily for a smooth finish and is compatible with many paints.
4 Fl oz / 118 mL (two 2 fl oz bottles) supplied.
Mix 50/50.
{b,Features}
{bullet}
Odourless
Clear Formula
Non Brittle
Sands Easily to a Smooth Finish
Laminates Wood & Foam
Great for Applying Fibreglass Cloth
Working Time: 20-30 Minutes
Cures in 3 Hours
{endbullet}
{b,Works best on}
{bullet}
All types of foam
Wood
Epoxy composite surfaces
Aluminium
Ceramic
Cloth
Glass
Most Plastics
Pottery
{endbullet} � �
Z� � U� � � � � � � � � 2G1 Perkins ref: 5525788 /� Plastic, adhesive
Unitef �}�b� TOPSKY3-WING-SC+Super Topsky 3 Spread Carbon Wing - B Grade� A set of "B" quality wing panels for a Super Topsky 3 Spread Carbon DLG. The panels were vacuum bagged with too much vacuum and there are gentle undulations over the whole wing surface. These depressions are a fraction of a millimetre deep. They will affect performance slightly, but no more than tissue or film covering on an open structure model. They would make very good slope soarer wings, or DLG wings for a sports flier.
Being full spread carbon these wings are strong. The two panels will need to be joined together and the centre will need reinforcement with a 50mm width of carbon cloth. We suggest a dihedral angle between 2� and 4� for slope use or between 4� and 6� for DLG use.
{table title="Super Topsky 3 SC Wing" class=1 cols=2 width=160,100 separator=: align=L,L,L}
Weight of both panels: 103 - 111 g
Weight on one wing panels: Approx 54 g
Panel length: 755 mm
Root chord: 180 mm
Wing span: 1.5m (when joined with dihedral)
{endtable}
Z � �� � 2 � � � � � � � � � )� c1�C `}�`� BLASTER-35-FUSEBlaster 3.5 FuselageV Blaster 3.5 DLG glider fuselage set. This includes the pod, the nosecone and the boom. 9 � m� � =� � � � � � � � � & 19/9/17 took two out of stock for Mamo .� c1�C � �}��b� MAXA-STAB-JOINER&Joiner for Fin Mounted Maxa Stabiliser Obtained to special order only. � � #� � � � � � � � � � d c1�C � � +# ��b� DS65K-SCREWS$DS65K Servo Arm Retaining Screws (2)d Two special flat headed Phillips head screw for retaining the output arm (horn) on MKS DS65K servos. � � 3� � 2� � � � � � � � 1M3 �}��b� KST-4-FOR-3KST 4 for 3 Servo Offer� <b>
Place an order containing any thee KST servos and we will add a fourth free of charge.
{bullet}
If you order different types of servo we will send an extra of the lowest cost servo.
If you order three eg KST DS135MG Mini Wing Servo we will send four.
If you order two eg KST DS245MG amd one KST DS113MG we will send one more KST DS113MG, as it is the cheaper of the two.
You don't have to buy three! We will add one free servo for every three purchased, so if you order 5 KST servos we will send 6, and if you order 6 we will send 8.
{endbullet}
</b>
The extra servo won't show in the basket, our packers will add it when picking the order. � � � � � � � � � � � /� S�p@& �}�b� DS65K-HORNS!DS65K Small Servo Output Arms (2)� A pair (2) of small servo output arms (horns), as supplied with the DS65K servo.
Also fits other MKS servos, it is especially good for the DS6100. j � � � � � � � � � � � 2 D� c1�C * +L� ��b�
MKS-HV737,MKS HV737 Servo - 10.2Kg.cm 0.09s 38.5g 15mm� The {b,MKS HV737 High Speed Servo} is designed for glider rudder, elevator, and V tails, and is perfect for many high performance gas, jet, and electric RC planes. The speed, strength and precision of the HV737 is astonishing.
The gear train uses a new type of gear structure, giving negligible backlash and an even longer service life. The MKS HV737 is powered by a substantial 12 mm diameter x 20 mm length efficient coreless DC motor. It can operate with supplies from 5.5V to 8.4V, allowing the servo to be used safely from an unregulated 2S LiPo battery. The feedback mechanism uses a 9 mm VR ultra high resolution potentiometer, to ensure the servo moves very accurately, and holds its position 100% when adverse torque is applied.
{MKSCNC}
{film}
The MKS HV737 uses a Futaba 25T spline on the output shaft, so a Futaba metal arms can be fitted, if required.
{Servospecs}
� � ] � � 8E� � � � W8� � � � < 1C2 HV7371� tg ,(� ��b� MKS-HV747-MKS HV747 Servo - 15.0Kg.cm 0.13s 35.5g 15mm� The {b,MKS HV747 High Torque Servo} is designed for glider control surfaces and is perfect for many high performance gas, jet, and electric RC planes. The speed, strength and precision of the HV747 is astonishing. They were used on Mr Kuo Ping Lin's record breaking F3F glider racing flight.
The gear train uses a new type of gear structure, giving negligible backlash and an even longer service life. The MKS HV747 is powered by a substantial 12 mm diameter x 20 mm long high eficiency coreless DC motor, and can operate with supplies from 5.5V to 8.4V, allowing the servo to be operated safely from an unregulated 2S LiPo battery. The feedback mechanism uses a 9mm VR ultra high resolution potentiometer, to ensure the servo moves very accurately, and holds its position 100% when adverse torque is applied.
{MKSCNC}
{film}
The MKS HV747 uses a Futaba 25T spline on the output shaft, so a Futaba metal arms can be fitted, if required.
{servospecs}
� � ] � � 8E� � � � � � � � 9 ��1C2 HV7471�~ �}�b� HAWK2-TBD
Hawk 2 1m DLG The {b, Hawk 2} is a great 1m mini DLGs from Ukraine that flies excellently. The Hawk 2 is an upgrade of the original Hawk 1m DLG that has well earned reputation for launching high and having a good speed range while also obewing easy to fly. The Hawk 2 is very similar to the previous model but has a slightly wider fuselage with a slip-on nosecone for easier RC installation and a slightly less tiny receiver and battery.
The glass {b,Hawk 2 DLG} model is supplied with a strong and brightly coloured glass layup wing, which weighs approx 60 g. The SC Hawk 2 version is supplied with a lighter Carboline spread carbon wing weighing 52 g. The SC model especially is exceptionally light, while also being strong and very rigid, allowing high launches. Still air times of 1:30 to 2 minutes can be obtained by strong launchers, and thermal performance and stability is good.
The SC Hawk's 2 fuselage is a one piece (not pod and boom) design of oval cross section, with the front part made from 2.4GHz friendly glass, and the rear from spread carbon. The glass Hawk 2 version's fuselage is all glass construction. The fuslage has a slip-on nosecone that gives good access to the RC, for easier installation and maintenance. All the servos are installed in the pod to minimise nose weight and yaw inertia. The Hawk 2's fuselage is a bit wider that the original version's however the RC installation is still a fairly cramped. As the only instructions available are various online build logs the model is not ideal for inexperienced builders.
The tailplane (horizontal stabiliser) is bolted onto a small pylon molded into the underside of the boom, and the fin (vertical stabiliser) has a perfectly matching hole molded into it, enabling easy mounting onto the end of the tailboom.
The Hawk 2 wing is solid molded with a glass or spread carbon skin over a CNC cut foam core. The wing has a good surface finish ensuring low drag and longevity. The ailerons are fabricated with a living hinge. The only work required to finish the wings is installing the throwing blade and control horns.
The model is supplied with a very complete accessory pack which includes all control horns, pushrod wires, tail torque springs, tail pull cord, pull cord ferrules, a nice throwing blade and a small glass plate for mounting the servos. Some very nice sewn wing bags are now available at a small extra cost. These will help avoid transport and storage damage, keeping the glider in top condition. Note this product is the model's structure only. In additon to the Hawk 2 model these will also be required: RC transmitter, RC receiver, 4 servos, battery. Contrary to some of the photos servos are not included.
If you have any questions please ask on the {href, https://www.rcgroups.com/forums/showthread.php?3021236-Hawk-1m-DLG-from-HyperFlight,RCGroups Hawk 1m DLG from HyperFlight} thread. Also see {href, https://www.rcgroups.com/forums/showthread.php?2952429, this thread for build info}.
{table title="Hawk 2 DLG Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.0 m, 39 in
Wing area, 10.9 dm2, 169 sq in
Length, 72 cm, 28.2 in
Flying weight from, 120 g, 4.2 oz
Wing loading, 11.0 g/dm, 3.6 oz/sq ft
Aspect ratio, 9.2,
Wing airfoil, AG46,
Dihedral angle, 5.0�,
Centre of Gravity, 54-56 mm from wing leading edge
Controls, "Ailerons, elevator, rudder"
{endtable}
{table title="Hawk 2 DLG Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 15.0 g, 0.5 oz
Wing (glass), 60.0 g, 2.1 oz
Wing (carbon), 52.2 g, 1.8 oz
Fin, 3.1 g, 0.1 oz
Tailplane, 3.6 g, 0.1 oz
Accessories, 7.1 g, 0.3 oz
Total structure (carbon wing), 81.0 g, 2.9 oz
"Glue, mounts etc", 2.0 g, 0.1 oz
Receiver, 5.0 g, 0.2 oz
Tail servos, 9.0 g, 0.3 oz
Wing servos, 9.0 g, 0.3 oz
Battery, 10.0 g, 0.4 oz
Noseweight, 4.0 g, 0.1 oz
Flying weight, 120.0 g, 4.2 oz
{endtable}
{table title="Recommended R/C-nano gear only" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator & rudder servos, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Hitec HS-40, KST X06, CHA DS06, CHA LV06
Aileron servos, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Hitec HS-40, KST X06, CHA DS06, CHA LV06
Receiver *case removed, Spektrum AR6260*, AR6100e, AR400, Futaba R6004FF*, FrSky X4R, Orange DSM2 compatible, Jeti Duplex R5, Multiplex Mlink RX-6-DR Light*
Battery, HyperFlight 150 mAh 4.8V NiMH, CSS 1S 300 mAh LiPo, Ytong 1S 380 mAh LiPo
{endtable}
{table title="Hawk 2 Control Throws" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder, 10 mm each way
Elevator, 8 mm up / 8 mm down
Ailerons, 6 mm up / 5 mm down
Camber Settings
Launch, 0.5mm up
Cruise, 0 mm
Thermal 1, 2 mm down
Max thermal, 4 mm down
Landing flaps, as much down as possible
{endtable}
{video,y3odUxnwx80}
{video, X9x0o9j1o60}
i � � � � � � � � � � � � � � t =� c�
� �}�b� HORN-7MM-SS Stainless M3 Steel 7mm Horns (2)� A pair (2) of high quality stainess steel aileron or flap horns with an M3 threaded shaft. The benefit of steel is that the control horn is stronger and lighter.
Distance from the threaded shoulder to the centre of the hole: 7 mm
Drilled 1.6 mm. This is a tight fit on the Sullivan clevis, giving a totally slop-free linkage.
Material: Stainless-Steel
As used on Vladimir's Models planes. x � T� �
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; 6� c1�C� �}�b�
HORN-7MM-BRBrass M3 7mm Horn (2)" A pair (2) of high quality brass aileron or flap horns with an M3 threaded shaft.
Distance from the threaded shoulder to the centre of the hole: 7 mm
Drilled 1.5 mm. This is a light interference fit on the Sullivan clevis, giving a totally slop-free linkage.
Material: Brass
As used on Vladimir's Models planes.
{table title="Brass M3 7mm Micro Horn (2) Specifications" class=1 cols=2 width=170,80 align=L,L,L}
Hole centre to thread, 7 mm
Hole Size, 1.5 mm
Thread Diameter, M3
Thread Length, 5 mm
Material, Brass
{endtable} n � � � � � � � � � � �
; 6� c1�C � �}�b� HORN-10MM-BRBrass M3 10mm Horn (2)F A pair (2) of high quality brass aileron or flap horns with an M3 threaded shaft.
Distance from the threaded shoulder to the centre of the hole: 10 mm
Drilled 1.6 mm. This is a light interference fit on the Sullivan clevis, giving a totally slop-free linkage.
Material: Brass
As used on Vladimir's Models planes. � � <� � � � � � � � � � ; 6� c1�C? �}�b�
CLEVIS-SULSullivan M2 Clevis (4)� Four high quality Sullivan RC clevises with an M2 thread. Compatible with our control horns and control rods.
The manufacturing process can leave a small burr on the end of the pin, which will make the clevis jam on the horns. We recommend removing any possible burr (even if not visible) by lightly sanding the pin with wet & dry paper.
As used on Vladimir's Models planes.
We measure the clevis pins to range from 1.55 mm to 1.6 mm. P � ?� � � � � � � � � � ; 6� c1�C �}�b� SD100-HORNS4Ripmax SD100 / Dymond D47 Replacement Output Arm Setl Replacement accessory set, including four output arms (horns) for the Ripmax SD100 and the Dymond D47 servo. � � c� � ^� � � � � � � �
# 7� Chinac1�C � �}�b� SD100-GEARS+Ripmax SD100 / Dymond D47 Replacement Gears@ Replacement gears for the Ripmax SD100 and the Dymond D47 servo. � � 9� � W� � � � � � � �
# 7� c�"� K? ,%D ��b� CR-3030mm M2 Control Rods (2)� A pair (2) of high quality 30 mm long stainess steel control rods with M2 threads cut at both ends.
Often used to connect the aileron to the aileron servo. As used on Vladimir's Models planes. � � ?� �
� � � � � � � �
# 2G4; F; ,%X ��b� CR-4040mm M2 Control Rods (2)� A pair (2) of high quality 40 mm long stainless steel control rods with M2 threads cut at both ends.
Often used to connect the flap to the flap servo. As used on Vladimir's Models planes. � � T� �
� � � � � � � �
2G4; SG ,%l ��b� CR-5050mm M2 Control Rods (2)� A pair (2) of high quality 50 mm long stainess steel control rods with M2 threads cut at both ends. Thicker in the center to give extra rigidity and strength.
As used on the Maxa's aileron connection. � � Z� � � � � � � � � �
����2G4; PC +�` ��b� CR-5555mm M2 Control Rods (2)� A pair (2) of high quality 55 mm long stainess steel control rods with M2 threads cut at both ends. Thicker in the center to give extra rigidity and strength.
As used on the Maxa's flap connection. � � � � � � � � � � � 2G4; �� -s� �}�b�J ALTIS-TERMINALAerobtec Altis Terminal
The {b,Aerobtec Altis Device Terminal} is can be used as a display for the new Altis Micro.
It also works as a battery tester, a PWM display and tester (to check out receivers) and a servo tester.
It both generates and measures PWM servo pulse trains.
{bullet}
Measure Li-Poly Batteries
Measure voltages
Display PWM input from RC receiver
Display RPM with additional RPM probe
Servo tester with advanced functionalities
{endbullet}
{table title="Aerobtec Altis Terminal Specifications" class=1 cols=2 width=120,280 align=L,L separator=: autohref=2}
Dimensions : 71 x 45 x 10 mm
Weight : 38g
Operating temperature : 0�C - 50�C
Power supply range : 4.0V - 8.4V, from USB adapter or from aircraft fuselage (via Altis Micro), from measured Li-poly battery or from RC In connector
Input voltage range : Cell 1 : 8.4V, Cell 2 - Cell 6 : 0V - 30V
Servo tester: Output 50Hz / 1.5ms or 550Hz / 0.75ms
Graphical display: 128x64 pixels
Firmware: Upgradeable via PC
Optional accessories: Aerobtec Altis Micro
{endtable}
# � .I� � � � � � � � � � d 2E3. � �}�b� DLG-BUILDDLG Build Service% We now offer a 'Build + RC installation service' for Blaster 3, Blaster 3.5 and Snipe discus launch gliders. We currently offer this installation service with Hyperion DS09-SCD, MKS DS6100, KST DS245S servos or SD100 servos for an ultralight version.
Our highly skilled partner is an expert DLG builder and flyer and knows all there is about constructing and setting-up the Vladimir Models range of gliders. He will accommodate customer requests, and add his own experience and guidance to achieve a beautifully setup model, with detailed email backup.
Add this product to the basket, together with your required servos, regulator, and battery, and upon approval of selected components, approx 4 weeks later (subject to parts availability) we will supply the fully built and balanced DLG.
� � � � � x � � � � � � � � c1�C` �}�b� EXT-LEAD-20CM-32AWG%Ultralight 20 cm Servo Extension Lead� A very lightweight 32 AWG servo extension lead for small models.
The wire is 20 cm long, the overall length including the plug and socket is 23 cm. Works with all makes of RC.
Weight = 2.0 g x � � � � � � � � � � �
N� d:�F �}�b�
EXT-LEAD-30CM&Lightweight 30 cm Servo Extension Lead� A lightweight 26 AWG servo extension lead.
The wire is 28 cm long, the overall length including the plug and socket is 29 cm. Works with all makes of RC.
Weight = 3.7 g } � S� � � � � � � � � � N� f��y \ �}�b� EXT-LEAD-40CM-32AWG&Lightweight 40 cm Servo Extension Lead� A lightweight 26 AWG servo extension lead for small models.
The wire is 40 cm long, the overall length including the plug and socket is 33 cm. Works with all makes of RC.
Weight = 4.4 g � � � � 8� � � � � � � � N� c1�C_ �}�b�! Z1-ELECTRIC-PODZ1 Electric Pod� A beautifuly molded lightweight electric pod/fairing for the Zupair Z1 Flying wing. The pod is strong yet lightweight, only weighing 21 g.
See the {href,http://www.zupair.com/power.htm,Zupair Power Pod} page for more info. � � N� 4� � � � � � � � � � S� c1�C �w ,"$ ��b�" MKS-SERVO-SCREWS%MKS 5mm Servo Arm Retaining Screw (4)� Four M2.5 5mm long screws for retaining the output arm (horn) on MKS DS6100 and DS6125 and most other MKS servos.
These are longer than the 3.5mm screws initially supplied with some MKS servos, ensuring a stronger arm attachment. � � (� � 2� � � � � � � �
1C1 � `�`�#
MPJ-BALL-LINK MPJ Lightweight Ball Link (2)J A lightweight ball-link servo-pushrod attachment. The hole for the rod is approx 1.8mm, making it suitable for some threaded metal control rods and carbon tubes or rods.
Plastic body with a brass ball with a bolt to attach it to the servo output arm or the control surface horn.
Supplied in bags of 2.
Weight: 0.5 g each. � � K� � b� � � � � � � � 2E3 MPJ No 2400B S� Plastic, brass j][N � �}��b�, GLIDER-BUILDGlider Build ServiceJ Wing and fuselage servo installation service for a four wing servo glider. � � � � � � � � � � � � � c1�C �}�b�I ALTIS-MICRO Altis Micro�
The {b,Aerobtec Altis Micro} is functionally very similar to Altis v4, except that is does not have a display. The main benefits are smaller dimensions and lighter weight, making it suitable for smaller eSoarers and discus launched gliders.
The {b,AerobTec Altis Micro} is a multipurpose device:
{bullet}
A DLG launch height recorder.
An F5J Start Height recorder.
An eSoaring or ALES limiter for cutting an electric glider's throttle at the required altitude.
An altitude logger for flight recording and later analysis on a PC.
A telemetry sensor that works with Jeti and Multiplex 2.4GHz receivers.
{endbullet}
The AerobTec Altis Micro is an RC altimeter suitable for discus launch gliders and F5J and eSoaring electric glider competitions, though it can also be used to record the barometric altitude of any object - a RC model, a bird, kite, or full size aircraft.
A great feature is its ability to interface with Jeti Duplex and Multiplex M-Link 2.4GHz receivers to give real time altitude telemetry. Despite these very powerful features the Altis V4 is very small and light.
The Altis Flight Manager software is used to download the logged data onto a PC, to display and analyse it, and to save it in various formats. Download Altis Flight Manager PC software from {href,http://www.aerobtec.com/products/rc-electronics/altis-flight-manager,here}. Note the software isn't included in the package, and must be downloaded by the customer.
We recommend you also go to the {href, http://www.aerobtec.com/products/rc-electronics/altis-micro/, AerobTec Altis Micro page} to check for and download the latest Altis Micro firmware revisions and documentation.
A Micro B USB cable and telemetry cable are not included in the product, and need to be purchased separately if required.
{table title="AerobTec Altis Micro Specifications" class=1 cols=2 width=120,280 align=L,L separator=: autohref=2}
Memory: 3.9 MB
Record time: 15 hours with 0.1 s sample interval, <br>3825 hours with 25.5 s sample interval.
Sample interval: 0.1 s - 25.5 s (user selectable in steps of 0.1 s)
Dimensions: 30 x 14 x 7 mm
Cable length: 7 cm
Weight: 4.7 g with cable
Power supply range: 4.0V - 8.4V
Data Logged: Altitude, RC voltage, temperature, throttle
Compatible competition rules: FAI F5J, eSoaring, ALES - for some competitions AerobTec Device Terminal is required as a display element
Status Indicator: LED
Telemetry support: Jeti Duplex EX�, Multiplex� M-Link, Graupner� HoTT
Firmware: Upgradeable via PC
Analysis Software: AerobTec Altis Flight Manager software<br> Compatible with Windows XP to Windows 10
Optional accessories: Aerobtec Altis Terminal
{endtable}
� 9K� 7
� � � � � � � � � d . �� c1�C � �}�b�% SNIPE-RUDDER-HORNSnipe Rudder HornP Replacement rudder horn for the Snipe and Blaster 3.5 DLGs.
Supplied singly. F � ?� � � � � � � � � � \� Glass fibre f�[�� �}�b�& ROOKIEFireworks FW5 Rookie Pluse The {b,Rookie Plus } is the latest version of the acclaimed PCM Fireworks 5. The wing is from the same mold as the contest-proven Fireworks 5 Flow, but the fuselage has been shortened to improve handling, and the tails simplified to save cost. The result is a model with great performance, excellent responsiveness, and outstanding value for money. Unlike standard Rookie kits ours now come with completely pre-made glassed foam tail surfaces to vastly decrease the construction work required.
Competitive cost, great performance and good handling were the main design goals. Marcus Podivin chose Gerald Taylor's highly acclaimed Zone 52-21 airfoil series for high launches, good L/D in speed mode, and low sink and stall-free handing when thermalling.
The shorter fuselage gives well coordinated handing, allowing for excellent characteristics in turbulent thermals. Also the shorter fuselage allows the masses to be concentrated closer to middle of the glider, giving a lower moment of inertia, and thus less tail wagging and higher launches. It also incorporates a bottom opening to allow the flaperon pushrods to be attached, keeping the linkage completely out of the airstream, like RDS but without the complexity or maintenance headache. See the video below that shows the aileron pushrods being attached and removed.
{video,KTEjTVQMv_Y}
The near-elliptical one piece wing has 6.5 degrees of dihedral, which gives good stability, allowing it to be flown to the limit of vision with confidence. Its thin modern airfloils and large camber changing flaperons give the Rookie a very good speed range, allowing it to cope with stronger winds with ease, but with little camber added it will hang forever. Unlike the standard kits the {b,Rookie Plus} includes fully built glassed foam tail surfaces, these are are beautifully made and very light.
The mostly carbon fuselage has a Kevlar front portion and a removable glass fibre access hatch, that makes fitting 2.4GHz RC straight forward. The kit is very complete, with all the hardware and control linkages provided. A nicely engineered ballast system is also supplied, to allow the model to be flown on windier days.
{table title="PCM FW5 Rookie Plus Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.5 m, 59 in
Wing area, 22.5 dm2, 349 sq in
Length, 103 cm, 40.6 in
Flying weight from, 275 g, 9.7 oz
Wing loading, 12.2 g/dm2, 4.0 oz/sq ft
Aspect ratio, 10.0
Wing airfoil, Zone 52-21
Dihedral angle, 6.5�
Centre of Gravity, 65-70 mm from wing leading edge
Controls, "Rudder, elevator, ailerons"
{endtable}
{table title="PCM FW5 Rookie Plus Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 38 g, 1.3 oz
Wings, 137 g, 4.8 oz
Fin, 10 g, 0.4 oz
Tailplane, 8 g, 0.3 oz
Accessories, 15 g, 0.5 oz
Total structure, 208 g, 7.3 oz
Glue etc, 4 g, 0.1 oz
Wiring, 5 g, 0.2 oz
Receiver, 7 g, 0.2 oz
Tail servos, 13 g, 0.5 oz
Wing servos, 13 g, 0.5 oz
Battery, 25 g, 0.9 oz
Flying weight, 275 g, 9.7 oz
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator servo, MKS DS6100, KST X08, KST DS245S, HS-45HB, Grp C261, Grp DS281, JR DS285, Futaba DS3154, Ripmax SD100, HyperFlight DS57
Rudder servo, Ripmax SD100, KST X08, KST DS245S, HyperFlight DS57
Aileron servos, MKS DS6100, KS HD47MG, KST X08, KST DS245S, HS-45HB, HS-5045, Grp C261, Grp DS281, HyperFlight DS57
Receiver, 4/5 channel rx to match your transmitter
Power, SmartLipo 450, Rhino 2S 360 mah LiPo, HyperLiPo 2S 300 mAh LiPo
{endtable}
<b>Recommended Control Throws & Mixes</b>
See the Rookie Instructions (link below). � � �+� � � � � � � � � � � ROOKIEe� c1�C � �}�b�' ERWIN-XL-WING-BAG8Erwin XL & Erwin XL Medium & Ultralight Wing & Tail Bags� A set of padded aluminised wing and tail bags for all versions of the PCM Erwin XL and Erwin XL Medium & Ultralight model - electric and glider.
These nicely made bags will eliminate transport and handling damage, paying for themselves easily. X � $� � 2� � � � � � � � � ERWIN-XL-WING-BAGSe� c1�C
B �}�b�( PULSAR-PR0-4ECPulsar Pro 4e Compact 4m� We have received a consignment of Pulsar Pro 4 Compact eSoarers. These have improved aerodynamics and structure over previous models and can be broken down into components, giving a maximum box length of approx 100 cm . The main changes are:
{bullet}
More dihedral to improve stability when thermalling.
A longer nose to help balance the model with modern lightweight powertrains.
A large canopy hatch to enable the battery to be swapped or charged more easily.
The wing mounts on a short pylon to reduce interference drag, improving performance at all speeds.
Ballast can be fitted internally more easily, to allow a larger speed range.
Smaller 38mm front firewall reduces drag yet still accommodates most motors.
{endbullet}
This model is very easy to fly, with good performance and excellent handling. It is more relaxing than an all molded model, yet will be just as efficient in wind speeds up to about 12 mph.
{table title="Pulsar Pro 4e Compact Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 4.0 m, 157 in
Wing area, 85.0 dm2, 1318 sq in
Length, 182 cm, 71.5 in
Flying weight from, 1500 g, 53 oz
Wing loading, 18 g/dm2, 5.9 oz/sq ft
Aspect ratio, 18.8,
Wing airfoil, AG25,
Dihedral (EDA), 9.0�,
Spinner Diameter, 38 mm,
Centre of Gravity, 95-105 mm from wing leading edge
Controls, "Rudder, elevator, ailerons, flaps"
{endtable}
{table title="Pulsar Pro 4e Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Pod, 90 g, 3.2 oz
Boom, 61 g, 2.2 oz
Wing c/s, 350 g, 12.3 oz
Wing tips, 396 g, 14.0 oz
Tailplane, 48 g, 1.7 oz
Fin, 31 g, 1.1 oz
Accessories, 42 g, 1.5 oz
Total structure, 1010 g, 35.6 oz
Wiring, 35 g, 1.2 oz
Pushrods, 0 g, 0.0 oz
Receiver, 13 g, 0.5 oz
Tail servos, 18 g, 0.6 oz
Wing servos, 70 g, 2.5 oz
Speed control, 42 g, 1.5 oz
Motor, 140 g, 4.9 oz
Prop & spinner, 30 g, 1.1 oz
Battery, 134 g, 4.7 oz
Flying weight, 1500 g, 53 oz
{endtable}
{table title="Pulsar 4 e Recommended Servos" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator & rudder, MKS DS6100, MKS HV6100, Blue Bird BMS-125, Blue Bird BMS-126, KST X08
Aileron, MKS DS6100, MKS HV6100, MKS HV6130, Futaba/Robbe S3173, Blue Bird BMS-125, KST X10 Mini, KST DS135
Flap, MKS DS6100, MKS HV6100, MKS HV6130, Futaba/Robbe S3173, Blue Bird BMS-125, Blue Bird BMS-M57V, KST X10, KST X10 Mini, KST DS125
{endtable}
{table title="Pulsar Pro 4e Compact Powertrain Recommendations" class=1 cols=2 width=130,310 align=L,L autohref=1}
Leomotion L3013-4550, 3S 1.5Ah LiPo, 15x8 prop (10 m/s, 2000 fpm, 53A)
Leomotion L3025-4550, 3S 1.5Ah LiPo, 16x8 prop (11 m/s, 2200 fpm, 58A)
Powerline Micro 1025/10, 3S 1.5Ah LiPo, 16x8 prop
{endtable}
{table title=" Recommended Control Throws" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder, 35 mm each way
Elevator, 15 mm up / 15 mm down
Ailerons, 10 mm up / 6 mm down
Flap, 1 mm up / 80 degree down
<i>Recommended flight mode settings</>
Speed mode, flap 1 mm up, ailerons aligned with flap
Cruise mode, flap 0, ailerons aligned with flap
Thermal mode, flap 2 mm down, ailerons aligned with flap
Crow brake mix, 10 mm up aileron with full down flap
{endtable}
{video,vDfqEbMtUPg} � � � � � � � � � � � � � � � PULSAR-PR0-4000k� e{ � m �}�b�n MKS-HBL6625-MINI/MKS HBL6625 Mini HV Servo - 10mm 26.7g 6.0Kg.cm� The {b,MKS HBL6625 Mini HV Brushless Servo} is the best brushless mini wing servo currently available. Its excedllent geartrain, strong alloy case, brushless motor, efficient high voltage capability and excellent feedback system, all make this the wing servo of choice for many top level competition disciplines and all fast sailplanes.
At only 10mm thick this superb wing-servo can easily fit in thin wings. With a good 6 kg.cm torque the HBL6625 Mini is appropriate for F3F, F3B, F3J, F5J and all fast gliders, racers, and jets.
These are high voltage servos that can be safely operated from 4.8V to 8.4V, so can be powered by an unregulated 2S LiPo battery.
{MKSCNC}
{film
{table title="MKS HBL6625 Mini Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=: autohref=2}
Body dimensions: 30.0 mm wide x 10.0 mm thick x 30.5 mm high : 1.18" wide x 0.39" thick x 1.20" high
Max dimensions: 42.0 mm wide x 10.0 mm thick x 41.0 mm high : 1.65" wide x 0.39" thick x 1.61" high
Stall torque (6V): 5.20 kg.cm: 72 oz.in
Stall torque (7.4V): 5.60 kg.cm: 78 oz.in
Stall torque (8.2V): 6.00 kg.cm: 83 oz.in
Weight: 26.7 g: 0.94 oz
Lead length: 22 cm: 8.7 in
Operating speed (6V): 0.14 sec/60�
Operating speed (7.4V): 0.11 sec/60�
Operating speed (8.2V): 0.10 sec/60�
Operating voltage: 3.5V to 8.4V
Bearings: 2 ball bearings
Gear material: Chrome-titanium alloy
Case material: CNC machined 6061 aluminium
Motor type: 10 mm brushless motor
Working frequency: 333 Hz
Dead band:1 �s
Driver type: FET
Digital: Yes
Programmable: No
Supplied accessories: 3 plastic output arms, 3 arm retaining screws, 6 mounting screws
Optional accessories: Frame for MKS DS6125 Mini, MKS Frame for DS6125 Mini, Frame with bearing for the MKS DS6125 Mini, Integrated Drive System for MKS DS6125 Mini, MKS Plastic Servo Output Arms, MKS Short Metal Servo Output Arms, MKS Long Metal Servo Output Arms, MKS RDS Adaptor
{endtable}
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L3025-4550&Leomotion L3025-4550 V2 F5J 6.7:1 187gw The {b,Leomotion L3025-4550 F5J 6.7:1} is a medium weight and very powerful electric motor for F5J models and larger models.
It weights 187 g and is capable of approx 1000W for 15 seconds on 3S LiPo's
{bullet}
Very powerful motor
Can be used on up to 4S LiPo batteries
Dynamically balanced 4 pole rotor
Hand wound stator
Carbon fiber reinforced rotor for max. 60,000 rpm
6 mm shaft for perfect rotation
High end ball bearing
Geared 6.7:1 for high propulsive efficiency
{endbullet}
{table title="Leomotion L3025-4550 6.7:1 Specifications" class=1 cols=3 width=145,150,150 align=L,L,L separator=:}
Motor name / GB name: Leomotion L3025-4550 6.7:1 6.7:geared inrunner
Motor+GB weight: 187 g : 4.83 oz
Motor diameter: 30.0 mm : 1.18 in
Motor length: 44.0 mm : 1.73 in
Lead length: 4.0 cm : 1.57 in
Shaft diameter: 6.0 mm : 0.24 in
Mounting info: 4 M2.5 holes on a 23 mm diameter circle
Manufacturers Rm: 5 mR
Manufacturers Kv: 4550 RPM/V
Manufacturers Geared Kv: 679 RPM/V
Est Io: 2.8 A @ 10 V
Max efficiency (10 V): 93 % @ 75 A
Operating efficiency (10 V): 92 % @ 105 A
Motor+gearbox Km: 199 Nm/W^.5 X1000
Motor+gearbox Km/Kg: 1452 Nm/(W^.5 Kg)
Recommended battery: 3S or 4S LiPo
Rec max LiPo capacity: 4 Ah
Supplied accessories: 4 mounting screws
{b,3S LiPo Performance}
Recommended prop: 16x10; 17x7; 16x8
Input power: 860 W on 16x10 prop
Current: 86 A on 16x10 prop
Rate of climb: 15 m/s for 2000 g glider
{b,4S LiPo Performance}
Recommended prop: 15x7; 14x9; 14x8
Input power: 1150 W on 15x7 prop
Current: 86 A on 15x7 prop
Rate of climb: 17.5 m/s for 2000 g glider
{b,Gearbox}
Gearbox diameter: 27.0 mm : 1.06 in
Gearbox length: 32.0 mm : 1.26 in
Motor+GB length: 76.0 mm : 2.99 in
Gearbox Ratio: 6.7
Planet bearings: Needle bearings
Estimated GB efficiency: 95 %
{endtable}
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L300 z `}�`�) MARABUMarabu� The {b,Marabu} is a carbon and balsa glider with a span of 1.5m, and is a perfect introduction to soaring. It has an optional wing tip throwing peg, and can be gently discus launched, but we don't think the structure will withstand a full power discus launch. We recommend it is used with a hi-start or on the slope. The Marabu is beautifully constructed, and the aerodynamics are obviously influenced by Drela's Super Gee DLG.
The Marabu fuselage consists of a slim glassfibre pod with a little carbon reinforcement and a canopy hatch, mated to a stiff carbon tailboom. At the end of the boom a small carbon pylon supports the tail. The wings are of built-up balsa construction, with tubular carbon spars, and large pre-hinged flaperons, and are superbly covered in lightweight film. The tailplane and fin are also built-up balsa surfaces, ready covered, and with the rudder and elevator pre-hinged. The model is very nicely made and little work is required to get the glider airborne - basically the fin and tail mount need to be glued, the wings joined and glued using the supplied joiner, the control horns fitted, and the RC & battery need to be installed.
The Marabu is a brilliant value 1.5m glider that builds quickly and flies very well.
{table title="Marabu Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.5 m, 59 in
Wing area, 24.2 dm2, 375 sq in
Length, 108 cm, 42.5 in
Flying weight from, 305 g, 10.8 oz
Wing loading, 12.6 g/dm, 4.1 oz/sq ft
Aspect ratio, 9.2,
Wing airfoil, AG series,
Dihedral, 5.5�,
Centre of Gravity, 65 - 76 mm from wing leading edge
Controls, "Rudder, elevator, ailerons, throttle"
{endtable}
{table title="Marabu Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 47 g, 1.7 oz
Wings, 137 g, 4.8 oz
Fin, 6 g, 0.2 oz
Tailplane, 8 g, 0.3 oz
Accessories, 7 g, 0.2 oz
Pushrods, 5 g, 0.2 oz
Total structure, 210 g, 7.4 oz
Glue etc, 5 g, 0.2 oz
Wiring, 6 g, 0.2 oz
Receiver, 7 g, 0.2 oz
Tail servos, 11 g, 0.4 oz
Wing servos, 11 g, 0.4 oz
Battery, 35 g, 1.2 oz
Noseweight, 20 g, 0.7 oz
Flying weight, 305 g, 10.8 oz
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Aileron servos, Ripmax SD100, Power HD DSM44, Gening D531BB , Gening D541BB, KST X08, Hyperion DS09-SCD, Ripmax SD150, Corona DS843MG
Rudder & elevator servos, Ripmax SD100, Power HD DSM44, Gening D531BB , Gening D541BB, KST X08, Ripmax SD150, Corona DS843MG, Graupner DES 261
Receiver, 4 channel rx to match your transmitter
Battery (30-70g), Rhino 2S 360, Dream-Flight 300 mAh 4.8V NiMH
{endtable}
{table title=" Recommended Control Throws & Mixes " class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder, 19 mm each way
Tailplane, 11 mm up / 11 mm down
Flaperons, 9 mm up / 6 mm down
<i>Recommended flaperon settings</>
Speed mode, flat bottom surface
Cruise mode, flat top surface
Thermal mode, 2mm down
Landing mode, +40� (38mm down)
{endtable}
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DF-LIBELLEDream-Flight Libelle 1.2m" The {b,Dream-flight Libelle} is a breakthrough in discus launched gliders. Few modelling experiences can be as fulfilling as catching a thermal from a model launched by hand, with no other energy source involved. Until now, this experience has been out of reach to non-expert modellers. The Libelle changes this, it can be assembled, kitted-out, and trimmed for flight by pilots of any experience level, and for a smaller budget.
Apart from being extremely quick and easy to assemble, the {b,Libelle} (which means dragon fly in German) flies excellently, making it a fantastic introduction to discus launch gliding. We love our Libelle, and fly it on the flat, and on the slope often, where it really shines.
Libelle pilots will {i,get out and glide faster}, as many time-saving tasks have been expertly finished at the factory. Utilizing the most modern materials and foam molding techniques, Dream Flight have achieved a durable, lightweight, and super smooth airframe. The entire model is made from purpose-designed components, with all the main parts self-aligning and interlocking.
{bullet}
"ARG" Almost Ready to Glide - Get into the air faster with this quick assembly design!
100% self-aligning airframe produces a perfectly trimmed model for all skill levels
Precision-molded EPO foam and composite parts ensure easy assembly and best performance
Carbon fibre tail boom, wing spars, and pushrods produce a lightweight, durable airframe
All pushrods and clevises, for connecting the servos to the control surfaces are included
Highly efficient and graceful design for maximum enjoyment in light lift conditions
Left or right handed wingtip launch system - Zoom to thermal catching altitude with ease!
Flight and Assembly Manual provides thoughtful assembly and DLG soaring techniques
{endbullet}
Note that this product is the Libelle airframe, control linkages, etc. To make a flyable model you will also need a suitable radio control transmitter and receiver, four servos, and a receiver battery. Read a lot more about the Libelle on this RCGroups {href, http://www.rcgroups.com/forums/showthread.php?t=2095201,Libelle discussion thread} and this RCGroups {href,http://www.rcgroups.com/forums/showthread.php?t=2122423,review thread}. Some photos by Pierre Rondel, used with thanks.
{table title="Dream-Flight Libelle Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.2 m, 47 in
Wing area, 21.3 dm2, 330 sq in
Flying weight from, 278 g, 9.8 oz
Wing loading, 13.0 g/dm2, 4.3 oz/sq ft
Aspect ratio, 6.8,
Wing airfoil, Proprietary,
Controls, "Rudder, elevator, ailerons"
{endtable},
{table title="Recommended R/C-nano gear only" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator & rudder servos (2), Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Dream-Flight 4.8g, KST X06
Aileron servos (2), Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Dream-Flight 4.8g, KST X06, KST X06N
Receivers, 4/5 channel rx to suit your transmitter, eg Spectrum AR6610T, Lemon LM0034, Futaba R6004FF, FrSky X4R, Orange DSM2 compatible, Jeti Duplex R5, Multiplex Mlink RX-6-DR Light
Battery, HyperFlight 300 mAh 4.8V NiMH, Dream-Flight 300 mAh 4.8V NiMH, HyperLiPo 2S 300 mAh
Cables (2),Lightweight 20 cm Servo Extension Lead, Med-light 15 cm Servo Extension Lead, Lightweight 10 cm Servo Extension Lead
{endtable}
The Dream-Flight 4.8g and the Blue Bird BMS-101AMG, Blue Bird BMS-101DMG, Blue Bird BMS-101HV are the only servos that will fit without any modifications to the foam structure. Other servos will require some trimming of the foam. The receivers shown are suggestions, foam may need to be removed in some cases. Normal medium viscosity CA is required for assembly.
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Pierre Rondel {href,http://vimeo.com/88506629,Vimeo Video}
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OSPREY-RESOsprey 3000 RES, The {b,Osprey 3000 RES} is a beautiful new 3 m glider which is a delight to look at and a joy to fly. Its excellent aerodynamics make it a stable and easy to fly model with impeccable thermal performance, and a surprisingly good speed range.
Like its predecessor the Circle Dancer 3000 this models is a beautifully constructed balsa and carbon almost ready to fly version of the venerable Bubble Dancer by Dr Mark Drela. The {i,RES} appellation indicates that this version is controlled using Rudder/Elevator/Spoiler controls. The wing has generous dihedral and a large central spoiler fitted, keeping to the intent of the Drela design. The Osprey 3000 RES has beautifully built wing with a substantial carbon spar and carbon DBox, making it rigid and strong enough for a sensible winch launch.
The fine fuselage consists of a lightweight Kevlar, glass, and carbon pod molding with a small pylon for mounting the wing above the fuselage, to reduce interference drag. The fuselage nose incorporates a large (18 cm long) hatch to allow easy access to the battery, receiver, rudder and elevator servos. The hatch is very nicely molded from carbon fibre and incorporates a positive attachment system. The fuselage has a molded carbon tailboom incorporating a small pylon for the tailplane/horizontal stabiliser. The pushrod outers are bonded in place, and all the tail pushrod hardware is supplied.
The tailplane is a feather weight built-up balsa and carbon construction, covered with lightweight transparent film and is supplied ready to bolt onto the rear pylon mount. The tailplane includes a ready hinged elevator for faster pitch response.
The Osprey 3000 RES wing is expertly constructed from balsa and carbon, with beautifully applied transparent film covering, in contrasting colours. The centre panel incorporates a large spoiler to give good approach control. The centre and mid panels include carbon Dbox structural elements which considerably strengthen and stiffen the wing, allowing the model to be flown at higher speed and in windier conditions. The standard of construction is excellent, and the prefabrication is very complete. The only things left to do are gluing the tailboom to the pod, installing the control surface control horns, fabricating linkages for the spoiler, and fitting the RC, battery and towhook.
{table title="Osprey 3000 RES Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 3.0 m, 118 in
Wing area, 62.6 dm2, 970 sq in
Length, 175 cm, 68.9 in
Flying weight from, 1100 g, 38.8 oz
Wing loading, 17.6 g/dm2, 5.8 oz/sq ft
Aspect ratio, 14.4,
Wing airfoil, AG35/36/37,
Dihedral (EDA), 9�,
Centre of Gravity, 102 - 106 mm from wing leading edge
Controls, "Rudder, elevator, spoiler"
{endtable}
{table title="Osprey 3000 RES Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage & fin, 237 g, 8.4 oz
Centre panel, 243 g, 8.6 oz
Wing tips, 322 g, 11.4 oz
Tailplane, 33 g, 1.2 oz
Rudder, 11 g, 0.4 oz
Accessories, 54 g, 1.9 oz
Total structure, 900 g, 31.7 oz
Glue etc, 5 g, 0.2 oz
Wiring, 16 g, 0.6 oz
Receiver, 10 g, 0.4 oz
Rudder & elevator servos, 20 g, 0.7 oz
Spoiler servo, 10 g, 0.4 oz
Battery, 120 g, 4.2 oz
Noseweight, 19 g, 0.7 oz
Flying weight, 1100 g, 38.8 oz
{endtable}
{table title="Osprey 3000 RES Recommended Servos" class=1 cols=2 width=110,235 align=L,L autohref=2}
Elevator & rudder, MKS DS6100, MKS HV6100, KST DS145MG, Blue Bird BMS-105HV, Corona DS843MG, Hyperion DS09-AMD, KST DS113MG
Spoiler, MKS DS6100, MKS HV6100, Blue Bird BMS-105HV, KST DS113MG, KST DS135
{endtable}
{table title="Osprey 3000 RES Control Movements" class=1 cols=2 width=110,235 align=L,L,L}
Rudder, 60 mm each way
Elevator, 15 mm up, 15 mm down
Elevator neutral, 21 mm from the trailing edge to fuse top
Spoiler, 75� up deflection
{endtable}
@ � L � � # � � � � � � � � � 9 U� c1�C �}�b�. NP-XL-374Ripmax XL-3.7 New Power Servo - 8.3mm 4.3g 0.55Kg.cmr The {b,Ripmax New Power XL-3.7} is a cost effective servo with good centring and which is pretty slop-free for such a lightweight servo. It is great for the Libelle and other small gliders. Unfortunately it is a little too tall to fit easily in the Elf - it may fit, but installation will not be easy.
{table title="Ripmax New Power XL-3.7 Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=: autohref=2}
Body dimensions: 19.5 mm wide x 8.3 mm thick x 18.0 mm high : 0.77" wide x 0.33" thick x 0.71" high
Max dimensions: 27.5 mm wide x 8.3 mm thick x 24.8 mm high : 1.08" wide x 0.33" thick x 0.98" high
Stall torque (4.8V): 0.45 kg.cm: 6 oz.in
Stall torque (6V): 0.55 kg.cm: 8 oz.in
Weight: 4.3 g: 0.15 oz
Lead length: 18 cm: 7.1 in
Operating speed (4.8V): 0.10 sec/60�
Operating speed (6V): 0.08 sec/60�
Operating voltage: 4.8V to 6.0V
Bearings: Plastic bushes
Gear material: Nylon
Case material: Plastic
Motor type: Brushed DC motor
Digital: No
Programmable: No
Supplied accessories: 2 plastic output arms, 1 output disk, 1 arm retaining screw, 2 mounting screws
{endtable}
P � � M� I� � � � � � � � # y� c�"� , �}�b�/ PL-MICRO-1015-F5J.Powerline Micro 1015/3S 79g, up to 1600g model� The {b,Powerline Micro 1015} is an ultralight and ultra-compact 3S LiPo power system for smaller competition F5J electric and sports gliders weighing up to 1600 g. It is strong enough to power a 1200 g (42 oz) {pref,ERWIN-XL-E-ULTRA,Erwin XL Electric Ultralite F5J} or even a 1380 g (49 oz) {pref,SUPRA-EXPERT-E,Supra Expert Electric F5J} - getting it to 200 m in 20 to 28 seconds.
The powertrain consists of a powerful Lehner 1015 ultra high efficient brushless motor fitted to a 6.75:1 high reduction ratio planetary gearbox. The gearbox is both efficient and tough, so will withstand F5J competition arrivals.
The weight of the complete F5J power system using a Powerline Micro 1015/F5J is only about 222g! See the table below.
{table title="Powerline Micro 1015 Weights" class=1 cols=2 width=135,150 align=L,L, separator=: autohref=2}
Powerline micro 1015: 78 g
RFM propeller 16 x 8.5: 12 g
RFM 30mm Turbo Spinner: 13 g
Lipo 3s 850 40C: 80 g
YGE40 ESC : 36 g
Firewall CFRP: 1 g
Plugs and screws: 2 g
Total: 222 g
{endtable}
{table title="Powerline Micro 1015/F5J Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=: autohref=2}
Gearbox diameter: 22.0 mm: 0.87 in
Motor diameter: 22.0 mm: 0.87 in
Motor+GB length: 60.0 mm: 2.36 in
Shaft diameter: 5.0 mm: 0.20 in
Motor+GB weight: 78.0 g: 2.75 oz
Lead length: 6.0 cm: 2.36 in
Motor: Lehner 1015/18
Manufacturers Kv: 4444 RPM/V
Manufacturers Geared Kv: 658 RPM/V
Recommended battery: 3S LiPo
Recommended prop: 16 x 8
Input power: 380 W
Max LiPo capacity: 1.0 Ah
Supplied accessories: 4 mounting screws, 4 washers, 3 3.5mm plugs & sockets
{endtable}
� � �<� � �2� � � � � � � � � Y� 5 y� c1�CcG ,%� @�`�9 DF-NIMH-300&Dream-Flight 300 mAh 4.8V NiMH Battery� Small four cell 4.8V battery suitable for the Dream Flight Libelle. The battery comes with a universal (JR type) RC plug.
This battery should be trickle charged at 30 mA for approx 14 hrs. You can make up a charge lead using a 220 ohm 0.25W (or larger) resistor. Charge from a 12V DC voltage source.
{table title="Dream-Flight 300 mAh NiMH Libelle Battery Specification" class=1 cols=2 width=130,200 align=L,L}
Chemistry, Nickel Metal Hydride
Number of cells, 4
Voltage, 4.8V nominal
Capacity, 300 mAh
Charge current range, 25 mA - 100 mA
Trickle charge, 30 mA for 14 hrs
Weight, 31 g
Length, 56 mm
Width, 18 mm
Height, 14 mm
{endtable}
{NiMHPost}
, � 2� � F� � � � � � � � 2 2G3& Like HyperFlight NiMH battery �� +0� ��b�P MKS-HV6125E-MKS HV6125E Servo - 3.5Kg.cm 0.05s 19.9g 12mmO The new {b,MKS-HV6125E} is primarily designed as a glider tail servo, with excellent speed, brilliant resolution, and NO free play. It perfectly complements the HBL6625 HV wing servo - but the HV6125e can also be useful for wings, where the fantastic speed will be appreciated. Also great for heli cyclic and tail rotor use.
{bullet}
High Voltage: 6.0 - 8.4V
Ultra-High Resolution
All Aluminium Alloy CNC Case
Coreless Motor
Fast
Negligible Backlash
{endbullet}
{MKSCNC}
{ServoSpecs}
Tags: RC glider, sailplane, slope, F3F, F3B, F3J, all-aluminium, 333hz, v tail servo � � X � � 5>� � � � � � � � ) 1D1 HV6125E� e �}�b�1
MAXA-PRO-4Maxa Pro 4 F3J Glider� The {b,Maxa Pro 4} is Vladimir's Models latest and best ever F3J thermal soarer. It features an advanced design by Joe Wurts, the legendary Word Championship winner of all glider classes, and professional aerodynamicist. Joe spent many months optimising the Maxa for the F3J thermal soaring class, but the large size, light weight, high aspect ratio, and well cambered airfoils also makes it ideal for sport flying.
The large size and extreme light weight have been made possible by a new spread carbon fabric perfected by Vladimir Gavrilko and made by specially designed machines in his impressive fabrication facility. The wing is a monocoque structure with a skin of a double layer of spread carbon strengthened with a F3J strength spar made with a multi-ply 45� balsa and carbon shear web between substantial IMS 65 carbon spar caps. We are mostly stocking the "Light" (which used to be called the Hard Spread carbon) version. The even stronger "Windy" and "Storm" versions are available to special order.
{IDS}
The latest Maxa Pro 4 models include a long tailboom and a lightweight spread carbon molded tailplane mounted on a short pylon to reduce drag. The tailplane (horizontal stabiliser) has a separate elevator to further increase stability and controllability. The solid molded tail construction improves strength and minimises weight - previously the rudder and tailplane were film covered built-up structures. The benefits of the new tail are:
{bullet}
Reduced tail drag
Increased rudder and elevator control effectiveness
Increased rigidity of tail and control system
Reduced tail weight
Removable fin for easier transport
{endbullet} To achieve these improvements Vladimir's Models changed to an elliptical shape tail boom. Stiffness of the boom is increased by more than two times and the weight is increasing by just 9%. The tail boom is narrowed towards the end to reduce aerodynamic drag. The all new fin and stabilizer are constructed from solid core Rohacell and covered with ultralight Carboline 26 g/m �. The tailplane's carbon spars are made from pre-stretched and uniformly impregnated rovings and laid into the slots in the core.
Cut away drawing of the Maxa "Light" wing construction.
{img, extras/Maxa-Hard-Spread-Wing.jpg, Maxa wing construction}
Cut away drawing of the Maxa spar, showing the IMS 65 carbon spar caps, and the +/- 45� balsa/carbon/balsa ply spar web.
{img, extras/F3J-Maxa-spar.jpg,Maxa spar construction}
The fuselage is a well engineered Kevlar and carbon pod, with a diagonally wound spread carbon boom, and fin mounted cruciform tail. The model is totally complete, and almost no assembly is required. The tail pushrods are ready installed, and all the hardware is supplied for the wing servo installation. The model comes with a ballast tube and a wiring harness. The benefits of the Maxa include:
{bullet}
The Maxa�s aerodynamic qualities have been modelled to a new level of accuracy and by Joe Wurts. In the process Joe designed a new family of airfoils and optimised the shape of the model to get the best from the new spread carbon composites being developed by Vladimir. The result is a very low sink rate that ensures the longest duration in no-thermal conditions, while also maintaining gentle handling that inspires confidence from the first flight.
The Maxa�s low wing loading and inertia makes it very respond to tiny air disturbances, allowing small bubbles to be detected and worked from low down, allowing short F3J tows and high scores.
The Maxa 4�s large span allows it to be seen further away than smaller models, allowing a larger volume of air to be searched, and thermals worked for longer. This is especially important for the 15 minute fly-off task.
The excellent lift/drag ratio, especially at higher speeds, gives good penetration, and thus the ability for the glider to return from distant thermals with little altitude loss.
The long nose moment means little weight is required to balance the model, keeping the wing loading low, and the launch acceleration high.
As the ballast system allows the model�s weight can be tuned to the conditions, allowing the Maxa to shine in even the strongest wind.
{endbullet}
This combination of state of the art aerodynamics, low weight, and a good size makes the Maxa 4 the best model for competitive F3J soaring, bar none. See this RCGroups {href, http://www.rcgroups.com/forums/showthread.php?t=1488021, Maxa discussion} and the Vladimir's Models {href,http://f3j.in.ua/en/maxa-family.html, Maxa 4} page for a lot more info.
{table title="Maxa 4 Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 3.9 m, 155 in
Wing area, 82.2 dm2, 1273 sq in
Length (2013 version), 186 cm, 73.2 in
Flying weight from, 1750 g, 61.7 oz
Wing loading, 21.3 g/dm2, 7.0 oz/sq ft
Aspect ratio, 18.8,
Wing airfoil, rt01/td19sag/j00/j01/j02/j03
Dihedral (EDA), 6.0�,
Centre of Gravity, 95-112 mm from wing leading edge
Controls, "Rudder, elevator, ailerons, flaps"
{endtable}
{table title="Maxa 4 Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Pod, 170 g, 6.0 oz
Boom & Fin, 106 g, 3.7 oz
Wing c/s, 606 g, 21.4 oz
Wing tips, 423 g, 14.9 oz
Tailplane, 34 g, 1.2 oz
Accessories, 100 g, 3.5 oz
Total structure, 1439 g, 50.8 oz
Wiring & bits, 21 g, 0.7 oz
Pushrods, 0 g, 0.0 oz
Receiver, 20 g, 0.7 oz
Tail servos, 40 g, 1.4 oz
Wing servos, 90 g, 3.2 oz
Switch, 20 g, 0.7 oz
Battery, 120 g, 4.2 oz
Flying weight, 1750 g, 61.7 oz
{endtable}
{F3JServos}
{video,6xitzoO2xCQ} 4 � =� � J � � � � � � � � � �� i� �r �|�b�2 SUPRA-NOSE-BALLASTSupra Nose Weight� A molded lead noseweight designed to perfectly fit the Supra Pro glider nose. Also fits many other molded glider fuselages.
Weight: 100 g
Length: 41 mm
If necessary it can be made less heavy by cutting or filing down the wide end. 6 � K� � $� � � � � � � � � c1�C x �}�b�3 MAXA-NOSE-BALLASTMaxa & Maxa Pro Nose Weight� A molded lead noseweight designed to perfectly fit the Maxa glider nose. Also fits many other molded glider fuselages.
Weight: 96 g
Length: 42 mm
If necessary it can be made less heavy by cutting or filling down the wide end. , � K� � 0� � � � � � � � � �� c1�C� �}�b�4 MAXA-PRO-35E
Maxa Pro 3.5ea The {b,Maxa Pro 3.5e Megalight} is the 3.5m version of Vladimir's Models latest and lightest version of the Maxa, specially optimised for F5J competitions. It features an advanced design by Joe Wurts, the legendary Word Championship winner of all glider classes, and professional aerodynamicist. Joe spent many months optimising the Maxa for the F3J thermal soaring class, but the large size, light weight, high aspect ratio, and well cambered airfoils also makes it ideal for electric thermal soaring, especially the new FAI F5J class and the popular UK eSoaring class. Previously the Maxa was a bit heavy, in comparison to the latest European F5J planes, but this latest {i,Megalight} version has about 25% lighter than the previous lightest layups, making it much easier to core low level thermals, while still retaining enough toughness to be a workable all-weather F5J model.
This 3.5m span version is reputed handle better than the 4m Maxa and its performance is not noticeably affected by the lower wingspan. For F5J competitions the smaller 3.5m span helps with coring in the smaller thermals found low down. Also its slightly higher wing loading makes the Maxa Pro 3.5e Megalight ideally suited to windier conditions, where better manoeuvrability, and a higher wing loading allows the model to penetrate and be flown accurately in a breeze.
The extreme light weight have been made possible by a new spread carbon fabric perfected by Vladimir Gavrilko and made by specially designed machines in his impressive fabrication facility. The wing is a monocoque structure with a skin of a double layer of spread carbon strengthened with a F5J strength spar made with a multi-ply 45� balsa and carbon shear web between substantial IMS 65 carbon spar caps.
{IDS}
The latest Maxa Pro 3.5 Megalight models feature a tailplane mounted on a short pylon to reduce drag. The tailplane (horizontal stabiliser) has a separate elevator to further increase stability and controllability. The tailplane, fin, and rudder are now molded from lightest weight spread carbon to improve strength and minimise weight - previously the rudder and tailplane were film covered built-up structures.
Cut away drawing of the Maxa "Light" wing construction.
{img, extras/Maxa-Hard-Spread-Wing.jpg, Maxa wing construction}
Cut away drawing of the Maxa spar, showing the IMS 65 carbon spar caps, and the +/- 45� balsa/carbon/balsa ply spar web.
{img, extras/F3J-Maxa-spar.jpg,Maxa spar construction}
The fuselage is a well engineered Kevlar and carbon pod, with a diagonally wound spread carbon boom, and fin mounted cruciform tail. The model is totally complete, and almost no assembly is required. The tail pushrods are ready installed, and all the hardware is supplied for the wing servo installation. The model comes with a ballast tube (for windy conditions) and a wiring harness.
{bullet}
The Maxa�s aerodynamic qualities have been modelled to a new level of accuracy and by Joe Wurts. In the process Joe designed a new family of airfoils and optimised the shape of the model to get the best from the new spread carbon composites being developed by Vladimir. The result is a very low sink rate that ensures the longest duration in no-thermal conditions, while also maintaining gentle handling that inspires confidence from the first flight.
The Maxa�s low wing loading and inertia makes it very respond to tiny air disturbances, allowing small bubbles to be detected and worked from low down, allowing low Start heights and high F5J scores.
The Maxa 3.5�s more manageable size allows it to be flown in a wider range of conditions than larger, more lightly loaded models. The excellent lift/drag ratio, especially at higher speeds, gives good penetration, and thus the ability for the glider to return from distant thermals with little altitude loss.
The long nose moment allows very lightweight powertrains to be used to balance the model.
As the electric version retains the ballast system of the glider version, the model�s weight can be tuned to the conditions, allowing the Maxa to shine in even the strongest wind.
{endbullet}
This combination of state of the art aerodynamics, low weight, and a good size makes the Maxa 4e the best model for competitive F5J soaring, bar none. See this {href, http://www.rcgroups.com/forums/showthread.php?t=1558751, RC Groups Maxa 4e thread} and the Vladimir's Models {href,http://f3j.in.ua/en/maxa-el-family.html, Maxa 4 EL} page for a lot more info.
{table title="Maxa Pro 3.5 Megalight Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 3.5 m, 138 in
Wing area, 73.8 dm2, 1144 sq in
Length, 167 cm, 65.7 in
Flying weight from, 1185 g, 41.8 oz
Wing loading, 16.1 g/dm, 5.3 oz/sq ft
Aspect ratio, 16.6,
Wing airfoil, rt01/td19sag/j00/j01/j02/j03
Dihedral (EDA), 7.7�,
Spinner Diameter, 32 mm,
Centre of Gravity, 105-114 mm from wing leading edge
Controls, "Rudder, elevator, ailerons, flaps, throttle"
{endtable}
{table title="Maxa Pro 3.5 Megalight Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Pod, 110 g, 3.9 oz
Boom, 59 g, 2.1 oz
Wing c/s, 330 g, 11.6 oz
Wing tips, 255 g, 9.0 oz
Tailplane, 30 g, 1.1 oz
Fin 30 g, 1.1 oz
Accessories, 40 g, 1.4 oz
Total structure, 884 g, 31.2 oz
Wiring, 24 g, 0.8 oz
Receiver, 10 g, 0.4 oz
Tail servos, 21 g, 0.7 oz
Wing servos, 42 g, 1.5 oz
Speed control, 36 g, 1.3 oz
Motor, 70 g, 2.5 oz
Prop & spinner, 28 g, 1.0 oz
Battery, 70 g, 2.5 oz
Flying weight, 1185 g, 41.8 oz
{endtable}
{table title="Maxa 3.5 Pro Megalight Recommended Servos" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator & rudder, MKS DS75K, MKS DS6100, MKS HV6100, Blue Bird BMS-105HV
Aileron, MKS DS6100, MKS HV6100
Flap, MKS DS6100, MKS HV6100, MKS HV6130
{endtable}
{table title="Maxa 3.5 Pro Megalight Powertrain Recommendations" class=1 cols=2 width=130,310 align=L,L autohref=1}
Powerline Micro 1015, 3S 700mAh LiPo, 15x8 prop (8 m/s, 1500 fpm, 37A)
Powerline Micro 1025/10, 3S 1Ah LiPo, 16x8 prop (10 m/s, 2000 fpm, 43A)
Leomotion L3007-5000R, 3S 1Ah LiPo, 13x7 prop (9 m/s, 1700 fpm, 39A)
Leomotion L3007-5000, 3S 1Ah LiPo, 16x8 prop (9 m/s, 1800 fpm, 39A)
Leomotion L3013-4550, 3S 1Ah LiPo, 15x9 prop (11 m/s, 2200 fpm, 57A)
Hacker A20-6XL geared 4.4:1, 3S 1Ah LiPo, 16x9 Aeronaut prop (10 m/s, 1900 fpm, 46A)
Mega 16/25/3, direct drive, 3S 1Ah LiPo, 12x6 prop ( 9 m/s, 1800 fpm, 59A)
{endtable}
^ � -2� � <� � � � � � � � � �� c1�C � �}��b�5
MAXA-PRO-FUSE3Maxa Pro 3.5 and 4 - glider fuselage, boom, fin set TBA _ � � � � � � � � � � � � �� T�� M �}�b�6
MAXA-PRO-STAB-Tailplane for the Maxa Pro 4 and Maxa Pro 3.5� Replacement horizontal stabiliser / tailplane / elevator for the Maxa Pro 4 and Maxa Pro 3.5 electric and glider models.
New design with separate elevator - not all flying.
� � g+� � 5 � � � � � � � � � �� c1�C +=� ��b�^ ELF-HEAT-SHRINKHeat Shrink Tubing� This heat shrink tubing is used for attaching the wire end pieces to a carbon pushrod, as used on an Elf DLG.
To use:
1. Cut the tube to be approx 10 mm long
2. Feed onto the carbon pushrod, so it is well out of the way.
3. Glue the wire pushrod end to the carbon rod with a {b,little} CA glue. Wait for the glue to harden.
4. Add a little thin CA, then quickly slide the heat shrink tube back over the joint.
5. Heat the tube with a hot air gun to get it to shrink, reinforcing the joint. Ensure you don't overheat any other part of the Elf's structure, especially not the wing covering.
Approx 1.8mm OD (unshrunk)
Supplied length: Approx 80 mm
i � 9� � � � � � � � � �
2F3 � �}�b�8
KST-DS245H,KST DS245H Nano Wing Servo - 8mm 9g 2.0Kg.cm� The {b,KST DS245H} is a low/medium voltage extremely thin metal cased servo, especially good for ailerons on DLGs, electric racers, and all models with thin flying surfaces. Although based on the DS245MG the case is thinner and smaller, reducing the weigh. Its flat mounting tabs make it especially suitable for mounting in wings and other flying surfaces. It can be operated from a voltage as low as 3.5V (1S LiPo) or as high as 6V (2S LiFe). The factory has recently improved its geartrain machining tolerances, and this servo is completely slop free, and equal to products costing twice as much. Despite not having the -MG monicker this servo also has metal gears, and is very tough.
At only 8 mm thick this powerful and reasonably high speed servo can easily fit in thin glider, pylon racers and EDF wings. With up to 2.6kg.cm torque the KST DS245H is appropriate for F3K, F5J, many types of high performance models.
{table title="KST DS245H Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=: autohref=2}
Body dimensions: 23.5 mm wide x 8.0 mm thick x 20.1 mm high : 0.93" wide x 0.31" thick x 0.79" high
Max dimensions: 29.5 mm wide x 8.0 mm thick x 26.5 mm high : 1.16" wide x 0.31" thick x 1.04" high
Stall torque (3.8V): 1.20 kg.cm: 17 oz.in
Stall torque (4.8V): 1.50 kg.cm: 21 oz.in
Stall torque (6V): 2.00 kg.cm: 28 oz.in
Weight: 9.0 g: 0.32 oz
Lead length: 10 cm: 4.0 in
Operating speed (3.8V): 0.10 sec/60�
Operating speed (4.8V): 0.09 sec/60�
Operating speed (6V): 0.08 sec/60�
Operating voltage: 3.5V to 6.0V
Bearings: 2 ball bearings
Gear material: Aluminium alloy / copper-bronze alloy
Case material: Aluminium alloy
Motor type: Coreless DC motor
Working frequency: 333 Hz
Driver type: FET
Digital: Yes
Programmable: No
Supplied accessories: 3 plastic output arms, 1 arm retaining screw, 4 mounting screws
Optional accessories: KST Replacement Plastic Servo Arm Set, KST Metal Servo Output Arm, Frame for KST DS245H
{endtable}
d � H� )� � � � � � � � � 2 DS245MG�� c2�4 �� .ȸ ��b�: DF-LIBELLE-STICKER Dream-Flight Libelle Sticker SetS Four pre-cut white wing reinforcement decals . Apply these lightweight film decals to your Libelle's foam wing leading edges for increased wing stiffness and durability. The extra stiffness these decals provide will also enhance your Libelle's launch performance.
Also contains a sticker sheet with eight Dream Flight logos and slogans. n � � P� #� � � � � � � � 2 �� < c �}�b�< D541BB'Gening D541BB Servo - 8.5mm 5g 0.8Kg.cm� The {b,Gening D541BB} servo is an excellent economy digital servo with good centering and resolution. In real life use it has even better torque than the specications suggest, and it is fast and reliable. The D541 is a cost-effective alternative to many small servos.
It is suitable for most small gliders, small electric racers, and small 3D and F3P aerobatic models.
{table title="Gening D541BB Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=: autohref=2}
Body dimensions: 20.0 mm wide x 8.5 mm thick x 19.3 mm high : 0.79" wide x 0.33" thick x 0.76" high
Max dimensions: 27.5 mm wide x 8.5 mm thick x 27.5 mm high : 1.08" wide x 0.33" thick x 1.08" high
Stall torque (4.8V): 0.70 kg.cm: 10 oz.in
Stall torque (6V): 0.80 kg.cm: 11 oz.in
Measured weight: 5.0 g: 0.18 oz
Lead length: 14 cm: 5.6 in
Operating speed (4.8V): 0.09 sec/60�
Operating speed (6V): 0.08 sec/60�
Operating voltage: 4.8V to 6.0V
Bearings: 1 ball bearings
Gear material: Carbon filled nylon
Case material: Plastic
Motor type: Coreless DC motor
Dead band: < 3uS
Digital: Yes
Programmable: No
Supplied accessories: 4 plastic output arms, 2 arm retaining screws, 2 mounting screws
{endtable}
2 � 8� � 2� � � � � � � � 2 = �� c1�C �}�b�= D531BB)Gening D531BB Servo - 8.5mm 4.6g 0.6Kg.cm� The {b,Gening D531BB} servo is an excellent economy digital servo with good centering and resolution. In real life use it has a better torque than the specifications suggest, and it is fast and reliable. The D531 is a cost-effective alternative to the Ripmax SD100 or Dymond D47 (though it is not capable of 2S LiPo operation).
It is suitable for most small gliders, small electric racers, and small 3D and F3P aerobatic models. It is particularly suited to the Libelle DLG, and can be fitted to the Elf Mini DLG, though installation is very tight.
{table title="Gening D531BB Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=: autohref=2}
Body dimensions: 20.0 mm wide x 8.5 mm thick x 17.3 mm high : 0.79" wide x 0.33" thick x 0.68" high
Max dimensions: 27.4 mm wide x 8.5 mm thick x 25.6 mm high : 1.08" wide x 0.33" thick x 1.01" high
Stall torque (4.8V): 0.50 kg.cm: 7 oz.in
Stall torque (6V): 0.60 kg.cm: 8 oz.in
Measured weight: 4.6 g: 0.16 oz
Lead length: 14 cm: 5.6 in
Operating speed (4.8V): 0.09 sec/60�
Operating speed (6V): 0.08 sec/60�
Operating voltage: 4.8V to 6.0V
Bearings: 1 ball bearings
Gear material: Carbon filled nylon
Case material: Plastic
Motor type: Coreless DC motor
Dead band: < 3uS
Digital: Yes
Programmable: No
Supplied accessories: 4 plastic output arms, 2 arm retaining screws, 2 mounting screws
{endtable}
. � 8� � 2� � � � � � � � ( = �� c1�C �}�b�> DF-LIBELLE-WING%Dream-Flight Libelle Replacement Wing� Libelle foam wing set with carbon spars and wingtip plates installed Includes wing center plate, dihedral braces, and launching peg. � � ,� � # � � � � � � � � � < �� c1�C �}�b�? DF-TAIL-SET2Dream-Flight Libelle Replacement Tailplane and Finq Dream Flight Libelle horizontal stabilizer (tailplane) and fin. Carbon spars and elevator center plate installed. x �
� � � � � � � � � � � < �� c1�C k �}�b�@ EXT-LEAD-15CM-26AWG&Lightweight 15 cm Servo Extension Lead� A lightweight 26 AWG servo extension lead for DLGs and other small models.
The wire is 15 cm long, the overall length including the plug and socket is 18 cm. Works with all makes of RC.
Weight = 2.4 g s � S� � #� � � � � � � � �� c1�C �}�b�A
KST-DS245S%KST DS245S HV Servo - 8mm 9g 2.6Kg.cm� These {b, KST DS245S Servos} have been superseded by the {pref,KST-X08, KST X08}.
We suggest the X08 servo is purchased instead. It is a drop-in replacement.
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{table title="KST DS245S Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=: autohref=2}
Body dimensions: 23.5 mm wide x 8.0 mm thick x 20.1 mm high : 0.93" wide x 0.31" thick x 0.79" high
Max dimensions: 29.5 mm wide x 8.0 mm thick x 26.5 mm high : 1.16" wide x 0.31" thick x 1.04" high
Stall torque (3.8V): 1.25 kg.cm: 17 oz.in
Stall torque (6V): 2.20 kg.cm: 31 oz.in
Stall torque (7.4V): 2.60 kg.cm: 36 oz.in
Weight: 9.2 g: 0.32 oz
Lead length: 10 cm: 4.0 in
Operating speed (3.8V): 0.12 sec/60�
Operating speed (6V): 0.09 sec/60�
Operating speed (7.4V): 0.07 sec/60�
Operating voltage: 3.8V to 8.4V
Bearings: 2 ball bearings
Gear material: Aluminium alloy / copper-bronze alloy
Case material: Aluminium alloy
Motor type: Coreless DC motor
Working frequency: 333 Hz
Driver type: FET
Digital: Yes
Programmable: No
Supplied accessories: 3 plastic output arms, 1 arm retaining screw, 4 mounting screws
Optional accessories: KST DS245 Servo Arm Set, Frame for KST DS245S
{endtable}
Note the servo packaging gives a lower voltage range of 3.8V to 7.4V. This is a printing error and the manufacturer has confirmed the servos are fine operating from unregulated 2S LiPo battery.
Z � R� � � � � � � � � � 2 �� c2�4 � �}�b�C DF-FUSE-PUSHROD-SET)Dream-Flight Libelle fuselage pushrod setJ A set of 2 carbon pushrods and end fittings, as supplied with the Libelle. � � � � � � � � � � � � � < �� c1�C � �}�b�D CARBON-STRIP-2032mm x 0.3mm Carbon Strip {cstripb, 0.3, 2.0, 0.8} � � � � 7� � � � � � � � �� c1�Cq ���b�E
EXTRA-POSTAGE1UK Islands, NI & Scottish Highlands Extra Postage� We cannot deliver long carbon items some parts of the UK without incurring extra charges. Add this product to the basket if you want a carbon item longer than 88 cm (the Royal Mail length limit) and live in the Scottish Highlands, Northern Ireland, an island, or your post code is listed in Zone C or D in the second image.
{i,European} and {i,Rest of the World} customers do not need to add this product to the basket - your postal charge is calculated correctly. �
2� � � � � � � � � � c1�C� �}�b�G DS245S-SERVO-FRAMEFrame for KST DS245S (pair)5 These HyperFlight CNC cut ply servo frames make fitting a {b,KST DS245S} servo or a similarly sized servo to a molded wing very easy. No thickness is added to the installation, and the servo is mounted securely, yet can be removed easily if required.
Two servo frames supplied in the pack.
{ServoFrame} � 9� � 2� � � � � � � � ' �� c1�C `}�`�M DF-LIBELLE-FUSE-Dream-Flight Libelle Replacement Fuselage Set< Libelle fuselage set with pushrods and all fuselage hardware � � 4-� � - � � � � � � � � � ; 21/5 15 - 2 fuses made up complete models with spare wings.< ˼ c1�C R �}�b�b TASER-BAGTaser Wing Bags� A set of padded aluminumised wing bags for all versions of the PCM Taser and Taser Carbon models.
These nicely made bags will eliminate transport and handling damage, paying for themselves easily. & �
� � � � � � � � � � , TASER-WING-BAGS*� c1�C Y ��b�N CARBON-BOOM-10-5&10mm - 5mm x 0.88m Tapered Carbon Boom� High quality wound carbon epoxy tapered boom. Ideal for wing spars and low drag tail booms in RC and FF mini gliders and DLGs.
{cbooms,10.0,5.0, 0.3, 12.1, 88, Wing spars; tailbooms}
� � P� � � � � � � � � � d 3 jo\H� �}�b�_
HYPER-27ME Hyper 2.7me- The {b,Hyper 2.7me} is an ultra lightweight 107" span electric soarer that really excels in light air. It is the very latest of the Hyper 2.x range and the extended wing improves the glide angle and reduces the already very low sink rate. The boom has also been extended to maintain the honest handling.
The Hyper 2.7me is beautifully made in Ukraine using the high tech composite construction techniques the USSR perfected. The large ailerons and flaps give the model a very good feel in the air, and allow the wing camber to be optimised for the current task, whether it is maximising the lift by increasing camber to stay in the core of the thermal, or decreasing camber to allow the model to be flown back upwind with minimal height loss.
The lightweight three piece wing is very rigid and strong. It is built with a substantial Kevlar wrapped carbon spar, a Kevlar/carbon D-box, carbon capped ribs and a carbon trailing edge. The ailerons, flaps and rudder are pre-hinged, making crow braking very effective, and ensuring accurate landings. The removable tailplane and compact dimensions allow the model to be transported easily. The fuselage incorporates a large canopy hatch to give good access to the powertrain. The rudder servo is designed to be housed in the fin, with the elevator servo fitted in the rear of the pod. The only work required to finish the model is to glue the boom to the pod, the fin to the boom, glue horns onto the control surfaces, and install the RC and powertrain. This shouldn't take more than a few evenings. Control horns are supplied, but pushrods will need to be supplied by the builder.
{b,Recommended powertrains:}
Hacker A20-20L 11x6 prop, 3S 900mAh LiPo (26A, 8 m/s)
Hacker A20-20L 14x7 prop, 2S 900mAh LiPo (26A, 6 m/s)
Scorpion 2215-18 10x6 prop, 3S 900mAh LiPo (25A, 7 m/s)
{table title="Hyper 2.7me Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.7 m, 107 in
Wing area, 49.2 dm2, 763 sq in
Length, 131 cm, 51.6 in
Flying weight from, 794 g, 28.0 oz
Wing loading, 16.1 g/dm2, 5.3 oz/sq ft
Aspect ratio, 15.0,
Wing airfoil, AG04,
EDA (dihedral), 6.0�,
Spinner Diameter, 30 mm,
Centre of Gravity, 78-84 mm from wing leading edge
Controls, "Rudder, elevator, ailerons, flap, throttle"
{endtable}
{table title="Hyper 2.7me Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Pod, 67 g, 2.4 oz
Boom, 32 g, 1.1 oz
Wing C/S, 140 g, 4.9 oz
Wing Tips, 201 g, 7.1 oz
Tail Plane, 23 g, 0.8 oz
Fin, 19 g, 0.7 oz
Accessories, 25 g, 0.9 oz
Total structure, 507 g, 17.9 oz
Wiring, 30 g, 1.1 oz
Pushrods, 8 g, 0.3 oz
Receiver, 7 g, 0.2 oz
Rudder servo, 5 g, 0.2 oz
Elevator servo, 5 g, 0.2 oz
Wing servos (3), 20 g, 0.7 oz
Speed control, 30 g, 1.1 oz
Motor, 57 g, 2.0 oz
Prop & spinner, 25 g, 0.9 oz
Battery, 100 g, 3.5 oz
Flying weight, 794 g, 28.0 oz
{endtable}
{table title=" Recommended Control Throws" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder, 22 mm each way
Tailplane, 10 mm up / 10 mm down
Flaps, 3 mm up / 50 mm down
Ailerons, 20 mm up / 15 mm down
<i>Recommended flight mode settings</>
Speed mode, flap 1.5 mm up, ailerons aligned with flap
Thermal mode, flap 3 mm down, ailerons aligned with flap
Crow brake mix, 10 mm up aileron with full down flap
{endtable}
{table title="Recommended Servos" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder & elevator (2 servos), Ripmax SD100, Power HD DSM44, KST X08
Ailerons (2 servos), Ripmax SD100, Ripmax SD150, Corona DS843MG, Hyperion DS09-SCD, Power HD DSM44, KST X08
Flap (1 servo only), Ripmax SD150, Corona DS843MG, Hyperion DS09-SCD, Hyperion DS09-AMD, KST X08, MKS DS6100
{endtable}
{b,Notes}
The canopy is held in place by two carbon tabs at the rear, and a tongue at the front. To release it unclip the rear tabs and ease it back.
The tailplane mount is already installed as part of the tailplane assembly, but is supplied pushed back into the void in the underside of the tailplane and isn't obviously articulated. To see it gently pull out the carbon mount, it rotates around the tubular spar.
6 � a � � � � � � � � � � � � %� c1�C � `}�`�] TUKANTukan* The {b,Tukan} is a lightweight carbon and balsa glider with a span of 1.5m, and is a perfect introduction to electric soaring. Based on modern discus launched glider designs, it has a great performance and lovely looks. It thermals easily, has a reasonably good speed range, and its large flaperons allow it to be slowed down and spot landed with ease.
The Tukan fuselage consists of a slim glassfibre pod with a little carbon reinforcement and a canopy hatch, mated to a stiff carbon tailboom. The firewall has already been fitted in the pod. At the end of the boom a small carbon pylon supports the tail. The wings are of built-up balsa construction, with tubular carbon spars, and large pre-hinged flaperons, and are superbly covered in lightweight film. The tailplane and fin are also built-up balsa surfaces, ready covered, and with the rudder and elevator pre-hinged. The model is very nicely made and little work is required to get the glider airborne - basically the fin and tail mount need to be glued, the wings joined and glued using the supplied joiner, the control horns fitted, and the RC & powertrain need to be installed.
The Tukan is a brilliant value 1.5m eSoarer that builds quickly and flies very well.
{table title="Tukan Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.5 m, 59 in
Wing area, 24.2 dm2, 375 sq in
Length, 108 cm, 42.5 in
Flying weight from, 355 g, 12.5 oz
Wing loading, 14.7 g/dm, 4.8 oz/sq ft
Aspect ratio, 9.2,
Wing airfoil, AG series,
Dihedral angle, 5.5�,
Spinner Diameter, 28 mm,
Centre of Gravity, 72 - 76 mm from wing leading edge
Controls, "Rudder, elevator, ailerons, throttle"
{endtable}
{table title="Tukan Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 47 g, 1.7 oz
Wings, 117 g, 4.1 oz
Fin, 10 g, 0.4 oz
Tailplane, 13 g, 0.5 oz
Accessories, 8 g, 0.3 oz
Pushrods, 8 g, 0.3 oz
Total structure, 203 g, 7.2 oz
Glue etc, 5 g, 0.2 oz
Wiring, 6 g, 0.2 oz
Receiver, 7 g, 0.2 oz
Tail servos, 11 g, 0.4 oz
Wing servos, 11 g, 0.4 oz
Speed control, 20 g, 0.7 oz
Motor, 40 g, 1.4 oz
Prop & spinner, 12 g, 0.4 oz
Battery, 40 g, 1.4 oz
Flying weight, 355 g, 12.5 oz
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Aileron servos, Ripmax SD100, KS HD47MG, Power HD DSM44, Gening D531BB , Gening D541BB, KST X08, Hyperion DS09-SCD, Ripmax SD150, HyperFlight DS57
Rudder & elevator servos, Ripmax SD100, KS HD47MG, Power HD DSM44, Gening D531BB , Gening D541BB, HyperFlight DS57, KST X08
Receiver, 5 channel rx to match your transmitter
{endtable}
{table title=" Recommended Control Throws & Mixes " class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder, 19 mm each way
Tailplane, 11 mm up / 11 mm down
Flaperons, 9 mm up / 6 mm down
<i>Recommended flaperon settings</>
Speed mode, flat bottom surface
Cruise mode, flat top surface
Thermal mode, 2mm down
Landing mode, +40� (38mm down)
{endtable}
{b,Recommended Powertrains}
Hacker A10 9L, 7x5 folder on 360mAh 2S LiPo (9A, 4.0 m/s)
Mega 16/7/12, 8x5 folder on 500mAh 2S LiPo (9.5A, 4.7 m/s)
Hacker A20 34S, 8x5, 8.5x5, 9x5, 9x6 folder on 500mAh 2S LiPo (12A, 5.4 m/s on 8x6 prop)
Any small brushless motor (max 28mm diameter) weighing 20 g - 48 g with a Kv between 1000 and 1500 can be used. If using a 28mm outrunner the motor leads may have to be routed outside the pod to give clearance to the rotating case.
We recommend 2S LiPo setups if using a linear BEC. If using a 3S pack we suggest a separate UBEC or a speed controller with a switching BEC. P � �-� � K � � � � � � � � � Pack in an Elf box.9 � c1�C � ��b�O
G2E-COVER-SETAssorted Servo Cover Seto A complete set of moulded glider servo covers vacuumed in white HIPS with a generous cutting allowance to suit a wide variety of moulded gliders. Can easily be painted or sprayed to colour match your model. Originally designed for the Vladimir Graphite 3.1m glider, these servo covers work for many model gliders.
This product is expecially useful for those who want servo covers that match the colour of the glider, as the material is easly painted.
The pack includes:
2 - flap servo overs, with shrowds
2 - aileron servo covers, with blisters
2 - aileron pushrod exit fairings
1 - fin servo cover hatch X � � � _� � � � � � � � 2F1% � h�1 � `}�`�Q
SM-BOX-1538153 cm Aluminium Model Transportation Box - takes 3 DLGs� This beautiful model transport and storage box is ideal for taking DLGs to the field. It is very strongly made, well padded, and can take up to three discus launched gliders. It will pay for itself just from the elimination of transport and hanger damage to your gliders, and will allow you to get out of the house and to the field in less time, with all your equipment.
{table title="3 DLG Tranportation Box Specifications" class=1 cols=2 width=135,270 align=L,L separator=:}
Internal length: 153 cm
Internal width: 16 cm
Internal height: 27 cm
Internal volume: 66 Litre
Case material: Aluminium alloy
Padding: Foam plastic
Handles: One in lid, one at end
Wheels: Yes
Weight: 7 Kg
{endtable}
2 � �-� � Y"� � � � � � � � � $ Packed size: 161 x 35 x 24 cm
8 kg :� c1�C }�`�R
SM-BOX-1558155 cm Aluminium Model Transportation Box - takes 5 DLGs7 This big, beautiful and strong model transport and storage box is ideal for taking 4 or 5 DLGs or larger models to national and international modelling events and competitions. It is very strongly made, well padded, and can take up to five discus launched gliders or larger gliders. It will pay for itself just from the elimination of transport and hanger damage to your gliders, and will ensure your models and equipment arrive at the flying field without damage or drama.
{table title="5 DLG DLG Tranportation Box Specifications" class=1 cols=2 width=135,270 align=L,L separator=:}
Internal length: 155 cm
Internal width: 20 cm
Internal height: 30 cm
Internal volume: 93 Litre
Case material: Aluminium alloy
Padding: Foam plastic
Handles: One in lid, one at end
Wheels: Yes
Weight: 9 Kg
{endtable}
< � �_� � ^ � � � � � � � � � ;� % Packed size: 163 x 37 x 29 cm
10 kg :� c1�C� �}�b�U CD-3000-RES%Circle Dancer 3000 RES Electric V2 3m The {b,Circle Dancer 3000 RES Electric V2} is a beautifully constructed balsa and carbon almost ready to fly version of the venerable Bubble Dancer by Dr Mark Drela. The {i,RES} appellation indicates that this version is controlled using Rudder/Elevator/Spoiler controls. The wing has generous dihedral and a large central spoiler fitted, keeping to the intent of the Drela design. Although the structure is simplified in comparison to the original BD design, the aerodynamics are very similar, and the Circle Dancer 3000 RES V2 is a stable and easy to fly model with impeccable thermal performance, and a reasonable speed range. This product page is for the RES electric version, even though some of the photos show the pure glider and full house versions of the model.
Although the structure is simplified in comparison to the original BD design, the aerodynamics are very similar, and the Circle Dancer 3000 Full House V2 has excellent performance and great handling. This version has reduced dihedral to work better with the ailerons, and to give positive roll control. The ailerons and flaps can be actuated together to adjust the airfoil's camber to provide a wider speed range, allowing the model to be turned tighter in thermals and to return from great distances downwind with confidence.
The fine fuselage consists of a lightweight Kevlar, glass, and carbon pod molding with a small pylon for mounting the wing above the fuselage, to reduce interference drag. The fuselage has the motor firewall already mounted, with holes for common motors ready drilled. The fuselage nose incorporates a large (18 cm long) hatch to allow easy access to the motor, battery, and rudder and elevator servos. The hatch is very nicely molded from carbon fibre and incorporates a positive attachment system. The V2 fuselage has been updated to use a molded carbon tailboom incorporating a small pylon for the tailplane/horizontal stabiliser. The pushrod outers are bonded in place, and all the tail pushrod hardware is supplied. The fuselage update has reduced the fuselage weight, improved strength, removed weight from the tail extremity, and has reduced the size of the shipping box, allowing us to post the model overseas more easily.
The tailplane is a feather weight built-up balsa and carbon construction, covered with lightweight transparent film and is supplied ready to bolt onto the rear pylon mount. The V2 tailplane is of improved construction and includes a separate ready hinged elevator for faster pitch response.
The wing is expertly constructed from balsa and carbon, with beautifully applied transparent film covering, in contrasting colours. The centre panel incorporates large spoilers which are ready hinged, and can be actuated to 90 degrees deflection if required. The tip panels have extra dihedral in comparison to the Full House version. Overall the standard of construction is excellent, and the prefabrication is very complete. The only things left to do are gluing the tailboom to the pod, gluing the fin, installing the control surface control horns, fabricating linkages for the flaps and ailerons, and fitting the RC and powertrain.
The Circle Dancer 3000 Electric front fuselage.
{img, extras/CD-Nose600.jpg, Circle Dancer 3000 electric front fuselage}
See this {href, https://www.rcgroups.com/forums/showthread.php?3008247-Build-Thread-Circle-Dancer-3000-Full-House-Electric,RCGroups Circle Dancer thread} for useful build info. Our thanks to Steve Revell for use of his photos.
{table title="Circle Dancer 3000 RES Electric Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 3.0 m, 116 in
Wing area, 61.2 dm2, 949 sq in
Length, 169 cm, 66.5 in
Flying weight from, 1278 g, 45.1 oz
Wing loading, 20.9 g/dm2, 6.8 oz/sq ft
Aspect ratio, 14.2,
Wing airfoil, AG35/36/37,
Dihedral (EDA), 11.0�,
Spinner Diameter, 32 mm,
Centre of Gravity, 100 - 110 mm from wing leading edge
Controls, "Rudder, elevator, spoiler, motor"
{endtable}
{table title="Circle Dancer 3000 RES Electric Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 273 g, 9.6 oz
Centre panel, 237 g, 8.4 oz
Wing tips, 226 g, 8.0 oz
Tailplane, 32 g, 1.1 oz
Rudder, 18 g, 0.6 oz
Accessories, 60 g, 2.1 oz
Total structure, 846 g, 29.8 oz
Glue etc, 3 g, 0.1 oz
Wiring, 15 g, 0.5 oz
Receiver, 8 g, 0.3 oz
Rudder & elevator servos, 20 g, 0.7 oz
Spoiler servo, 10 g, 0.4 oz
Speed control, 40 g, 1.4 oz
Motor, 170 g, 6.0 oz
Prop & spinner, 36 g, 1.3 oz
Battery, 130 g, 4.6 oz
Flying weight, 1278 g, 45.1 oz
{endtable}
{table title="Circle Dancer 3000 RES Recommended Servos" class=1 cols=2 width=110,235 align=L,L autohref=2}
Elevator & rudder, MKS DS6100, MKS HV6100, KST X08, Blue Bird BMS-105HV
Spoiler, MKS DS6100, MKS HV6100, Blue Bird BMS-105HV, KST DS135
{endtable}
{table title="Circle Dancer 3000 RES Control Movements" class=1 cols=2 width=110,235 align=L,L,L}
Rudder, 60 mm each way
Elevator, 15 mm up, 15 mm down
Elevator neutral, 21 mm from the trailing edge to fuse top
Spoiler, 75� up deflection
{endtable}
{b,Recommended Powertrains}
Leomotion L3013-4550 with 6.7:1 gearbox, 14x10 prop, 3S 1.3Ah LiPo
Powerline Micro 1025/F5J, 16x8 prop, 3S 1.3Ah LiPo (will need to minimise tail weight)
Hacker B40 10L with 4.4:1 gearbox, 14x8 prop, 3S 1.3Ah LiPo (42A, 1800 fpm)
� �K� � P � � � � � � � � � 9 � c1�C � �}�b�V CDG-3000-RES#Circle Dancer 3000 RES Glider V2 3m� The {b,Circle Dancer 3000 RES Glider V2} is a beautifully constructed balsa and carbon almost ready to fly version of the venerable Bubble Dancer by Dr Mark Drela. The {i,RES} appellation indicates that this version is controlled using Rudder/Elevator/Spoiler controls. The wing has generous dihedral and a large central spoiler fitted, keeping to the intent of the Drela design.
Although the structure is simplified in comparison to the original BD design, the aerodynamics are very similar, and the Circle Dancer 3000 RES V2 is a stable and easy to fly model with impeccable thermal performance, and a reasonable speed range.
The fine fuselage consists of a lightweight Kevlar, glass, and carbon pod molding with a small pylon for mounting the wing above the fuselage, to reduce interference drag. The fuselage nose incorporates a large (18 cm long) hatch to allow easy access to the motor, battery, and rudder and elevator servos. The hatch is very nicely molded from carbon fibre and incorporates a positive attachment system. The V2 fuselage has been updated to use a molded carbon tailboom incorporating a small pylon for the tailplane/horizontal stabiliser. The pushrod outers are bonded in place, and all the tail pushrod hardware is supplied. The fuselage update has reduced the fuselage weight, improved strength, removed weight from the tail extremity, and has reduced the size of the shipping box, allowing us to post the model overseas more easily.
The tailplane is a feather weight built-up balsa and carbon construction, covered with lightweight transparent film and is supplied ready to bolt onto the rear pylon mount. The V2 tailplane is of improved construction and includes a separate ready hinged elevator for faster pitch response.
The wing is expertly constructed from balsa and carbon, with beautifully applied transparent film covering, in contrasting colours. The centre panel incorporates a large spoiler to give good approach control. The standard of construction is excellent, and the prefabrication is very complete. The only things left to do are gluing the tailboom to the pod, gluing the fin, installing the control surface control horns, fabricating linkages for the flaps and ailerons, and fitting the RC and battery.
The photos all show the previous V1 model.
See this {href, https://www.rcgroups.com/forums/showthread.php?3008247-Build-Thread-Circle-Dancer-3000-Full-House-Electric,RCGroups Circle Dancer thread} for useful build info.
{table title="Circle Dancer 3000 RES Glider Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 3.0 m, 116 in
Wing area, 61.2 dm2, 949 sq in
Length, 169 cm, 66.5 in
Flying weight from, 1060 g, 37.4 oz
Wing loading, 17.3 g/dm2, 5.7 oz/sq ft
Aspect ratio, 14.2,
Wing airfoil, AG35/36/37,
Dihedral (EDA), 11.0�,
Centre of Gravity, 100 - 110 mm from wing leading edge
Controls, "Rudder, elevator, spoiler, motor"
{endtable}
{table title="Circle Dancer 3000 RES Glider Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 273 g, 9.6 oz
Centre panel, 237 g, 8.4 oz
Wing tips, 226 g, 8.0 oz
Tailplane, 32 g, 1.1 oz
Rudder, 18 g, 0.6 oz
Accessories, 60 g, 2.1 oz
Total structure, 846 g, 29.8 oz
Glue etc, 3 g, 0.1 oz
Wiring, 16 g, 0.6 oz
Receiver, 15 g, 0.5 oz
Rudder & elevator servos, 20 g, 0.7 oz
Spoiler servo, 10 g, 0.4 oz
Battery, 150 g, 5.3 oz
Nose weight, 160 g, 5.6 oz
Flying weight, 1060 g, 37.4 oz
{endtable}
{table title="Circle Dancer 3000 RES Recommended Servos" class=1 cols=2 width=110,235 align=L,L autohref=2}
Elevator & rudder, MKS DS6100, MKS HV6100, KST DS145MG, Blue Bird BMS-105HV, Corona DS843MG, Hyperion DS09-AMD, KST DS113MG
Spoiler, MKS DS6100, MKS HV6100, Blue Bird BMS-105HV, KST DS113MG, KST DS135
{endtable}
{table title="Circle Dancer 3000 RES Control Movements" class=1 cols=2 width=110,235 align=L,L,L}
Rudder, 60 mm each way
Elevator, 15 mm up, 15 mm down
Elevator neutral, 21 mm from the trailing edge to fuse top
Spoiler, 75� up deflection
{endtable}
� � �K� � P � � � � � � � � � 9 m� c1�C� �}�b�W AVA-WING-BAG4Vladimir's Models Wing and Tail Bags for the AVA ProV A beautiful set of wing and tailplane bags for the AVA Pro made by Vladimir's Models. The set consists of:
{bullet}
A pair of bags for the centre panel. These are split in the middle, so the wing bags can be placed on the wing even when the wing is attached to the fuselage.
A pair of tip bags for the wing tip panels.
A pair of tailplane/elevator bags for the horizontal stabiliser.
{endbullet}
The bags are made from aluminised Mylar covered foam with a black fabric (canvas-like) edging and grey pocket ends. The covers will protect the surfaces from physical damage and solar radiation. @ � :P� � $:� � � � � � � � � � c1�C M �}�b�X
SAVA-WING-BAGEVladimir's Models Wing and Tail Bags for the Super AVA Pro and Avalon� A beautiful set of wing and tailplane bags for the Super AVA Pro and Avalon made by Vladimir's Models. The set consists of:
{bullet}
A pair of bags for the centre panel. These are split in the middle, so the wing bags can be placed on the wing even when the wing is attached to the fuselage.
A pair of tip bags for the wing tip panels.
A pair of tailplane/elevator bags for the horizontal stabiliser.
{endbullet}
The bags are made from aluminised Mylar covered foam with a black fabric (canvas-like) edging and grey pocket ends. The covers will protect the surfaces from physical damage and solar radiation.
Also fits the Pulsar Pro 3.6 wing very well. J � A
� � $:� � � � � � � � � � c1�C� }�`�Y
SM-BOX-195;195 cm Aluminium Model Transportation Box - COLLECTION ONLY�
{br,This box is damaged but could easily be repaired. Collection from our premises in Warwickshire UK only. The bottom three photos show the damage.}
This big, beautiful and strong model transport an storage box is ideal for taking larger models to national and international modelling events and competitions. It is very strongly made, well padded, and can take at least three 3m - 4m gliders, depending upon the wing shape and breakdown. It will pay for itself just from the elimination of transport and hanger damage to your gliders, and will ensure your models and equipment arrives at the flying field without damage or drama.
{table title="5 DLG Transportation Box Specifications" class=1 cols=2 width=135,270 align=L,L separator=:}
Internal length: 195.5 cm
Internal width: 20.5 cm
Internal height: 39.2 cm
Internal volume: 157 Litre
Case material: Aluminium alloy
Padding: Foam plastic
Handles: One in lid, one at end, one extendable
Wheels: Yes, 2
Weight: 11 Kg
{endtable}
F � K� �
� � � � � � � � p ;� % Packed size: 200 x 48 x 28 cm
18 kg :� c1�C J �}�b�k SNIPE-AIL-HORN Snipe 1 Aileron Horns (pair)� A pair of replacement cranked carbon fibre aileron horns for the Snipe DLG.
See item 1 in the product photo
Max one pair per customer. Only sold to existing HyperFlight Snipe customers. < � � Z�
� � � � � � � � 2 h5� � �}�b�Z MLW-FLAT-CABLE/Medium-Light Servo Flat Extension Cable 8.2 g/m� Medium lightweight and thin flexible PVC servo wire made from three 0.14 mm2 copper conductors each consisting of many thin copper wires. This increases flexibility, fatigue resistance, and possibly improves conductivity over fewer thicker conductors. This medium lightweight cable is still lighter than most wiring harness cables.
This cable is a flat three strand ribbon cable which can makle for a tidier installation. Usually sold in black/red/white colours but this not guaranteed.
#Weighs 6.4 g per meter for the servo cable .
Weighs 8.2 g per meter for the servo cable .
Sold by the meter. Enter a quantity of 5 for a 5 m length of servo wire.
{table title="Medium Lightweight Flat Servo Extension Cable Specifications" class=1 cols=2 width=175,122 align=L,L,L}
Number of conductors in cable, 3
Area of each conductor, 0.14 mm2
Conductor material, Copper
Weight per meter, 8.2 g
Resistance of each conductor per, 0.2 Ohms/meter
Sheath material, PVC
Colours of wires, "Black, red, white"
Format, Three wire ribbon
{endtable}
{table title="Servo Cable Colour Code" class=1 cols=4 width=100,10,60,60 align=L,L,L}
#Usage, , JR, Futaba
Battery positive, +, Red, Red
Battery negative, -, Brown, Black
Servo signal, S, Orange, White
{endtable}
� � T� � � � � � � � � � 4 � c1�C%? ��b�� SLITE-V2 Slite V2 2m�$ HyperFlight are very pleased to be able to supply the iconic {b,Slite V2} model. This is probably the most highly regarded model designed for the F3-RES 2m balsa glider class, and we have been trying to source it for many years.
In 2011 Josef Gergetz of SETA Modelltechnik started to manufacture high quality sailplane kits for the newly emerging 2m build up glider competition class. By the end of 2017 the demand for Slite V2 was so high that Josef Gergetz could no longer keep up with the production. Delivery times were up 9 months and it was decided to switch the production to lasercut technology at a larger manufacturer. It has taken this long to complete this process, but now we are able to quickly supply this model to customers world-wide.
The {b,Slite V2} uses a slightly modified version of the highly regarded AG24 - AG26 airfoil family by Mark Drela. To allow accurate construction of the originally very thin trailing edge the rear of the airfoil was slightly thickened. It gives high lift with comparatively little drag over a wide range of lift coefficients (Cl). Compared to the Pures V2 the Slite V2 has improved L/D, especially at higher speeds.
The wing of the Slite V2 is, like the Pures V2, is built as an open rib construction over very strong wound carbon fiber tube spars. To reduce sagging of the covering film between the ribs two extra sub ribs are used between each full rib. This ensures the wing profile conforms much better to Mark Drela's original airfoil than other built-up designs.
A balsa jig is supplied to ease positioning of the numerous ribs, ensuring the wing is built in an accurate and speedy manner. The laser cut structure is almost identical to the previous CNC version as there was nearly nothing to improve.
What is new? Besides the new lasercut production, the components are now numbered to ease building. Furthermore, there is an excellent multicolored construction plan and richly illustrated building instructions (in German, but see the English translation <a href="getfile.asp?code=SLITE%2DV2&code2=1" target="_new"><b>here</b></a>. Please see the {href, https://www.rcgroups.com/forums/showthread.php?2630580-SLITE-2-meter-RES-Sailplane,Slite V2} and {href, https://www.rcgroups.com/forums/showthread.php?3258607, New Slite Available} RC Groups threads for more English language build info.
{b,Wing construction}
The optimised design uses wound carbon fiber spar tubes, a tapered tail boom and pultruded carbon fibre tubes for the leading edge. The Slite V2 has a three piece wing and is built as an open tubular spar rib construction. The wing joiner is made of 4mm steel wire and is positioned directly in the spar tube. The flat inner wing (with the central airbrake) has an elliptical planform. The elliptical mid panels are joined to the center panel with a dihedral of 8� and are fixed with a specially milled plastic clip to make sure that they don't slip out during the flight. No need to tape anymore! The lightweight tip panel is joined to the mid panel with a dihedral of 12�.
{b,Fuselage construction}
The front of the fuselage is made from balsa with plywood reinforcements and plywood formers. Behind the wing, the wooden fuselage joins the CRP tail boom (wound, tapered carbon fiber spar tube) which is supplied slotted to take the fin. Two holes are already drilled for the horizontal stabilizer pylon and the slots for the bowden tubes are already milled out. The CRP tail boom is manufactured in the same way as the tubular carbon spars of the wings to similarly minimise weight and maximise stiffness. The fuselage is wide enough to fit a single 2600 mAh Li-Ion cell.
{b,Tailplane construction}
The Drela HT12 mod profiled tailplane is constructed with balsa ribs, CRP tubular spar and a balsa leading edge.
{b,Electric Modification}
The Slite fuselage is very narrow, being only 26 mm wide at the front. Most electric motors will be too large to fit but the {href,products.asp?code=SN2E-PWRSET,Vladimir's Models Snipe 2e Powertrain} could probably be made to work with only minor modifications.
The kit consists of carefully selected and numbered laser cut balsa and plywood parts. All small parts and good quality linkages are included in the kit. RC components, glues and covering material are not included.
{table title="Slite V2 Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.0 m, 77 in
Wing area, 37.0 dm2, 574 sq in
Length, 124 cm, 48.8 in
Flying weight from, 440 g, 15.5 oz
Wing loading, 11.9 g/dm2, 3.9 oz/sq ft
Aspect ratio, 10.4,
Wing airfoil, AG24 mod / AG26 mod
Dihedral (EDA), 11.0�,
Centre of Gravity, TBA mm from wing leading edge
Controls, "Rudder, elevator, spoilers"
{endtable}
{table title="Slite V2 Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Bare structure, 300 g, 10.6 oz
Covering, 50 g, 1.8 oz
Total structure, 350 g, 12.3 oz
Wiring, 6 g, 0.2 oz
Receiver, 6 g, 0.2 oz
Rudder servo, 9 g, 0.3 oz
Elevator servo, 9 g, 0.3 oz
Spoiler servo, 5 g, 0.2 oz
Battery, 52 g, 1.8 oz
Noseweight, 3 g, 0.1 oz
Flying weight, 440 g, 15.5 oz
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder & elevator servos, Ripmax SD100, Blue Bird BMS-101AMG, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Blue Bird BMS-A10H, KST X08, Graupner DES 427, ES08
Spoiler servo, Ripmax SD100, Blue Bird BMS-101AMG, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Blue Bird BMS-A10V, ES08
Receiver, 4 or 5 channel receiver to match your transmitter
Battery, HyperLipo 2S 300 mAh, Dream-Flight 300 mAh 4.8V NiMH, HyperFlight 650 mAh 4.8V NiMH, Dream-Flight 700 mAh 4.8V NiMH, 1S 2600 mAh Li-Ion cell.
{endtable}
{video, YSxm1Wei_oE}
The original V tail version, the current Slite V2 flies even better.
{video,iAsezgsRb74}
We received this very useful electrification suggestions email from a good customer. See the last (composite) photos above.
<i>
At the start of March 2020 I bought a SliteV2 from you and have already sent you a first inspection review. Build is now well on with flying surfaces finished and am working on the fuselage. I did say to you that I intended to electrify the model but only for sport purposes. You may be interested if others enquire in my how to do it notes.
I am surprised how simple it proves to be. Firstly I did not use the two small diameter motors I bought from you as I found a 23mm diameter inrunner lying in a box....no idea what make it is, but it does run nicely on two cells using an Overlander 20A ESC (this latter may be a bit of overkill but better safe than sorry.
Stage1. The nose needs its height and width increasing slightly. For scale my spinner in the photo is 30mm diameter.
First build the fuselage as normal from the boom mount forward to and including the main former (R11)at the leading edge of the wing.
DO NOT glue the fuselage internal ply edge strips (R3,R4)to the fuselage sides forward of this and do not put any vertical strengtheners (R5,R6,R7) in place...
Also omit the servo tray (I was moving mine elsewhere anyway.)
Stage2. Get a supply of finger clamps or clothes pegs ready. Treating one member of R3,R4 at a time you will find there is enough flex in them to be moved slightly vertically while remaining attached at R11. This was a real bit of serendipity. I moved them as far as i needed (see photos) and using PVA clamped and glued them in their new position.
Repeat this for all 4.
Stage 3. DO NOT throw away the matrix balsa sheet (76.02) the fuselage sides came from (you didn�t did you!). Why...... well the curved balsa infills you will need to make up the new fuselage sides on R3 and R4 are already there for you (clever eh...)...... see photo. Cut our and fix these as required.
Stage3. I decided I needed a square section at the nose in the old R9 position to be sanded down later to merge with the spinner.
To this end the thick balsa block holding the unused nose pieces has just enough scrap to include my
initial rectangular blank for my new nose block which will go where R4 was and behind the prop spinner. I will use the actual spinner to mark out a 30mm circle on the front face and sand to that when attached.
Stage4. Other issues. All planking top and bottom from R11 forward will need widening (but you will be well capable of that if you are building this sophisticated, delicate and detailed machine anyway). This also involves widening the removable hatch which I believe will fit quite happily after the above operations. As a side issue I have decided to make my hatch longer anyway to ease access to battery, ESC and servos all in one go. Do not forget to put in place any vertical ply strengtheners from the R5,R6,R7 set but these will all need to be a tad longer..... again the matric sheet of timber will help. The removeable hatch will need its clever vertical rails angle-ing a bit to match the new fuselage side internal width.
The overall result I find very pleasing as the width and height of the nose has not been enlarged to anything that spoils the natural taper of the fuselage from the tail boom forward and the mod uses no more materials than are already in the kit.
Photos will follow of the completed machine....
Best Regards..... Paul S
</i>
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MAG-SWITCH-LWLightweight Magnetic SwitchJ This {b,Lightweight Magnetic Switch} is ideal for small gliders and DLGs. This device allows the radio control gear to be switched on and off by slowly swiping a magnet across the switch. If the switch is mounted close to the fuse skin the magnet can be outside and the switch inside, so the RC can be switched on without removing the access hatch. Careful firmware design ensures that stray magnetic fields cannot toggle the switch incorrectly.
The small physical size and light weight make this magswitch ideal for discus launched gliders and smaller slope/thermal gliders.
Supplied with a powerful neodymium magnet to operate the mag switch.
{table title="Lightweight Magnetic Switch Specifications" class=1 cols=2 width=175,122 align=L,L,L}
Weight, 2.8 g
Switch PCB dimensions, 15 mm x 9mm
Overall length inc leads, 13 cm
Max continuous current, 6A
Max current for 10s, 8A
Supply voltage, 3.5V - 12.6V
On Vdrop @ 1A, 140 mV
On current draw, 1.5 mA
Off quiescent current, 5 uA
{endtable}
{table title="Servo Cable Colour Code" class=1 cols=4 width=100,10,60,60 align=L,L,L}
#Usage, , JR, Futaba
Battery positive, +, Red, Red
Battery negative, -, Brown, Black
Servo signal, S, Orange, White
{endtable}
{b,Installation and Operation Notes}
{bullet}
Mount the switch on fuselage skin and mark the sensor position on the exterior. The sensor is marked + on the label.
Use double sided adhesive tape to hold the mag switch securely in place.
When the switch is plugged into the power supply for the first time, it will remain OFF.
To turn the switch ON, place the supplied magnet over the sensor for 3 seconds without interruption and the output will toggle to the reverse state.
To turn the magnetic switch OFF, just repeat the above.
Please ensure a full range check is performed before flying the model.
{endbullet}
2 � *�
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MAG-SWITCH-MW Medium Weight Magnetic SwitchI This {b,Medium Weight Magnetic Switch} is ideal for all gliders. This device allows the radio control gear to be switched on and off by slowly swiping a magnet across the switch. If the switch is mounted close to the fuse skin the magnet can be outside and the switch inside, so the RC can be switched on without removing the access hatch. Careful firmware design ensures that stray magnetic fields cannot toggle the switch incorrectly.
The small physical size, light weight and higher current capability make this magswitch ideal for larger slope and thermal RC gliders.
Supplied with a powerful neodymium magnet to operate the mag switch.
{table title="Medium Weight Magnetic Switch Specifications" class=1 cols=2 width=175,122 align=L,L,L}
Weight, 4.4 g
Switch PCB dimensions, 15 mm x 9mm
Overall length inc leads, 13 cm
Max continuous current, 6.5A
Max current for 10s, 9A
Supply voltage, 3.5V - 12.6V
On Vdrop @ 1A, 140 mV
On current draw, 1.5 mA
Off quiescent current, 5 uA
{endtable}
{table title="Servo Cable Colour Code" class=1 cols=4 width=100,10,60,60 align=L,L,L}
#Usage, , JR, Futaba
Battery positive, +, Red, Red
Battery negative, -, Brown, Black
Servo signal, S, Orange, White
{endtable}
{b,Installation and Operation Notes}
{bullet}
Mount the switch on fuselage skin and mark the sensor position on the exterior. The sensor is marked + on the label.
Use double sided adhesive tape to hold the mag switch securely in place.
When the switch is plugged into the power supply for the first time, it will remain OFF.
To turn the switch ON, place the supplied magnet over the sensor for 3 seconds without interruption and the output will toggle to the reverse state.
To turn the magnetic switch OFF, just repeat the above.
Please ensure a full range check is performed before flying the model.
{endbullet}
< � *�
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HAVA-WING-BAG;Vladimir's Models Wing and Tail Bags for the Hyper AVA Proa A beautiful set of wing bags and tailplane bags for the Hyper AVA Pro made by Vladimir's Models. The set consists of:
{bullet}
A pair of bags for the centre panel. These are split in the middle, so the wing bags can be placed on the wing even when the wing is attached to the fuselage.
A pair of tip bags for the wing tip panels.
A pair of tailplane/elevator bags for the horizontal stabiliser.
{endbullet}
The bags are made from aluminised Mylar covered foam with a black fabric (canvas-like) edging and grey pocket ends. The covers will protect the surfaces from physical damage and solar radiation. T � D� � "H� � � � � � � � � 4� c1�C� �}�b�d
PL-M-FIREWALL,Powerline Micro 1015/F5J & 1025/F5J Firewall/ A beautifully CNC machined carbon and glass fibre firewall to help fitting Powerline Micro 1025/F5J and Powerline Micro 1015/F5J motors to models. Available in various diameters, though it is easy to reduce the size if necessary. The cut-outs around the periphery are to improve motor cooling. 2 mm thick.
Drilled with four holes on a 17 mm diameter, a perfect fit for the 6.75:1 gearbox fitted to the Powerline Micro 1025/F5J and Powerline Micro 1015/F5J powertrains
To attach these motor mounts to carbon/Kevlar/glass fuselages we recommend JB Weld. � � (� � c� � � � � � � � 2 5 ,� c1�CW �}�b�` MAXA-PRO-35Maxa Pro 3.5 F3J Windy� The {b,Maxa Pro 3.5} is the 3.5m version of Vladimir's Models latest and best ever F3J glider. It features an advanced design by Joe Wurts, the legendary Word Championship winner of all glider classes, and professional aerodynamicist. Joe spent many months optimising the Maxa for the F3J thermal soaring class, and came up with 3.5m and 4m models optimised for windy and normal conditions.
This 3.5m span version is ideally suited to windier conditions, where better manoeuvrability, and a higher wing loading allows the model to penetrate and be flown accurately in a breeze.
The size and light weight have been made possible by a new spread carbon fabric perfected by Vladimir Gavrilko and made by specially designed machines in his impressive fabrication facility. The wing is a monocoque structure with a skin of a double layer spread carbon, strengthened with a bulletproof F3J strength spar made with a multi-ply 45� balsa and carbon shear web between substantial IMS 65 carbon spar caps. We are mostly stocking the "Light" (which used to be called the Hard Spread carbon) version. The even stronger slightly heavier "Windy" (double Hard Spread carbon) version is available to order if not in stock.
{IDS}
The latest Maxa Pro 3.5 models feature a tailplane mounted on a short pylon to reduce drag. The tailplane (horizontal stabiliser) has a separate elevator to further increase stability and controllability. The tailplane, fin, and rudder are now molded from lightest weight spread carbon to improve strength and minimise weight - previously the rudder and tailplane were film covered built-up structures.
Cut away drawing of the Maxa "Light" wing construction.
{img, extras/Maxa-Hard-Spread-Wing.jpg, Maxa wing construction}
Cut away drawing of the Maxa spar, showing the IMS 65 carbon spar caps, and the +/- 45� balsa/carbon/balsa ply spar web.
{img, extras/F3J-Maxa-spar.jpg,Maxa spar construction}
The fuselage is a well engineered Kevlar and carbon pod, with a diagonally wound spread carbon boom, and fin mounted cruciform tail. The model is totally complete, and almost no assembly is required. The tail pushrods are ready installed, and all the hardware is supplied for the wing servo installation. The model comes with a ballast tube (for windy conditions) and a wiring harness.
{bullet}
The Maxa�s aerodynamic qualities have been modelled to a new level of accuracy and by Joe Wurts. In the process Joe designed a new family of airfoils and optimised the shape of the model to get the best from the new spread carbon composites being developed by Vladimir. The result is a very low sink rate that ensures the longest duration in no-thermal conditions, while also maintaining gentle handling that inspires confidence from the first flight.
The Maxa 3.5�s more manageable size allows it to be flown in a wider range of conditions than larger, more lightly loaded models. The excellent lift/drag ratio, especially at higher speeds, gives good penetration, and thus the ability for the glider to return from distant thermals with little altitude loss.
The long nose moment allows little nose weight to balance the model.
The ballast system allows the model�s weight to be tuned to the conditions, allowing the Maxa to shine in even the strongest wind.
{endbullet}
{table title="Maxa 3.5 Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 3.5 m, 136 in
Wing area, 73.8 dm2, 1144 sq in
Length, 173 cm, 68.1 in
Flying weight from, 1780 g, 62.5 oz
Wing loading, 24.1 g/dm2, 8.0 oz/sq ft
Aspect ratio, 16.2,
Wing airfoil, rt01/td19sag/j00/j01/j02/j03
Dihedral (EDA), 5.5�,
Centre of Gravity, 95-112 mm from wing leading edge
Controls, "Rudder, elevator, ailerons, flaps"
{endtable}
{F3JServos}
� � � � � R � � � � � � � � � � c1�C �s /J� ��b�e BMS-A10H2Blue Bird BMS-A10H Servo - 3.2Kg.cm 0.07s 7.4g 8mm; {br,This servo has been superceded by the} {href, products.asp?code=BMS-A12H, Blue Bird BMS-A12H}
The {b,Blue Bird BMS-A10H} is a great {i,new wide voltage range} (WV) servo with amazing torque, speed and precision in a tiny case only 8 mm thick. The {b,H} suffix relates to the horizontal (conventional) servo mounting lugs fitted, making this servo ideal for fuselage mounting.
With a weight of 7.4 g and a speed of 0.07 sec/60� the {b,Blue Bird BMS-A10H} is ideal for DLGs, F3K, F3P, F5J, and all electric racers, small gliders and 3D RC models. Being so thin and lightweight the A10 is also ideal for installation in the tail surfaces of larger models.
With a wide voltage range from 3.7V to 8.4V the BlueBird A10-H works perfectly on 1S and 2S LiPo, and well as 4 and 5 cell NiMH batteries.
z�}�b�l RESPECT-F5J Respect F5J TBA � �_� � ^ � � � � � � � � � C F� c1�C � �}�b�c LATIGOLatigo( More info soon!
{video,SqnvVMVa8Hc}
� � �_� � ~ � � � � � � � � � B +� c1�C � �} ��b�e RAM-SERIAL-INT%RAM 2 & RAM 3 Serial Interface & Lead2 Serial interface lead for RAM2 and RAM3 altimeters } � � � � � � � � � � � �
c1�C � �|�b�f EUPHORIAEuphoria V2 F5J 4m
The {b,Euphoria V2 F5J} is a brilliant design, with top quality construction and amazing value. The wing and tailplane are of all spread carbon construction, making the model extremely tough, rigid, and light. The aerodynamic design is similar to the Maxa and the Perfection, giving the plane a superb glide angle and also a very low sink speed. In the V2 version the tailplane is mounted on a small pylon in front of the fin, in line with the current fashion.
The fuselage is very well thought out, with the motor, speed control, and rudder and elevator servos fitting at the front of the pod, with enough room to slip the battery through the large canopy hatch into the ample space behind the servos. Aft of that there is a ballast tube, so the plane's weight can be adjusted for windy conditions - however its excellent polar gives it a good speed range so extra weight is only beneficial for wind speeds above 15 mph (7m/s, 24 km/h).
The spread carbon skinned wing has a substantial spar, allowing high energy aerobatics if required. The wing is a four piece construction, allowing larger ailerons than would normally be possible, giving especially good roll control. The control surfaces are large, so camber changes are very effective, and the large flaps allow the plane to be spot landed with ease. The spread carbon tailplane has a separate elevator to give very precise pitch control. The carbon fin sports a large film covered rudder to minimise tail weight. The fit and finish is very good, with all the parts sliding into place perfectly. The pushrods, all control horns and linkages are supplied. The only work required to get the model airborne is gluing the tailboom (a jig is provided) and installing the RC and powertrain.
Please look at this great {href, http://www.rcgroups.com/forums/showthread.php?t=2620534,build log} with lots of useful info. Also these {href, https://www.dropbox.com/sh/i6i6keeux4bex9f/AAAL_YZkhHjhwc2z-DWinPOSa?dl=0,build photos} are very useful.
{table title="Euphoria F5J Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 4.0 m, 156 in
Wing area, 86.8 dm2, 1345 sq in
Length, 184 cm, 72.4 in
Flying weight from, 1865 g, 65.8 oz
Wing loading, 21.5 g/dm2, 7.0 oz/sq ft
Aspect ratio, 18.0,
Wing airfoil, Proprietary,
Dihedral (EDA), 6.0�,
Spinner Diameter, 38 mm,
Centre of Gravity, 100-112 mm from wing leading edge
Controls, "Rudder, elevator, ailerons, flaps, throttle"
{endtable}
{table title="Euphoria F5J Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Pod, 157 g, 5.5 oz
Boom, 56 g, 2.0 oz
Right wing, 474 g, 16.7 oz
Left wing, 474 g, 16.7 oz
Tailplane, 48 g, 1.7 oz
Fin, 39 g, 1.4 oz
Accessories, 130 g, 4.6 oz
Total structure, 1378 g, 48.6 oz
Wiring, 25 g, 0.9 oz
Pushrods, 26 g, 0.9 oz
Receiver, 10 g, 0.4 oz
Tail servos, 18 g, 0.6 oz
Wing servos, 68 g, 2.4 oz
Speed control, 45 g, 1.6 oz
Motor, 135 g, 4.8 oz
Prop & spinner, 30 g, 1.1 oz
Battery, 130 g, 4.6 oz
Flying weight, 1865 g, 65.8 oz
{endtable}
{table title="Recommended Servos" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator & rudder, MKS DS6100, KST DS145
Flap, MKS DS6125 Mini, KST DS135, MKS DS6125 Glider, KST DS125
Aileron, MKS DS6100, MKS DS6125 Mini, KST DS135
{endtable}
{table title="Euphoria Powertrains" class=1 cols=2 width=130,310 align=L,L autohref=1}
Powerline Micro 1025/F5J, 3S 1.3Ah LiPo, 16x8 RF or GM prop (1850 fpm, 43A)
Leomotion L3007-5000, 3S 1.3Ah LiPo, 14x8 prop (1550 fpm, 39A)
Leomotion L3013-4550, 3S 1.3Ah LiPo, 15x9 prop (2100 fpm, 57A)
Hacker A20-6XL geared 4.4:1, 3S 1.3Ah LiPo, 16x9 Aeronaut prop (1800 fpm, 46A)
Mega 16/25/4E direct drive, 3S 1.3Ah LiPo, 12x6 prop ( 1700 fpm, 59A)
Mega 16/5/3, Maxon 4.4:1 gearbox, 3S 1.0Ah LiPo, 14x9 prop
{endtable}
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MKS-HV6100+MKS HV6100 Servo - 3.4Kg.cm 0.10s 9.8g 10mmG The {b,MKS HV6100} is a high voltage version of the acclaimed {pref, MKS-DS6100,DS6100}. It is specially optimised for glider fliers, with excellent torque, precision and a very low deadband. On a 2S LiPo battery it has higher torque and speed than the DS6100. It is a very high torque thin 10g servo suitable for many wing and fuselage applications. It has more torque and a better geartrain than all other high voltage servos of this size and price range.
At only 10mm thick this superb wing-servo can easily fit in thin wings, but with a low height of 23.5mm it can also fit in DLG and other small fuselages. With good 3.4 kg.cm torque and a blistering 0.10s/60� speed it is excellent for flaps, ailerons, elevator and rudder on many high performance gliders, DLGs, electric gliders, and faster sport slopers.
{ServoSpecs}
d � , � � � � � � � � � � ��1C2w 17/1/16 was �18.75, cost inced to �20.42
17/8/17 reducee stock by 22 pcs. Deborah on holiday. Maybe 20 more somewhere? HV6100P� � �}�b�i HYPER23-CANOPYHyper 2.3me Canopy Hatch� A replacement canopy hatch for the Hyper 2me and Hyper 2.3me models. The photo shows the underside with the front tang and the rear attachment catches
Only available to HyperFlight Hyper 2me and Hyper 2.3me customers! Max, one per customer please. , � U� � � � � � � � � � d 2G5
HYPER23-HATCH9� hv1c\O ,$� ��b�j HYPER27-CANOPYHyper 2.7me Canopy Hatch� A replacement canopy hatch for the Hyper 2.7me model. The photo shows the underside with the front tang and the rear attachment catches
Only available to HyperFlight Hyper 2.7me customers! 6 � �
� � � � � � � � � d 2G5
HYPER23-HA � ��b�o CARBON-ROD-18MM1.8mm Carbon Rod {crodr, 1.8, 3.0} 7 � <� � 5� � � � � � � � � 5 T� js &� �|�b� DFFA004-Dream-Flight 4.3g Servo - 8.4mm 4.3g 0.7Kg.cm We are no longer stocking this sevo. The {pref, BMS-101AMG, Blue Bird BMS-101AMG}, {pref, BMS-101DMG, Blue Bird BMS-101DMG} and {pref, BMS-101HV, Blue Bird BMS-101HV} are drop-in replacements are are better in every respect. Please order one of these.
--------------------------------------------------------------------------------------------------------------------------------------
The {b,Dream-Flight 4.3g Digital Servo} fits the Libelle DLG and Alula-Trek gliders perfectly and provides great performance and durability at an affordable price. Dream Flight tested this servo rigorously in the air and on the bench and found that its speed, torque, and centering precision are excellent, giving a very fast and precise control response.
{table title="Dream Flight DFFA004 4.3g Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=: autohref=2}
Body dimensions: 19.6 mm wide x 8.4 mm thick x 16.5 mm high : 0.77" wide x 0.33" thick x 0.65" high
Max dimensions: 27.4 mm wide x 8.4 mm thick x 22.1 mm high : 1.08" wide x 0.33" thick x 0.87" high
Stall torque (4.8V): 0.70 kg.cm: 10 oz.in
Weight: 4.3 g: 0.15 oz
Lead length: 15 cm: 6.0 in
Operating speed (4.8V): 0.08 sec/60�
Operating voltage: 3.4V to 6.0V
Gear material: Plastic
Case material: Plastic
Motor type: DC motor
Digital: Yes
Programmable: No
Supplied accessories: 2 plastic output arms, 2 arm retaining screws, 4 mouning screws
{endtable}
These servos are designed for 4.8V operation from a 4 cell NiMH battery. Modellers have tested them and they appear fine working from a 1S LiPo battery. But they are NOT okay on a 2S LiPo battery without a voltage regulator to drop the voltage to 6V or lower.
Z � J� � Z� � � � � � � � 2 < DFFA004 g{�P� +K� @�`�r PT28'ZAP PT28 Foam-Safe CA Kicker 2oz Bottle4 This ZAP PT-28 Cyanoacrylate Activator "kicks" superglues of all kinds to set. It is suitable for both foam-safe and normal CA glues. It can be used on wood, metal, plastic and most foam products.
Supplied with a spay applicator.
{bullet}
Forces most CAs to cure in 10 seconds or less
Increases gap-filling and fillet-forming capability
Non-flammable formula
Works best on metal, wood, plastics, white, blue and other foam plastics
Supplied in 2 Fl Oz / 59mL spray top bottle
{endbullet}
Zap CA Activator Kicker type PT28, PT-28, PT 28, ref 5525810 � � K� � H� � � � � � � � < 2G2 Perkins ref: 5525810 5525810e� Plastic, adhesive
Unie �}�b�� ERWIN-BAGErwin Wing Bags� A set of padded aluminumised wing and tail bags for all versions of the 2m PCM Erwin model - electric and glider.
These nicely made bags will eliminate transport and handling damage, paying for themselves easily. 0 � )� � 2� � � � � � � � � ERWIN-XL-WING-BAGS�� c1�Cn �}�b�� SMILE2Smile F3K 1.5m DLG� The {b,Smile F3K} is a great discus launched glider from AJ Aeromodels. Like the Snipe it has very high aspect ratio wing, giving it a high launch and a great glide angle. The design shows a strong Snipe influence, employing similar pylon mounted tailplane. Like the Snipe the model flies very well, with high launches and a good speed range.
The wing and tail are beautifully molded from ultra-light spread carbon over a Rohacell 31 foam core. This makes the wing light, accurate, and comparatively tough and repairable if necessary. The lightweight tailplane (horizontal stabiliser) is mounted on a molded carbon pylon, which can be mounted above or below the boom, to the modeller's preference. The fuselage is a very rigid spread carbon molding, with a good sized canopy hatch, aiding the RC installation. The tailboom has an oval cross section to increase stiffness and improve the launch height.
The model is supplied with horns, pushrods, pull cable, torque springs, servo mounting plate and a very nice offset throwing blade. The wings are supplied in thin foam bags but fit nicely in our {pref, F3K-WING-BAG, DLG F3K Wing Bags} and the tails in our {pref, F3K-TAIL-BAGS, DLG F3K Tail Bags} for greater protection. No build manual is available but there is some useful info in this RCGroups {href, http://www.rcgroups.com/forums/showthread.php?t=2353440, Smile thread}, and some construction photos on Facebook {href,https://www.facebook.com/Silaif/media_set?set=a.852488748143251.1073741846.100001464013947&type=3,here}.
Although the completeness of the kit and the quality of construction and detail design is excellent there are a few small paint and surface finish blemishes, hence the reduced price. But do not let that put you off, these are still beautiful models and a fantastic bargain.
{table title="Smile DLG Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.5 m, 59 in
Wing area, 19.2 dm2, 298 sq in
Length, 112 cm, 44.1 in
Flying weight from, 235 g, 8.3 oz
Wing loading, 12.3 g/dm, 4.0 oz/sq ft
Aspect ratio, 11.6,
Wing airfoil, Proprietary,
Dihedral angle, 5.5�,
Centre of Gravity, 73-78 mm from wing leading edge
Controls, "Rudder, elevator, ailerons"
{endtable}
{table title="Smile DLG Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 32.0 g, 1.1 oz
Wings, 109.0 g, 3.8 oz
Fin, 6.6 g, 0.2 oz
Tailplane, 7.2 g, 0.3 oz
Accessories, 16.5 g, 0.6 oz
Total structure, 171.3 g, 6.0 oz
Glue etc, 5.0 g, 0.2 oz
Receiver, 5.0 g, 0.2 oz
Tail servos, 16.0 g, 0.6 oz
Wing servos, 16.0 g, 0.6 oz
Battery, 22.0 g, 0.8 oz
Flying weight from, 235.3 g, 8.3 oz
{endtable}
{b, Note the weights above are not 100% accurate - the current batch of models weigh more.}
{table title="Smile Control Throws & Mixes" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder, 15 mm each way
Elevator, 7 mm up / 7 mm down
Ailerons, 10 mm up / 8 mm down
<i>Recommended snap-flap (elevator->camber) mix.</>
Full up elevator gives 5mm increased flaperon camber
<i>Recommended flaperon settings. Down=Flap TE down.</>
Launch preset, 1 mm down
Speed, 1 mm up (small ail>rud mix)
Cruise, 0 mm (a little more ail>rud mix)
Slow cruise and active thermal, 1 mm down (more ail>rud mix)
Minimum sink, 3 mm to 4 mm down (Slow cruise + slider camber)
Landing mode, as much down as possible
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
All servos, KST X06N, KST X08N, MKS DS65K, MKS DS75K-N, MKS HV75K-N, MKS DS6100, MKS HV6100, Blue Bird BMS-126WV
Receiver, 4/5 channel rx to match your transmitter, eg FrSky X4R, Spectrum AR6610T, Lemon LM0034, Futaba 6008HS*, Futaba R6106HFC *case removed
Power, 1S 500-700 mAh, Radient 1S 700 mAh , HyperLiPo 2S 300 mAh LiPo
{endtable}
� � '� �� � � � � � � � � � a� Q a� cj�1 R `}�`�p RF500
Red Fox RF500� This very effective glider powertrain consists of a nicely engineered RF500 SPC planetary gearbox mated to a Turnigy H2223-3500 outrunner brushless motor. This creates a very powerful and reliable glider powertrain that will fit in the narrow noses of many F5J models.
The planetary gearbox is only 23.5 mm diameter so this will fit in most models easily. However the motor wires emerge from the motor 25 mm back from the front of the gearbox, increasing the apparent diameter of the powertrain to 42mm at this position. Thus the motor will easily fit in fuselages designed for 38 mm and larger spinners. It just fits in pods designed for 32mm spinners, but keeping the motor wires away from the spinning case may be difficult.
{i,Recommended ESC setup: }
Motor timing: 10�
Frequency: low, for outrunner
Acceleration: middle (5)
Start: soft (50->100% for 1 s)
Brake intensity: 50%, delay 0.5 s
Auto-off: auto voltage detect @ 3.1v per cell
Cut-off: soft
Note the soft start and delayed/soft brake settings are essential for geabox longevity.
{table title="Red Fox RF500 Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=: autohref=2}
Gearbox diameter: 23.5 mm: 0.93 in
Motor diameter: 27.2 mm: 1.07 in
Motor+GB length: 57.0 mm: 2.24 in
Shaft diameter: 5.0 mm: 0.20 in
Motor+GB weight: 112 g: 3.95 oz
Lead length: 5.0 cm: 1.97 in
Gearbox ratio: 4.7
Recommended battery: 3S LiPo
Recommended prop: 13 x 10 Aeronaut CAM Carbon
Input power: 400 W
Max LiPo capacity: 1.8 Ah
Supplied accessories: 2 mounting screws, Allen key
{endtable}
{b,Recommended 3S LiPo props}
- 13/6,5" prop ...... 390 W .... (38 A) .... (AUW up to 1.9 kg)
- 13/10" prop ....... 400 W .... (40 A) .... (AUW up to 2.0 kg)
- 13/11" prop ....... 420 W .... (42 A) .... (AUW up to 2.1 kg)
- 14/9,5"prop ....... 450 W .... (45 A) .... (AUW up to 2.2 kg)
- 15/8" prop.......... 480 W .... (48 A) .... (AUW up to 2.4 kg) X � �K� � b � � � � � � � � � 3 http://www.rivamodels.sk/F5J-FAI/F5J-FAI_22eng.htmlF c1�C O �}�b�q KST-X08-ARMS KST X08 Single Sided Servo Arms� Three medium single sided plastic servo output arms (horns) for KST DS245 and X08 servos.
Contains three nylon output arms, one output arm retaining screw, and four servo mounting screws. s � � � (� � � � � � � � 2 c� c1�C �� +8 ��b�s KST-X08*KST X08 V6 Servo - 2.8Kg.cm 0.09s 8.9g 8mm9 The {b,KST X08 V6} is a great low/medium/high voltage metal cased servo weighing only 8g (0.3 oz). The new V6 version has the same great specifications as the old V5 servo, but is also programmable using a {pref, KST-TOOL2, PC based} or a {pref, KST-TOOL5, press-button} programming tool.
The KST X08 is especially good for ailerons on discus launched gliders, electric racers, and all models with thin flying surfaces. Despite being only 8 mm thick the powerful coreless DC motor and gearing provide good torque and high speed. The X08 can be operated from a voltage as low as 3.8V (1S LiPo) or as high as 8.4V (2S LiPo). KST servos have excellent geartrain machining tolerances, and this servo is completely slop free, and equal to products costing twice as much. Despite not having an -MG moniker this servo has metal gears, and is very tough.
The KST X08's high torque, good speed, and 8mm thinness make it suitable for many high performance glider, pylon racers and EDF applications. With up to 2.8kg.cm torque the KST X08 is appropriate for F3K, F5D, F5J, many types of high performance models. The accessories include three strong nylon output arms, two double sided, and one single sided, one of which is low profile. This means that when the servos are mounted one in front of the other the control rod of the front one won't foul the rear one.
The new V6 version has the same great specifications as the V5 but allows programming using {href, products.asp?search=KST+Servo+Programming, KST's new programming tools}.
{film}
{ServoSpecs, 15T, 4mm diameter}
AKA KST 08 Y � - � � � � � � � � , ��b� SRB-MKS-6100.Frame with bearing for the MKS DS6100 & HV6100� A nicely molded filled nylon servo frame with an external bearing, to fit MKS DS6100 and MKS HV6100 servos. This product does not work with other manufacturer's (eg Blue Bird) servos as the output spline size and retaining arm screw size is particular to MKS.
These frames speed-up servo installation, keep the servo secure and rigidly mounted, and also allow easy removal for maintenance or replacement. The external bearing reduces side load at the servo output arm, reducing compliance and extending the life of the servo. The external bearing reduces any free play, increasing the stiffness of the control surface, improving control and avoiding flutter problems.
These frames are especially good for the DS6100 and HV6100 their plastic cases can deflect slightly under extreme load.
Sold singly . Add two to the basket for mounting two servos.
Size: 40 mm x 37 mm x 10 mm
Weight: 4 g � � K� � � � � � � � � � 2BOX3I t� i� � � �}�b�t ZULU-EPO
Zulu EPO ARTF The {b,Zupair Zulu EPO} is a superb 1.5m / 60" ARTF flying wing has leading edge "drooperons" to massively increase manoeuvrability and performance. This is a superb light and medium wind sloper for all kinds of terrain.
{b,Zupair Zulu EPO ARTF} is a great light wind aerobatic flying wing slope soarer with amazing "drooperon" leading edge devices. These are connected to the elevon servos giving a four control surface wing controlled by just two (already fitted) servos. We are just stocking the almost ready to fly version which includes fitted servos already connected to the elevons and leading edge drooperons. The only work required to finish the model is to glue the nosecone, wing joiner, fin, and wings in place. Then connect up the servos to your choice of receiver and battery, balance and fly!
We are stocking the ARTF version with two quality Emax 09MA servos ready fitted, which have a voltage range of 4.8-6.0v. Only a receiver and battery is required to get the model airborne. Although the Zulu EPO is supplied as a glider the nosecone is not fixed in place, and a firewall is already fitted, so conversion to electric power is straight forward.
{b, Zulu EPO Specifications}
Wingspan: 60 in (1.5 meters)
Wing area: 556 sq.in (36.0 sq.dm)
Aspect ratio: 6.35
Typical flying weight (glider): 17.5 oz (495 gm)
Wing loading: 4.4 oz/sq.ft (13.4 gm/sq.dm)
Airfoils: Zup1060 & Zup1065
Lots more info on this {href, http://www.rcgroups.com/forums/showthread.php?t=2460386, RCGrops Zulu} thread.
{video,wUCylQOkqbU} � \8� � @ � � � � � � � � � Ͼ K c1�C� �}�b�u EUPHORIA-WING-BAGSEuphoria Wing and Tail BagsG A beautiful set of wing and tailplane bags for the Euphoria 4m glider. The set consists of:
{bullet}
A pair of bags for the inner panels. These are split in the middle, so the wing bags can be placed on the wing even when the wing is attached to the fuselage.
A pair of tip bags for the wing tip panels.
A pair of tailplane/elevator bags for the horizontal stabiliser.
{endbullet}
The bags are made from aluminised Mylar covered foam with a black fabric (canvas-like) edging and grey pocket ends. The covers will protect the surfaces from physical damage and solar radiation. � � 7<� 0 � $ � � � � � � � � � 7 k� c1�C� ��b�w
KST-X08-ARMS2 KST X08 Family Servo Arm SetN Short, medium and long plastic servo output arm (horn) package for X08, X08H, X08N, X08 Plus, X08H Plus, A08, A08H, A08N, HS08A and HS08B servos.
Contains three nylon output arms, one output arm retaining screw, and two servo mounting screws. One arm is specially designed to reduce the vertical space required - useful for DLGs
p � � � Z� � � � � � � � 1M3 u� j_� � �}�b�v SAVOX-SC-1251MGSavox SC-1251MG Special Order d � ,� � C� � � � � � � �
DS6125Hr� c1�C � �}�b�� ERWINErwin 5 Slope Soarer 2m[ We have just received one {b,PCM Erwin Slope} all carbon glider. This is one of the fastest and strongest 2m slope planes made, and has become a slope classic. It can be used for dynamic soaring, or sports flying, and excels on both the front and the back side of the slope.
The model is very substantially built and of all carbon construction. The build quality is immaculate, and the work required to complete the model is minimal. It comes with all the required linkage hardware and good build instructions are available.
Grab this great model before someone else does.
{video,LJkZoh1Z_54} � � \� � y� � � � � � � � � �� c1�C ' �}�b�� FW6 Fireworks 6� The {b,Fireworks 6} has been designed and optimised to maximise launch height. By creating a discus launch glider that can launch higher than previous models PCM are enabling pilots to launch into better air, possibly already marked by other gliders, but too high for other planes to launch into. Even if no thermals are marked, air is less turbulent and more buoyant higher up, and thermals are stronger and better organised, making them easier to see and to work.
PCM created this high-starting FW6 by:
{bullet}
Minimising weight.
Minimising energy sapping yaw inertia which causes the oscillation seen straight after launch. This was done by reducing the wingspan, fuselage weight, and tail weight.
Maximising stiffness.
{endbullet}
Other improvements in this version are
{bullet}
Solid core wing technology, to provide a much tougher and more damage resistant wing, with better longevity and twice the torsional stiffness of the FW5.
Asymmetric smaller and thinner fin and rudder, reducing drag and weight.
Reduced fuselage cross section, reducing drag.
Improved capability for up to 70 g of ballast, to allow better windy weather and slope performance.
{endbullet}
The design goals also resulted in the FW6 being extremely agile and manoeuvrable, so it can work smaller thermals easily. This is helped by the broader wing tips which resist tip stalling even in turbulent air, giving a low pilot workload. So the PCM FW6 is a high launching DLG with brilliant performance and great handling.
The Fireworks FW6 is available in two versions:
C6L - this light version has wings using 26 g/m2 spread carbon, and has a flying weight from 240 g.
C6S - this is the strong version, with wings from 39 g/m2 spread carbon, and has a flying weight from 255 g.
{table title="Fireworks FW6 Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.4 m, 57 in
Wing area, 20.5 dm2, 318 sq in
Length, 105 cm, 41.1 in
Flying weight from, 240 g, 8.5 oz
Wing loading, 11.7 g/dm, 3.8 oz/sq ft
Aspect ratio, 10.1,
Wing airfoil, Zone V2,
Dihedral, 6.0�,
Centre of Gravity, 68-70 mm from wing leading edge
Controls, "Rudder, elevator, ailerons"
{endtable}
{table title="Fireworks FW6 C6L Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 34.0 g, 1.2 oz
Wings, 116.0 g, 4.1 oz
Fin, 6.5 g, 0.2 oz
Tailplane, 6.5 g, 0.2 oz
Accessories, 20.0 g, 0.7 oz
Total structure, 183.0 g, 6.5 oz
Glue etc, 3.0 g, 0.1 oz
Receiver, 5.0 g, 0.2 oz
Tail servos, 10.0 g, 0.4 oz
Wing servos, 16.0 g, 0.6 oz
Battery, 23.0 g, 0.8 oz
Flying weight, 240.0 g, 8.5 oz
{endtable}
{table title="Fireworks FW6 Construction" class=1 cols=2 width=50,290 align=L,L separator=: }
Fuselage: Shell construction, with balsa as supporting material and HM-UD-carbon or kevlar in the cone as outer skin.
Wing: Full-core-construction with rohacell as core and 26g or 39g IMS carbon non crimp fabric as outer skin. Spar booms made of high modular carbon tapes / shear web made of balsa planked with glass. Kevlar hinges. Ailerons fully gap-sealed.
Stabilizer: Full-core-construction with rohacell as core and 26g carbon non crimp fabric as outer skin. Hinges made of kevlar.
Fabrication: Ailerons are cut, hinged and gap-sealed. Screw mounting for wing and elevator is pre-fabricated. Openings in fuselage are cut, fitting of rudder is pre-fabricated. Kit parts (radio board, pushrods, levers, ballast etc.) are included in kit. CFK-stabs completely prefabricated apart from mounting the horn and torsion wire.
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator & rudder servo, Ripmax SD100, Dymond D47, KST X08
Aileron servos, KST X08, MKS DS6100, MKS HV6100, Grp C261, Grp DS281
Receiver, 4/5 channel rx to match your transmitter
Power, SmartLipo 450, Rhino 2S 360 mah LiPo, HyperLiPo 2S 300 mAh LiPo
{endtable}
<b>Recommended Control Throws & Mixes</b>
See the Fireworks 6 Build Instructions (link below).
� U-� _� � � � � � � � � � � C� c1�C �}�b�
SNIPE-WING
Snipe Wing� Available to special order only. Please email or phone.
{table title="Snipe Wing Included Parts" class=1 cols=2 width=40,330 align=L,L}
These replacements contain the items below with numbers taken directly from the Instruction parts list
1, Horn wings 2 pieces
2, Launch peg
10, Set of M3 screws for attaching the wing M3 x 10, M3 x 6
11, Cover wing controls
13, Flaperon control horn pivot axes
{endtable}
M � �2� � � � � � � � � � � c1�Cn �}�b�x RF300
Red Fox RF300� The {b,RedFox RF300} is a very effective glider powertrain consisting of a nicely engineered RF300 Eco planetary gearbox mated to a Turnigy H2218-1860 outrunner brushless motor. This creates a reasonably powerful and reliable glider powertrain that will fit in the narrow noses of smaller F5J models and electric gliders.
The planetary gearbox is only 23.5 mm diameter so this will fit in most models easily. However the motor wires emerge from the motor 25 mm back from the front of the gearbox, increasing the apparent diameter of the powertrain to 42mm at this position. Thus the motor will easily fit in fuselages designed for 38 mm and larger spinners. It just fits in pods designed for 32mm spinners, but keeping the motor wires away from the spinning case may be difficult.
{i,Recommended ESC setup: }
Motor timing: 10�
Frequency: low, for outrunner
Acceleration: middle (5)
Start: soft (50->100% for 1 s)
Brake intensity: 50%, delay 0.5 s
Auto-off: auto voltage detect @ 3.1v per cell
Cut-off: soft
Note the soft start and delayed/soft brake settings are essential for geabox longevity.
{table title="Red Fox RF300 Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=: autohref=2}
Gearbox diameter: 23.5 mm: 0.93 in
Motor diameter: 27.2 mm: 1.07 in
Motor+GB length: 57.0 mm: 2.24 in
Shaft diameter: 5.0 mm: 0.20 in
Motor+GB weight: 98 g: 3.46 oz
Lead length: 5.0 cm: 1.97 in
Gearbox ratio: 3.0
Planet bearings: Plain
Recommended battery: 3S LiPo
Recommended prop: 13 x 10 Aeronaut CAM Carbon
Input power: 260 W
Max LiPo capacity: 1.5 Ah
Supplied accessories: 2 mounting screws, Allen key
{endtable}
{b,Recommended 3S LiPo props}
- 13/6,5" prop ...... 200 W .... (18 A) .... (AUW up to 1,0 kg)
- 13/10" prop ....... 260 W .... (25 A) .... (AUW up to 1,2 kg
- 13/11" prop ....... 275 W .... (26 A) .... (AUW up to 1,2 kg)
- 14/9,5"prop ....... 275 W .... (26 A) .... (AUW up to 1,2 kg)
- 15/8" prop.......... 300 W .... (27 A) .... (AUW up to 1,5 kg)
& � r-� g_� N � � � � � � � � � F |� c1�C e �}�b�y THOWT Throw It!� The {b,Throw-it!} DLG is a fantastic value contest proven hand launch model from the Czech Republic. It uses a modern East European designed airfoil to give good flight performance with honest easy handling, making it ideal for modellers just getting into discus launched gliders and perhaps considering entering F3K contests. The glider is very prefabricated{, with a one piece wing and with the throwing blade already installed in the left wing, making suitable for right-handed launcher only.} and the surface finish is excellent, plus the weight is low for an entry level model, making the Throw it! excellent value.
The Throw-it! fuselage consists of reasonably spacious 2.4GHz transparent Kevlar nose section mated to a stiff carbon rear fuselage with a small pylon molded in for tail mounting. The wing and tail mounting holes are drilled and tapped, and a nice glass hatch canopy gives good access to the RC. Four small servos can be fitted in the fuselage to minimise weight, but for ease of installation we recommend fitting the aileron servos in the wing, and just installing the rudder and elevator servos in the pod. The wing is solid molded glass over EPS foam, with a sturdy carbon spar. The tips and aileron roots are reinforced with carbon, and a contoured throwing blade has been expertly fitted. The ailerons are pre-hinged and are reasonably stiff. The tailplane (horizontal stabiliser) has a carbon spar, and the elevator pre-cut and hinged. Similarly the fin (vertical stabiliser) has a carbon spar, and the rudder pre-cut and hinged. The enclosed accessories include springs for pull-spring actuated tail surfaces, and carbon sheet for the control horns. To complete the model the buyer will need to slot the fin and glue it to the tailboom, drill mounting holes in the tailplane, make and fit the control horns, and install the RC and linkages.
The present stocks are {model comes in mustard yellow or} red (as illustrated), with wings supplied in nice padded aluminised mylar wing bags. Adding to the great value of this well made model. The instructions available are for a previous version (called Thowt), but assembly should be clear to any modeller with some building experience.
{table title="Throw-it Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.5 m, 59 in
Wing area, 21.4 dm2, 332 sq in
Length, 113 cm, 44.5 in
Flying weight from, 255 g, 9.0 oz
Wing loading, 11.9 g/dm2, 3.9 oz/sq ft
Aspect ratio, 10.4,
Wing airfoil, Pejchar,
Dihedral angle, 6.0�,
Centre of Gravity, 85-89 mm from wing leading edge
Controls, "Rudder, elevator, ailerons"
{endtable}
{table title="Throw-it Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 40.0 g, 1.4 oz
Wings, 129.0 g, 4.6 oz
Fin, 6.5 g, 0.2 oz
Tailplane, 6.0 g, 0.2 oz
Accessories, 5.0 g, 0.2 oz
Total structure, 186.5 g, 6.6 oz
Glue etc, 9.5 g, 0.3 oz
Wiring, 5.0 g, 0.2 oz
Receiver, 5.0 g, 0.2 oz
Tail servos, 10.0 g, 0.4 oz
Wing servos, 16.0 g, 0.6 oz
Battery, 23.0 g, 0.8 oz
Flying weight, 255.0 g, 9.0 oz
{endtable}
{table title="Recommended R/C" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator & rudder servos, Ripmax SD100, Power HD DSM44, KST X08, Graupner DES 261, MKS DS65K, MKS DS75K, MKS DS6100, MKS HV6100
Aileron servos, Ripmax SD100, Power HD DSM44, KST X08, MKS DS65K, MKS DS75K
Receiver, 4/5 channel rx to suit your transmitter, eg Spektrum AR6270T, AR6260, AR6100e, Futaba R6004FF, FrSky X4R, Orange DSM2 compatible, Jeti Duplex R5, Multiplex Mlink RX-6 Light & RX-5 Light
Battery, Rhino 2S 360 mAh LiPo, HyperLiPo 2S 300 mAh LiPo
{endtable}
{table title="Control Throws" class=1 cols=2 width=110,240 align=L,L}
Aileron, 7 mm down, 10 mm up
Elevator, 10 mm down, 10 mm up
Rudder, 13 mm each way
Flap-launch, 1 mm up
Flap-fast flight, 0 mm
Flap-thermal, 2 mm down
Flap-brakes, 35 mm down - down elevator compensation required
{endtable}
{href, https://plus.google.com/photos/116171569286871763522/albums/5864455063181293569?banner=pwa, Uselful build photos}
< � /-� � � � � � � � � � � � E Q� c1�C6 �}�b�z RF400-4Red Fox RF400 4:1� The {b,RedFox RF400} is a very effective glider powertrain consisting of a nicely engineered RF400 Eco 4:1 planetary gearbox mated to a Turnigy H2218-3200 outrunner brushless motor. This creates a very powerful and reliable glider powertrain that will fit in the narrow noses of many F5J models.
The planetary gearbox is only 23.5 mm diameter so this will fit in most models easily. However the motor wires emerge from the motor 25 mm back from the front of the gearbox, increasing the apparent diameter of the powertrain to 42mm at this position. Thus the motor will easily fit in fuselages designed for 38 mm and larger spinners. It just fits in pods designed for 32mm spinners, but keeping the motor wires away from the spinning case may be difficult.
{i,Recommended ESC setup: }
Motor timing: 10�
Frequency: low, for outrunner
Acceleration: middle (5)
Start: soft (50->100% for 1 s)
Brake intensity: 50%, delay 0.5 s
Auto-off: auto voltage detect @ 3.1v per cell
Cut-off: soft
Note the soft start and delayed/soft brake settings are essential for geabox longevity.
{table title="Red Fox RF400/4 Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=: autohref=2}
Gearbox diameter: 23.5 mm: 0.93 in
Motor diameter: 27.2 mm: 1.07 in
Motor+GB length: 57.0 mm: 2.24 in
Shaft diameter: 5.0 mm: 0.20 in
Motor+GB weight: 99 g: 3.49 oz
Lead length: 5.0 cm: 1.97 in
Gearbox ratio: 4.0
Recommended battery: 3S LiPo
Recommended prop: 13 x 7 Aeronaut CAM Carbon
Input power: 390 W
Max LiPo capacity: 1.6 Ah
Supplied accessories: 2 mounting screws, Allen key
{endtable}
{b,Recommended 3S LiPo props}
- 11/6" prop ....... 260 W .... (24 A) .... (AUW up to 1,2 kg)
- 12/6" prop ....... 320 W .... (31 A) .... (AUW up to 1,5 kg)
- 13/6" prop ....... 380 W .... (38 A) .... (AUW up to 1,7 kg)
- 13/7" prop ....... 390 W .... (39 A) .... (AUW up to 1,8 kg)
- 14/6" prop........ 410 W .... (41 A) .... (AUW up to 2,0 kg) 0 � t7� � T � � � � � � � � � F �� c1�C � �}�b�{ RF400-3Red Fox RF400 3:1P The {b,RedFox RF400/3} is a very effective glider powertrain consisting of a nicely engineered RF400 Eco 3:1 planetary gearbox mated to a Turnigy H2218-3200 outrunner brushless motor. This creates a very powerful and reliable glider powertrain that will fit in the narrow noses of many F5J models. This version is better for 2S LiPo batteries.
The planetary gearbox is only 23.5 mm diameter so this will fit in most models easily. However the motor wires emerge from the motor 25 mm back from the front of the gearbox, increasing the apparent diameter of the powertrain to 42mm at this position. Thus the motor will easily fit in fuselages designed for 38 mm and larger spinners. It just fits in pods designed for 32mm spinners, but keeping the motor wires away from the spinning case may be difficult.
{i,Recommended ESC setup: }
Motor timing: 10�
Frequency: low, for outrunner
Acceleration: middle (5)
Start: soft (50->100% for 1 s)
Brake intensity: 50%, delay 0.5 s
Auto-off: auto voltage detect @ 3.1v per cell
Cut-off: soft
Note the soft start and delayed/soft brake settings are essential for geabox longevity.
{table title="Red Fox RF400/3 Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=: autohref=2}
Gearbox diameter: 23.5 mm: 0.93 in
Motor diameter: 27.2 mm: 1.07 in
Motor+GB length: 57.0 mm: 2.24 in
Shaft diameter: 5.0 mm: 0.20 in
Motor+GB weight: 99 g: 3.49 oz
Lead length: 5.0 cm: 1.97 in
Gearbox ratio: 3.0
Recommended battery: 2S LiPo
Recommended prop: 12 x 6 Aeronaut CAM Carbon
Input power: 280 W
Max LiPo capacity: 1.5 Ah
Supplied accessories: 2 mounting screws, Allen key
{endtable}
{b,Recommended 2S LiPo props}
- 10/6" prop ....... 180 W .... (24 A) .... (AUW up to 1,0 kg)
- 11/6" prop ....... 240 W .... (32 A) .... (AUW up to 1,2 kg)
- 12/6" prop........ 280 W .... (39 A) .... (AUW up to 1,4 kg)
{b,Possible 3S LiPo props}
- 9/6" prop ......... 220 W .... (22 A) .... (AUW up to 1,1 kg)
- 10/6" prop ....... 290 W .... (29 A) .... (AUW up to 1,4 kg)
- 11/5" prop ....... 340 W .... (34 A) .... (AUW up to 1,6 kg)
+ � ~� r=� T � � � � � � � � � F �� c1�C �}�b�� SM-TOPSKY-BOOMSuper Mini Topsky Boomz {cbooms,11.1,6.9, 0.4, 5.6, 43, Super Mini Topsky tailboom}
High quality wound carbon epoxy Super Mini Topsky tail boom. � � � �
� � � � � � � � d �� c1�C
�}�b� RF520
Red Fox RF520� The {b,Red Fox RF520} is an efficient glider powertrain consisting of a nicely engineered RF500 SPC planetary gearbox mated to an efficient Mega 16/15/3 inrunner brushless motor. This creates a very powerful and reliable glider powertrain that will easily fit in the narrow noses of all F5J models.
The planetary gearbox is only 23.5 mm diameter so this will fit in most models easily, and the power wires emerge from the rear of the 28 mm diameter motor. Thus the motor will easily fit in fuselages designed for 32 mm spinners, and may fit in pods designed for 30 mm spinners.
This Mega 16/15/3 motor is the three wind version, so will turn a larger prop than the RF540 (good), but it also has a higher winding resistance, so the current needs to be limited to a maximum of 40A. This powertrain is probably best for F5J models weighing 1.6 Kg or less.
Operate between 25A and 40A for max efficiency/max performance.
{i,Recommended ESC setup: }
Motor timing: 10�
Frequency: low, for outrunner
Acceleration: middle (5)
Start: soft (50->100% for 1 s)
Brake intensity: 50%, delay 0.5 s
Auto-off: auto voltage detect @ 3.1v per cell
Cut-off: soft
Note the soft start and delayed/soft brake settings are essential for geabox longevity.
{table title="RedFox RF520 Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=: autohref=2}
Motor name / GB name: Mega 16/15/3 RF 4.7 SPC:geared inrunner
Motor+GB weight: 108 g : 3.81 oz
Motor diameter: 28.0 mm : 1.10 in
Motor length: 36.5 mm : 1.44 in
Lead length: 4.5 cm : 1.77 in
Shaft diameter: 5.0 mm : 0.20 in
Mounting info: 4 M3 holes on a 19 mm diameter circle
Measured Rm: 28 mR
Measured Kv: 3000 RPM/V
Measured geared Kv: 638 RPM/V
Measured Io: 1.9 A @ 10 V
Max efficiency (10 V): 86 % @ 26 A
Operating efficiency (10 V): 85 % @ 40 A
Motor+gearbox Km: 89 Nm/W^.5 X1000
Motor+gearbox Km/Kg: 828 Nm/(W^.5 Kg)
Recommended battery: 3S LiPo
Rec max LiPo capacity: 1.8 Ah
Recommended prop: 15x8; 14x11; 14x10 15x8
Input power: 400 W on 15x8 prop
Current: 40 A on 15x8 prop
Rate of climb: 8.5 m/s for 1600 g glider
Supplied accessories: 4 mounting screws, Allen key
Gearbox diameter: 23.9 mm : 0.94 in
Gearbox length: 19.2 mm : 0.76 in
Motor+GB length: 55.7 mm : 2.19 in
Gearbox Ratio: 4.7
Planet bearings: Ballraced
Estimated GB efficiency: 96 %
{endtable}
b � �K� � � � � � � � � � � � F �� c1�C � �}�b�� RF540
Red Fox RF540� The {b,Red Fox RF540} is an efficient glider powertrain consisting of a nicely engineered RF500 SPC planetary gearbox mated to an efficient Mega 16/15/2e inrunner brushless motor. This creates a very powerful and reliable glider powertrain that will easily fit in the narrow noses of all F5J models.
The planetary gearbox is only 23.5 mm diameter so this will fit in most models easily, and the power wires emerge from the rear of the 28 mm diameter motor. Thus the motor will easily fit in fuselages designed for 32 mm spinners, and may fit in pods designed for 30 mm spinners.
This Mega 16/15/2e motor is the enhanced two wind version, so should be used with smaller props than the RF520, and has a lower winding resistance, so can take currents up to a maximum of 50A. This powertrain is probably best for F5J models weighing 1.6 Kg or less.
Operate between 50A and 56A for max efficiency/max performance.
{i,Recommended ESC setup: }
Motor timing: 10�
Frequency: low, for outrunner
Acceleration: middle (5)
Start: soft (50->100% for 1 s)
Brake intensity: 50%, delay 0.5 s
Auto-off: auto voltage detect @ 3.1v per cell
Cut-off: soft
Note the soft start and delayed/soft brake settings are essential for geabox longevity.
{table title="RedFox RF540 Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=: autohref=2}
Motor name / GB name: Mega 16/15/2e RF 4.7 SPC:geared inrunner
Motor+GB weight: 117 g : 4.13 oz
Motor diameter: 28.0 mm : 1.10 in
Motor length: 36.5 mm : 1.44 in
Lead length: 4.5 cm : 1.77 in
Shaft diameter: 5.0 mm : 0.20 in
Mounting info: 4 M3 holes on a 19 mm diameter circle
Estimated Rm: 13 mR
Estimated Kv: 4000 RPM/V
Estimated geared Kv: 851 RPM/V
Estimated Io: 3.7 A @ 10 V
Max efficiency (10 V): 87 % @ 53 A
Operating efficiency (10 V): 87 % @ 50 A
Motor+gearbox Km: 98 Nm/W^.5 X1000
Motor+gearbox Km/Kg: 841 Nm/(W^.5 Kg)
Recommended battery: 3S LiPo
Rec max LiPo capacity: 1.8 Ah
Recommended prop: 12x9; 12x8; 12x7
Input power: 500 W on 12x9 prop
Current: 50 A on 12x9 prop
Rate of climb: 8.4 m/s for 1600 g glider
Supplied accessories: 4 mounting screws, Allen key
Gearbox diameter: 23.9 mm : 0.94 in
Gearbox length: 19.2 mm : 0.76 in
Motor+GB length: 55.7 mm : 2.19 in
Gearbox Ratio: 4.7
Planet bearings: Ballraced
Estimated GB efficiency: 96 %
{endtable}
l � �� � � � � � � � � � � � F �� c1�C � �}�b�� RF580
Red Fox RF580s The {b,Red Fox RF580} is an efficient glider powertrain consisting of a nicely engineered RF500 SPC planetary gearbox mated to an efficient Mega 16/20/2 inrunner brushless motor. This creates a very powerful and reliable glider powertrain that will easily fit in the narrow noses of all F5J models.
The planetary gearbox is only 23.5 mm diameter so this will fit in most models easily, and the power wires emerge from the rear of the 28 mm diameter motor. Thus the motor will easily fit in fuselages designed for 32 mm spinners, and may fit in pods designed for 30 mm spinners.
This Mega 16/20/2 motor is longer two wind version, so can turn larger props RF520 and RF540, and has a low winding resistance, so can take currents up to a maximum of 60A. This powertrain is probably best for F5J models weighing 2 Kg or less.
Operate between 50A and 60A for max efficiency/max performance.
{i,Recommended ESC setup: }
Motor timing: 10�
Frequency: low, for outrunner
Acceleration: middle (5)
Start: soft (50->100% for 1 s)
Brake intensity: 50%, delay 0.5 s
Auto-off: auto voltage detect @ 3.1v per cell
Cut-off: soft
Note the soft start and delayed/soft brake settings are essential for geabox longevity.
{table title="RedFox RF580 Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=: autohref=2}
Motor name / GB name: Mega 16/20/2 RF 4.7 SPC:geared inrunner
Motor+GB weight: 128 g : 4.51 oz
Motor diameter: 28.0 mm : 1.10 in
Motor length: 41.5 mm : 1.63 in
Lead length: 4.5 cm : 1.77 in
Shaft diameter: 5.0 mm : 0.20 in
Mounting info: 4 M3 holes on a 19 mm diameter circle
Estimated Rm: 13 mR
Estimated Kv: 3100 RPM/V
Estimated geared Kv: 660 RPM/V
Estimated Io: 3.7 A @ 10 V
Max efficiency (10 V): 87 % @ 53 A
Operating efficiency (10 V): 87 % @ 60 A
Motor+gearbox Km: 127 Nm/W^.5 X1000
Motor+gearbox Km/Kg: 992 Nm/(W^.5 Kg)
Recommended battery: 3S LiPo
Rec max LiPo capacity: 1.8 Ah
Recommended prop: 15x10; 15x9; 15x8
Input power: 600 W on 15x10 prop
Current: 60 A on 15x10 prop
Rate of climb: 11.5 m/s for 1600 g glider
Supplied accessories: 4 mounting screws, Allen key
Gearbox diameter: 23.9 mm : 0.94 in
Gearbox length: 19.2 mm : 0.76 in
Motor+GB length: 60.7 mm : 2.39 in
Gearbox Ratio: 4.7
Planet bearings: Ballraced
Estimated GB efficiency: 96 %
{endtable}
� � �2� � � � � � � � � � � � F �� c1�C ��b� MKS-DS75K)MKS DS75K Servo - 2.4Kg.cm 0.13s 7.8g 9mmc The {b,MKS DS75K} servo is the latest small servo from MKS. It is more powerful, faster, and considerably more robust than the DS65K. It is also rated for operation down to 3.5V making it safe for use on 1S LiPo batteries. Its clever inverted motor design makes it very compact, in fact it is nearly as small as the SD100/D47 in the vertical and horizontal directions.
The DS75K is ideal for F3K, F5D, and all small models that require excellent precision, massive torque, and adequate speed. Along with the DS65K it is probably the best 8.5 mm thick servo ever produced. It looks beautiful and with a torque of 2.4 Kg cm it is amazingly powerful.
{MKSCNC}
{film}
Low/standard voltage versions of the DS75K are available with standard mounting lugs (the {pref,MKS-DS75K, DS75K}), wing mounting lugs (the {pref,MKS-DS75K-R, DS75K-R}), and no mounting lugs (the {pref,MKS-DS75K-N, DS75K-N}). High voltage versions are available with standard mounting lugs (the {pref,MKS-HV75K, HV75K}), wing mounting lugs (the {pref,MKS-HV75K-R, HV75K-R}), and no mounting lugs (the {pref,MKS-HV75K-N, HV75K-N}).
{ServoSpecs} K � ? � � & � � � � � � � � ��1C1 �� TaiwanjsZN� �}�b�� PTFE-TUBE-8T?3.38mm ID Etched PTFE (8T AWG Bondable PTFE) Pushrod Outer Tube Low friction 3.38 mm ID PTFE tube suitable for pushrod outers on large gliders and other larger models. Also suitable for a large range of engineering and industrial uses.
This tubing is specially etched on the outside, making it easily bondable using many adhesives, thin CA being probably the best. Provides the lightest, easiest, most friction-free pushrod installations possible.
Can be stretched to 2 times the original length to reduce the weight per meter, and tune the inside diameter to be a perfect fit for the inner pushrod. Sold by the meter. Enter a quantity of 3 for a 3m roll.
{table title="8T Etched PTFE Tube Specification" class=1 cols=3 width=110,115,115 align=L,L,L}
Inside diameter, 3.38 mm, 0.133 in
Wall thickness, 0.38 mm, 0.015 in
Outside diameter, 4.14 mm, 0.163 in
Suggested inner, 3 mm Carbon Rod & tube, 11 SWG or thinner Piano or steel wire}
US size, 8 AWG T type (normal/medium weight)
Weight per m, 11 g per meter
{endtable}
{i,Dealer discounts available for orders of 30m or more.} � � 9� � 0� � � � � � � � A �� c1�C � �}�b�
ALTIS-GPS2 Altis GPS 2u The new improved Aerobtec {b,Altis GPS2 } logs GPS coordinates, ground speed, barometric pressure altitude, and RC input, allowing the 3D position and speed of a model to later be displayed on a computer. As the barometric pressure altitude is much more accurate than GPS height info this device is much better than most loggers for model aircraft use. Additionally it acts as a telemetry sensor for supported RC, allowing a real-time display of this info on the user's transmitter.
The improvements of this GPS2 over the previous version are faster satellite acquisition start time, improved reception and double the memory.
It also has support for Jeti, Multiplex, Graupner, Futaba SBUS2* and FrSky S.Port* telemetry, allowing the RC pilot to receive real-time data via his transmitter. *Note Futaba SBUS2 and FrSky S.Port both need the optional telemetry convertor.
The unit has very small dimensions and a low weight. Recorded flights can be analyzed in Altis Flight Manager PC application which allows users to view the data in graph view mode and in Map/Earth mode.
{bullet}
Memory: 8Mb (approx. 18 hours recording with 0.1s sampling)
Sample time: 0.1 � 25.5s (user selectable with step 0.1s)
Dimensions: 30 x 23 x 9 mm
Weight: 12g
Power supply range: 4V � 12.6V
Integrated pressure sensor for altitude measurements
Logs GPS coordinates, ground speed, pressure altitude, RC input
Telemetry support for Jeti model�, Multiplex� M-Link, Graupner� HOTT, Futaba� SBUS2*, FrSky� S.Port*
Upgradeable firmware
Integrated USB port for connection to PC
Free Altis Flight Manager software for Windows analysis software
{endbullet}
� K � � 1 � � � � � � � � 2 2E3. (� h�j2
� �}�b�� SUPRA-EXPERTSupra Expert F3J 3.4m
The Vladimir's Models {b,Supra Expert F3J} is the latest version of the Supra glider. Despite its strong spar the spread carbon version can be built down to 1.5Kg, making it a great F3J thermal soarer. Its light weight has been made possible by a very light spread carbon fabric perfected by Vladimir Gavrilko, or by a tough but light Glass layup on the Glass version. The wing is a monocoque structure with a skin of a double layer of spread carbon/glass strengthened with a strong spar made with a multi-ply 45� balsa and carbon shear web between substantial IMS 65 carbon spar caps. The fin and rudder are lightweight all molded in the structures.
{IDS}
The benefits of the Supra Expert are:
{bullet}
New pylon mounted tailplane reduces drag and improves pitch control.
Slim long fuselage pod designed with a removable canopy hatch for easy access to RC.
Ultralight fin with and rudder for minimum inertia.
New light molded tailplane (horizontal stabiliser) mounted on a tail pylon. This improves stability and controllability.
Supplied with molded lead nose weight and wiring harness.
{endbullet}
Taking advantage of new materials and improved design, Vladimir's Models have achieved a unique combination of light wing loading and low inertia, in addition to high strength and stiffness. This results in a plane that not only delivers fast starts and precise landings, but also soars well in even the slightest lift.
The model is completely prefabricated, with very little work required to get it flyable - just install your radio gear.
The new spar is made from T800 ultra high modulus carbon, reducing weight and increasing stiffness.
<img src="extras/SUPRA-Spar-Cutaway-600.jpg" alt="Supra Carbon Wing Cutaway">
The structure has been computer modelled and scientifically tested, but the old ways are certainly more eye catching.
<img src="extras/SUPRA-competition-WingTest-600.jpg" alt="Supra Carbon Light molded wing test">
Supra Expert kit has an assembled fuselage with a demountable vertical stabilizer, for easier transportation. The vertical stabilizer is fixed by a carbon pin. Please secure the pin in place with tape before flight. The model is supplied with wing connection plugs and sockets and a quality wiring harness.
{table title="Supra Expert Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 3.4 m, 134 in
Wing area, 69.3 dm2, 1074 sq in
Length, 170 cm, 66.9 in
Flying weight from, 1520 g, 53.6 oz
Wing loading, 21.9 g/dm2, 7.2 oz/sq ft
Aspect ratio, 16.7,
Wing airfoil, AG40/AG41/AG42/AG43
Dihedral, 2 to 6�, 3 dihedral braces supplied
Centre of Gravity, 96-105 mm from wing leading edge
Controls, "Elevator, rudder, ailerons, flaps"
{endtable}
{table title="Supra Expert Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage pod, 203 g, 7.2 oz
Boom and pushrods, 73 g, 2.6 oz
Fin & rudder, 32 g, 1.1 oz
Tailplane, 26 g, 0.9 oz
Wing centre panel, 507 g, 17.9 oz
Wing tip panels, 321 g, 11.3 oz
Accessories, 105 g, 3.7 oz
Total structure, 1267 g, 44.7 oz
Glue etc, 5 g, 0.2 oz
Receiver, 14 g, 0.5 oz
Tail servos, 40 g, 1.4 oz
Wing servos, 64 g, 2.3 oz
Wiring, 30 g, 1.1 oz
Battery, 100 g, 3.5 oz
Flying weight, 1520 g, 53.6 oz
Ballast capability, 900 g, 31.7 oz
{endtable}
{F3JServos}
{SupraVer} L � �2� � �`� � � � � � � � � &� c1�C � ���b� ELF-RUDDER-HORNElf Rudder Horn A replacement Elf rudder horn � � � � � � � � � � � � 2F3 F� Glass fibre i�� � �}�b�� TOPSSKY-BOOMSuper Topsky DLG Boomh The carbon boom used by the Super Topsky DLG pod.
{cboom2,18.5,9.5, 0.4, 14.9, 70, DLG tailbooms}
� � P� � � � � � � � � � 2 c1�C �s +>d @�`�
NIMH-4-150%HyperFlight 150 mAh 4.8V NiMH Battery� Small four cell 4.8V battery suitable for the Elf and other small gliders. This is the only NiMH battery we have found that fits in the tiny Elf pod.
This battery should be trickle charged at 15mA for approx 14 hrs. You can make up a charge lead using a 470 ohm 0.1W (or larger) resistor. Charge from a 12V DC voltage source.
{table "NiMH Elf Battery Specification" class=1 cols=2 width=130,200 align=L,L}
Chemistry, Nickel Metal Hydride
Number of cells, 4
Voltage, 4.8V nominal
Capacity, 150 mAh
Charge current range, 15 mA - 50 mA
Trickle charge, 15 mA for 14 hrs
Weight, 17.8 g
Length, 30 mm
Width, 22 mm
Height, 11 mm
{endtable}
{NiMHPost}
n � � � � � � � � � � � E 2G3A 10/01/2024 changed supplier from Shenzhen Vigor Power Battery Co.� o� Ste ��b� BEC-JR-CONV JST BEC to JR RC Plug Convertorq This adaptor lead is fitted with a JST BEC socket at one end and a JR/universal RC plug at the other end. It is great for powering RC with 2S LiPo voltage directly from a 2S LiPo battery. Most receivers are fine on 2S LiPo voltage but make sure any servos connected are HV or WV types.
Another benefit/use for this lead is to act as an on/off switch for the RC system. Plug in the battery to fly, and unplug it at the end of the session. No moving parts. Nothing to fail. Minimum weight.
Never attempt to plug a JST BEC plug directly into a receiver as even a momentary incorrect contact will burn out all the servos.
2 � K� �
� � � � � � � � � 2E3� L� j@E�4' ,� ��b�
MKS-HV6110+MKS HV6110 Servo - 3.4Kg.cm 0.10s 9.8g 10mm� The {b,MKS HV6110} is a high voltage version of the acclaimed {pref, MKS-DS6100,DS6100} with lugs suitable for mounting as a wing servo. It is specially optimised for glider fliers, with excellent torque and precision, and a very low deadband. On a 2S LiPo battery it has higher torque and speed than the DS6100. It is a very high torque thin 10g servo suitable for many wing and fuselage applications. It has more torque and a better geartrain than all other high voltage servos of this size and price range.
At only 10mm thick this superb wing-servo can easily fit in thin wings, but with a low height of 23.5mm it can also fit in DLG and other small fuselages. With good 3.4 kg.cm torque and a blistering 0.10s/60� speed it is excellent for flaps, ailerons, elevator and rudder on many high performance gliders, DLGs, electric gliders, and faster sport slopers.
{ServoSpecs}
{endtable}
e � , � � � � � � � � � � 1C2 HV6110پ6 `}�`��
DLG-PULL-WIRE!0.38 mm DLG Control Run Pull Wire� Approx 0.38 mm thick coated multistrand wire used for DLG pull-spring installations.
This is used to connect the servo output arms to the rudder and elevator control horns.
Red colour. Sold by the meter.
� � � � � � � � � � � � � From http://www.ebay.co.uk/usr/chingsbeadsandjewellery
http://www.ebay.co.uk/itm/130690060683?_trksid=p2059210.m2749.l2649&var=430129107555&ssPageName=STRK%3AMEBIDX%3AIT
0.38mm red purchased July 2015 ~� c1�C c `}�`�� FLITZ FlitzebogenQ
HyperFlight is proud to stock the {b,Flitzebogen} - or {b,Flitz} to English speakers. This highly acclaimed new DLG has a great contest record and a bright future. Oleg Golovidov placed second using a Flitz at the recent US IHLG contest, a tribute to Oleg and the glider!
The small fuselage is a nicely made carbon molding with a 2.4GHz transparent glass radio compartment, to simplify the RC installation and maximise range. The tailplane is mounted on a lightweight pylon that can be mounted above or below the tailboom, whichever the builder prefers. The fin is a strong but light design.
Like the rest of the model the wing is a beautifully molded with carbon skin of attractive lozenge shaped spread carbon, over a solid core. The aileron servos are mounted in the wing for the most direct and rigid control connection, and the aileron pocket outlines are already moulded into the lower wing skin. The wing is available in two weights, {i,Light} and {i,Strong} - the Strong layup is about 10g heavier.
The wing launch peg and other hardware are included in the full accessory packet.
{table title="Flitz DLG Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.5 m, 59 in
Wing area, 20.7 dm2, 321 sq in
Length, 100 cm, 39.4 in
Flying weight from, 222 g, 7.8 oz
Wing loading, 10.7 g/dm2, 3.5 oz/sq ft
Aspect ratio, 10.9,
Wing airfoil, Rodax,
Dihedral angle, 6.5�,
Centre of Gravity, 65-68 mm from wing leading edge
Controls, "Rudder, elevator, ailerons"
{endtable}
{table title="Flitz DLG Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 33.0 g, 1.2 oz
Wings (Light), 109.0 g, 3.8 oz
Fin, 6.3 g, 0.2 oz
Tailplane, 6.2 g, 0.2 oz
Accessories, 7.5 g, 0.3 oz
Total structure, 162.0 g, 5.7 oz
Glue etc, 5.0 g, 0.2 oz
Receiver, 5.0 g, 0.2 oz
Tail servos, 15.0 g, 0.5 oz
Wing servos, 15.0 g, 0.5 oz
Battery, 20.0 g, 0.7 oz
Flying weight, 222.0 g, 7.8 oz
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Aileron servos, KST X08N, MKS DS65K, MKS DS75K-N, Corona DS843MG
Rudder & elevator servos, KST X08, MKS DS65K, MKS DS75K, MKS DS6100, MKS HV6100, Graupner DES 261BB, Ripmax SD100
Receiver, 4/5 channel rx to match your transmitter, eg Spectrum AR6260*, FrSky X4R, Futaba 6008HS*, Futaba R6106HFC *case removed
Power, Rhino 2S 360 mah LiPo, HyperLiPo 2S 300 mAh LiPo
{endtable}
{href,http://www.rcgroups.com/forums/showthread.php?t=2153711, RCGroups Flitz thread}
{href,http://www.rcgroups.com/forums/thumbgallery.php?t=2153711&do=threadgallery, Flitz images}
{video,A9_d6AfQQek}
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�}�b� SNIPE-ELEVATOR-HORNSnipe Elevator hornu Replacement elevator horn for the Snipe, Snipe SN/SNT and Blaster 3.5 DLGs.
Approx 15 mm big.
Supplied singly. A � � � � � � � � � � � 5� Glass fibre c1�C � �}�b� SD150-GEARS Ripmax SD150 Replacement Gears- Replacement gears for the Ripmax SD150 servo. � � 9� � W� � � � � � � �
# Chinac1�C� �}�b� CD3600G Circle Dancer 3600 Glider 3.6m The {b,Circle Dancer 3600 Glider} is a beautifully constructed 3.6m span balsa and carbon almost ready to fly version of the Bubble Dancer by Dr Mark Drela. The model available on this page is the pure glider version, with rudder, elevator and flap controls, not electric as shown in the photos. This new 3.6m version is an all new structural design, with stronger and stiffer carbon Dbox wings and other strength improvements.
Although the structure is simplified in comparison to the original BD design, the aerodynamics are very similar, and the Circle Dancer 3600 is a stable and easy to fly model with impeccable thermal performance, and a reasonable speed range.
The fine fuselage consists of a lightweight Kevlar, glass, and carbon pod molding with a small pylon for mounting the wing above the fuselage, to reduce interference drag. The fuselage nose incorporates a large (18 cm long) hatch to allow easy access to the motor, battery, and rudder and elevator servos. The hatch is very nicely molded from carbon fibre and incorporates a positive attachment system. The fuselage has been updated to use a molded carbon tailboom incorporating a small pylon for the tailplane/horizontal stabiliser. The pushrods are supplied and all the tail pushrod hardware is supplied. The new fuselage has reduced the fuselage weight, improved strength, removed weight from the tail extremity, and has reduced the size of the shipping box, allowing us to post the model overseas more easily.
The tailplane is a feather weight built-up balsa and carbon construction, covered with lightweight transparent film and is supplied ready to bolt onto the rear pylon mount. The tailplane is of improved construction and includes a separate ready hinged elevator for faster pitch response.
The wing is expertly constructed from balsa and carbon, with a strong carbon DBox front part and beautifully applied transparent film covering, in contrasting colours. The centre panel incorporates large flaps to give good approach control. The standard of construction is excellent, and the prefabrication is very complete. The only things left to do are gluing the tailboom to the pod, gluing the fin, installing the control surface control horns, fabricating linkages for the flaps and ailerons, and fitting the RC and battery.
{table title="Circle Dancer 3600 Glider Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 3.6 m, 143 in
Wing area, 79.1 dm2, 1226 sq in
Length, 175 cm, 68.9 in
Flying weight from, 1400 g, 49.4 oz
Wing loading, 17.7 g/dm2, 5.8 oz/sq ft
Aspect ratio, 16.6,
Wing airfoil, AG35/36/37,
Dihedral (EDA), 10.0�,
Centre of Gravity, 102 - 106 mm from wing leading edge
Controls, "Rudder, elevator, flaps "
{endtable}
{table title="Circle Dancer 3600 Glider Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 235 g, 8.3 oz
Centre panel, 473 g, 16.7 oz
Wing tips, 348 g, 12.3 oz
Tailplane, 33 g, 1.2 oz
Rudder, 10 g, 0.4 oz
"Pushrods, joiners, accessories", 83 g, 2.9 oz
Total structure, 1182 g, 41.7 oz
Glue etc, 6 g, 0.2 oz
Wiring, 24 g, 0.8 oz
Receiver, 8 g, 0.3 oz
Rudder & elevator servos, 20 g, 0.7 oz
Flap servos, 20 g, 0.7 oz
Battery, 140 g, 4.9 oz
Nose Weight, 50 g, 1.8 oz
Flying weight, 1400 g, 49.4 oz
{endtable}
{table title="Circle Dancer 3600 Recommended Servos" class=1 cols=2 width=110,235 align=L,L autohref=2}
Elevator & rudder, MKS DS6100, MKS HV6100, KST X08, Blue Bird BMS-105HV
Flaps (2 servos), MKS DS6100, MKS HV6100, Blue Bird BMS-105HV, Blue Bird A56V, KST DS135, MKS DS6125 Mini
{endtable}
{table title="Circle Dancer 3600 Control Movements" class=1 cols=2 width=110,235 align=L,L,L}
Rudder, 35 mm each way
Elevator, 11 mm up, 11 mm down
Flap, 80 degrees down
Thermal camber, flap 5 mm down
Speed camber, flap 1.5 mm up
{endtable}
O � �K� � .� � � � � � � � � � 9 c1�C d @�`� CD3600E Circle Dancer 3600 Electric 3.6m7 The {b,Circle Dancer 3600} Electric is a beautifully constructed 3.6m span balsa and carbon almost ready to fly version of the Bubble Dancer by Dr Mark Drela. This 3.6m version is an all new structural design, with stronger and stiffer carbon Dbox wings and other strength improvements, but with the same excellent quality of manufacture that makes this model so special. Note we are importing both "full house" (rudder, elevator, aileron, flap) and REF (rudder, elevator, flap) versions of this model. The REF version has increased dihedral, making for a more stable and easier to fly model. In comparison the full house version has flaps and ailerons to allow better roll control and wing camber changes to give the model a wider speed range.</b>
Although the structure is simplified in comparison to the original Bubble Dancer design, the aerodynamics are very similar, and the Circle Dancer 3600 is a stable and easy to fly model with impeccable thermal performance, and a good speed range.
The fine fuselage consists of a lightweight Kevlar, glass, and carbon pod molding with a small pylon for mounting the wing above the fuselage, to reduce interference drag. The fuselage nose incorporates a large (18 cm long) hatch to allow easy access to the motor, battery, and rudder and elevator servos. The hatch is very nicely molded from carbon fibre and incorporates a positive attachment system. The fuselage has been updated to use a molded carbon tailboom incorporating a small pylon for the tailplane/horizontal stabiliser. All pushrods are supplied, along with a complete set of tail hardware.
The tailplane is a feather weight built-up balsa and carbon construction, covered with lightweight transparent film and is supplied ready to bolt onto the rear pylon mount. The tailplane is of improved construction and includes a separate ready hinged elevator for faster pitch response.
The wing is expertly constructed from balsa and carbon, with a strong carbon DBox front part and beautifully applied transparent film covering, in contrasting colours. Unlike the BD, the Circle Dancer 3600 has flaps built into the centre panel and the full house version has ailerons in the tip panels. This gives better control authority (especially when landing in gusty conditions), good landing approach control, and the ability to control the airfoil's camber to optimise the wing for cruising, thermalling, or flying faster against the wind. The standard of construction is excellent, and the prefabrication is very complete. The only things left to do are gluing the tailboom to the pod, gluing the fin, installing the control surface control horns, fabricating linkages for the flaps and ailerons, and fitting the RC and powertrain.
Check out this useful {href, https://www.rcgroups.com/forums/showthread.php?2740267,RCGroups build thread.}
{table title="Circle Dancer 3600 Electric Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 3.6 m, 143 in
Wing area, 79.1 dm2, 1226 sq in
Length, 175 cm, 68.9 in
Flying weight from, 1500 g, 52.9 oz
Wing loading, 19.0 g/dm2, 6.2 oz/sq ft
Aspect ratio, 16.6,
Wing airfoil, AG35/36/37,
Dihedral (EDA), 6.0�,
Spinner Diameter, 32 mm,
Centre of Gravity, 102 - 106 mm from wing leading edge
Controls, "Rudder, elevator, ailerons, flaps, motor"
{endtable}
{table title="Circle Dancer 3600 Electric Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 235 g, 8.3 oz
Centre panel, 473 g, 16.7 oz
Wing tips, 364 g, 12.8 oz
Tailplane, 33 g, 1.2 oz
Rudder, 10 g, 0.4 oz
"Pushrods, joiners, accessories", 83 g, 2.9 oz
Total structure, 1198 g, 42.3 oz
Glue etc, 5 g, 0.2 oz
Wiring, 24 g, 0.8 oz
Receiver, 8 g, 0.3 oz
Rudder & elevator servos, 20 g, 0.7 oz
Flap servos, 20 g, 0.7 oz
Aileron servos, 20 g, 0.7 oz
Speed control, 45 g, 1.6 oz
Motor, 135 g, 4.8 oz
Prop & spinner, 25 g, 0.9 oz
Battery, 120 g, 4.2 oz
Flying weight, 1500 g, 52.9 oz
{endtable}
{table title="Circle Dancer 3600 Recommended Servos" class=1 cols=2 width=110,235 align=L,L autohref=2}
Elevator & rudder, MKS DS6100, MKS HV6100, KST X08, Blue Bird BMS-125WV, KST DS145, KST X10-710
Flap, MKS DS6100, MKS HV6100, MKS HV6110, Blue Bird BMS-125WV, KST DS135, KST X10 Mini
Aileron, MKS DS6100, MKS HV6100, MKS HV6110, KST X08H, Blue Bird BMS-125WV
{endtable}
{table title="Circle Dancer 3600 Control Movements" class=1 cols=2 width=110,235 align=L,L,L}
Rudder, 35 mm each way
Elevator, 11 mm up, 11 mm down
Ailerons, 12 mm up, 10 mm down
Flap, 80 degrees down
Thermal camber, flap 5 mm down, aileron aligned with flap
Speed camber, flap 1.5 mm up, aileron aligned with flap
{endtable}
{table title="Powertrain Recommendations" class=1 cols=2 width=130,310 align=L,L autohref=1}
Powerline Micro 1025/10, 3S 1Ah LiPo, 16x8 prop
Leomotion L3013-4550, 3S 1.2Ah LiPo, 15x9 prop
Leomotion L3025-4550, 3S 1.2Ah LiPo, 15x8 prop
XPower F2925/8 Windy, 3S 1.5Ah LiPo, 12x6 prop
Hacker A20-6XL geared 4.4:1, 3S 1.5Ah LiPo, 16x9 prop
Mega 16/25/3, direct drive, 3S 1.2Ah LiPo, 11x6 prop
Axi 2220/12 V2, direct drive, 3S 1.5Ah LiPi, 12x6 prop
{endtable}
g � � � � 3� � � � � � � � � 4� Circle Dancer 3600 components: (8)
One boom
One pod
One fin
Two packs of wing pieces with rudder & tailplane
One bag of accessories
Two 1.5m pushrods9 P� j;�[ O �}�b� SRB-MKS-6125MFrame with bearing for the MKS DS6125 Mini, DS6125, HBL6625, Mini HBL6625 (2)� A pair (2) of nicely molded filled nylon servo frames with an external bearing, to fit the MKS DS6125 Mini, DS6125, HBL6625, Mini HBL6625 and similarly sized servos. This product does not work with other manufacturer's (eg KST, Blue Bird) servos as the output spline size and retaining arm screw size is particular to MKS.
{b,** This fame also fits the MKS HV6130 servo perfectly **}
These frames speed-up servo installation, keep the servo secure and rigidly mounted, and also allow easy removal for maintenance or replacement. The external bearing reduces side load at the servo output arm, reducing compliance and extending the life of the servo. The external bearing reduces any free play, increasing the stiffness of the control surface, improving control and avoiding flutter problems.
Sold in pairs. Add one to the basket for mounting two servos.
Size: 58 mm x 47 mm x 10.5 mm
Weight: 6 g
� � � �
(� � � � � � � � 2 I t� c1�C � �}�b�� SRB-KST-1256Frame with bearing for the KST DS125, DS135, DS225 (2). A pair (2) of nicely molded filled nylon servo frames with an external bearing, to fit the KST DS125, DS135, and DS225. This product does not work with other manufacturer's (eg MKS) servos as the output spline size and retaining arm screw size is particular to KST.
Due to a very slight change in the radius of the mounting lug attachments on the new X10 servos these frames do not fit the X10 and X10 Mini perfectly, though they can be used with a little adjustment. We now sell frames designed specifically for the X10 and X10 Mini servos.
These frames speed-up servo installation, keep the servo secure and rigidly mounted, and also allow easy removal for maintenance or replacement. The external bearing reduces side load at the servo output arm, reducing compliance and extending the life of the servo. The external bearing reduces any free play, increasing the stiffness of the control surface, improving control and avoiding flutter problems.
Sold in pairs. Add one to the basket for mounting two servos.
Size: 58 mm x 47 mm x 10.5 mm
Weight: 6 g � � � �
(� � � � � � � � 2 I t� c1�C � �}�b�� PE-2MM&Brass M2 Pushrod Ends for 2mm Rods (2)j A pair of high quality long brass pushrod ends with M2 threads cut at one end and a tube to take a 2mm carbon rod (or other material).
Note two brass pushrod ends only are supplied, carbon rods and clevises must be purchased separately. Suitable for 2 mm carbon tubes or rods or 1.8 mm rods. Glue using epoxy or thick CA. Degrease before gluing.
{table title="2mm Long Pushrod End Specification" class=1 cols=2 width=150,115 align=L,L,L}
Pushrod hole size, 2 mm
Pushrod tube length, 9.5 mm
Threaded portion length, 9.0 mm
Overall length, 20.9 mm
Thread size, M2
Weight (each), 0.36 g
{endtable}
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CD3000FH-TIPS(Circle Dancer 3000 Full House Tip Panels� One set of Circle Dancer Full House tip panels - with ailerons.
Could be used to add ailerons to a RES model.
One set available in violet only. � �� � � � � � � � � � � 9 M� c1�C �}�b�� PE-2MM-M'M2 Medium Pushrod Ends for 2mm Rods (2)o A pair of high quality medium length brass pushrod ends with M2 threads cut at one end and a tube to take a 2mm carbon rod (or other material).
Note two brass pushrod ends only are supplied, carbon rods and clevises must be purchased separately. Suitable for 2 mm carbon tubes or rods or 1.8 mm rods. Glue using epoxy or thick CA. Degrease before gluing.
{table title="2mm Medium Pushrod End Specification" class=1 cols=2 width=150,115 align=L,L,L}
Pushrod hole size, 2 mm
Pushrod tube length, 7.9 mm
Threaded portion length, 7.4 mm
Overall length, 17.9 mm
Thread size, M2
Weight (each), 0.32 g
{endtable}
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; M� c1�C � �}�b�� PE-2MM-S&M2 Short Pushrod Ends for 2mm Rods (2)f A pair of high quality short brass pushrod ends with M2 threads cut at one end and a tube to take a 2mm carbon rod (or other material).
Note two brass pushrod ends only are supplied, carbon rods and clevises must be purchased separately. Suitable for 2 mm carbon tubes or rods or 1.8 mm rods. Glue using epoxy or thick CA. Degrease before gluing.
{table title="2mm Short Pushrod End Specification" class=1 cols=2 width=150,115 align=L,L,L}
Pushrod hole size, 2 mm
Pushrod tube length, 5.5 mm
Threaded portion length, 5.9 mm
Overall length, 14.4 mm
Thread size, M2
Weight (each), 0.26 g
{endtable}
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; M� c1�C# ,�� ��b� MKS-DS75K-N+MKS DS75K-N Servo - 2.4Kg.cm 0.13s 7.4g 9mm} The {b,MKS DS75K-N} servo is the lugless version of the latest small servo from MKS.
The case omits mounting tabs making it more compact and especially suitable for fitting in a wing (or tail surface) or for very cramped installations where it is glued in place. This version is also 0.1 g lighter than the lugged DS75K.
The MKS DS75K-N is more powerful, faster, and considerably more robust than the DS65K. It is also rated for operation down to 3.5V making it safe for use on 1S LiPo batteries. Its clever inverted motor design makes it very compact, in fact is is nearly as small as the SD100/D47 in the vertical and horizontal directions.
The DS75K-N is ideal for F3K, F5D, and all small models that require excellent precision, massive torque, and adequate speed. Along with the DS65K it is probably the best 9 mm thick servo ever produced. It looks beautiful and with a torque of 2.4 Kg cm it is amazingly powerful.
{MKSCNC}
{film}
Low/standard voltage versions of the DS75K are available with standard mounting lugs (the {pref,MKS-DS75K, DS75K}), wing mounting lugs (the {pref,MKS-DS75K-R, DS75K-R}), and no mounting lugs (the {pref,MKS-DS75K-N, DS75K-N}). High voltage versions are available with standard mounting lugs (the {pref,MKS-HV75K, HV75K}), wing mounting lugs (the {pref,MKS-HV75K-R, HV75K-R}), and no mounting lugs (the {pref,MKS-HV75K-N, HV75K-N}).
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CD3600-JOINER%Circle Dancer 3600 Wing Joiner (Pair)D A pair of composite wing joiners for the Circle Dancer 3600 model.
' � (� K� � � � � � � � � � d 2G59 4� gٽK� `}�`� CARBOLINE-SC38-3-45<Carboline SC38/3/45 Spread Carbon Fabric 0�/+45�/-45� 38g/m�� {b,Vladimir's Models Carboline SC38/3/45} is a unique tri-axial Spread Tow Carbon fabric for ultralight structures.
In 2010 Vladimir's Models began a series of experiments to create an extra light carbon fabric. After numerous tests they perfected the design for a machine to spread carbon fibre tows to a thickness of 0.02 mm. This allowed the company to create a triaxial fabric from extra strength carbon fibres with a weight as low as 26 g/m�. This tri-axial spread carbon weighs 38 g/m�.
Today this fabric is used not only in Vladimir's Models planes but is also used by many other model and sports equipment manufacturers who demand the best, lightest, and strongest carbon for their products.
Now this high-strength fabric using IMS65 carbon fibres is accessible also to you.
Two sizes of Carboline sheet are available. Please select the required size using the radio buttons below the price. Delivered rolled, supported by orange peel ply fabric.
{table title="Carboline SC38/3/45 Specifications" class=1 cols=2 width=100,150 align=L,L separator=:}
Full sheet size: 310 cm x 60 cm, 1.86 m�
Half sheet size: 150 cm x 60 cm, 0.90 m�
Weight: 38 g/m�
Number of layers: 3
Fibre material: IMS 65
Direction of fibres: 0� / +45� / -45�
{endtable}
Due to the large tube required to post this fabric the international shipping cost can be higher than estimated. We may need to request extra money when shipping to some destinations. � � QZ� � bM� � � � � � � � � HS tariff code: 6815 10 10 f� dmڮ[O ,�� ��b�
BELL-CRANK(All Flying Tailplane Mounting Bell Crank� This bell crank is designed for mounting in the fin of a glider and for supporting and actuating an all flying tailplane. It can also be used for any application where the direction of motion needs to be changed by 90 degrees.
It is supplied with a 3 mm steel axle and plastic axle mounting pads for supporting the axle.
The distance between the pivot hole and the pushrod hole is 23 mm. It is same on both arms of the crank.
� � � 1� � � � � � � � 2BOX4I t� V �}�b�� SRIDS-MKS-6125QIntegrated Drive System for MKS DS6125 Mini, DS6125, HBL6625, Mini HBL6625 (pair)� A pair (2) of beautifully engineered external bearing servo frames with an ultra-rigid pushrod to make an Integrated Drive System (IDS) for MKS DS6125 Mini, DS6125, HBL6625, Mini HBL6625 and similarly sized servos.
An {b,Integrated Drive System} or IDS is a largely or completely internal linkage between an aileron or flap and its servo. It is different from a normal wire based linkage in using much stiffer components, resulting in a more rigidly connected control surface, with much less compliance.
These frames and IDS linkages speed-up servo installation, keep the servo secure and rigidly mounted, and also allow easy removal for maintenance or replacement. The external bearing reduces side load at the servo output arm, reducing compliance and extending the life of the servo. The external bearing and the special rigid IDS connecting piece reduces any free play, increasing the stiffness of the control surface, improving control and avoiding flutter problems.
The connection between the servo and control surface is made via two plastic parts and a 5 mm aluminium tube. The length of the connecting rod is completely variable up to 100 mm long.
Parts supplied for a single IDS:
1 piece servo frame including clamping part
1 of each ball bearings
1 piece plastic pushrod end coupler
1 piece 80mm aluminium tube
4 pieces servo arms of different lengths
1 piece plastic IDS horn
2 pieces brass control surface horns of different lengths
Sold in pairs, so 2X of the above are supplied. Add one to the basket for mounting and connecting two servos.
Size: 58 mm x 47 mm x 10.5 mm
Note the photo shows the IDS systyem for a different servo.
� � � (� � � � � � � � 2 I t� c1�C � }�`� ALTIS-TEL-CONV-FF.Altis Telemetry Convertor - for Futaba & FrSky� The {b,Altis AerobTec Telemetry Converter} is an interface for Futaba and FrSky users.
It interfaces the Altis V4 or Altis V4+ to the telemetry port of Futaba and FrSky receivers, so the pilot can see/hear the height etc info on the ground, via his telemetry equipped tx/rx 2.4GHz link.
Comes with standard RC input and output leads, and an RC to Molex convertor lead.
Note this device does not support the latest FrSky TD-R10 receivers or the Futaba 18SZ transmitter.
% � � � � � � � � � � � 2 ��2E3+ Take new web photo to show just two cables.. �� iA�! � � .�� ��b� DFLB104'Dream-Flight Lightweight Clevis Set (4)Z Clevis Set fits dream Flight Alula-TREK and Libelle DLG.
4 Nylon Clevises and Screws.
0 � 2� � P� � � � � � � � 2 2G4< DFLB104�� � � /p� ��b� DFLB105 Dream-Flight Control Horn SetA Control Horn Set fits the Dream Flight Alula-TREK and Libelle DLG � � )� � P� � � � � � � � 2 2G4< DFLB10 I �}�b�� ROOKRook F5D� The {b,Rook F5D} is a very fast new racer from Ukraine. Beautifully constructed from molded carbon fibre this model is strong, sleek, with its rigid construction giving it superbly stable flying characteristics, even at extreme speeds. Although designed as a full on F5D racer, it can be powered by a smaller motor to act as a pylon racer trainer, with the battery/prop/motor upgraded until full F5D performance is obtained.
The kit is very complete, and only requires installation on the RC and powertrain. The wing is a very strong all carbon all molded construction, with a very substantial carbon spar. The inset ailerons have a gap-seal ready fitted. Despite being compact the fuselage has large easily accessible equipment bay below the wing, to allow generous batteries to be fitted. The strong carbon tailplane and ready-hinged elevator is bolted to the top of the fin. Pushrods and control linkages are supplied.
See this excellent RCGroups {href,http://www.rcgroups.com/forums/showthread.php?t=2558754 ,Rook F5D} thread for great build photos and flying info.
{table title="Rook F5D Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.4 m, 53 in
Wing area, 15.2 dm2, 236 sq in
Length, 78 cm, 30.6 in
Flying weight from, 777 g, 27.4 oz
Wing loading, 51.1 g/dm, 16.7 oz/sq ft
Aspect ratio, 12.1,
Wing airfoil, Proprietary,
Dihedral angle, 0.0�,
Spinner Diameter, 32 mm,
Centre of Gravity, 38-42 mm from wing leading edge
Controls, "Elevator, ailerons, throttle"
{endtable}
{table title="Rook F5D Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 100.5 g, 3.5 oz
Tailplane, 14.5 g, 0.5 oz
Wings, 220.0 g, 7.8 oz
Accessories, 12.0 g, 0.4 oz
Total structure, 347.0 g, 12.2 oz
Glue etc, 5.0 g, 0.2 oz
Receiver, 6.0 g, 0.2 oz
Elevator servo, 10.0 g, 0.4 oz
Wing servos, 20.0 g, 0.7 oz
Speed control, 45.0 g, 1.6 oz
Motor, 135.0 g, 4.8 oz
Prop & spinner, 9.0 g, 0.3 oz
Battery, 200.0 g, 7.1 oz
Flying weight, 777.0 g, 27.4 oz
{endtable}
{table title=" Recommended Control Throws" class=1 cols=2 width=110,235 align=L,L autohref=2}
Elevator, 3 mm up, 2.5 mm down
Ailerons, 5 mm up, 3 mm down
{endtable}
{table title="Recommended Servos" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator, KST X08, MKS DS75K, MKS DS6100, MKS HV6100, Blue Bird CB-1005HV
Ailerons (2 servos), KST X08, KST X08N, MKS DS6100, MKS HV6100, MKS HV6110, Blue Bird CB-1005HV
{endtable}
{table title="Recommended Powertrains" class=1 cols=2 width=55,295 align=L,L autohref=2}
130 mph, Mega 16/20/2, 4.7x4.7, 45A ESC, 3S LiPo, 500W
150 mph, Mega 16/30/1.5R, 4.7x4.7, 60A ESC, 3S LiPo, 600W
170 mph, Mega 16/35/1, 4.7x4.7, 70A ESC, 3S LiPo, 600W
190 mph, Mega 16/35/1, 4.7x4.7, 70A ESC, 4S LiPo, 800W
190 mph, Mega 16/35/1, 4.7x4.7, 70A ESC, 4S LiPo, 800W
195 mph, Roxxy BL inrunner 2856/06, APC 4.75 x 4.75 80A ESC, 4S 2.7Ah LiPo, 1000W
{endtable}
Max battery size:
3S 4Ah LiPo
4S 2.7Ah LiPo
{video,FTiOQKAdUEQ} , � �2� � 6 � � � � � � � � � L �� c1�CK �}�b�� HORN-5MM-BRBrass M3 5mm Horn (2)� A pair (2) of high quality brass aileron or flap horns with an M3 threaded shaft.
Distance from the threaded shoulder to the centre of the hole: 5 mm
Drilled 1.5 mm.
Material: Brass
As used on Vladimir's Models planes.
{table title="Brass M3 5mm Micro Horn (2) Specifications" class=1 cols=2 width=170,80 align=L,L,L}
Hole centre to thread, 5 mm
Hole Size, 1.5 mm
Thread Diameter, M3
Thread Length, tbd mm
Material, Brass
{endtable} i � � � � � � � � � � �
; �� c1�C � }�`�� WHIPITE-flite UMX Whipit BNF DLG� The {b,UMX Whipit} is a great micro DLG from Horizon Hobbies. It is Bind N Fly, meaning the RC is already installed, and you just need a Spektrum (or compatible) transmitter, and a receiver battery, to get the plane in the air.
{b,Key Features}
{bullet}
Ultra-lightweight construction
Removable, carbon reinforced wing
Simple rudder and elevator control
Spektrum� DSMX� 2.4GHz receiver/servo unit, installed
Carbon-fiber boom with internally located pushrods
Lightweight foam fuselage pod, wings and tail surfaces
Long flight times on just a 1S Li-Po battery
Graceful, slow-flight performance
Easy to fly and launch by hand
{endbullet}
{b,Overview}
The E-flite� UMX� Whipit� DLG is a sailplane that combines convenience and affordability so that the fun of pure flight is possible to enjoy regardless of experience level. Like the high-performance discus-launch gliders (DLG) popular in competition, this ultra micro aircraft features ultra-lightweight construction with carbon fiber for strength. But it�s also simple like that free flight chuck glider we played with as kids, only now we�ve made it radio controlled.
The wing is removable for easy storage and is reinforced for right or left handed launches. A protective pod cover on the nose easily reveals the simple two-channel Spektrum� DSMX� control system and battery compartment. With just a single 150mAh 1S Li-Po battery you can expect long flight times either in your backyard, a local park or just about anywhere you want to harness the power of nature.
{BR, Now even better value. Get one for your friends; kids or grandchildren.}
{table title="UMX Whipit DLG Specifications" class=1 cols=3 width=110,115,115 align=L,L,L, autohref=2}
Wingspan, 62 cm, 24.4 in
Overall Length, 62 cm, 24.2 in
Wing Area, 5.3 sq dm, 82.0 sq in
Flying Weight, 43 g, 1.5 oz
Radio, 2+ channels (only 2 channels used)
Recommended Battery, Eflight 3.7volt 150mah 1-Cell 25C LiPo
{endtable}
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{video,wBROQ5INqdQ} � N� 9K� � � � � � � � � � ž 2 Approx 5 lost when emptying rubbish out of Smithy.M �� c1�C �}�b�� EFLB1501S25(Eflight 3.7volt 150 mAh 25C LiPo Batterya A 3.7volt 150mAh 1S one cell 25C LiPo battery suitable for the UMX Whipit and other small models. �' � ]� � � � � � � � � � d �� M EFLB1501S25�� c1�C E ��b�� SRB-KST-X08]Frame with plain bearing for the KST X08, X08H, A08, A08H, X08 Plus, X08H Plus, HS08A & HS08Bu A nicely molded filled nylon servo frame with an external plain bearing, to fit the KST X08, X08H, A08, A08H, X08 Plus, X08H Plus, HS08A, HS08B and PTK 7308 servos. This frame does not use a ballrace - the aluminium servo extention shaft rotates directly in the plastic frame material. But it does include fittings to suit both horizontal and vertical lug servos.
These frames speed-up servo installation, keep the servo secure and rigidly mounted, and also allow easy removal for maintenance or replacement. The external bearing reduces side load at the servo output arm, reducing compliance and extending the life of the servo. The external bearing reduces any free play, increasing the stiffness of the control surface, improving control and avoiding flutter problems.
Sold singly. Add two to the basket for mounting two servos.
Size: 50 mm x 36 mm x 9.8 mm
Weight: 3.7 g � � K� � � � � � � � � � 2BOX1I j� jp�6 � �}�b�� FW5-BAGFireworks Wing Bagsk A beautiful set of wing and tailplane bags for the Fireworks 4 and 5 DLGs. The set consists of a pair of nicely made protective sleeves that fit the wings perfectly.
The bags are made from aluminised Mylar covered foam with a black fabric (canvas-like) edging and grey pocket ends. The covers will protect the surfaces from physical damage and solar radiation. v � 5� �
� � � � � � � � � c1�C 1 �}�b�� SL-JUMPER SmartLipo Jumper Switch Plug (2)� This item is the small jumper used as an on-off switch for all SmartLipo products.
Supplied in pairs.
Also all SmartLipos can use a JST plug as a charge cable.
� � � �
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c1�C �}�b� MAXA35-FUSE-BAG;Vladimir's Models Fuselage and Fin Bag for the Maxa Pro 3.5` A fuselage and fin bag for the Maxa Pro 3.5 Glider and Electric models made by Vladimir's Models. The sophisticated fuselage and fin bag protects the pod, boom, and fin in transport, and on the field. The bag can be fitted with the wings in place, and can be removed without having to disassemble the model.
The bag is made from a grey (canvas-like) fabric and edged with black canvas. The covers will protect the surfaces from physical damage and solar radiation.
Note the carrying handles are tack-sewn onto the fuselage bag, unpick the stitches to release them. This hasn't been done in the photos. � � 2(� � 4� � � � � � � � � Ӿ c1�C @3 +F8 ��b�
PTFE-TUBE-16L?1.34mm ID Etched PTFE (16 AWG Bondable PTFE) Pushrod Outer Tube� Low friction 1.34 mm ID PTFE tube suitable for pushrod outers on discus launched glider and other small models. Also suitable for a large range of engineering and industrial uses.
This tubing is specially etched on the outside, making it easily bondable using many adhesives, thin CA being probably the best. Provides the lightest, easiest, most friction-free pushrod installations possible.
Can be stretched to 2 times the original length to reduce the weight per meter, and tune the inside diameter to be a perfect fit for the inner pushrod. Sold by the meter. Enter a quantity of 3 for a 3m roll.
{table title="16L Etched PTFE Tube Specification" class=1 cols=3 width=110,115,115 align=L,L,L autohref=2}
Inside diameter, 1.34 mm, 0.053 in
Wall thickness, 0.16 mm, 0.006 in
Outside diameter, 1.7 mm, 0.067 in
Suggested inner, 1mm Carbon Rod, 18 SWG or thinner {href,http://www.hyperflight.co.uk/products.asp?cat=Other+RC+Products&subcat=Piano+and+SS+Wire,Piano or SS wire}
US size, 16 AWG L type (Lightweight)
Weight per m, 1.7 g per meter TBA
{endtable}
{i,Maximum 30m per order please. For more please consider purchasing a complete roll.}
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o ��b� DF-WEASEL-TREK Dream-Flight Weasel-Trek 90cm� The {b,Weasel-Trek} is the new 90 cm (35") stowable slope flying wing from Dream Flight. Intended for higher wind speeds than the Alula, the Weasel gives insane slope fun without costing the Earth or taking up too much space. It is the latest version of the popular RC sloper from Dream-Flight. The ultra lightweight and packable airframe is perfect for travel and exploration, assembling in minutes without glue! Whether at a coastal dune, mountain ridge, the only limit is your soaring imagination. Spend less time inside building and more time outside flying, with Dream-Flight.
The Weasel-Trek was developed from the ground up to provide pilots of all skill levels a unique RC sloping experience with minimal building skills required. Getting into the air has never been easier.
{b,Kit Features}
{bullet}
"ARG" Almost Ready to Glide - NO GLUE interlocking design uses rare earth magnets.
Wide flight envelope for smooth, easy gliding or aggressive in-your-face slope aerobatics.
Precision-molded EPO foam and composite parts ensure a lightweight and durable airframe.
Wing retention system allows for quick break down and assembly at any location.
Integrally molded control surfaces for minimum weight and building ease.
Easy to launch - molded finger pocket makes for easy launching in all conditions.
Integrated ballast compartment - quickly adapt to varying wind conditions.
Complete hardware package includes light linkages, carbon-fibre pushrods, decals and more.
All pushrods and clevises, for connecting the servos to the control surfaces are included.
Detailed construction manual for easy assembly in approximately one hour.
Designed to go where your spirit for adventure leads you!
{endbullet}
{b,Items Required for Completion}
Transmitter with programmable elevon mixing and adjustable dual rates
Micro receiver, such as Futaba R2106GF
2 Sub-micro servos
Receiver battery: 4.8V 750 mAh 5/4AAA NiMH
Small tools.
Many thanks to David Hogg for his great photos.
{table title="Dream-Flight Weasel Trek Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 90 cm, 35.4 in
Wing area, 23.42 dm2, 363 sq in
Flying weight from, 312 g, 11.5 oz
Wing loading from, 13.3 g/dm2, 4.6 oz/ft2
Wing airfoil, Proprietary
Controls, Elevons
{endtable}
{table title="Recommended R/C-nano gear only" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevon servos (2), CHA DS09, MKS DS75K, Emax ES9052, PTK 7308-MG-D, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, KST X08
Receivers, 2+ channel rx to suit your transmitter, eg Spektrum AR6270T, AR6260, AR6100e, Futaba R2106GF, FrSky X4R, Orange DSM2 compatible, Jeti Duplex R5, Multiplex Mlink RX-6-DR Light
Battery, Dream-Flight 750 mAh 4.8V NiMH, HyperFlight 750 mAh 4.8V NiMH
{endtable}
Note the model is designed around the Dream-Flight 12.4 g Digital Metal Gear servo and this is recommended as it will fit without any modification to the foam structure. However other servos can be fitted easily by the more experienced modeller. If fitting a LiPo battery make sure the servos can operate at this voltage - the Dream Flight servos can't.
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See the PDF for more info.
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PNC-P29-32$Leomotion/Neu/P29 Motor Mount - 32mm The {b,PNC Innovations 32 mm Leomotion/Neu/P29 Motor Mount} is a beautifully CNC machined motor mount for securely attaching Leomotion and Neu brushless motors fitted with a P29 6.7:1 gearbox to the front of 32 mm diameter fuselages, like the Supra Pro, the Maxa and most top performing F5J fuselages.
The mount has 4 M2.5 holes on a 23 mm diameter circle
{table title="Leomotion/Neu/P29 32mm Motor Mount" class=abc cols=2 align=l separator==}
Fuselage outside diameter = 32 mm
Fuselage internal diameter = 30 mm
Predrilled holes = 4 holes on a 23 mm circle
Motor mounting hole diameter = 2.5 mm
Weight = 3.8g
{endtable}
{bullet}
Easy to install.
Very strong.
Superb machining.
They look great!
{endbullet}
{CNCMountGlue}
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L3007-5000#Leomotion L3007-5000 F5J 6.7:1 108g The {b,Leomotion L3007-5000 F5J 6.7:1} a light weight electric motor for F5J models.
It weights approx 108g and is capable of 400W for 30 seconds on 3S LiPo batteries.
{bullet}
Very lightweight powertrain
Can be used on up to 3S LiPo batteries
Dynamically balanced 4 pole rotor
Hand wound stator
Carbon fiber reinforced rotor for max. 60,000 rpm
6 mm shaft for perfect rotation
High end ball bearing
Geared 6.7:1 for high propulsive efficiency
{endbullet}
{table title="Leomotion L3007-5000 6.7 Specifications" class=1 cols=3 width=145,150,150 align=L,L,L separator=: autohref=2}
Motor name : Leomotion L3007-5000 6.7 :inrunner
Motor+GB weight: 108 g : 3.81 oz
Motor diameter: 30.0 mm : 1.18 in
Motor length: 25.0 mm : 0.98 in
Lead length: 3.0 cm : 1.18 in
Shaft diameter: 6.0 mm : 0.24 in
Mounting info: 4 M2.5 holes on a 23 mm diameter circle
Manufacturers Rm: 45 mR
Manufacturers Kv: 4900 RPM/V
Manufacturers Geared Kv: 731 RPM/V
Manufacturers Io: 2.0 A @ 10 V
Max efficiency (10 V): 82 % @ 21 A
Operating efficiency (10 V): 77 % @ 42 A
Motor & gearbox Km: 62 Nm/W^.5 X1000
Motor & gearbox Km/Kg: 570 Nm/(W^.5 Kg)
Recommended battery: 3S LiPo
Rec max LiPo capacity: 1.3 Ah
Supplied accessories: 4 Mounting screws
{b,3S LiPo Performance}
Recommended prop: 16x8, 15x9; 15x8; 14x10
Input power: 400 W on 15x9 prop
Current: 40 A on 15x9 prop
Rate of climb: 11 m/s for 1500 g glider
{b,Gearbox}
Gearbox diameter: 27.0 mm : 1.06 in
Gearbox length: 32.0 mm : 1.26 in
Motor+GB length: 57.0 mm : 2.24 in
Gearbox Ratio: 6.7
Planet bearings: Ballraces
Estimated GB efficiency: 95 %
{endtable}
Indicative performance info with a 15 second max motor run only.
, � 2� � � � � � � � � � � � prior to 1/9/17 was
The {b,Leomotion L3007-5000 F5J 6.7:1} a light weight electric motor for F5J models.
It weights approx 108g and is capable of 400W for 30 seconds on 3S LiPo batteries.
{bullet}
Very lightweight powertrain
Can be used on up to 3S LiPo batteries
Dynamically balanced 4 pole rotor
Hand wound stator
Carbon fiber reinforced rotor for max. 60,000 rpm
6 mm shaft for perfect rotation
High end ball bearing
Geared 6.7:1 for high propulsive efficiency
{endbullet}
{table title="Leomotion L3007-5000 6.7 Specifications" class=1 cols=3 width=145,150,150 align=L,L,L separator=: autohref=2}
Motor name : Leomotion L3007-5000 6.7 :inrunner
Motor+GB weight: 108 g : 3.81 oz
Motor diameter: 30.0 mm : 1.18 in
Motor length: 25.0 mm : 0.98 in
Lead length: 3.0 cm : 1.18 in
Shaft diameter: 6.0 mm : 0.24 in
Mounting info: 4 M2.5 holes on a 23 mm diameter circle
Manufacturers Rm: 45 mR
Manufacturers Kv: 4900 RPM/V
Manufacturers Geared Kv: 731 RPM/V
Manufacturers Io: 2.0 A @ 10 V
Max efficiency (10 V): 82 % @ 21 A
Operating efficiency (10 V): 77 % @ 42 A
Motor & gearbox Km: 62 Nm/W^.5 X1000
Motor & gearbox Km/Kg: 570 Nm/(W^.5 Kg)
Recommended battery: 3S LiPo
Rec max LiPo capacity: 1.5 Ah
Supplied accessories: 4 Mounting screws
{b,3S LiPo Performance}
Recommended prop: 15x8; 14x10; 14x9
Input power: 400 W on 15x8 prop
Current: 40 A on 15x8 prop
Rate of climb: 8 m/s for 1500 g glider
{b,Gearbox}
Gearbox diameter: 27.0 mm : 1.06 in
Gearbox length: 32.0 mm : 1.26 in
Motor+GB length: 57.0 mm : 2.24 in
Gearbox Ratio: 6.7
Planet bearings: Ballraces
Estimated GB efficiency: 95 %
{endtable}
Indicative performance info with a 15 second max motor run only.
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L3007-6000#Leomotion L3007-6000 F5J 6.7:1 108g The {b,Leomotion L3007-6000 F5J 6.7:1} is the ultimate light weight electric motor for F5J models.
It weights approx 108g and is capable of 540W for 15 seconds on 3S LiPo batteries.
{bullet}
Very lightweight powertrain
Can be used on up to 3S LiPo batteries
Dynamically balanced 4 pole rotor
Hand wound stator
Carbon fiber reinforced rotor for max. 60,000 rpm
6 mm shaft for perfect rotation
High end ball bearing
Geared 6.7:1 for high propulsive efficiency
{endbullet}
{table title="Leomotion L3007-6000 F5J 6.7:1 Specifications" class=1 cols=3 width=145,150,150 align=L,L,L separator=: autohref=2}
Motor name / GB name: Leomotion L3007 6.7:geared inrunner
Motor+GB weight: 108 g : 3.81 oz
Motor diameter: 30.0 mm : 1.18 in
Motor length: 25.0 mm : 0.98 in
Lead length: 3.5 cm : 1.38 in
Shaft diameter: 6.0 mm : 0.24 in
Mounting info: 4 M2.5 holes on a 23 mm diameter circle
Manufacturers Rm: 32 mR
Manufacturers Kv: 6000 RPM/V
Manufacturers Geared Kv: 896 RPM/V
Est Io: 1.8 A @ 10 V
Max efficiency (10 V): 85 % @ 24 A
Operating efficiency (10 V): 80 % @ 55 A
Motor+gearbox Km: 60 Nm/W^.5 X1000
Motor+gearbox Km/Kg: 552 Nm/(W^.5 Kg)
Recommended battery: 3S LiPo
Rec max LiPo capacity: 1.5 Ah
Supplied accessories: 4 mounting screws
{b, 3S LiPo Performance}
Recommended prop: 14x7, 13x8; 13x7; 12x10
Input power: 540 W on 13x8 prop
Current: 54 A on 13x8 prop
Rate of climb: 9.2 m/s for 1600 g glider
{b,Gearbox}
Gearbox diameter: 27.0 mm : 1.06 in
Gearbox length: 32.0 mm : 1.26 in
Motor+GB length: 57.0 mm : 2.24 in
Gearbox Ratio: 6.7
Planet bearings: Ball raced
Estimated GB efficiency: 95 %
{endtable}
Indicative performance info with a 15 second max motor run only. 6 � 2� � �2� � � � � � � � � N
L3007-5000�� e筏 �� +)� ��b�
L3013-4550&Leomotion L3013-4550 V2 F5J 6.7:1 137g� The {b,Leomotion L3013-4550 F5J 6.7:1} is a light weight and very powerful electric motor for F5J models.
It weights approx 137g and is capable of 600W for 15 seconds on 3S LiPo's or 800W on 4S batteries.
{bullet}
Very powerful motor
Can be used on up to 4S LiPo batteries
Dynamically balanced 4 pole rotor
Hand wound stator
Carbon fiber reinforced rotor for max. 60,000 rpm
6 mm shaft for perfect rotation
High end ball bearing
Geared 6.7:1 for high propulsive efficiency
{endbullet}
{table title="Leomotion L3013-4550 F5J 6.7:1 Specifications" class=1 cols=3 width=145,150,150 align=L,L,L separator=: autohref=2}
Motor name / GB name: Leomotion L3013 6.7:geared inrunner
Motor+GB weight: 137 g : 4.83 oz
Motor diameter: 30.0 mm : 1.18 in
Motor length: 31.0 mm : 1.22 in
Lead length: 4.0 cm : 1.57 in
Shaft diameter: 6.0 mm : 0.24 in
Mounting info: 4 M2.5 holes on a 23 mm diameter circle
Manufacturers Rm: 13 mR
Manufacturers Kv: 4550 RPM/V
Manufacturers Geared Kv: 679 RPM/V
Est Io: 2.1 A @ 10 V
Max efficiency (10 V): 90 % @ 40 A
Operating efficiency (10 V): 89 % @ 60 A
Motor+gearbox Km: 123 Nm/W^.5 X1000
Motor+gearbox Km/Kg: 900 Nm/(W^.5 Kg)
Recommended battery: 3S or 4S LiPo
Rec max LiPo capacity: 2 Ah
Supplied accessories: 4 mounting screws
{b,3S LiPo Performance }
Recommended prop: 16x8, 15x10; 15x9; 15x8; 14x12, 14x9.5 on 3S
Input power: 630 W on 15x10 prop
Current: 63 A on 15x10 prop
Rate of climb: 12.2 m/s for 1600 g glider
{b,4S LiPo Performance }
Recommended prop: 14x9.5, 14x7; 13x9; 13x7 on 4S
Input power: 840 W on 14x7 prop
Current: 63 A on 14x7 prop
Rate of climb: 14.4 m/s for 1600 g glider
{b,Gearbox}
Gearbox diameter: 27.0 mm : 1.06 in
Gearbox length: 32.0 mm : 1.26 in
Motor+GB length: 63.0 mm : 2.48 in
Gearbox Ratio: 6.7
Planet bearings: Ball raced
Estimated GB efficiency: 95 %
{endtable}
Indicative performance info with a 15 second max motor run only. ^ � ' � � �F� � � � � � � � 2A3N
L30r_ +�< ��b�
L3013-6050&Leomotion L3013-6050 V2 F5J 6.7:1 127g� The {b,Leomotion L3013-6050 V2 F5J 6.7:1} is a light weight and very powerful electric motor for F5J models.
It weights approx 137g and is capable of 690W for 15 seconds on 3S LiPo batteries.
{bullet}
Very powerful motor
Can be used on up to 3S LiPo batteries
Dynamically balanced 4 pole rotor
Hand wound stator
Carbon fiber reinforced rotor for max. 60,000 rpm
6 mm shaft for perfect rotation
High end ball bearing
Geared 6.7:1 for high propulsive efficiency
{endbullet}
{table title="Leomotion L3013-6000 F5J 6.7:1 Specifications" class=1 cols=3 width=145,150,150 align=L,L,L separator=: autohref=2}
Motor name / GB name: Leomotion L3013 6.7:geared inrunner
Motor+GB weight: 137 g : 4.83 oz
Motor diameter: 30.0 mm : 1.18 in
Motor length: 31.0 mm : 1.22 in
Lead length: 4.0 cm : 1.57 in
Shaft diameter: 6.0 mm : 0.24 in
Mounting info: 4 M2.5 holes on a 23 mm diameter circle
Manufacturers Rm: 7 mR
Manufacturers Kv: 6050 RPM/V
Manufacturers Geared Kv: 896 RPM/V
Est Io: 2.8 A @ 10 V
Max efficiency (10 V): 91 % @ 63 A
Operating efficiency (10 V): 91 % @ 95 A
Motor+gearbox Km: 127 Nm/W^.5 X1000
Motor+gearbox Km/Kg: 930 Nm/(W^.5 Kg)
Recommended battery: 2S or 3S LiPo
Rec max LiPo capacity: 2 Ah
Supplied accessories: 4 mounting screws
{b,3S LiPo Performance}
Recommended prop: 13x8; 13x7; 12x10
Input power: 690 W on 13x8 prop
Current: 69 A on 13x8 prop
Rate of climb: 12 m/s for 1600 g glider
{b,Gearbox}
Gearbox diameter: 27.0 mm : 1.06 in
Gearbox length: 32.0 mm : 1.26 in
Motor+GB length: 63.0 mm : 2.48 in
Gearbox Ratio: 6.7
Planet bearings: Ball raced
Estimated GB efficiency: 95 %
{endtable}
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LI �}�b�� MAATMate F3K� The {b,Mate F3K} is a great new model from the Czech Republic. It is a fantastic value contest proven DLG. It uses a modern East European designed airfoil to give good flight performance with honest easy handling, making it ideal for modellers just getting into discus launched gliders and perhaps considering entering discus launch glider contests. The model is very prefabricated, with a one piece wing. The surface finish is good and the weight is low for an entry level model, making the Mate F3K excellent value.
The Mate F3K fuselage consists of reasonably spacious 2.4GHz transparent Kevlar nose section mated to a stiff carbon rear fuselage with a small pylon molded in for tail mounting. The wing and tail mounting holes are drilled and tapped, and a nice glass hatch canopy gives good access to the RC. Four small servos can be fitted in the fuselage to minimise weight, but for ease of installation we recommend fitting the aileron servos in the wing, and just installing the rudder and elevator servos in the pod. The wing is solid molded glass over EPS foam, with a sturdy carbon spar. The tips and aileron roots are reinforced with carbon, and a contoured throwing blade has been expertly fitted. The ailerons are pre-hinged and are reasonably stiff. The tailplane (horizontal stabiliser) has a carbon spar, and the elevator pre-cut and hinged. Similarly the fin (vertical stabiliser) has a carbon spar, and the rudder pre-cut and hinged. The enclosed accessories include springs for pull-spring actuated tail surfaces, and carbon sheet for the control horns.
{We have one ARTF model wih the RC superbly installed. Four SD100 servos have been beautifully installed, pushrods etc are installed, and a 4.8V battery and switch is fitted. Just a receiver is needed to complete the model. Note this model has the throwing peg installed on the right wing, so suitable for left-handed pilots.} Present stocks have four black stripes on the bottom of each wing. With wings supplied in nice padded aluminised mylar wing bags. Adding to the great value of this well made model.
{table title="Mate F3K Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.5 m, 59 in
Wing area, 21.4 dm2, 332 sq in
Length, 113 cm, 44.5 in
Flying weight from, 245 g, 8.6 oz
Wing loading, 11.4 g/dm2, 3.7 oz/sq ft
Aspect ratio, 10.4,
Wing airfoil, Pejchar,
Dihedral angle, 6.0�,
Centre of Gravity, 76-78 mm from wing leading edge
Controls, "Rudder, elevator, ailerons"
{endtable}
{table title="Mate F3K Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 30.0 g, 1.1 oz
Wings, 129.0 g, 4.6 oz
Fin, 6.5 g, 0.2 oz
Tailplane, 6.0 g, 0.2 oz
Accessories, 5.0 g, 0.2 oz
Total structure, 186.5 g, 6.6 oz
Glue etc, 9.5 g, 0.3 oz
Wiring, 5.0 g, 0.2 oz
Receiver, 5.0 g, 0.2 oz
Tail servos, 10.0 g, 0.4 oz
Wing servos, 16.0 g, 0.6 oz
Battery, 23.0 g, 0.8 oz
Flying weight, 245.0 g, 8.6 oz
{endtable}
{table title="Recommended R/C" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator & rudder servos, Ripmax SD100, Power HD DSM44, Graupner DES 261, KST X08, MKS DS65K
Aileron servos, Ripmax SD100, Power HD DSM44, KST X08, MKS DS65K, MKS DS75K
Receiver, 4/5 channel rx to suit your transmitter, eg Spektrum AR6270T, AR6260, AR6100e, Futaba R6004FF, FrSky X4R, Orange DSM2 compatible, Jeti Duplex R5, Multiplex Mlink RX-6 Light & RX-5 Light
Battery, Rhino 2S 360 mAh LiPo, HyperLiPo 2S 300 mAh LiPo
{endtable}
{table title="Control Throws" class=1 cols=2 width=110,240 align=L,L}
Aileron, 12 mm down, 10 mm up
Elevator, 10 mm down, 10 mm up
Rudder, 13 mm each way
Flap-launch, 1 mm up
Flap-fast flight, 0 mm
Flap-thermal, 3 mm down
Flap-brakes, 35 mm down - down elevator compensation required
{endtable}
n � e � � � � � � � � � � � E �� c1�C` ��b� PE-2MM-SS0M2 Stainless Steel Pushrod Ends for 2mm Rods (2)� A pair of high quality stainless steel pushrod ends with M2 threads cut at one end and a tube to take a 1.8mm to 2mm carbon rod (or other material).
Note two SS pushrod ends only are supplied, rods and clevises must be purchased separately. Suitable for 1.8 mm to 2 mm carbon or steel rods. Attach by coating the pushrod in epoxy or thick CA. The hole is to allow the air and excess glue to escape. Degrease before gluing.
{table title="Stainless Steel 2mm Long Pushrod End Specification" class=1 cols=2 width=150,115 align=L,L,L}
Pushrod hole size, 2 mm
Pushrod tube length, 10 mm
Threaded portion length, 11.5 mm
Overall length, 26 mm
Thread size, M2
Weight (each), 0.70 g
{endtable}
� � ?� �
� � � � � � � �
2G4; � jjk�7 �} �b�� KAPPA20Kappa 20� The {b,Kappa 20} is a great 203 cm (80") span F5J electric thermal soarer for sports and competition modellers wanting a smaller model. It is very light, well designed, and built to a very high standard. The Kappa 20's advanced structural design ensures it is strong enough for its intended mission, and its finish, completeness and attention to detail is outstanding. The model really is almost ready to fly, with all the wing control horns and pushrods ready fitted, so the only work required to finish the wings is to fit the servos. The fuselage just requires the tailboom, fin and tailplane mount to be glued into place, and the tail control runs installed.
Special features of this model include:
{bullet}
A well designed low drag fuselage with a large underwing hatch giving good access to the powertrain and RC, making for easy RC installation and maintenance.
A high aspect ratio wing with proprietary airfoils optimised for F5J flying - the wing excels in tight thermal turns, allowing the model to be confidently climbed away from small, weak thermals.
Despite its extremely good thermal performance the wings maintain a good L/D up to higher speeds, allowing the Kappa 20 to easily return from far downwind.
The wing has slightly swept back wing tips, making it approximate to the Schulman planform. This is meant to improve performance and handling, especially near the stall.
Superb quality of construction and attention to detail. The model had been constructed by master builders who must have invested hundreds of hours in each airframe. The level of finish achieved is very rare.
The all the control surfaces are sealed and the wing control horns are all hidden inside the control surfaces, further reducing drag.
The level of completeness of the airframe is exceptional, allowing the model to be finished in just a few days.
The wing breaks down into two pieces and the tailplane is easily removable, allowing the model to be easily transported to contests.
{endbullet}
The model is available in two composite layups:
{b,Glass} - Mostly glass covered flying surfaces, with carbon local reinforcement and a strong carbon spar. This is the lightest version.
{b,DBox} - The flying surfaces have a carbon DBox at the front. The rest is mostly glass with carbon local reinforcement and a strong carbon spar. This version weighs approx 30 g more than the Light version but is stronger. This layup costs approx 11% more.
For all wing layups the fuselage is all carbon. For all electric models (irrespective of the fuselage construction) we recommend the 2.4GHz aerials are exited from the fuselage, so they are in the outside airflow. One horizontal and one vertical aerial usually works well. There is too much electrical equipment in an electric glider fuselage for the RC signal to be reliably received inside the pod.
All models are supplied with high quality sewn cloth padded wing bags, to ensure the wing stays in perfect condition. The aileron and flap linkage hardware is included, as is the rudder and elevator horn. But the tail pushrods are not included. We recommend either using pull-spring control runs, as is popular on discus launched gliders. See our {href, products.asp?cat=Other+RC+Products&subcat=DLG+Accessories, DLG hardware} for suitable items. Alternatively use lightweight pushrods made from {href, products.asp?code=CARBON-ROD-1MM, 1mm carbon rods} running in our {href, products.asp?code=PTFE-TUBE-14L, 1.68mm PTFE outer tubes}.
At 203 cm span the Kappa 20 is slightly over the 2 m wing span limit for some competition classes. If competition flying do check with the CD to ensure it is acceptable. If necessary 3 cm can be trimmed from the wing tips without compromising the excellent flying qualities.
For more info see this {href,http://www.rcgroups.com/forums/showthread.php?t=2541535, RCGroups thread} and this thread with some {href, http://f5jfun.com/web/e107_plugins/forum/forum_viewtopic.php?2844,useful photos}.
{table title="Kappa 20 Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.03 m, 80 in
Wing area, 30.0 dm2, 465 sq in
Length inc spinner, 112 cm, 44.1 in
Flying weight from, 623 g, 22.0 oz
Wing loading, 20.8 g/dm2, 6.8 oz/sq ft
Aspect ratio, 13.8,
Wing airfoil, Proprietary,
EDA (dihedral), 4.5�,
Spinner Diameter, 32 mm,
Centre of Gravity, 78-81 mm from wing leading edge
Controls, "Rudder, elevator, ailerons, flap, throttle"
{endtable}
{table title="Kappa 20 Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 82 g, 2.9 oz
Glass layup wings, 260 g, 9.2 oz
Tail Plane, 13 g, 0.5 oz
Fin, 13 g, 0.5 oz
Accessories & glue, 18 g, 0.6 oz
Total structure, 386 g, 13.6 oz
Wiring, 10 g, 0.4 oz
Pushrods, 9 g, 0.3 oz
Receiver, 8 g, 0.3 oz
Rudder servo, 5 g, 0.2 oz
Elevator servo, 5 g, 0.2 oz
Wing servos (4), 36 g, 1.3 oz
Speed control, 34 g, 1.2 oz
Motor, 45 g, 1.6 oz
Prop & spinner, 18 g, 0.6 oz
Battery, 67 g, 2.4 oz
Flying weight, 623 g, 22.0 oz
{endtable}
{table title="Recommended Servos" class=1 cols=2 width=110,235 align=L,L autohref=2}
Rudder & Elevator, Ripmax SD100, Blue Bird BMS-101HV, KST X08, MKS DS65K, MKS DS75K
Ailerons, Ripmax SD100, Blue Bird BMS-101HV, KST X08, MKS DS65K, MKS DS75K
Flaps, Ripmax SD150, KST X08, MKS DS75K, MKS DS6100, MKS HV6100, Corona DS843MG, Hyperion DS09-AMD, Blue Bird BMS-105HV
{endtable}
{table title="Kappa 20 Powertrain Recommendations" class=1 cols=2 width=130,310 align=L,L autohref=1}
Powerline Micro 1010, 3S 500mAh LiPo, 12x8 prop
Mega 16/15/4 direct drive, 2S 500mAh LiPo, 7x4 prop
ADH300L Front Mount, 3S 450mAh LiPo, 9x5 folding prop
ADH300L Front Mount, 2S 450mAh LiPo, 11x6 folding prop
Dualsky XM2826CA-10 45g outrunner, 3S 500mAh LiPo, 10x7 prop (19A, 5.0 m/s)
{endtable}
, � 2� � J� � � � � � � � � D c1�C �� /� ��b� GM16X8GM 16x8 Folding prop bladesi A pair of very high quality {b,GM 16 x 8 folding prop blades}, suitable for HyperFlight's and other makes of folding prop yokes and spinners.
These blades are thinner (they have a higher aspect ratio) than normal folding propeller blades, allowing larger diameter blades to be fitted without pulling too much current. This increases the propulsive efficiency of the powertrain. They are also engineered to fold closer to the fuselage, and cause less drag when folded than other props. See photos 3 and 4 for a visual comparison of GM, RF and Aeronaut props, kindly produced by Andre Jeber Demetrio.
Note this product consists of two carbon propeller blades only. The central spinner/yoke assembly is not included. Also it is common for prop blades to not fit all spinner/yokes perfectly as supplied. It is often necessary to reduce the width the blade root slightly to ensure free folding movement. Also the cut out in the spinner cone often needs to be increased to allow the blades to fully extend. The root of the blade should not touch the spinner cone when the prop is fully opened.
{blade, GM, 16, 8, 11.4, 2000}
H � ! � � � � � � � � � � ��2B6O � ��b� GM16X10 GM 16x10 Folding prop bladesm A pair of very high quality {b,GM 16 x 10 folding prop blades}, suitable for HyperFlight's and other makes of folding prop yokes and spinners.
These blades are thinner (they have a higher aspect ratio) than normal folding propeller blades, allowing larger diameter blades to be fitted without pulling too much current. This increases the propulsive efficiency of the powertrain. They are also engineered to fold closer to the fuselage, and cause less drag when folded than other props. See photos 3 and 4 for a visual comparison of GM, RF and Aeronaut props, kindly produced by Andre Jeber Demetrio.
Note this product consists of two carbon propeller blades only. The central spinner/yoke assembly is not included. Also it is common for prop blades to not fit all spinner/yokes perfectly as supplied. It is often necessary to reduce the width the blade root slightly to ensure free folding movement. Also the cut out in the spinner cone often needs to be increased to allow the blades to fully extend. The root of the blade should not touch the spinner cone when the prop is fully opened.
{blade, GM, 16, 10, 15.1, 2000}
J � ! � � � � � � � � � � P�2B6O 1� jgD�� �}�b� GM17X7GM 17x7 Folding prop bladesl A pair of very high quality {b,GM 17 x 7 folding prop blades}, suitable for HyperFlight's and other makes of folding prop yokes and spinners.
These blades are thinner (they have a higher aspect ratio) than normal folding propeller blades, allowing larger diameter blades to be fitted without pulling too much current. This increases the propulsive efficiency of the powertrain. They are also engineered to fold closer to the fuselage, and cause less drag when folded than other props. See photos 3 and 4 for a visual comparison of GM, RF and Aeronaut props, kindly produced by Andre Jeber Demetrio.
Note this product consists of two carbon propeller blades only. The central spinner/yoke assembly is not included. Also it is common for prop blades to not fit all spinner/yokes perfectly as supplied. It is often necessary to reduce the width the blade root slightly to ensure free folding movement. Also the cut out in the spinner cone often needs to be increased to allow the blades to fully extend. The root of the blade should not touch the spinner cone when the prop is fully opened.
{blade, GM, 17, 7, 12.5, 2000}
� � " � � � � � � � � � � P�2C6O 1� hb� � �}�b�� GM47X47SP,F5D 30mm Spinner with 4.7 x 4.7 Folding PropD A very high quality GM F5D carbon spinner with a 4.7 x 4.7 carbon folding prop. The yoke is CNC machined from aluminium alloy and the spinner and prop blades are beautifully molded carbon composite items. The scimitar shaped prop blades are very thin and optimised for pylon racers and other high speed models.
{table title="GM F5D 4.7x4.7 Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=: autohref=2}
Prop diameter: 11.9 cm: 4.7 in
Prop pitch: 11.9 cm: 4.7 in
Spinner diameter: 29.5 mm: 1.16 in
Hole size: 3.17 mm: 0.125 in
Weight: 7.6 g: 0.27 oz
{endtable}
Note high speed folding props are intrinsically dangerous, and this product is not guaranteed in any way. This prop assembly is only supplied on agreement that the buyer takes full responsibility for any accidents or damage that may occur. � � &P� � � � � � � � � � d O 1� c1�C� �}�b�� GM5X5SP(F5D 30mm Spinner with 5 x 5 Folding Prop: A very high quality GM F5D carbon spinner with a 5" x 5" carbon folding prop. The yoke is CNC machined from aluminium alloy and the spinner and prop blades are beautifully molded carbon composite items. The scimitar shaped prop blades are very thin and optimised for pylon racers and other high speed models.
{table title="GM F5D 5x5 Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=: autohref=2}
Prop diameter: 12.7 cm: 5 in
Prop pitch: 12.7 cm: 5 in
Spinner diameter: 29.5 mm: 1.16 in
Hole size: 3.17 mm: 0.125 in
Weight: 8.2 g: 0.29 oz
{endtable}
Note high speed folding props are intrinsically dangerous, and this product is not guaranteed in any way. This prop assembly is only supplied on agreement that the buyer takes full responsibility for any accidents or damage that may occur. � � &P� � � � � � � � � � d O c1�C � ��b��
PNC-P29-38$Leomotion/Neu/P29 Motor Mount - 38mm The {b,PNC Innovations 38 mm Leomotion/Neu/P29 Motor Mount} is a beautifully CNC machined motor mount for securely attaching Leomotion and Steve Neu brushless motors fitted with a P29 6.7:1 gearbox to the front of 38 mm diameter fuselages, like the Supra F5J, the AVA Pro, Egida and many F5J fuselages.
The mount has 4 M2.5 holes on a 23 mm diameter circle
{table title="Leomotion/Neu/P29 38mm Motor Mount" class=abc cols=2 align=l separator==}
Fuselage outside diameter = 38 mm
Fuselage internal diameter = 36 mm
Predrilled holes = 4 holes on a 23 mm circle
Motor mounting hole diameter = 2.5 mm
Weight = 4g
{endtable}
{bullet}
Easy to install.
Very strong.
Superb machining.
They look great!
{endbullet}
{CNCMountGlue}
{video,DDJW9y1B5m4}
Z � -� � � � � � � � � � 2A4P 2� Aluminium i:� � ��b� KST-X08N3KST X08N V6 Lugless Servo - 2.8Kg.cm 0.09s 8.8g 8mmJ The {b,KST X08N V6} is a programmable version of the KST X08 servo without mounting lugs (also called mounting tabs). The new V6 version has the same great specifications as the V5 servo, but is also programmable using a {pref, KST-TOOL2, PC based} or a {pref, KST-TOOL5, press-button} programming tool.
The KST X08N is especially good for ailerons on DLGs, electric racers, and all models with thin flying surfaces. The gearing has been optimised to improve the torque while keeping an excellent speed. The X08-N can be operated from a voltage as low as 3.8V (1S LiPo) or as high as 8.4V (2S LiPo). KST improved its geartrain machining tolerances, and this servo is completely slop free, and equal to products costing twice as much. Despite not having an -MG moniker this servo has metal gears, and is very tough.
The KST X08 N's high torque, good speed, and 8mm thinness make it suitable for many high performance glider, pylon racers and EDF applications. With up to 2.8kg.cm torque the KST X08 is appropriate for F3K, F5D, F5J, many types of high performance models. The accessories include three strong nylon output arms, two double sided, and one single sided, one of which is low profile. This means that when the servos are mounted one in front of the other the control rod of the front one won't foul the rear one.
{film}
{servospecs} X � - � � � � � � � � � � ��1L2 X085� jj��
� �}�b��
PULSAR-PRO-2GPulsar Pro 2 RES Sailplane
The {b,Pulsar Pro 2 RES Sailplane} is the latest version of the well regarded line of Pulsar 2m R/C models. Despite the photos showing electric and full house models, the ones we have for sale are definitely RES pure gliders.
The Pulsar Pro 2 is a very light high tech full house 2m glider that is optimised for sport flying. It uses the latest Ukrainian composite construction techniques married to a modern aerodynamic design with a wing utilising Mark Drela's slippery AG25 airfoil for best thermal duration performance. The low wing loading enables excellent thermal climb performance, with fully articulated wing controls allowing the model to be centred accurately in small turbulent thermals. The thin low drag airfoil works well over a surprisingly large speed range, allowing the model to be safely brought back after drifting far downwind.
The new Pulsar Pro 2 fuselage pod is beautifully molded from Kevlar with a large canopy hatch to give easy access to the battery and RC. The boom is a lightweight carbon molding with a molded tailplane mount and a bushed holes for mounting the vertical stabiliser. The tailplane and fin/rudder assembly are both removable for easy storage and transport. The rudder and elevator servos are mounted in the boom to help with CG location.
Like other quality thermal soarers the entire model is constructed using free-flight techniques. The wing is a balsa built-up carbon fibre and Kevlar D-box design that utilizes carbon capped balsa ribs and a carbon trailing edge. All the flying surfaces are expertly covered in Oracover Light, and all the control surfaces have been nicely hinged.
The three piece wing and two piece conventional tail are each easily removable for transport and storage. The careful use of composites, combined with a high quality design ensures a lightweight and rigid structure. This high performance model is perfect for the sports flyer who wants to experience top level performance with a compact and tough airframe.
{table title="Pulsar Pro 2 RES Glider Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.0 m, 79 in
Wing area, 32.0 dm2, 496 sq in
Length, 117 cm, 46.1 in
Flying weight from, 457 g, 16.1 oz
Wing loading, 14.3 g/dm, 4.7 oz/sq ft
Aspect ratio, 12.5,
Wing airfoil, AG25 mod,
Dihedral (EDA), 12.0�,
Centre of Gravity, 65 - 75 mm from wing leading edge
Controls, "Rudder, elevator, spoiler"
{endtable}
{table title="Pulsar Pro 2 RES Glider Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 59 g, 2.1 oz
Centre panel, 99 g, 3.5 oz
Wing tips, 118 g, 4.2 oz
Tailplane, 18 g, 0.6 oz
Fin, 13 g, 0.5 oz
Accessories, 20 g, 0.7 oz
Total structure, 328 g, 11.6 oz
Glue etc, 3 g, 0.1 oz
Wiring, 10 g, 0.4 oz
Receiver, 6 g, 0.2 oz
Rudder & elevator servos, 10 g, 0.4 oz
Spoiler servos (2), 10 g, 0.4 oz
Battery, 60 g, 2.1 oz
Noseweight, 30 g, 1.1 oz
Flying weight, 457 g, 16.1 oz
{endtable}
{table title="Recommended Servos" class=1 cols=2 width=110,235 align=L,L autohref=2}
Elevator & rudder (2 servos), Ripmax SD100, KST X08, Blue Bird BMS-101AMG, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Blue Bird BMS-A10H
Spoilers (2 servos), Ripmax SD100, KST X08, Blue Bird BMS-101AMG, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Blue Bird BMS-A10H
{endtable}
� � �2� � � � � � � � � � � � $� c1�CS �}�b�
PULSARPRO-25GPulsar Pro 2.5 Sailplane� The {b,Pulsar Pro 2.5 Sailplane} is a beautifully made built-up glider for modellers wanting great performance in a smaller package. It is particularly suitable for BARCS 100S contests. The Pulsar Pro 2.5 is a very light high tech full house/RES 2.5m glider that is great for sport flying - it is not electric, as shown in the photos. It uses the latest Ukrainian composite construction techniques married to a modern aerodynamic design with a wing utilising Mark Drela's slippery AG25 airfoil for best thermal duration performance. The low wing loading enables excellent thermal climb performance, with fully articulated wing controls allowing the model to be centred accurately in small turbulent thermals. The thin low drag airfoil works well over a surprisingly large speed range, allowing the model to be safely brought back after drifting far downwind.
The Pulsar Pro 2.5 fuselage pod is beautifully molded from Kevlar with a large canopy hatch to give easy access to the RC. The boom is a lightweight carbon molding with a molded tailplane mount and a bushed holes for mounting the vertical stabiliser. The tailplane and fin/rudder assembly are both removable for easy storage and transport. The rudder and elevator servos are mounted in the fin, to simplify the RC installation.
Like other quality thermal soarers the Pulsar Pro 2.5 is constructed using free-flight techniques. The three piece wing is a balsa built-up carbon fibre and Kevlar D-box design that utilizes carbon capped balsa ribs and a carbon trailing edge. All the flying surfaces are expertly covered in Oracover Light, and all the control surfaces have been nicely hinged. An unusual feature of this model is that the centre panel isn't flat, it incorporates some dihedral, which is added to in the tip panels. This improves the efficiency of the wing and raises the dihedral break, reducing the likelihood of ground looping when landing. Note the glider versions are fully winch-proof and have a stronger wing spar and fuselage pod to cope with the increased forces.
The best use of composites, combined with a high quality design ensures a lightweight and rigid structure. This high performance model is perfect for the sports flyer who wants to experience top level performance with a reasonably compact and tough airframe.
{table title="Pulsar Pro 2.5 Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.5 m, 98 in
Wing area, 39.6 dm2, 614 sq in
Length , 122 cm, 48.0 in
Flying weight from, 672 g, 23.7 oz
Wing loading, 17.0 g/dm2, 5.6 oz/sq ft
Aspect ratio, 15.7,
Wing airfoil, AG25 mod,
EDA (dihedral), 6.0�,
Centre of Gravity, 65-75 mm from wing leading edge
Controls, "Rudder, elevator, ailerons, flaps or rudder, elevator, spoilers"
{endtable}
{table title="Pulsar Pro 2.5 Full House Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage + fin, 117 g, 4.1 oz
Wing centre panel, 165 g, 5.8 oz
Wing Tips, 155 g, 5.5 oz
Tail Plane, 21 g, 0.7 oz
Accessories & glue, 33 g, 1.2 oz
Total structure, 491 g, 17.3 oz
Wing wiring, 18 g, 0.6 oz
Tail pushrods, 17 g, 0.6 oz
Receiver, 10 g, 0.4 oz
Rudder servo, 10 g, 0.4 oz
Elevator servo, 10 g, 0.4 oz
Wing servos (4), 36 g, 1.3 oz
Battery, 80 g, 2.8 oz
Flying weight, 672 g, 23.7 oz
{endtable}
{table title=" Recommended Control Throws" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder, 12 mm each way
Elevator, 6 mm up / 6 mm down
Ailerons, 10 mm up / 8 mm down
Flap, 1 mm up / 85 degree down
<i>Recommended flight mode settings</>
Speed mode, flap 1 mm up, ailerons aligned with flap
Cruise mode, flap 0, ailerons aligned with flap
Thermal mode, flap 2 mm down, ailerons aligned with flap
Crow brake mix, 10 mm up aileron with full down flap
{endtable}
Use the template to set "0" flaps and ailerons
{table title="Recommended Servos" class=1 cols=2 width=110,235 align=L,L autohref=2}
Elevator & rudder (2 servos), KST X08, MKS DS65K, MKS DS75K, MKS DS6100, MKS HV6100, Blue Bird BMS-105HV
Flap (2 servos), KST X08, MKS DS6100, MKS HV6100, MKS HV6110, Blue Bird BMS-105HV, Ripmax SD150
Ailerons (2 servos), Ripmax SD100, KST X08, MKS DS65K, MKS DS75K, MKS DS75K-N, MKS DS6100, MKS HV6100, MKS HV6110, Blue Bird BMS-105HV
{endtable}
, � �� � � � � � � � � � � � 8� c1�C �� .�D ��b� GM18X10 GM 18x10 Folding prop bladesm A pair of very high quality {b,GM 18 x 10 folding prop blades}, suitable for HyperFlight's and other makes of folding prop yokes and spinners.
These blades are thinner (they have a higher aspect ratio) than normal folding propeller blades, allowing larger diameter blades to be fitted without pulling too much current. This increases the propulsive efficiency of the powertrain. They are also engineered to fold closer to the fuselage, and cause less drag when folded than other props. See photos 3 and 4 for a visual comparison of GM, RF and Aeronaut props, kindly produced by Andre Jeber Demetrio.
Note this product consists of two carbon propeller blades only. The central spinner/yoke assembly is not included. Also it is common for prop blades to not fit all spinner/yokes perfectly as supplied. It is often necessary to reduce the width the blade root slightly to ensure free folding movement. Also the cut out in the spinner cone often needs to be increased to allow the blades to fully extend. The root of the blade should not touch the spinner cone when the prop is fully opened.
{blade, GM, 18, 10, 17.5, 3500}
� ) � � � � � � � � � � ��2C6O � ��b�� GM18X13 GM 18x13 Folding prop bladesm A pair of very high quality {b,GM 18 x 13 folding prop blades}, suitable for HyperFlight's and other makes of folding prop yokes and spinners.
These blades are thinner (they have a higher aspect ratio) than normal folding propeller blades, allowing larger diameter blades to be fitted without pulling too much current. This increases the propulsive efficiency of the powertrain. They are also engineered to fold closer to the fuselage, and cause less drag when folded than other props. See photos 4 and 5 for a visual comparison of GM, RF and Aeronaut props, kindly produced by Andre Jeber Demetrio.
Note this product consists of two carbon propeller blades only. The central spinner/yoke assembly is not included. Also it is common for prop blades to not fit all spinner/yokes perfectly as supplied. It is often necessary to reduce the width the blade root slightly to ensure free folding movement. Also the cut out in the spinner cone often needs to be increased to allow the blades to fully extend. The root of the blade should not touch the spinner cone when the prop is fully opened.
{blade, GM, 18, 13, 18.5, 3500}
� ) � � � � � � � � � � ��2C6O <� j:�2� �}�b�� SUPRA-FUSE-LDS LDS set for SUPRA Pro Fuselage? This inverted sero installation is a briliant idea for the electric Supra, and it is good for the glider version too. This LDS system is easy to install and improves the RC installation.
Advantages:
{bullet}
The servo horns are screwed to the bearing on the frame. The neutral position of the horns and rod length are regulated separately from the servos. After that we just fasten servos to the frame. This method greatly simplifies the installation and adjustment because servos occupy the entire volume of the upper part of the fuselage.
Inverted upside down servos allow for installation tail rods more inline and move the rods down to release the top of the space for the battery.
The servo horn has additional bearing support. It is reducing the servo backlash and protects servo gear against shock loads.
{endbullet} � � � � � � � � � � � � d c1�C�[ ,�D ��b�� SRB-MKS-6110%Frame with bearing for the MKS HV6110� A nicely molded filled nylon servo frame with an external bearing, to fit the MKS HV6110 wing servo, the one with the mounting tab suitable for wing mounting. This product does not work with other manufacturer's (eg Blue Bird) servos as the output spline size and retaining arm screw size is particular to MKS.
These frames speed-up servo installation, keep the servo secure and rigidly mounted, and also allow easy removal for maintenance or replacement. The external bearing reduces side load at the servo output arm, reducing compliance and extending the life of the servo. The external bearing reduces any free play, increasing the stiffness of the control surface, improving control and avoiding flutter problems.
These frames are especially good for the HV6110 as their plastic cases can deflect slightly under extreme load.
Sold singly. Add two to the basket for mounting two servos.
Size: 40 mm x 37 mm x 10 mm
Weight: 4 g
Note the photo is generic - it does not show the actual 6110 servo mount. � � K� � � � g �}�b� SRB-BB-A56VFFrame with bearing for the Blue Bird 54H, BMS-A55H and BMS-A56V (pair)� A pair (2) of nicely molded filled nylon servo frames with an external bearing, to fit the Blue Bird 54H, BMS-A55H and BMS-A56V servos.
These frames speed-up servo installation, keep the servo secure and rigidly mounted, and also allow easy removal for maintenance or replacement. The external bearing reduces side load at the servo output arm, reducing compliance and extending the life of the servo. The external bearing reduces any free play, increasing the stiffness of the control surface, improving control and avoiding flutter problems.
Sold in pairs. Add one to the basket for mounting two servos.
Size: 58 mm x 47 mm x 10.5 mm
Weight: 6 g
Photo of similar product. � � �
(� � � � � � � � 2 �� I �� c1�C �}�b�� SNIPE-SN-NOSECONESnipe SN Nosecone~ Molded Kevlar nosecone for the Snipe SN annd SNT DLGs.
(One nosecone only, not other items, as shown in some of the photos) � � � � � � � � � � � - �� c1�C� �} �b�� BMS-A56V3Blue Bird A56V HV Servo - 8.6Kg.cm 0.12s 28.4g 10mm* The {b,Blue Bird A56V} servo is a superb new entrant to the metal cased wing servo market. It is identical in size to the MKS DS6125, but is a 2S LiPo compatible high voltage servo that is more powerful, faster, while also achieving zero slop (free play), and brilliant resolution. Note the large output spline is identical to Futaba 25 tooth splines, so replacement output arms are readily available.
We highly recommend this for flaps (and possibly ailerons) on all our larger models.
{table title="Blue Bird A56V Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=: autohref=2}
Body dimensions: 30.0 mm wide x 10.0 mm thick x 34.5 mm high : 1.18" wide x 0.39" thick x 1.36" high
Max dimensions: 42.0 mm wide x 10.0 mm thick x 47.0 mm high : 1.65" wide x 0.39" thick x 1.85" high
Stall torque (6V): 7.00 kg.cm: 97 oz.in
Stall torque (7.4V): 8.60 kg.cm: 119 oz.in
Weight: 28.4 g: 1.00 oz
Lead length: 30 cm: 11.9 in
Operating speed (6V): 0.15 sec/60�
Operating speed (7.4V): 0.12 sec/60�
Operating voltage: 6.0V to 8.5V
Bearings: 2 ball bearings
Gear material: Titanium Alloy
Case material: Aluminium alloy
Motor type: Coreless DC motor
Working frequency: 333 Hz
Dead band: 0.001 mS
Driver type: FET
Digital: Yes
Programmable: No
Supplied accessories: 1 plastic output arm, 1 metal output arm, 1 arm retaining screw, 3 mounting screws
Optional Accessories: Frame for MKS DS6125, Frame with bearing for the Blue Bird 54H, Integrated Drive System for the Blue Bird 54H,
{endtable}
{video,JBRzhuxvNA4}
� . � � '� � � � � � � � P _� R ]� c1�C
�}�b�� BMS-105HV7Blue Bird BMS-105HV - discontinued, replaced by BMS-125] This product has been replaced by the {pref, BMS-125WV, Blue Bird BMS-125WV} servo.
The {pref, BMS-125WV, Blue Bird BMS-125WV} is a drop-in replacement of the BMS-105HV
The BMS-125 is an improved servo with a better specification.
The {b,Blue Bird BMS-105HV} is a the highest torque servo in the very highly regarded Blue Bird BMS-105HV/106HV/107HV range of 10g servos. At 8.4V the BMS-105HV's torque is 5.3 kg.cm while still having an excellent speed of 0.09 seconds per 60� of movement.
The {b,Blue Bird BMS-105HV} is a great HV servo built to the same space saving form factor as the MKS HV6100. It is similarly precise, with no free play in the geartrain, and it is even more powerful and faster than the competing product. The large output spline is identical to Futaba 25 tooth splines, so replacement output arms are readily available. Note the output spline is not the same as MKS so the servo cannot be used with most MKS accesories.
Note this servo used to be called the Kawatomo CB-1005HV and some products (eg bearing servo frames) still refer to it under this old part ID.
{table title="Blue Bird BMS-105HV/Kawatomo CB-1005HV Specifications" class=1 cols=3 width=150,150,140 align=L,L,L separator=: autohref=2}
Body dimensions: 22.5 mm wide x 10.0 mm thick x 22.8 mm high : 0.89" wide x 0.39" thick x 0.90" high
Max dimensions: 32.5 mm wide x 10.0 mm thick x 25.0 mm high : 1.28" wide x 0.39" thick x 0.98" high
Stall torque / Speed @ 6V: 4.1 kg.cm / 0.12 s/60� : 57 oz.in / 0.12 s/60�
Stall torque / Speed @ 7.4V: 4.8 kg.cm / 0.10 s/60� : 67 oz.in / 0.10 s/60�
Stall torque / Speed @ 8.4V: 5.3 kg.cm / 0.09 s/60� : 74 oz.in / 0.09 s/60�
Weight: 10.9 g: 0.38 oz
Lead length: 15 cm: 6.0 in
Operating Voltage: 6.0V - 8.5V
Bearings: Plain
Gear material: Metal alloy
Case material: Nylon
Motor type: Coreless DC motor
Working frequency: 250 Hz
Dead band/resolution: 2 �s
Pulse width for � 60�: 1000 - 2000 �s
Digital: Yes, 12 bit A2D
Programmable: No
Position sensor: Potentiometer
Operating temperature: -20 to +60 �C
Supplied accessories: 2 plastic output arms, 1 arm retaining screw, 4 mounting screws, sticker set
Optional accessories: Frame with bearing for the Blue Bird BMS-105HV, Integrated Drive System/Mono for BMS-105HV, Frame for MKS DS6100
{endtable}
{video,pFuVWf4J9Yc} l � � � Y� � � � � � � � < �� R >� c1�C*� `}�`�� SNIPE-SNSnipe SN & Snipe SNT/* The acclaimed Snipe, created by multiple world champion {i,Joe Wurts}, has been the world�s best discus launch glider since public release, winning more top level F3K competitions than any other model. This unique glider has advantages in all phases of flight: very easy and high launch, quick climb rate in thermals, extremely low sink rate in dead air, as well as an excellent glide ratio, even at higher speeds, giving good penetration when returning back to the launch point.
Vladimir's Models has been continuously improving the composite construction of the model, reducing the weight of many components, especially the tail, resulting in a model that could on occasion be nose heavy. The new {b,Snipe SN} with a 20mm {b,s}horter {b,n}ose was made as an experiment for the 2015 F3K World Championship to take advantage of these lighter tail surfaces. Team New Zealand, F3K World Champion 2015 Alex Hewson and some other top pilots used this modification during the event to great effect. The Short Nose has these benefits:
{bullet}
Reduced moment of inertia. This reduces the initial yaw of the Snipe SN during launch, increasing launch altitude.
The reduced inertia also makes the Snipe more stable in turbulence or when circling, improving performance and controllability.
The Snipe is responds better to elevator input, reducing pilot workload.
When circling in a thermal, Snipe SN cores better and due to its lower weight needs less bank angle, increasing the climb rate.
{endbullet}
Alex Hewson added the Snipe SN�s advantages to his own unique skills, to become F3K World Champion 2015. The New Zealand Snipe Team (Alex Hewson, Joe Wurts and Kevin Botherway) also placed first in the 2015 F3K WC team event.
Vladimir's Models produce three wing types for different flight condition: Snipe SN Light; Snipe SN; Snipe SN Strong for light, normal, and windy flight conditions. The Snipe SN is also being manufactured in more colour schemes, reducing the possibility of confusing your new Snipe with other models, even when flying at a distance.
The even more radical {b,Snipe SNT} with the new short nose and a 45 mm shorter tail boom has also been made available. The Snipe SNT feels solid and very stable cruising around, and light and lively in pitch when thermalling and manoeuvring. The plane is twitchier in yaw due to the lower yaw damping. With the shorter tailboom, the pilot�s input becomes more important, and more skill is required to get the best from this thoroughbred glider. The pitch characteristics are definitely better, the launch does not seem to be affected and may even be slightly improved, though by too small a difference to measure.
###The plane�s response in yaw from turbulence is the downside with a shorter tailboom, especially if mated with a heavy wing. Once the air gets bumpy, then the increased inertia of the heavier wing makes the handling less pleasant. With a lighter wing, the shorter tailboom works well. That is why we recommend Snipe SNT for more advanced pilots, and with a light wing only. Each fuselage (SN and SNT) is produced in versions for left and right handed throwers.
{b,Snipe SN & SNT Design and Construction}
The Vladimir's Models Snipe is a revolutionary DLG, encompassing radical aerodynamics developed by multiple World Champion and professional aero engineer Joe Wurts. By running an exhaustive computer analysis of all phases of a discus launch model's flight envelope Wurts has produced an optimal aerodynamic design, allowing the Snipe to achieve extremely high launches while also having a wider speed range than contemporary models. The proprietary JW airfoil has been designed for maximal laminar flow while also avoiding separation bubbles in launch and cruise conditions. The tail has been specially optimised with new airfoils and planform. The horizontal stabiliser (tailplane+elevator) is mounted on a short pylon below the boom, and the elevator horn is cleverly recessed into the pylon to reduce drag. The vertical stabiliser (fin+rudder) is cambered to give more corrective force during the launch, reducing energy-sapping yaws, resulting in exceptional launch heights. The fuselage has a slot for the fin ready cut into the boom. As the fin camber is orientated differently for left handed and right handed throwers the model needs to be ordered with a suitably handed fuselage.
Even the best aerodynamic design is of limited use unless it is implemented in a strong, lightweight, and smooth airframe that can be assembled by the average modeller. Here Vladimir's Models has excelled, creating new technologies to produce a super smooth solid molded ding-resistant wing that only weighs as little as approx 93 g and a model that can be built to a flying weight as low as 205 g (7.2 oz). The front fuselage is based on the Blaster 3 design, which has a fully removable slip-on nosecone, giving unrestricted access to the RC, and allowing a very easy servo installation. The rear pod design has been changed to allow internal aileron connections to reduce drag. The vertical and horizontal stabilisers are actuated by supplied pull-spring hardware, totally eliminating slop and saving tail weight. The kit is highly complete and very little work is required to get the model airborne. Just a few glue joints and fitting the RC is all that is required. All control linkage hardware is supplied.
{img, extras/Snipe-DLG-wing-const-600.jpg, Snipe molded wing construction}
The wing design uses ground breaking solid molded fabrication techniques to maximise strength and toughness, while keeping weight to a minimum. The spar is constructed from high modulus unidirectional carbon flanges, which are bonded to the wing skin, these are kept rigid by a carbon shear web with a �45� fibre orientation. The wing skins are made from Vladimir's Carboline ultra light spread carbon, ensuring rigidity and excellent strength. The aileron is mounted using a very strong yet free Kevlar living hinge.
{img, extras/Snipe-DLG-flap-const-600.jpg, Snipe molded wing flap construction}
The wing mount consists of two cone shaped holes that mate with carbon mounting cones built into the fuselage. The conical holes are very strongly reinforced with carbon doublers on the lower and top wing surface, ensuring a long service life. The ailerons incorporate a spar and shear web to maximise stiffness and eliminate flutter.
The Snipe has the advantage in all phases of flight: it's very light weight and low drag allow pilots to throw the model to amazing altitudes with little exertion, the JW airfoil and light weight results in a great rate of climb even in weak thermals, and the clean aerodynamic design and internal aileron linkages give an extremely good L/D and the ability to return home from long distances downwind. The combination of outstanding launch height and an exceptionally low sink rate gives great still air duration. Even at its low weight the Snipe can cope with average wind speeds well, however 30 g, 60 g or 85 g ballast pieces can be fitted internally, allowing the model to be flown in winds up to the FAI limit with confidence.
The Snipe SN is available in three wing layups:
<i>
{b,Strong}: Custom three layer spread carbon wing skin weighing approx 58 g/m�. Wing weight approx 20g more than the Light layup.
Good for powerful throwers, all ballasts and all wind conditions.
{b,Standard}: Spread carbon wing skin weighing 39 g/m�. Wing weight approx 10g more than the Light layup.
Okay for powerful throwers, all ballasts and medium wind conditions. (Called plain Snipe on Vladimir's site.)
{b,Light}: Very fine spread carbon wing skin weighing only 26 g/m�. Wing weight as listed below.
Better for average throwers, up to 30 g ballast and light to medium wind conditions.
</i>
We will attempt to stock all layups of the one piece wing, but may not always manage this.
#Summer 2017 Update: A 2 piece wing is now available as an option. This assymetrically split to the right of the centreline version adds only 6 grams to the weight, and makes transporting the model much more convenent - especially by air. This option is only recommended for right handed launchers. Also note the two piece wing model is shipped in a smaller box, reducing the delivery cost. This may make it the more economical option for many customers.
See these {href, http://www.rcgroups.com/forums/showthread.php?t=1922991, RCGroups Mega Snipe}, {href, http://www.rcgroups.com/forums/showthread.php?t=2080283,RCGroups Snipe 2014}, and {href, http://www.flyquiet.co.uk/smf/index.php?topic=4217.0, FlyQuiet Snipe Build} forum discussions for more info and flight reports. Also please click on the {i,More Details} links below to check out the kit contents and build manual.
{table title="Snipe SN Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.5 m, 59 in
Wing area, 19.7 dm2, 305 sq in
Length (SN fuse), 107 cm, 42.0 in
Length (SNT fuse), 102 cm, 40.2 in
Flying weight from, 205 g, 7.2 oz
Wing loading, 10.4 g/dm2, 3.4 oz/sq ft
Aspect ratio, 11.3,
Wing airfoil, JW proprietary
Dihedral angle, 5.5�,
Centre of Gravity, 61-67 mm from wing leading edge
Controls, "Rudder, elevator, ailerons"
{endtable}
{table title="Snipe SN Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 37.2 g, 1.3 oz
Wings-light layup, 93.0 g, 3.3 oz
Fin, 5.8 g, 0.2 oz
Tailplane, 6.0 g, 0.2 oz
Accessories, 10.0 g, 0.4 oz
Total structure, 152.0 g, 5.4 oz
Glue etc, 3.0 g, 0.1 oz
Receiver, 5.0 g, 0.2 oz
Tail servos, 12.0 g, 0.4 oz
Wing servos, 12.0 g, 0.4 oz
Battery, 21.0 g, 0.7 oz
Flying weight, 205.0 g, 7.2 oz
{endtable}
{table title="Snipe SN Control Throws & Mixes" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder, 15 mm each way
Elevator, 7 mm up / 7 mm down
Ailerons, 10 mm up / 8 mm down
<i>Recommended snap-flap (elevator->camber) mix.</>
Full up elevator gives 6mm increased flaperon camber
<i>Recommended flaperon settings. Down=Flap TE down.</>
Launch preset, 1 mm down
Speed, 1 mm up (small ail>rud mix)
Cruise, 0 mm (a little more ail>rud mix)
Slow cruise and active thermal, 1 mm down (more ail>rud mix)
Minimum sink, 3 mm to 4 mm down (Slow cruise + slider camber)
Landing mode, as much down as possible
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
All servos, Blue Bird BMS-A10S, KST X08N, MKS DS65K, MKS DS75K-N, Ripmax SD100, Blue Bird BMS-101HV, JR DS285, JR DS188
Receiver, 4/5 channel rx to match your transmitter, max size approx 60mm x 25mm x 12mm eg FrSky X4R, Spectrum AR6260*, Futaba 6008HS*, Futaba R6106HFC *case removed
Power, HyperLiPo 2S 300 mAh LiPo, Nanotech 1S 750 mAh LiPo
{endtable}
6 � �� � a\� � � � � � � � � sale 535.00 d� c1�C `}�`�� SHINTO-XP0Shinto Expert F3F Racer Glider 3m with wing bags- We are pleased to have some of Vladimir�s Models new {b,Shinto Expert F3F} models. The {b, Shinto Expert} is an improvement to an already great design optimised for F3F, F3B, and fast sport flying, either from slope or flat field sites. Aeronautical design is by Max Steidle, a highly regarded aero engineer, with input from Stefan Eder and structural design and manufacture by Vladimir's Models. The new Shinto {i, Expert} variant has many detail improvements over the original model, and these major enhancements:
{bullet}
Improved fuselage design that is lighter and has lower drag and a slip-on nosecone to give better access to the RC.
Larger V tails to give better manoeuvrability and even faster F3F runs.
Even stronger wing.
{endbullet} Note that some of the photos still show the original Shinto with the fuselage with a canopy hatch - the models we have for sale now are definitely the {i, Shinto Expert} version with the above improvements.
The aircraft is available in three layups:
{b,F}: F3F = slope racing = strongest/heaviest layup
{b,B}: F3B = flat field thermalling and racing = medium layup
{b,J}: F3J & F5J = flat field thermal soaring = least strong/lightest layup
(The {b,T} layup mentioned on the VM site is "wing is same as early", so is compatible with previous F3F Shintos we think.)
All versions are strong and reasonably light for their intended task. We generally only stock the F3F version but will special order the other versions on request.
{b,All Shintos we supply are ready fitted with servo frames and IDS servo linkages} to speed assembly, come with high quality {pref,SHINTO-WING-BAG,Shinto Wing and V tail bags} and a quality {b,wiring loom}. These are charged extras from other suppliers.
Quote by Simon Thornton, F3F Champion of Champions: <i>It is a superb model, very light but very stiff, so it will happily fly in 25 m/s slope conditions without getting squirrelly. Ideal battery pack is a 1600 mAh LiFe. I have found the supplied noseweight is a little too heavy, so it is worth advising buyers to check before gluing in! This is the model that helped me win the UK F3F League 2015 and 2015 F3F Champion of Champions contest.</i>
The wing is a two piece hollow molded structure with a very substantial spar and joiner system. The wing skin is a Carboline spread carbon - Rohacell - Carboline sandwich, with a strong carbon spar and carbon sandwich shear web. A full wiring harness is supplied with the model, so no soldering is required to install the RC.
{img, extras/Shinto-wing-construction.jpg, Shinto wing construction}
{b,All our Shinto Experts are supplied with IDS} (stands for Integrated Drive System, also called LDS for Linear Drive System on Vladimir's site) frames installed in the wings with ready to connect linkages for the flap and aileron servos. These beautifully engineered Integrated Drive Systems allow the servo to be dropped into place in the pre-fitted frame. A pre-fitted pushrod of optimal length and geometry is already connected to each of the control surfaces, massively simplifying the installation. This system utilises an external bearing built into each servo's mounting frame, increasing control rigidity, reducing servo forces, and improving the structural integration of the servo in the wing. It also allows the servo to be removed easily for servicing or replacement if required. All models are fitted with IDS frames and pushrods suitable for MKS HV 6130, Futaba/Robbe S3173, Graupner DS 3288, JR DS 171, JR DS 179 HV, JR DS 189 HV, JR DS 378, or JR DS 398 servos. The servos required are listed with the colour scheme below the price.
{img, extras/Shinto-wing-joiner-construction.jpg, Shinto wing joiner construction}
The Shinto Expert wing joiner is made of carbon prepreg in the steel mold with high pressure and cured at a temperature of 130 deg C. The wing joiner includes ballast compartments for mounting 680 g of steel ballast slugs. These joiner-ballast slugs are not included in the kit. For best performance in windy conditions we recommend a the {pref,SHINTO-BALLAST,Shinto Wing Ballast Set} is used. This adds up to 1850 g of mass to the plane.
The Shinto Expert fuselage is laminated in an aluminium mold using a pressure balloon. The forward part is made of Kevlar and high modulus glass, and is 2.4Ghz friendly. The rear part is laminated using high modulus carbon fiber. The adjustable tow hook and the control rods are installed already. A beautiful V-tail horn carbon hatch is supplied. The Shinto is supplied with a molded nose ballast, with a weight of approx. 100 g. Note this may need reducing, depending upon the battery used.
The Shinto V-tail is a spread carbon sandwich construction. The stabilizers fit perfectly to the fuselage and the elevator horns are installed and hidden by the tailcone fairing. The stabilizers and wings must be secured to the fuselage with tape after assembly.
Nice build photos {href, https://plus.google.com/u/0/photos/101713645031051863679/albums/5996293656088989777, here}.
{table title="Shinto Expert F3F Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 3.0 m, 118 in
Wing area, 55.6 dm2, 862 sq in
Length, 142 cm, 56.0 in
Flying weight from, 2050 g, 72.3 oz
Wing loading, 36.9 g/dm, 12.1 oz/sq ft
Aspect ratio, 16.1,
Wing airfoil, M164792S-Straak
Dihedral (EDA), 3.0�,
Centre of Gravity, 93-95 mm from wing leading edge
Controls, "V tail, ailerons, flaps"
{endtable}
{table title="Shinto Expert F3F Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 269 g, 9.5 oz
Wing, 1330 g, 46.9 oz
V Tail, 72 g, 2.5 oz
Wing joiner, 117 g, 4.1 oz
Accessories & wiring, 30 g, 1.1 oz
Total structure, 1818 g, 64.1 oz
Receiver, 10 g, 0.4 oz
Tail servos, 40 g, 1.4 oz
Wing servos, 92 g, 3.2 oz
Battery, 90 g, 3.2 oz
Flying weight, 2050 g, 72.3 oz
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator & rudder, JR DS285MG, Graupner DES 261BB, MKS DS6100, MKS HV6100, MKS HV6130H
Flap, Futaba/Robbe S3173, MKS HV6130, Graupner DS 3288, JR DS 171, JR DS 179 HV, JR DS 189 HV, JR DS 378, JR DS 398
Aileron, Futaba/Robbe S3173, MKS HV6130, Graupner DS 3288, JR DS 171, JR DS 179 HV, JR DS 189 HV, JR DS 378, JR DS 398
Receiver, 6 channel rx to match your transmitter
Power, Overlander 2S 1000mAh, Radient 1600 mAh 6V, HyperFlight 2200 mAh 4.8V, 1600 mAh 2S LiFe
{endtable}
<b>Recommended Control Throws & Mixes</b>
See the Shinto-F3b-recommendations-from-Stefan-Eder.pdf file (link below).
{video, VURmA1_3IsM}
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{video,TIZumfA6iOo}
{video, FntnmVDjKTg} , � iK� � �� � � � � � � � � 3 Includes: 4 pieces ballast for wing joiner (163mm). w� c1�C � `}�`�' MEDINAMedina kit F3L/F5L 2m7 Want to enjoy the performance and ease of flying of the 2-meter Medina RC glider, but prefer to do the build yourself? The Medina kit is here! The kit includes hardware for the Medina to be built for either F3L (pure glider) or F5L (electric). F3L and F5L are the new names for F3-RES (glider) and F5-RES (electric) competition classes.
Created by Armsoar in partnership with Performance Models in Australia, the {b,Medina} uses new airfoils purpose-designed for the flight envelope of modern F3/F5-RES competition flying. The wingtips are specifically optimized for great tip-stalling characteristics and could handle high variations in angle of attack. The result? A glider that turns tighter and more efficiently than similar designs, perfect for low-level thermal flying
The properly-sized and removable V-tail is designed for control and great low speed handling, crucial during soft thermals and the landing phase. And of course, the V-tail not only looks good, but helps minimize the overall drag of the Medina for better L/D in all aspects of the flight envelope.
The fuselage pod is tiny, further minimizing overall drag from the completed model.
#The V tail mounting holes are now pre-drilled in the tailboom, making construction easier.
{b,Specifications}
Wingspan: 2 meters
Wing area: 36.2 dm�
Wing airfoils: MS series
Root chord: 200mm
AUW: ~ 440-450 grams
Centre of Gravity: 75mm from wing leading edge
3 to 4 channels: V-tails, Spoiler, optional Motor
{b,Recommended Gear}
Tail servos: 2* KST X06
Spoiler servo: 1* KST X06H
Battery (F3L): ArmSoar 1S 500mAh LiPo
Battery (F5L): ArmSoar 3S 380mAh LiHV
Motor: ArmSoar 1806 Powertrain
Spinner: CN 25/5
Prop: CN 6x4
Covering: {href, https://www.hyperflight.co.uk/products.asp?search=oralight,Oralite}
{b,What's Included}
High-quality laser-cut wood parts
Carbon tubes for the wing leading edge, wing spars, joiners, tail pins, and tail boom
Servo trays
Rubber bands for spoiler
Control horns
Joiners
Tail springs
Pull-string wire
Crimps for pull-string wire
Wing bolts and nuts
Spoiler servo arm protector
Plan
Covering material, glue, RC gear etc is NOT included
See this {href, https://www.rcgroups.com/forums/showthread.php?4088013-%2AARF%2A-Medina-F3-RES-E-Medina-F5-RES-ArmSoar, RCGroups Medina thread} for more info about the ARTF version. � � � � �O� � � � � � � � � Given a 35% dealer disc{ �� 'Balsawood, steel, carbon fibre, plasticChinafVW� `}�`�� SHINTO-E;Shinto Electric 3m Hotliner / Triangle Racer with wing bags The {b,Shinto Electric} is a great new electric glider optimised for speed! It excels at fast sport flying, triangle racing, and F3G electric multitask comp events while also being a great multipurpose soarer. Although designed primarily as a slope racer, in its electric form it becomes a fast thermal soarers and very impressive sports model. Aeronautical design is by Max Steidle, a highly regarded aero engineer, with input from Stefan Eder. Structural design and manufacture is by Vladimir's Models. {b,All our Shinto Pro's are ready fitted with servo frames and IDS servo linkages} to speed assembly, {b,and come with excellent quality wing and V tail bags}. These are extras from other suppliers.
The wing is a two piece hollow molded structure with a very substantial spar and joiner system. The wing skin is a Carboline spread carbon - Rohacell - Carboline sandwich, with a strong carbon spar and carbon sandwich shear web.
{img, extras/Shinto-wing-construction.jpg, Shinto wing construction}
{b,All our Shintos are supplied with IDS} (stands for Inegrated Drive System, also called LDS for Linear Drive System on Vladimir's site) frames installed in the wings with ready to connect linkages for the flap and aileron servos. These beautifully engineered Integrated Drive Systems allow the servo to be dropped into place in the pre-fitted frame. A pre-fitted pushrod of optimal length and geometry is already connected to each of the control surfaces, massively simplifying the installation. This system utilises an external bearing built into each servo's mounting frame, increasing control rigidity, reducing servo forces, and improving the structural integration of the servo in the wing. It also allows the servo to be removed easily for servicing or replacement if required. All models are fitted with IDS frames and pushrods. The servos required are listed with the colour scheme below the price.
{img, extras/Shinto-wing-joiner-construction.jpg, Shinto wing joiner construction}
The Shinto wing joiner is made of carbon prepreg in a steel mold with high pressure and cured at a temperature of 130 deg C. The wing joiner has ballast compartments for mounting 670 g of the steel or lead ballast.
The Shinto fuselage is laminated in an aluminium mold using a pressure balloon. The forward part is made of Kevlar and high modulus glass, and is 2.4GHz friendly. The rear part is laminated using high modulus carbon fiber. The control rods are installed already. A beautiful V-tail horn carbon hatch is supplied. The translucent Shinto canopy is made of plastic with the Shinto and VM logo molded in, to look good and give reinforcement. The Shinto Electric is supplied the motor firewall ready fitted.
The Shinto V-tail is a spread carbon sandwich construction. The stabilizers fit perfectly to the fuselage and the elevator horns are installed and hidden by the tailcone fairing. The stabilizers and wings must be secured to the fuselage with tape after assembly.
{table title="Shinto Electric Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 3.0 m, 118 in
Wing area, 55.6 dm2, 862 sq in
Length, 147 cm, 57.9 in
Flying weight from, 1640 g, 57.8 oz
Wing loading, 29.5 g/dm, 9.7 oz/sq ft
Aspect ratio, 16.1,
Wing airfoil, M164792S-Straak
Dihedral (EDA), 2.5�,
Spinner Diameter, 30 mm,
Centre of Gravity, 85-91 mm from wing leading edge
Controls, "V tail, ailerons, flaps, throttle"
{endtable}
{table title="Shinto Electric Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 187 g, 6.6 oz
Wing, 826 g, 29.1 oz
V tail, 64 g, 2.3 oz
Wing joiner, 66 g, 2.3 oz
Accessories, 34 g, 1.2 oz
Total structure, 1177 g, 41.5 oz
Wiring, 35 g, 1.2 oz
Pushrods, 25 g, 0.9 oz
Receiver, 12 g, 0.4 oz
Tail servos, 20 g, 0.7 oz
Wing servos, 80 g, 2.8 oz
Speed control, 30 g, 1.1 oz
Motor, 102 g, 3.6 oz
Prop & spinner, 29 g, 1.0 oz
Battery, 130 g, 4.6 oz
Flying weight from, 1640 g, 57.8 oz
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
V tail, Blue Bird BMS-M15H, MKS DS6100, MKS HV6100, JR DS285MG, Graupner DES 261BB
Flap, KST X10, KST X10 Mini, Blue Bird BMS-M57V, Blue Bird BMS-M15V, MKS HV6130, Futaba/Robbe S3173, S3173SVI,
Aileron, KST X10 Mini, Blue Bird BMS-M15V, MKS HV6130, MKS DS6100, MKS HV6100, MKS HV6110, Futaba/Robbe S3173, S3173SVI
Receiver, 7 channel rx to match your transmitter
{endtable}
<b>Recommended Control Throws & Mixes</b>
See the Shinto-F3b-recommendations-from-Stefan-Eder.pdf file (link below).
{video, FntnmVDjKTg} , � �K� � �%� � � � � � � � � 3 Includes: 4 pieces ballast for wing joiner (163mm). x� d��^ �}�b� VM47X230VM 4.7x2.3 Folding prop blades (1.6mm hinge pin)� A pair of VM 4.7x2.3 prop blades suitable for the Elf Pro El, the Spin El and other mini F5K type electric gliders. These blades require smaller spinner/hub assemblies with 1.6mm diameter hinge pins.
These are a modified version of the Graupner 4.7x2.3 CAM Folding prop blades, OEM ID 1336.12.6.
Note this product consists of two carbon filled pastic propeller blades only. The central spinner/yoke assembly is not included.
{table title="VM 4.7x2.3 CAM Folding Propeller Blade Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=:}
Prop diameter: 12 cm: 4.7 in
Prop pitch: 6 cm: 2.3 in
Width of blade root: 4.0 mm: 0.157 in
Hinge pin hole dia: 1.6 mm: 0.063 in
{endtable} � � K� � � � � � � � � � d� dbH N �}�b�� SUPRAE-F-LDS-DS285;Supra Expert Fuselage LDS set for Graupner DES 261BB Servos� {b,Supra Expert Fuselage LDS} set for Graupner DES 261BB and JR DS285 servos. These {b,Linear Drive Systems} include an external bearing to minimise slop and compliance, and simplify fuselage servo installation.
This inverted servo installation is a brilliant idea for the electric Supra, and it is good for the glider version too. This LDS system is easy to install and improves the RC installation.
This LDS set can be used in most F3F, F3J and F5J and other slope and thermal gliders to help with fuselage servo installation.
Advantages:
{bullet}
The servo horns are screwed to the bearing on the frame. The neutral position of the horns and rod length are regulated separately from the servos. After that we just fasten servos to the frame. This method greatly simplifies the installation and adjustment because servos occupy the entire volume of the upper part of the fuselage.
Inverted upside down servos allow for installation tail rods more inline and move the rods down to release the top of the space for the battery.
The servo horn has additional bearing support. It is reducing the servo backlash and protects servo gear against shock loads.
{endbullet}
� P� <� � � � � � � � � 2 ~� c1�C �}�b�� SNIPE-STAB-PYLONVM DLG Tailplane Mount� This beautiful carbon moulding is used to securely mount the tailplane (also called horizontal stabiliser or hoz stab) on all model of the Vladimir's Models Snipe discus launched gliders. The mount (also called a pylon) has a nice airfoil shape and is faired into a conic section for bonding to the glider's tailboom. The rear is open to act as a fairing and actuation slot for the elevator horn. Although designed for the Snipe it will work with many DLGs. It can be mounted above or below the boom, whichever the designer prefers.
The mount has two stab mounting holes 25 mm apart that are threaded for M3 metric screws.
{table title="DLG Tailplane Mount Specifications" class=1 cols=3 width=150,115 align=L,L,L}
Overall length, 65 mm
Av tailboom width, 11 - 12 mm
Stab mount max width, 7 mm
Distance between stab mounting holes, 25 mm
Mounting hole size, M3
Weight, 0.9 g
{endtable}
, �
A� � $� � � � � � � � 2 -� c1�C = �}�b�� MAXA-F-LDS-61009Maxa Fuselage LDS set for MKS DS6100 and MKS HV6100 Servo� {b,Maxa Pro Fuselage LDS} set for MKS DS6100 and MKS HV6100 Servos. These {b,Linear Drive Systems} include an external bearing to minimise slop and compliance, and simplify fuselage servo installation.
This LDS set can be used in most F3F, F3J and F5J and other slope and thermal gliders to help with fuselage servo installation.
This inverted servo installation is a brilliant idea for the electric Maxa and it is good for the glider version too. This LDS system is easy to install and improves the RC installation.
Advantages:
{bullet}
The servo horns are screwed to the bearing on the frame. The neutral position of the horns and rod length are regulated separately from the servos. After that we just fasten servos to the frame. This method greatly simplifies the installation and adjustment because servos occupy the entire volume of the upper part of the fuselage.
Inverted upside down servos allow for installation tail rods more inline and move the rods down to release the top of the space for the battery.
The servo horn has additional bearing support. It is reducing the servo backlash and protects servo gear against shock loads.
{endbullet}
� � P� <� (� � � � � � � � 2 x� c1�C� �}�b�� VM-PULL-CORD Vladimir's Models Pull Cord Set+ Approx 2.2 m of 0.3mm diameter strong enamelled steel pull cord wire, as used in Vladimir's Models Snipe and Yoda DLGs to connect the servo output arms to the rudder and elevator control horns. Supplied with 4 crimps.
The total weight of the wire is 0.5g so the unit weight is approx 0.22 g / m. r � c� � <� � � � � � � � {� Steel c1�C � �}�b�� CARBON-ROD-1MM-1M-SP1mm dia carbon rod 1m long Available to special order only. � � 5� �
� � � � � � � � c1�C� `�`� ALTIS-TEL-CONV-HS0Altis Telemetry Convertor - for Hitec & Spektrum� The {b,Altis AerobTec Telemetry Converter HS} is an interface for users of Spektrum and Hitec RC gear.
It interfaces the Altis V4 or Altis V4+ to the Telemetry port of Spektrum and Hitec equipment, so the pilot can see/hear the height etc info on the ground, via his telemetry equipped tx/rx 2.4GHz link.
Comes with standard RC input and output leads, and an RC to receiver convertor lead.
When using Spektrum gear a Spektrum TM1000 module is also required.
( � � � � � � � � � � � ( 2D4l 22/08/2019 put one back in stock, returned by Smit.jj - possibly faulty or not compatible with all equipment. �� jk`� � �}�b�� BMS-390V7Blue Bird BMS-390V HV Servo - 5.4Kg.cm 0.11s 22.3g 13mmW The {b,Blue Bird BMS-390V} is an excellent high voltage servo and is perfect for rudder and elevator on larger gliders. It has excellent torque, speed, and no free play.
{table title="Blue Bird BMS-390V Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=: autohref=2}
Body dimensions: 29.0 mm wide x 13.0 mm thick x 30.2 mm high : 1.14" wide x 0.51" thick x 1.19" high
Max dimensions: 39.0 mm wide x 13.0 mm thick x 34.0 mm high : 1.54" wide x 0.51" thick x 1.34" high
Stall torque (6V): 4.60 kg.cm: 64 oz.in
Stall torque (7.4V): 5.40 kg.cm: 75 oz.in
Weight: 22.3 g: 0.79 oz
Lead length: 16 cm: 6.3 in
Operating speed (6V): 0.14 sec/60�
Operating speed (7.4V): 0.11 sec/60�
Operating voltage: 6.0V to 8.5V
Bearings: 2 ball bearings
Gear material: Titanium Alloy
Case material: Strong Nylon
Motor type: Coreless DC motor
Working frequency: 250 Hz
Dead band: 0.002 mS
Driver type: MosFET
Digital: Yes
Programmable: No
Supplied accessories: 2 plastic output arms, 1 arm retaining screw, 2 mounting clips, 2 screws, 2 rubber grommets
{endtable}
� � � � 2� � � � � � � � 2 V� R �� c1�C�� +-� ��b�� PEA-3MM*M2 Aluminium Pushrod Ends for 3mm Rods (2)\ A pair of high quality aluminium pushrod ends with M2 threads cut at one end and a tube to take a 3mm carbon rod (or other material).
Note two aluminium pushrod ends only are supplied, carbon rods and clevises must be purchased separately. Suitable for 3 mm carbon tubes or rods. Glue using epoxy or thick CA. Degrease before gluing.
{table title="3mm Long Pushrod End Specification" class=1 cols=2 width=150,115 align=L,L,L}
Pushrod hole size, 3.05 mm
Pushrod tube length, 19 mm
Threaded portion length, 9.0 mm
Overall length, 36.4 mm
Thread size, M2
Weight (each), 0.72 g
{endtable}
� � <� � � � � � � � � �
2G4; � �} �b�� DES-261+Graupner DES 261BB Servo - 11mm 8g 1.7Kg.cm? The {b,Graupner DES 261 BB} is a great all-round servo with metal gears, good torque and speed, while still being light weight and having little free play (slop). It is suitable for a wide range of models, from 1.5 m DLGs to 4 m F3J ships.
{table title="Graupner DES 261 BB Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=: autohref=2}
Body dimensions: 21.6 mm wide x 11.3 mm thick x 17.8 mm high : 0.85" wide x 0.44" thick x 0.70" high
Max dimensions: 31.2 mm wide x 11.3 mm thick x 27.5 mm high : 1.23" wide x 0.44" thick x 1.08" high
Stall torque (6V): 2.00 kg.cm: 28 oz.in
Stall torque (4.8V): 1.70 kg.cm: 24 oz.in
Weight: 8.0 g: 0.28 oz
Lead length: 15 cm: 6.0 in
Operating speed (6V): 0.18 sec/60�
Operating speed (4.8V): 0.20 sec/60�
Operating voltage: 4.8V to 6.0V
Bearings: 2 ball bearings
Gear material: Aluminium Alloy
Case material: Nylon
Motor type: DC motor
Digital: Yes
Programmable: No
Supplied accessories: 4 plastic output arms, 1 arm retaining screw, 2 mounting screws, grommets, and bushes
{endtable}
F � 2� �
>� � � � � � � � 2 c1�C � `�`�� HORN-M2-6MM-BRBrass M2 6mm Micro Horn (2)� A pair (2) of high quality brass control surface horns with an M2 threaded shaft.
Distance from the thread shoulder to the centre of the hole: 6 mm
Length of the threaded shaft: 14 mm - this can be shortened if required.
Hole diameter: 1 mm.
Material: Brass
{table title="Brass M2 6mm Micro Horn (2) Specifications" class=1 cols=2 width=170,80 align=L,L,L}
Hole centre to thread, 6 mm
Hole Size, 1.6 mm
Thread Diameter, M2
Thread Length, 14 mm
Material, Brass
{endtable}
Z � $� � X� � � � � � � �
2G4# 10/1/17 40 added to stock for quote; �� Brass jl�� �}�b�� HORN-6MM-BRBrass M3 6mm Horn (2)B A pair (2) of high quality brass control surface horns with an M3 threaded shaft.
Distance from the thread shoulder to the centre of the hole: 6 mm
Length of the threaded shaft: 9.7 mm - this can be shortened if required.
Hole diameter: 1.5 mm. This is a light interference fit on the Sullivan clevis, giving a totally slop-free linkage
Material: Brass
{table title="Brass M3 6mm Horn (2) Specifications" class=1 cols=2 width=170,80 align=L,L,L}
Hole centre to thread, 6 mm
Hole Size, 1.5 mm
Thread Diameter, M3
Thread Length, 9.7 mm
Material, Brass
{endtable}
k � � � � � � � � � � �
; �� c1�C �� ,q$ `�`�� WING-CONTACT#Compression Contact Wing Connectors� These {b,Compression Contact Wing Connectors} are brilliant for implementing auto-connect systems for wing servos. One pair supplied.
Weight: 0.5 g
Size: 10 mm x 9.5 mm approx
Dimension A in the drawing = 10 mm
Suggested wiring scheme:
Pin 1 - Positive
Pin 2 - Signal 1
Pin 3 - Negative
Pin 4 - Signal 2
Kudos to Oleg for {href,http://www.rcgroups.com/forums/showpost.php?p=33288150&postcount=667, for his great installation photos}.
� � 2� � 6� � � � � � � � 2F4z Was digikey:
70AAJ-4-F0GCT-ND
70AAJ-4-M0GCT-ND
Now Mouser
70AAJ-4-F0 or 70AAJ-4-F0G
70AAJ-4-M0 or 70AAJ-4-M0G
� B �}�b�� SHINTO-F-LDS-6100;Shinto Fuselage LDS set for MKS DS6100 and MKS HV6100 Servo� {b,Shinto Fuselage LDS} set for MKS DS6100 and MKS HV6100 Servos. These {b,Linear Drive Systems} include an external bearing to minimise slop and compliance, and simplify fuselage servo installation.
This LDS set can be used in most F3F, F3J and F5J and other slope and thermal gliders to help with fuselage servo installation.
This inverted servo installation is a brilliant idea for the electric Supra, and it is good for the glider version too. This LDS system is easy to install and improves the RC installation.
Advantages:
{bullet}
The servo horns are screwed to the bearing on the frame. The neutral position of the horns and rod length are regulated separately from the servos. After that we just fasten servos to the frame. This method greatly simplifies the installation and adjustment because servos occupy the entire volume of the upper part of the fuselage.
Inverted upside down servos allow for installation tail rods more inline and move the rods down to release the top of the space for the battery.
The servo horn has additional bearing support. It is reducing the servo backlash and protects servo gear against shock loads.
{endbullet}
� � P� <� � � � � � � � � 2 %� c1�C w �}�b�� SHINTO-BALLASTShinto Wing Ballast Set� Ballast set for the Shinto F3F and Shinto F3B.
The set consists of 12 pcs of ballast that fit snugly in the Shinto F3B and Shinto F3F's wing roots, increasing the weight by up to 1850 g
Each ballast slug weights approximately 154 g d � ? � � $ � � � � � � � � � %� c1�C l �}�b�� SHINTO-WING-BAG3Vladimir's Models Wing and Tail Bags for the Shinto� A beautiful set of wing and tailplane bags for the Shinto made by Vladimir's Models. The set consists of:
{bullet}
A pair of bags for the wing panels.
A pair of tailplane/elevator bags for the V tail.
{endbullet}
The bags are made from aluminised Mylar covered foam with a black fabric (canvas-like) edging and grey pocket ends. The covers will protect the surfaces from physical damage and solar radiation.
Also fits many orher 3m F3F wings.
� ? � � F� � � � � � � � X %� d � �}�b�� SHINTO-FUSE-BAG-Vladimir's Models Fuselage bag for the Shintob A fuselage bag for the Shinto F3F, F3B Glider and Electric models made by Vladimir's Models. The sophisticated bag protects fuselage in the home, during transport, and on the field. The bag can be fitted with the wings in place, and can be removed without having to disassemble the model.
It also contains a pocket for holding the wing joiners and/or joiner ballast pieces.
The bag is made from a grey (canvas-like) fabric and edged with black canvas. The covers will protect the surfaces from physical damage and solar radiation.
Contains Velcro pieces to attach to the other Shinto component bags.
� "A� � _� � � � � � � � , %� c1�C ��}��b�� MINI-TOPSKY-FUSEMini Topsky DLG Pod & BoomT Replacement pod and boom for the Mini Topsky 1m DLG. Excellent quality.
White pod � -� � � � � � � � � � � d� c1�C ( �}�b�� CARBOLINE-SC59-3-SMP'Carboline-SC59/3 Spread Carbon - samplev An approximately 30 cm x 10 cm sample of {b,Vladimir's Models Carboline SC59/3/xx} unique tri-axial Spread Tow Carbon fabric for ultra light structures.
{table title="Carboline SC59/3 Specifications" class=1 cols=3 width=135,135,135 align=L,L,L separator=:}
Sample size: 30 cm x 10 cm approx
Weight: 59 g/m�
Number of layers: 3
Fibre material: IMS 65
{endtable}
2 � � � 2� � � � � � � � d '� Carbon fibreUkrainec:� ��}��b�� DEL-COST Delivery for 1350 1m carbon rods � � �� � � � � � � � � � +� c1�C_ �}�b�� GLIDER-STAB-MOUNTVM F3J/F5J Tailplane Mount� This beautiful carbon moulding is used to securely mount the tailplane (also called horizontal stabiliser or hoz stab) on the Vladimir's Models Supra Expert and Maxa Pro pure glider and electric gliders. The mount (also called pylon) has a nice aifoil shape and is faired into a conic section for bonding to the glider's tailboom. The rear is open to act as a fairing and actuation slot for the elevator horn. Although desgned for the Maxa it will work with many 3 m - 4 m span models.
The mount has two stab mounting holes 50 mm apart that are threaded for M3 metric screws. This product consists of the mount only, it doesn't include the tailplane mounting screws or the elevator horn.
{table title="F3J/F5J Tailplane Mount Specifications" class=1 cols=3 width=150,115 align=L,L,L}
Overall length, 100 mm
Av tailboom width, 20 - 24 mm
Stab mount platform width, 20 mm
Distance between stab mounting holes, 50 mm
Mounting hole size, M3
Weight, 2.9 g
{endtable} x � 0� �
� � � � � � � � < -� cNw� } ��b�� PNC-COMBO-328Powerline Turbo 10XX & Reisenauer 5:1 Motor Mount - 32mm� The {b,PNC Innovations 32 mm Powerline 1010; 1015; 1020; 1025 & Reisenauer 5:1 Motor Mount} is a beautifully CNC machined motor mount for securely attaching Powerline 1010, Powerline 1015, Powerline 1025 old and new Turbo motors and Reisenauer 5:1 gearbox motors and to the front of 32 mm diameter fuselages, like the Supra Pro, the Maxa, and most top performing F5J fuselages. This firewall also fits some Maxon 4.4:1 gearboxes with 3 mounting holes on a 14 mm diameter.
{bullet}
Easy to install.
Very strong.
Superb machining.
They look great!
{endbullet} {CNCMountGlue}
{table title="Powerline Turbo 10XX & Reisenauer 5:1 Motor Mount" class=abc cols=2 align=l separator==}
Fuselage outside diameter = 32 mm
Fuselage internal diameter = 30 mm
Predrilled Powerline holes = 4 holes on a 17.5 mm circle
Predrilled Reisenauer holes = 3 holes on a 14 mm circle
Motor mounting hole diameter = 2.5 mm
Weight =3.5g
{endtable}
{video,DDJW9y1B5m4}
� � -� 2� � � � � � � � � 2B4P C� Aluminium j5��wk +? ��b�� PNC-COMBO-308Powerline Turbo 10XX & Reisenauer 5:1 Motor Mount - 30mm� The {b,PNC Innovations 30 mm Powerline 1010; 1015; 1020; 1025 & Reisenauer 5:1 Motor Mount} is a beautifully CNC machined motor mount for securely attaching Powerline 1010, Powerline 1015, Powerline 1025 old and new Turbo motors and Reisenauer 5:1 gearbox motors and to the front of 30 mm diameter fuselages, like the Ultima and other smaller F5J fuselages. This firewall also fits some Maxon 4.4:1 gearboxes with 3 holes on a 14 mm diameter.
{bullet}
Easy to install.
Very strong.
Superb machining.
They look great!
{endbullet}
{CNCMountGlue} {CNCMountGlue}
{table title="Powerline Turbo 10XX & Reisenauer 5:1 Motor Mount" class=abc cols=2 align=l separator==}
Fuselage outside diameter = 30 mm
Fuselage internal diameter = 28 mm
Predrilled Powerline holes 1 = 4 holes on a 17.5 mm circle
Predrilled Reisenauer holes 2 = 3 holes on a 14 mm circle
Motor mounting hole diameter = 2.5 mm
Weight = 3.5g
{endtable}
{video,DDJW9y1B5m4}
� � -� -� � � � � � � � � 2B4P C� Alh �}�b�� PNC-KPG27-32KPG27 Motor Mount - 32 mm� The {b,PNC Innovations 32 mm KPG27} is a beautifully CNC machined motor mount for securely attaching motors fitted with KPG27 gearboxes to the front of 32 mm diameter fuselages, like the Supra Pro, the Maxa, and most top performing F5J fuselages.
Fuselage outside diameter = 32 mm (internal diameter is smaller)
{bullet}
Easy to install.
Very strong.
Superb machining.
They look great!
{endbullet}
{CNCMountGlue}
{video, mNFWl82Q0gE}
{video,rLcGFEMf-Qo}
� � "A� � � � � � � � � � < P C� c1�CZ� - � }�`�� STRIKE2Strike 2 1m DLG7 {BR, Page re-enabled to help a customer build an older kit.}
The {b, Strike 2} and is a lovely 1m mini DLG we are now able to import directly from Ukraine. <!--The {b, Strike 2 Pro} is basically the same model with the flying surfaces made using Rohacell 31 as the foam core material. This is stronger and allows a better surface finish, for no weight penalty.-->
The {b, Strike 2} is nicely made using 38 g/m2 Carboline spread carbon, the model is exceptionally light, while also being strong and very rigid, allowing high launches. Still air times of 2 minutes have been reported by strong launchers, and pilots comment on the excellent performance and sweet handling. Its full span ailerons allow camber adjustment in flight, giving it a wide speed range, allowing it to be flown in moderate winds, which is unusual for 1m gliders.
The Strike2's fuselage is a one piece (not pod and boom) design of oval cross section, with the front part made from 2.4GHz friendly glass, and the rear from spread carbon. There is an ample access hatch on the underside, giving good access to the RC installation. Although the aileron servos can be fitted in the wing most builders opt for four servos in the pod to minimise nose weight and yaw inertia. This does make for a cramped installation, and as only instructions available are various online build logs we don't recommend the Strike 2 as a first discus launch glider.
The tailplane (horizontal stabiliser) is bolted onto a small pylon mounted below the boom, and the fin (vertical stabiliser) has a perfectly matching hole molded into it, enabling easy mounting onto the end of the tailboom.
The Strike 2 wing is solid molded with a spread carbon skin over a CNC cut foam core. <!--The core is XPS in the standard Strike 2 version. The {b,Strike 2 Pro} version has the wing cores milled from Rohacell 31. This is a stronger more dimensionally stable foam resulting in a more rigid wing that will retain a good surface finish for longer. The Strike 2 Pro version costs approx. 14% more but will result in a better flying longer lasting model.--> The wing is a nicely made spread carbon molded structure. It is incredibly light and strong, and has a perfect surface finish. The ailerons are fabricated with a living hinge. The only work required to finish the wings is installing the throwing blade and control horns.
{BR, Page Re-enabled to help a customer building a older model}
The Strike 2 DLG is supplied with a very complete accessory pack which includes all control horns, pushrod wires, tail torque springs, tail pull cord, a tail mounting pylon, a nice throwing blade and even a useful ply template for setting up wing camber. Now also included is a small glass plate for mounting the servos, and balsa and ply blocks for attaching this plate to the pod. Another improvement requested by HyperFlight is that the manufacturer is now cutting the slots for the aileron pushrods. This eliminates the most difficult part of the RC installation..
See this RCGroups thread for {href,http://www.rcgroups.com/forums/showthread.php?t=2481781,more info}. This {href,http://www.f3news.fr/t10397-strike-2-fred-modelisme, French thread} has some useful photos. This {href, http://f3k.su/dlg_planes/strike-2, Russian thread} shows an installation with aileron servos in the wing. Best build info post {href, http://www.rcgroups.com/forums/showpost.php?p=33229315&postcount=66,here}. Also good build photos on {href, https://www.facebook.com/oleksandr.synielytsyi/posts/843904582367252, FB}.
Note the Strike 2 models we are now selling include the HyperFlight logo, not the name of the previous distributor.
{table title="Strike 2 DLG Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.0 m, 39 in
Wing area, 10.8 dm2, 167 sq in
Length, 74 cm, 29.1 in
Flying weight from, 115 g, 4.1 oz
Wing loading, 10.7 g/dm, 3.5 oz/sq ft
Aspect ratio, 9.3,
Wing airfoil, Modified Edge Zone2/AG-9
Dihedral angle, 7.5�,
Centre of Gravity, 54-56 mm from wing leading edge
Controls, "Rudder, elevator, ailerons"
{endtable}
{table title="Strike 2 Mini DLG Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 17.2 g, 0.6 oz
Wings, 42.2 g, 1.5 oz
Fin, 2.9 g, 0.1 oz
Tailplane, 3.2 g, 0.1 oz
Accessories, 6.3 g, 0.2 oz
Total structure, 71.8 g, 2.5 oz
"Glue, mounts etc", 8.2 g, 0.3 oz
Receiver, 5.0 g, 0.2 oz
Tail servos, 10.0 g, 0.4 oz
Wing servos, 10.0 g, 0.4 oz
Battery, 10.0 g, 0.4 oz
Flying weight, 115.0 g, 4.1 oz
{endtable}
{table title="Recommended R/C-nano gear only" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator & rudder servos, Blue Bird BMS-101AMG, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Ripmax SD100, MKS DS65K
Aileron servos, Blue Bird BMS-101AMG, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Ripmax SD100, MKS DS65K, KST X08N
Receiver *case removed, Spektrum AR6260*, AR6100e, AR400, Futaba R6004FF*, FrSky X4R, Orange DSM2 compatible, Jeti Duplex R5, Multiplex Mlink RX-6-DR Light*
Battery, HyperLipo 2S 175 mAh LiPo, 150 mAh 4.8V NiMH, Radient 1S 500 mAh LiPo, Radient 1S 600 mAh LiPo, Cellevia 1S 250 mAh LiPo, Cellevia 1S 450 mAh LiPo
{endtable}
{table title="Strike2 Control Throws" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder, 7 mm each way
Elevator, 4 mm up / 6 mm down
Ailerons, 7 mm up / 7 mm down
{endtable}
{video,VDcEs7nYHhE} � � � � � � � � � � � � � +� � 20/4/17 order:
5 red
4 green
3 pink
Soly �}�b�� STRIKE2-BAG&Strike 2 Wing Bags - also fit Strike 3� A beautiful set of wing bags for the Strike 2 DLG. They also fit the Strike 3 wing perfectly. The covers will protect the surfaces from physical damage and from solar radiation which can warp and weaken naked carbon structures, even in northern climates.
The bags are made from aluminised Mylar covered foam with a coloured fabric (canvas-like) edging and pocket ends. The wing bags include a Velcro area for attaching both halves together, and a cut out for the throwing blade. � � � � � � � � � � � , a� j I� c1�C` `}�`�� SERVO-COVER-DLG Blistered DLG Servo Cover (2)� These DLG blistered wing servo covers are light, low drag, and perfect for DLGs with wing mounted servos. They also work well with other gliders and F5J models. They incorporate a small 17 mm long aerodynamically shaped blister to fair the servo output arm when using a top drive linkage. This reduces the turbulence and improves performance measurably.
Supplied as a single sheets containing two blisters. Cut in half to make two covers.
{table title="Blistered DLG Servo Cover Specification" class=1 cols=2 width=160,115 align=L,L,L}
Thickness of carbon sheet, 0.2 mm
Chordwise length, 60 mm
Spanwise length, 62 mm
Distance of blister from edge, 21 mm
Width of blister, 6 mm
Height of blister, 3 mm
Weight, 0.8 g each
{endtable}
Trim to size to suit your application and attach with clear tape.
See this great {href,http://www.rcgroups.com/forums/showpost.php?p=33829888&postcount=22,RCGroups} post for installation advice and tips. �
2� � � � � � � � � � 2 sell �7.45
cost $6V T� c1�C� �}�b��
PL-MICRO-1010.Powerline Micro 1010/3S 69g, up to 1300g modelG The {b,Powerline Micro 1010} is one of the lightest 3S LiPo geared power systems we sell. It is suitable for small lightweight competition F5J electric and sports gliders up to 1300 g weight. It is ideal for most 2m eSoarers and is strong enough to power a 760 g (27 oz) {pref,KAPPA25,Kappa 25}, getting it to 200 m in much less than 30 seconds.
The powertrain consists of a powerful Lehner 1010 ultra high efficient brushless motor fitted to a 6.75:1 high reduction ratio planetary gearbox. The gearbox is both efficient and tough, so will withstand F5J competition arrivals.
The weight of the complete F5J power system using a Powerline Micro 1015/F5J is only about 222g! See the table below.
{table title="Powerline Micro 1010 Powertrain Weight Estimate" class=1 cols=2 width=135,150 align=L,L, separator=: autohref=2}
Powerline micro 1010: 69 g
RFM propeller 12 x 6: 10 g
RFM 30mm Turbo Spinner: 13 g
Lipo 3s 600 40C: 60 g
YGE30 ESC : 28 g
Total: 180 g
{endtable}
{table title="Powerline Micro 1010 Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=: autohref=2}
Gearbox diameter: 22.0 mm: 0.87 in
Motor diameter: 22.0 mm: 0.87 in
Motor+GB length: 55.0 mm: 2.17 in
Shaft diameter: 5.0 mm: 0.20 in
Motor+GB weight: 68.3 g: 2.41 oz
Lead length: 4.0 cm: 1.57 in
Motor: Lehner 1010/20
Manufacturers Kv: 6000 RPM/V
Manufacturers Geared Kv: 888 RPM/V
Recommended battery: 3S LiPo
Recommended prop: 12 x 6
Input power: 260 W
Max LiPo capacity: 600 mAh
Supplied accessories: 4 mounting screws, 4 washers, 3 3.5mm plugs & sockets
{endtable}
� � � � � �N� � � � � � � � � Z� 5 c1�C �� -r� ��b�� PICO-SWITCH-JRBPicoSwitch - Magnetic RC On-Off Switch for batteries with RC plugs The {b,PicoSwitch} is a lightweight magnetic switch and is ideal for RC gliders, boats and other models. This device allows the radio control gear to be switched on and off by holding the supplied magnet close to the switch for three seconds. This version has a standard RC (JR) socket at the battery end, making it suitable for most RC receiver batteries. The receiver end is fitted with a standard RC (JR) plug, as used on servos.
If the switch is mounted under fuse skin the magnet can be outside and the switch inside, so the RC can be switched on without removing the access hatch. Careful firmware design ensures that stray magnetic fields cannot toggle the switch incorrectly.
The device defaults to {b,on} when first powered up - this safety feature means that if there is a brief voltage drop caused by a bad connection or low battery voltage the device will stay on when the voltage returns. It also means that the model can be flown if the magnet is lost, just unplug and re-plug the receiver battery to switch it on.
{b,The benefits of this magnetic RC on-off switch}
{bullet}
Clever firmware indicates when the switch is sensing the magnet to give instant feedback.
When switched on the LED flashes indicating the RC is now on.
The flashes are very brief to keep the switch's energy usage to a minimum.
The magnetic switch utilises a Hall Effect Sensor (no mechanical switching parts).
Safe and reliable :
Default to on - if the battery is disconnected and then reconnected the output will turn on every time.
The magnetic switch is programmed to ensure the magnet is over the sensor for 3 seconds without interruption and only then will it toggle the switch state.
Extremely resilient to magnetic interference due to the algorithm used.
Allows a fully waterproof installation in RC boats and yachts.
{endbullet}
{b,Switch Installation}
When the switch is plugged into the power supply for the first time the output will turn on and the LED will flash.
{bullet}
Place the switch as close to the fuselage or wing surface as possible.
Use a thin piece of double sided tape to hold the switch in place.
To locate the sensor simply sweep over the approximate sensor location area, when the Hall effect device sees the magnet the LED will turn solid on indicating the perfect position.
Use a marker pen and mark where the sensor is located.
{endbullet}
{b,Magnetic Switch Operation}
{bullet}
To turn the switch off place the supplied magnet over the sensor and the LED will light up continuously. Hold the magnet in place for 3 seconds without interruption. Tip: count 1, 1000, 2, 2000, 3, 3000.
To turn on the RC hold the magnet over the sensor again, no delay required.
{endbullet}
Please ensure a full range check of the model is undertaken prior to use. The pack includes the switch and two small neodymium magnets - one needed plus a spare. It does not include the {pref, PICO-KEYFOB, Magnetic Keyfob and Lanyard} shown in the related products sidebar. To mount the magnet and make it more visible cut some balsawood to the required size, make a hole for the magnet, and cover it with sticky tape.
{table title="PicoSwitch Magnetic RC Switch Specifications" class=1 cols=2 width=140,250 align=L,L,L}
Weight, 2.8 g (0.1 oz)
Switch dimensions, 15 mm x 8 mm x 4 mm
Overall length inc leads, 14 cm
Max continuous current, 3 A
Max current for 5s, 10 A
Supply voltage, 3.0V - 13V <br>(1S to 3S LiPo, 3 to 8 cells NiMH)
On Vdrop @ 1.3A, 40 mV
Off quiescent current, 4 �A
Operating temperature, -20�C to +50�C
{endtable}
{table title="Servo Cable Colour Code" class=1 cols=4 width=100,10,60,60 align=L,L,L}
#Usage, , JR, Futaba
Battery positive, +, Red, Red
Battery negative, -, Brown, Black
Servo signal, S, Orange, White
{endtable}
#{video-vimeo, 112581974} < � � � � � � � � � � � Y�2F4W �}�b� KAPPA35-FUSEKappa 35 Fuselage� Kappa 35 replacement fuslage. All carbon.
Availabel to special order only. Please sate the colout required.
Delivery approx 6-8 weeks from order. � #� � �A� � � � � � � � � D o� c1�C� ��b�� GM15X8GM 15x8 Folding prop bladesg A pair of very high quality {b,GM 15 x 8 folding prop blades}, suitable for HyperFlight's and other makes of folding prop yokes and spinners.
These blades are thinner (they have a higher aspect ratio) than normal folding propeller blades, allowing larger diameter blades to be fitted without pulling too much current. This increases the propulsive efficiency of the powertrain. They are also engineered to fold closer to the fuselage, and cause less drag when folded than other props. See photos 3 and 4 for a visual comparison of GM, RF and Aeronaut props, kindly produced by Andre Jeber Demetrio.
Note this product consists of two carbon propeller blades only. The central spinner/yoke assembly is not included. Also it is common for prop blades to not fit all spinner/yokes perfectly as supplied. It is often necessary to reduce the width the blade root slightly to ensure free folding movement. Also the cut out in the spinner cone often needs to be increased to allow the blades to fully extend. The root of the blade should not touch the spinner cone when the prop is fully opened.
{blade, GM, 15, 8, 12, 2000}
� � ! � � � � � � � � � �
��2B6O � jX�/�� /�� ��b�� GM14X7GM 14x7 Folding prop bladesi A pair of very high quality {b,GM 14 x 7 folding prop blades}, suitable for HyperFlight's and other makes of folding prop yokes and spinners.
These blades are thinner (they have a higher aspect ratio) than normal folding propeller blades, allowing larger diameter blades to be fitted without pulling too much current. This increases the propulsive efficiency of the powertrain. They are also engineered to fold closer to the fuselage, and cause less drag when folded than other props. See photos 3 and 4 for a visual comparison of GM, RF and Aeronaut props, kindly produced by Andre Jeber Demetrio.
Note this product consists of two carbon propeller blades only. The central spinner/yoke assembly is not included. Also it is common for prop blades to not fit all spinner/yokes perfectly as supplied. It is often necessary to reduce the width the blade root slightly to ensure free folding movement. Also the cut out in the spinner cone often needs to be increased to allow the blades to fully extend. The root of the blade should not touch the spinner cone when the prop is fully opened.
{blade, GM, 14, 7, 10, 2000}
� � � � � � � � � � � ��2B6O g �}�b�� HYPERSPIN-30-5-PWR%30mm HyperSpinner Power for 5mm shaft� These new spinners are suitable for many F5J models. They have pointier spinner cones making them suitable for slimmer fuselages like the {pref, shinto-e,Shinto Electric}.
{SpinnerPower,30,5,0,27,11.6,all} 2 � � � #� � � � � � � � 2 y� d*� � �}�b�� GERONIMOGeronimo 2 F5J 2.5m2 <i>{b,Geronimo 2} is new version of the original Geronimo. It is sometimes called the Geronimo II X.
The wing airfoil was changed. Instead of the AD series airfoils the new MID line are used.
The fuselage pod was changed. Its shape in front of the wing differs. Also, the fuselage under the wing saddle is higher. Now it can accept both tail servos. The pushrods are shorter. The common 1 meter pushrods can be used.
The space in the fuselage in front of the wing was increased and it can easily accept the parts of the power unit.
The tailboom is lighter, what decreased overall weight of the model.
The wing and tail cores are produced of fine-grade styrofoam. It is covered with double layer of glasscloth 25 grams/m2.
The spar consists of carbon stips.
The fuselage is of classical design: carbon/Kevlar pod and carbon/glass boom.
The power unit setup is designed so that the model could climb 200 meters within 30 seconds. The power train consists of the Dualsky motor XM2208ECO V2 KV1800, 2S battery and prop Aeronaut 9,5x5 - 10x6.
The info below and the photos are of the original Geronimo, not the Geronimo 2 (AKA Geronimo II X). We confirm we have the Geronimo 2 (AKA Geronimo II X) in stock now. We will update the page when we have time.</i>
The {b,Geronimo} is a lightweight electric thermal soarer designed for the Czech/Slovak 2.5m F5J electric glider class. Like the smaller model it borrows many design and technology refinements from discus launched gliders, and the aerodynamic design is well thought out and fault-free.
The nicely finished smooth glass skinned foam core wing has a substantial carbon spar. Each wing half is molded with the polyhedral in place, ensuring a very smooth and low drag surface, and good stability. The small lightweight fuselage pod is of kevlar/carbon construction and can accommodate folding props up to 20" diameter, allowing good climb rates. The convenient canopy hatch allows access to the electric motor and battery. The rear fuselage is made of a lightweight but long carbon boom, giving excellent flight stability.
The tail feathers have a similar construction to the wings and are in a conventional cross tail configuration, with a fin and tailplane. The tailplane is removable for easy transport. The control surfaces are actuated by servos in the pod using the supplied pushrods. This helps the CG to be correctly positioned even when using a lightweight powertrain.
The light weight, high aspect ratio, generous dihedral and tail moments, make the Geronimo a high performance and easy to fly thermal soarer that flies like a much more expensive design. The modern thin airfoil and four servo wing gives the model a wide speed range. The tough construction and excellent price point make it a very good first competition model.
The kit includes minimal English instructions, but a good set of build photos can be found {href,http://ivanhorejsi.rajce.idnes.cz/Geronimo/,here}. Also see this excellent German {href, http://www.rc-network.de/forum/showthread.php/359287-Q12-von-Ho%C5%99ej%C5%A1%C3%AD, build log} for lots of useful info. It is for the 2m version but the 2.5m Geronimo uses an almost identical contruction methodology.
{table title="Geronimo F5J Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.5 m, 100 in
Wing area, 43.0 dm2, 667 sq in
Length inc spinner, 141 cm, 55.5 in
Flying weight from, 750 g, 26.5 oz
Wing loading, 17.4 g/dm2, 5.7 oz/sq ft
Aspect ratio, 15.0,
Wing airfoil, "AG40, 41, 42, 43
EDA (dihedral), 8�
Spinner Diameter, 32 mm,
Centre of Gravity, 90 mm from wing leading edge
Controls, "Rudder, elevator, ailerons, flap, throttle"
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,235 align=L,L autohref=2}
Rudder & Elevator, Blue Bird BMS-126WV, KST A08, KST X08, MKS DS65, MKS DS75, MKS DS6100, MKS HV6100
Ailerons, Blue Bird BMS-125WV*, CHA DS06, KST A08N, KST X08N, MKS DS65, MKS DS75, MKS DS6100*, MKS HV6100*, MKS HV6110*
Flaps, Blue Bird BMS-125WV*, CHA DS09, KST A08N, KST X08N, MKS DS75, MKS DS6100*, MKS HV6100*, MKS HV6110*
Receiver, 7+ channel rx to match your transmitter
Power, 30A ESC with 3A uBEC, HyperFlight 30A BLHELI-32 ESC, HyperFlight 40A BLHELI-32 ESC
{endtable}
* These servos are a little too big for the pockets and also a lttle too thick for the aileron pockets.
{table title="Geronimo Powertrain Recommendations" class=1 cols=2 width=130,310 align=L,L autohref=1}
Powerline Micro 1010, 3S 650mAh LiPo, 12x8 prop
XPower F2915/12 XLight, 3S 750mAh LiPo, 9x6, 10x5 prop
Mega 16/15/4, 2S 600mAh LiPo, 10x5 prop
Mega 16/15/5, 7x5 folding prop, 3S 600mAh LiPo (8.2 m/s, 1640 fpm, 29A)
{endtable}
{table title="Geronimo F5J Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Total structure, 490 g, 17.3 oz
Wiring, 20 g, 0.7 oz
Pushrods, 11 g, 0.4 oz
Receiver, 10 g, 0.4 oz
Rudder servo, 9 g, 0.3 oz
Elevator servo, 9 g, 0.3 oz
Wing servos (4), 36 g, 1.3 oz
Speed control, 30 g, 1.1 oz
Motor, 50 g, 1.8 oz
Prop & spinner, 25 g, 0.9 oz
Battery, 60 g, 2.1 oz
Flying weight, 750 g, 26.5 oz
{endtable}
� � � � � g � � � � � � � � � ��4 �� i �� d �} �b�� HYPERSPIN-30-4-PWR%30mm HyperSpinner Power for 4mm shaft� These new spinners are suitable for many F5J models. They have pointier spinner cones making them suitable for slimmer fuselages like the {pref, shinto-e,Shinto Electric}.
{SpinnerPower,30,4,0,27,11.6,all} 0 � � � #� � � � � � � � 2 e&�g �}�b�� HYPERSPIN-30-6-PWR%30mm HyperSpinner Power for 6mm shaft� These new spinners are suitable for many F5J models. They have pointier spinner cones making them suitable for slimmer fuselages like the {pref, shinto-e,Shinto Electric}.
{SpinnerPower,30,6,0,27,11.6,all} 4 � � � #� � � � � � � � 2 �� dm� ^ ��b� CARBON-BOOM-185-7*18.5mm - 7.5mm x 0.88m Tapered Carbon Boom� This boom is ideal for lightweight low drag tail booms, especially for discus launched gliders (DLG), small electric, F3-RES and FF models.
High quality wound carbon epoxy tapered boom. Ideal for wing spars and low drag tail booms in RC, F3-RES and FF gliders and DLGs. This boom is the best fit for the Super Topsky DLG pod.
{cboom,18.5,7.5, 0.3, 18.5, 88, DLG tail booms}
{i,Quantity discounts available for orders of 10 or more.} � � 2� � C� � � � � � � � d 3 d� j[4 � �}�b� CAMF5JCAM F5J- Designed solely for F5J competitions, the {b,CAM F5J} is the easiest to use F5J altimeter. No programming is required. No computer is needed. Just plug it in and fly! When you land read the F5J Start Altitude on the clear OLED display. It couldn't be easier.
Plug in - fly - readout - win!
The CAMf5j is already approved by the FAI for international F5J competition.
{table title="Soaring Circuits CAM F5J" class=1 cols=3 width=120,140,140 align=L,L separator=: autohref=2}
Dimensions: 29 x 21 x 6.5 mm: 1.1� x 0.75� x 0.25�
Cable length: 28 cm: 11"
Weight: 9.5 g: 0.35 oz
Power supply range: 3.2 - 8 Volts
Compatible competition rules: FAI F5J
Start Height display: Integrated OLED screen
Operating Temperature: 0C to 60C, 32F to 140F
Data Logged: None
Telemetry support: None
{endtable} k � @� � ,� � � � � � � � d
�� c1�C � �}�b�� SNIPE-SN-60G&60g Ballast Set for the Snipe SN & SNT� Ballast set for adding weight to the Snipe SN and Snipe SNT DLGs.
Cleverly designed to allow the centre of gravity postion to be tuned as required.
Other Snipe ballast sets will fit but may affect the CG.
Weight = 60 g
& � U� �
� � � � � � � � d r� c1�C� `}�`�� INFINITYInfinity F5J 3.5mv The {b,Infinity F5J} is the latest high tech ultra lightweight model to come from Slovakia. The heart of the model is the excellent wing with specially developed airfoils by Dirk Pflug. Superbly molded from biaxial spread carbon, the design has been optimised for catching low level thermals. Its 3.5m span is considered in Europe to be the optimal size for getting away from low starts, and its generous wing area gives it a low loading so it can turn tightly and make best use of the small weak thermals often found at lower altitude. Its two piece wing reduces inertia so any bumps in the air are shown very clearly. This wing configuration also makes for an uncluttered fuselage, allowing easy powertrain and RC installation.
The Infinity F5J is available in two layups:
{b,Light} - the wing is made from 40g biaxial spread carbon and the tails are from 24g biaxial carbon, giving an empty airframe weight of approx 850 g.
{b,Performance} - the wing is made from 60g biaxial spread carbon and the tails are from 40g biaxial carbon, giving an empty airframe weight of approx 990 g.
All models are supplied with nice wing and tail bags and well engineered ballast systems that can add up to 330 g to the model's weight in three steps. This makes for a very flexible model that will excel in most flying conditions.
We only stock the {b,Pro Build} version of the Infinity. This has servo frames fitted and IDS systems installed. Also included are a wing wiring harness with all connectors, servo covers, and push rod hardware.
See this RCGroups {href,http://www.rcgroups.com/forums/showthread.php?t=2627518,Infinity thread} for more info.
{table title="Infinity Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 3.5 m, 138 in
Wing area, 74.6 dm2, 1156 sq in
Length inc spinner, 165 cm, 65.0 in
Flying weight from, 1220 g, 43.0 oz
Wing loading, 16.4 g/dm, 5.4 oz/sq ft
Aspect ratio, 16.4,
Wing airfoil, Dirk Pflug special
EDA (dihedral), 5.0�,
Spinner Diameter, 32 mm,
Centre of Gravity, 120 mm from wing leading edge
Controls, "Rudder, elevator, ailerons, flap, throttle"
{endtable}
{table title="Infinity Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage & pushrods, 123 g, 4.3 oz
Wing inc joiner (Light), 677 g, 23.9 oz
Tailplane (from), 38 g, 1.3 oz
Fin (from), 37 g, 1.3 oz
Accessories, 45 g, 1.6 oz
Total structure, 920 g, 32.5 oz
Wiring etc, 20 g, 0.7 oz
Receiver, 12 g, 0.4 oz
Rudder servo, 10 g, 0.4 oz
Elevator servo, 10 g, 0.4 oz
Wing servos (4), 40 g, 1.4 oz
Speed control, 37 g, 1.3 oz
Motor, 78 g, 2.8 oz
Prop & spinner, 23 g, 0.8 oz
Battery, 70 g, 2.5 oz
Flying weight, 1220 g, 43.0 oz
{endtable}
{table title="Infinity Recommended Servos" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator & rudder, MKS HV6100
Aileron, MKS HV6110
Flap, MKS HV6110
{endtable}
{table title="Infinity Powertrain Recommendations" class=1 cols=2 width=130,310 align=L,L autohref=1}
Powerline Micro 1015, 3S 500mAh LiPo, 15x8 prop
Powerline Micro 1025/F5J, 3S 900mAh LiPo, 16x8 prop (10 m/s, 2000 fpm, 43A)
Leomotion L3007-5000, 3S 900mAh LiPo, 14x8 prop (9 m/s, 1750 fpm, 39A)
Leomotion L3007-5000, 2S 900 mAh LiPo, GM 16 x 8 prop
Mega 16/15/4CE direct drive, 2S 850 mAh LiPo, 11x6 prop (6.7 m/s, 1300 fpm, 30A)
{endtable}
{table title="Infinity Control Throws - Suggested Starting Values" class=1 cols=2 width=130,240 align=L,L autohref=2}
Rudder, 7 mm each way
Elevator, 10 mm up / 10 mm down
Ailerons, 20 mm up / 10 mm down
Ailerons As Flaps, 3 mm up / 5 mm down
<i>Recommended flight mode settings</>
Speed, Flap 1.75 mm up / Aileron 2 mm up
Cruise, Flap 0.75 mm up / Aileron 0.75 mm up
Thermal A, Flap 1 mm down / Aileron 1 mm down
Thermal B, Flap 3 mm down / Aileron 2 mm down
Snap Flaps, Flap 10 mm down / Ailerons 9 mm down
{endtable}
{video-vimeo,168432336}
{video-vimeo,168432474} � �� � � � � � � � � � � � � Std cost 1250, sell for 1685.00
Couble carbon 1400, sell for 1900
Was on sale at 1450.00
Send St�phane Burtin <st.burtin@wanadoo.fr> \ 1aZ J� c1�C L �}�b�� MAXA-TP-JOINERMaxa Tailplane Joiner� Special carbon piece for mounting and joining Maxa tailplanev halves to the fin.
It is just the joiner shown in the photo, not the tailplane itself.
Obtained to special order only - reserved for JDP �
� � � � � � � � � � 2 c1�C `} �`�� S3173-SVI7Futaba/Robbe S3173 SVI HV Servo - 10.8mm 20.6g 4.3Kg.cm\ The {b,Futaba/Robbe S3173 SVI} servo is the HV replacement for the venerable S3150 wing servo, which works with normal PPM receivers. The Futaba S3173SVI is faster, more powerful, and is totally slop-free. The lack of free play, high voltage operation, and proven heritage makes this one of the best wing servos for many F3J, F3B, F3F gliders, F5J eSoarers, scale gliders and helicopters. The servo works from 5.7V to 8.4V allowing use from 5 cell NiMH batteries, 2S LiPos, and many BEC systems.
The Futaba / Robbe S3173SVI utilises the S.BUS2 interface {b,that works perfectly with normal receivers} - a Futaba receiver is NOT required. The cable is plug-in, and can also daisy-chain from one servo to the next when used in SBUS2 configuration. The new motor design is stronger and 30% faster than previous S3150 type servos. With a speed of 0.15 sec/45 � this servo is even faster than the Futaba S3150 when used at 6V.
The servo has double mounting lugs on both sides making a servo frame superfluous. The S3173 SVI is ideal as a wing servo, even for large gliders and competition machines, as well as for small and medium sized helicopters.
{table title="Futaba/Robbe S3173 SVI Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=: autohref=2}
Body dimensions: 30.0 mm wide x 10.8 mm thick x 29.1 mm high : 1.18" wide x 0.43" thick x 1.15" high
Max dimensions: 40.0 mm wide x 10.8 mm thick x 35.0 mm high : 1.57" wide x 0.43" thick x 1.38" high
Stall torque (6.6V): 3.90 kg.cm: 54 oz.in
Stall torque (7.4V): 4.30 kg.cm: 60 oz.in
Weight: 20.6 g: 0.73 oz
Lead length: 15 cm: 6.0 in
Operating speed (6.6V): 0.18 sec/60�
Operating speed (7.4V): 0.16 sec/60�
Operating voltage: 5.7V to 8.4V
Bearings: 2 ball bearings
Gear material: Aluminium alloy / copper-bronze alloy
Case material: Nylon
Motor type: Coreless DC motor
Driver type: FET
Digital: Yes
Programmable: No
Supplied accessories: 3 plastic output arms, 1 arm retaining screw, 4 mounting screws
Optional accessories: Frame with bearing for the Futaba, Integrated Drive System for Robbe/Futaba S3173
{endtable}
� � ?(� ;6� "� � � � � � � � 2 Made in China.# �� c1�C #� @�`� ULTIMA2Ultima 2 F5J 4m�! The {b,DS Composites Ultima 2} is their newest F5J competition model. Optimized specifically for F5J, it sports a brand new wing, fuselage and tails and features a 3 piece wing, a two-piece 2.4 friendly fuselage (nose and main fuselage) and detachable tails for easier transport. The two parts of the fuselage are interlocked by the wing when mounted on the fuselage. This means to assemble the fuselage you just need to slip the nose piece on the main fuselage, plug the motor connector, install the wing via 2 screws and the nose is locked into position and ready for flight. No tape, no dedicated screws, perfect alignment. An added bonus is the ability to replace the nose and motor system with a nose that has a stronger motor for windy conditions. Interchangeability allows sharing the nosecone between models and quick powertrain reconfiguration at the field.
#The Ultima2 is now supplied with {pref, ULTIMA-WING-BAG, good quality wing; tail and fuselage bags} to protect the model during transport and in storage.
Wing:
Unlike many F5J�s wings which are designed as dual-purpose wings for F3J, the Ultima 2 wing was designed without the strength considerations of F3J launch. This allows the reduction of both the width and thickness of the wing and enables a design which boosts the performance of the wing considerably. The Ultima 2 wing is 234 mm wide at the root and sports 8 optimized airfoils along the span starting with a 7.5% thick airfoil at the root and ending with a 5.4% airfoil at the tip.
Although the Ultima 2 wing is available with 2 wing lengths, 4 meters and 3.6 meters HyperFlight will only be stocking the 4m version. However we are happy to obtain the 3.6m version to special order. Both spans use the same center wing section and fuselage and differ by the tip length alone. The Ultima 2 �short tips� is aimed to be more agile and the Ultima 2 �long tips� incorporates slightly higher performance in both L/D and in rate of descent.
Both wings and fuselage fold down to a length just below 150 cm. Early on it was decided that saving 30-40 grams and putting them back into the wing to make it stiffer was more important than a model which folds down to 120-110 cm instead of 150 cm. Therefore, the center and the longest part of the fuselage are just shy of 150 cm.
Fuselage:
The fuselage of the Ultima 2 is designed to be both functional as well as high performing. Airflow on F5J fuselages is turbulent due to the effects of the propeller at the very front of the fuselage. The resulting turbulence on the fuselage increases drag proportionally to the surface area of the fuselage and not directly to its cross section. Therefore, a small increase to the cross section adds very little drag to the fuselage while enabling an easy installation with even easier ballast arrangement. The slightly increased cross section allows more options of equipment and easy access to components along with room for batteries of different sizes and positions to adjust the CG.
The wing is mounted on the fuselage by means of a small pylon which reduces the drag but also enables an excellent grip to the fuselage even in strong winds, a very important feature for safe launching in gusty weather. The tail boom is a balance between low surface area aimed at drag reduction and volume for stiffness and strength.
The fuselage breaks down into 2 parts for easier transport. At first, we explored a 2-piece fuselage which parts behind the trailing edge of the wing but the cost of moving the components to such an aft position is the need to balance the model with a heavier battery or motor so a light model will require less material and a subsequent reduction in strength to achieve its target weight. After investigating several options, we opted to position the servos in a designated compartment in front of the leading edge of the wing and have the nose be removed by a �nose cone� of sorts which includes all motor system parts such as the motor, propeller, controller, battery, and altimeter and a canopy for easy access. The nose is slipped over the fuselage and only the motor control needs to be plugged allowing a servo extension to act as the connector, thereby reducing installation weight to a minimum. The nosecone is supplied without a firewall fitted, and will need cutting down to the desired spinner diameter, and a firewall (not supplied) glued in place. We recommend a 30mm spinner is used. The nose is also designed to be 2.4 friendly so the antennas can be mounted inside the fuselage to reduce drag and prevent damage. The servo installation in the fuselage allows the use of the same servos of the wing in a similar installation so you need to keep only one type of servo as a spare for the entire model.
Tails:
The tails of the Ultima 2 have been redesigned with both drag and handling in mind. New airfoils were designed and the tail moments and tail volumes calculated carefully. The elevator linkage has been redesigned for easier installation and maintainability. Controlling the tails is done via carbon pushrods in Teflon sleeves.
December 2022: We now also have some V tail UIltimas in stock. These have a very slightly shorter fuselage tailboom and well proportioned V tails giving good yaw and pitch control and stability.
Production:
Production of the Ultima 2 is done in aluminium pressure molds. Wings and tails are full Rohacell core. Fuselage is pressure molded similar to DLG fuselages. Lessons have been learned from the Ultima 1 and the molds were designed lighter and more accurate and also analyzed to reduce deformations in the production process. The mold for the center section is a piece of art milled in one part with the dihedral angle in the middle. This prevents deformation and improves the surface quality at the very root. All parts are post-cured at high temperatures and only high quality 2 part colour systems are used in the production.
Versions:
Light � Aimed at minimal FAI wing loadings, this is the lightest version for low winds and min sink conditions. This version is limited up to 300 grams of ballast. 1020-1120 g flying weight.
Normal � The most functional version, a good balance between strength and performance, able to carry up to 500 grams of ballast. Long wing � 1250-1350 g flying weight.
Strong � Reinforced wing skins, reinforced spar and fuselage. For winds and turbulence. A more robust version for when conditions require more weight and thermals are strong. Able to carry up to 650 grams of ballast. 1450-1550 g flying weight.
See this {href, https://www.rcgroups.com/forums/showthread.php?3066115-Ultima-2, RCGroups Ultima 2 thread} for lots more info, and also this {href,https://www.rcgroups.com/forums/showthread.php?3155617-putting-an-Ultima2-together,build thread}.
{table title="Ultima 2 Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 4.0 m, 157 in
Wing area, 76.9 dm2, 1193 sq in
Length inc spinner, 180 cm, 70.8 in
Flying weight from, 1155 g, 40.8 oz
Wing loading, 14.9 g/dm, 4.9 oz/sq ft
Aspect ratio, 20.6,
Wing airfoil, Proprietary,
EDA (dihedral), 7.0�,
Spinner Diameter, "28mm, 30 mm (recommended), 32 mm"
Centre of Gravity, 95-105 mm from wing leading edge
Controls, "Rudder, elevator, ailerons, flap, throttle"
{endtable}
{table title="Ultima 2 Recommended Servos" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator & rudder, CHA LV06, CHA HV06, MKS DS6100, MKS HV6100, KST X08, KST A08
Aileron, CHA HV85, MKS DS6100, MKS HV6100, MKS HV6110, KST X08, KST A08
Flap, CHA HV85, MKS DS6100, MKS HV6100, MKS HV6110, MKS HV6120, MKS HV6130
{endtable}
{table title="Ultima 2 Powertrain Recommendations" class=1 cols=2 width=110,210 align=L,L autohref=1}
Powerline Micro 1020, 3S 1Ah LiPo, 16x8 prop
Powerline Micro 1025, 3S 1Ah LiPo, 16x8 prop
XPower F2915/12 XLight, 3S 850mAh LiPo, 10x6 prop
XPower F2919/10 Light, 3S 1Ah LiPo, 10x6 prop
XPower F2925/8 Windy, 3S 1Ah LiPo, 10x5 prop
{endtable}
{table title="Ultima 2 Light Layup Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 98 g, 3.5 oz
Nosecone, 49 g, 1.7 oz
Wing centre panel, 301 g, 10.6 oz
Wing tips, 302 g, 10.7 oz
Tailplane, 30 g, 1.1 oz
Fin, 30 g, 1.1 oz
Accessories, 65 g, 2.3 oz
Total structure, 870 g, 30.7 oz
Wiring, 10 g, 0.4 oz
Receiver, 8 g, 0.3 oz
Rudder servo, 10 g, 0.4 oz
Elevator servo, 10 g, 0.4 oz
Wing servos (4), 40 g, 1.4 oz
Speed control, 30 g, 1.1 oz
Motor, 75 g, 2.6 oz
Prop & spinner, 22 g, 0.8 oz
Battery, 75 g, 2.6 oz
Flying weight from, 1155 g, 40.8 oz
{endtable}
{video, y2-JRqZEAIQ}
{video,f301vAEgsJc}
� � [ � � � � � � � � � � � 3� Ultima components:
One boom (check it matches the tail)
One pod
One bag of accessories
One centre panel
Two tail pieces (X or V)
Two wing tips
Two sets of wing joiners are provided for the tip panels - 5� and 7�. I recommend the 7� joiners are used most of the time for easy low level thermalling and the 5� joiners are reserved for windier days to reduce the effect of turbulence.X �� jZBJ E ,l�� UHU-POR5UHU POR Quick-Setting Adhesive for Polystyrene & MoreM� ��b�D SERVO-COVER-LG,Large Plastic Shrouded Servo Cover (makes 2)C This economic larger white plastic wing servo cover molding is used to make a low drag shrouded servo cover for a flap or aileron servo. The molding should be cut in half to make a pair of servo covers.
{table title="Large Plastic Shrouded Servo Cover Specification" class=1 cols=2 width=150,115 align=L,L,L}
Thickness of sheet, 0.5 mm
Chordwise length, 80 mm
Spanwise length, 75 mm
Distance of shroud from edge, 14 mm
Thickness of shroud, 8 mm
Height of shroud, 10 mm
Weight, 3.3 g
{endtable}
Trim to size to suit your application and attach with clear tape.
S � � � � � � � � � � � 2F1% /� i� A �}��b� CARBOLINE-SC15-2-457Carboline SC15/2/45 Spread Carbon Fabric +/- 45� 15g/m�� {b,Vladimir's Models Carboline SC26/2/45} is a unique bi-axial Spread Tow Carbon fabric for <i>really, really</i> ultralight structures.
In 2010 Vladimir's Models began a series of experiments to create an extra light carbon fabric. After numerous tests they perfected the design for a machine to spread the carbon fibre tows to a thickness of 0.02 mm. This allowed the company to create a biaxial fabric from extra strength carbon fibres with a weight as low as 26 g/m�.
Today this fabric is used not only in Vladimir's Models planes but is also used by many other model and sports equipment manufacturers who demand the best, lightest, and strongest carbon for their products.
Now this high-strength fabric using IMS65 carbon fibres is accessible also to you.
Two sizes of Carboline sheet are available. Please select the required size using the radio buttons below the price. Delivered rolled, supported by orange peel ply fabric.
{table title="Carboline SC15/2/45 Specifications" class=1 cols=2 width=100,150 align=L,L separator=:}
Full sheet size: 310 cm x 60 cm, 1.86 m�
Half sheet size: 150 cm x 60 cm, 0.90 m�
Weight: 15 g/m�
Number of layers: 2
Fibre material: IMS 65
Direction of fibres: +/- 45�
{endtable}
Due to the large tube required to post this fabric the international shipping cost can be higher than estimated. We may need to request extra money when shipping to some destinations. � � � � � � � � � � � � � �� X&��C �}�b� SUPRA-F-LDS-6100:Supra Fuselage LDS set for MKS DS6100 and MKS HV6100 Servo� {b,Supra Expert Fuselage LDS} set for MKS DS6100 and MKS HV6100 servos. These {b,Linear Drive Systems} include an external bearing to minimise slop and compliance, and simplify fuselage servo installation.
This inverted servo installation is a brilliant idea for the electric Supra, and it is good for the glider version too. This LDS system is easy to install and improves the RC installation.
This LDS set can be used in most F3F, F3J and F5J and other slope and thermal gliders to help with fuselage servo installation.
Advantages:
{bullet}
The servo horns are screwed to the bearing on the frame. The neutral position of the horns and rod length are regulated separately from the servos. After that we just fasten servos to the frame. This method greatly simplifies the installation and adjustment because servos occupy the entire volume of the upper part of the fuselage.
Inverted upside down servos allow for installation tail rods more inline and move the rods down to release the top of the space for the battery.
The servo horn has additional bearing support. It is reducing the servo backlash and protects servo gear against shock loads.
{endbullet}
" � P� <� � � � � � � � � 2 c1�C � � �b� DFWS106 Dream-Flight Large Clevis Set; Dream Flight larger clevis set, as used on the Weasel-Trek. & � � � P� � � � � � � � 2 2G4< Plastic h�ɧ � � �b� DFWS107 Dream-Flight Large Control Horn9 Control Horn Set fits the Dream Flight Weasel-Trek model. � �
� � -� � � � � � � � 2 2G4< DFLB105 hOAz�� ,� � �b� DFFA012&Dream-Flight 750 mAh 4.8V NiMH Battery$ Four cell 4.8V NiMH battery suitable for the Weasel-Trek and other small to medium gliders.
Small four cell 4.8V battery of 4 x AAA sized cells is suitable for the Weasel Trek and most F3-RES gliders. The battery comes with a universal (JR type) RC plug.
This battery should be trickle charged at 75 mA for approx 14 hrs. You can make up a charge lead using a 100 ohm 0.5W (or larger) resistor. Charge from a 12V DC voltage source.
{table title="Dream-Flight 750 mAh NiMH Weasel Battery Specification" class=1 cols=2 width=130,200 align=L,L}
Chemistry, Nickel Metal Hydride
Number of cells, 4
Voltage, 4.8V nominal
Capacity, 750 mAh
Charge current range, 50 mA - 300 mA
Trickle charge, 75 mA for 14 hrs
Weight, 59 g
Length, 52 mm
Width, 21 mm
Height, 21 mm
{endtable}
{NiMHPost}
� � 2� �
� � � � � � � � d C �|�b� DFFA009:Dream-Flight 12.4g - 9.4mm 11.5g 2.4Kg.cm Metal Gear Servo� A good quality 12.4g digital metal gear servo suitable for the Weasel-Trek
The Dream Flight 12.4g Digital Servo fits the Ahi and the Weasel-Trek gliders perfectly and provides great performance and durability at an affordable price. Dream-Flight tested this servo rigorously in the air and on the bench and found that its speed, torque, and centering precision are excellent, giving a very fast and precise control response. Another nice feature is the output gear/shaft is supported by a bearing on top and bottom. So 2 ball bearings.
{table title="Dream Flight DFFA009 12.4g Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=: autohref=2}
Body dimensions: 23.4 mm wide x 9.4 mm thick x 26.2 mm high : 0.92" wide x 0.37" thick x 1.03" high
Max dimensions: 32.1 mm wide x 9.4 mm thick x 31.5 mm high : 1.26" wide x 0.37" thick x 1.24" high
Stall torque (4.8V): 2.40 kg.cm: 33 oz.in
Weight: 11.5 g: 0.41 oz
Lead length: 15 cm: 6.0 in
Operating voltage: 4.8V to 6.0V
Bearings: 2 Ball Bearings
Gear material: Metal
Case material: Plastic
Motor type: DC motor
Digital: Yes
Programmable: No
Supplied accessories: 2 Plastic output arms, 2 Arm retaining screws, 4 Mouning screws.
{endtable}
These servos are designed for 4.8V operation from a 4 cell NiMH battery. They are NOT okay on a 2S LiPo battery without a voltage regulator to drop the voltage to 6V or lower. \ � � � U� � � � � � � � 2 < DFFA004 g{�] � �} �b� DFFA050-REDStick-on Trim Sheets - RED" Red trim sheets. As used on Dream Flight products.
Add personal style to your EPO airframes! This trim material is sold as sheets, which allow you to create your own shapes and contours. It can be gently stretched around compound curves without heat.
Size: 155x460mm, 2 sheets per set � � U� � � � � � � � � 2 < epG�� �}�b� DFFA058-GRN"Stick-on Trim Sheets - Fresh GREEN$ Green trim sheets. As used on Dream Flight products.
Add personal style to your EPO airframes! This trim material is sold as sheets, which allow you to create your own shapes and contours. It can be gently stretched around compound curves without heat.
Size: 155x460mm, 2 sheets per set � � � � � � � � � � � 2 < c1�C � �}�b� DFFA054-BLU!Stick-on Trim Sheets - ROYAL BLUE) Royal Blue trim sheets. As used on Dream Flight products.
Add personal style to your EPO airframes! This trim material is sold as sheets, which allow you to create your own shapes and contours. It can be gently stretched around compound curves without heat.
Size: 155x460mm, 2 sheets per set ( � � � � � � � � � � � 2 < c1�C � �}�b�
DFFA057-YEL Stick-on Trim Sheets - YELLOW% Yellow trim sheets. As used on Dream Flight products.
Add personal style to your EPO airframes! This trim material is sold as sheets, which allow you to create your own shapes and contours. It can be gently stretched around compound curves without heat.
Size: 155x460mm, 2 sheets per set 2 � � � � � � � � � � � 2 < c1�C � �}�b� DFFA055-BLK Stick-on Trim Sheets - BLACK$ Black trim sheets. As used on Dream Flight products.
Add personal style to your EPO airframes! This trim material is sold as sheets, which allow you to create your own shapes and contours. It can be gently stretched around compound curves without heat.
Size: 155x460mm, 2 sheets per set < � � � � � � � � � � � 2 < c1�C� �}�b�
PNC-P29-30$Leomotion/Neu/P29 Motor Mount - 30mm� The {b,PNC Innovations 30 mm Leomotion/Neu/P29 Motor Mount} is a beautifully CNC machined motor mount for securely attaching Leomotion and Neu brushless motors fitted with a P29 6.7:1 gearbox to the front of 30 mm diameter fuselages, like the Ultima and other smaller F5J fuselages.
The mount has 4 M2.5 holes on a 23 mm diameter circle
{table title="Leomotion/Neu/P29 30mm Motor Mount" class=abc cols=2 align=l separator==}
Fuselage outside diameter = 30 mm
Fuselage internal diameter = 28 mm
Predrilled holes = 4 holes on a 23 mm circle
Motor mounting hole diameter = 2.5 mm
Weight = 3.5g
{endtable}
{bullet}
Easy to install.
Very strong.
Superb machining.
They look great!
{endbullet}
{CNCMountGlue}
{video,DDJW9y1B5m4}
R � -� � � � � � � � � � < �� P �� Aluminium fG|Y z �}�b�
HYPERSPIN-30-317-PWR/30mm HyperSpinner Power for 3.17mm (1/8") shaft� These new spinners are suitable for many F5J models. They have pointier spinner cones making them suitable for slimmer fuselages like the {pref, shinto-e,Shinto Electric}.
{SpinnerPower,30,3.17,0,27,11.6,all}
. � � � #� � � � � � � � 2 �� d*�� L �}�b� SRB-FR-3173>Frame with bearing for the Futaba/Robbe S3173 & 3173SVi (pair)� A pair (2) of nicely molded filled nylon servo frames with an external bearing, to fit the Futaba/Robbe S3173 and Futaba / Robbe 3173SVi servos.
These frames speed-up servo installation, keep the servo secure and rigidly mounted, and also allow easy removal for maintenance or replacement. The external bearing reduces side load at the servo output arm, reducing compliance and extending the life of the servo. The external bearing reduces any free play, increasing the stiffness of the control surface, improving control and avoiding flutter problems.
Sold in pairs. Add one to the basket for mounting two servos.
Size: 55 mm x 49mm x 10 mm
Weight: 6.6 g � � �
(� � � � � � � � 2 �� I �� c1�Cf �}�b�
SRB-FR-T11SFrame with bearing for Robbe/Futaba S3150, S3155, S3171SB, S3172SV & S3174SV (pair)� A pair (2) of nicely molded "Type 11" nylon servo frames with an external bearing, to fit Robbe/Futaba S3150, S3155, S3171SB, S3172SV and S3174SV servos.
These frames speed-up servo installation, keep the servo secure and rigidly mounted, and also allow easy removal for maintenance or replacement. The external bearing reduces side load at the servo output arm, reducing compliance and extending the life of the servo. The external bearing reduces any free play, increasing the stiffness of the control surface, improving control and avoiding flutter problems.
Sold in pairs. Add one to the basket for mounting two servos.
Size: 56 mm x 53 mm x 11 mm
Weight: 8 g � � �
(� � � � � � � � 2 �� I �� c1�C S ��b� SRB-BB-125HVFFrame with bearing for the Blue Bird BMS-125WV / BMS-126WV / BMS-127WV� A nicely molded filled nylon servo frames with an external bearing, to fit the Blue Bird BMS-125WV, BMS-126WV, BMS-127WV and the older Blue Bird BMS-105HV, BMS-106HV, BMS-107HV and Kawatomo CB-1005HV servos.
Note these frames need a small modification to the servo and the mounting adapters to allow the servo to fit perfectly.
1. Use sandpaper or a file to reduce the thickness of the servo's mounting lugs, reducing their thickness by approx 0.5 mm.
2. Fit the servo to the frame
3. Trial fit and if necessary remove a little plastic from the red adapter pieces, until they can be inserted fully.
These frames speed-up servo installation, keep the servo secure and rigidly mounted, and also allow easy removal for maintenance or replacement. The external bearing reduces side load at the servo output arm, reducing compliance and extending the life of the servo. The external bearing reduces any free play, increasing the stiffness of the control surface, improving control and avoiding flutter problems.
Sold singly. Add two to the basket for mounting two servos.
Size: 40 mm x 37 mm x 10 mm
Weight: 4 g
Photo of similar product shown. � K� � � � � � � � � � ��2BOX4I �� i`�� �}�b� SRIDS-FR-T11XIntegrated Drive System for Robbe/Futaba S3150, S3155, S3171SB, S3172SV & S3174SV (pair)Q A pair (2) of beautifully engineered external bearing servo "Type 11" frames with an ultra-rigid pushrod to make an Integrated Drive System (IDS) for Robbe/Futaba S3150, S3155, S3171SB, S3172SV and S3174SV servos.
An {b,Integrated Drive System} or IDS is a largely or completely internal linkage between an aileron or flap and its servo. It is different from a normal wire based linkage in using much stiffer components, resulting in a more rigidly connected control surface, with much less compliance.
These frames and IDS linkages speed-up servo installation, keep the servo secure and rigidly mounted, and also allow easy removal for maintenance or replacement. The external bearing reduces side load at the servo output arm, reducing compliance and extending the life of the servo. The external bearing and the special rigid IDS connecting piece reduces any free play, increasing the stiffness of the control surface, improving control and avoiding flutter problems.
The connection between the servo and control surface is made via two plastic parts and a 5 mm aluminium tube. The length of the connecting rod is completely variable up to 100 mm long.
Parts supplied for a single IDS:
1 piece servo frame including clamping part
1 of each ball bearings
1 piece plastic pushrod end coupler
1 piece 80mm aluminium tube
4 pieces servo arms of different lengths
1 piece plastic IDS horn
2 pieces brass control surface horns of different lengths
Sold in pairs, so 2X of the above are supplied. Add one to the basket for mounting and connecting two servos.
Size: 56 mm x 43 mm x 11 mm
L � � � (� � � � � � � � 2 �� I �� c1�C� �}�b� SRIDS-MKS-61006Integrated Drive System for MKS DS6100 & HV6100 (pair)% A pair (2) of beautifully engineered external bearing servo frames with an ultra-rigid pushrod to make an Integrated Drive System (IDS) for MKS DS6100 and HV6100 servos.
An {b,Integrated Drive System} or IDS is a largely or completely internal linkage between an aileron or flap and its servo. It is different from a normal wire based linkage in using much stiffer components, resulting in a more rigidly connected control surface, with much less compliance.
These frames and IDS linkages speed-up servo installation, keep the servo secure and rigidly mounted, and also allow easy removal for maintenance or replacement. The external bearing reduces side load at the servo output arm, reducing compliance and extending the life of the servo. The external bearing and the special rigid IDS connecting piece reduces any free play, increasing the stiffness of the control surface, improving control and avoiding flutter problems.
The connection between the servo and control surface is made via two plastic parts and a 5 mm aluminium tube. The length of the connecting rod is completely variable up to 100 mm long.
Parts supplied for a single IDS:
1 piece servo frame including clamping part
1 of each ball bearings
1 piece plastic pushrod end coupler
1 piece 80mm aluminium tube
4 pieces servo arms of different lengths
1 piece plastic IDS horn
2 pieces brass control surface horns of different lengths
Sold in pairs, so 2X of the above are supplied. Add one to the basket for mounting and connecting two servos.
Size: 40 mm x 37 mm x 10 mm
� � � (� � � � � � � � 2 �� I �� c1�C� �}�b�
SRIDS-FR-3173AIntegrated Drive System for Robbe/Futaba S3173 & S3173 SVi (pair)* A pair (2) of beautifully engineered external bearing servo frames with an ultra-rigid pushrod to make an Integrated Drive System (IDS) for Robbe/Futaba S3173 & S3173 SVi servos.
An {b,Integrated Drive System} or IDS is a largely or completely internal linkage between an aileron or flap and its servo. It is different from a normal wire based linkage in using much stiffer components, resulting in a more rigidly connected control surface, with much less compliance.
These frames and IDS linkages speed-up servo installation, keep the servo secure and rigidly mounted, and also allow easy removal for maintenance or replacement. The external bearing reduces side load at the servo output arm, reducing compliance and extending the life of the servo. The external bearing and the special rigid IDS connecting piece reduces any free play, increasing the stiffness of the control surface, improving control and avoiding flutter problems.
The connection between the servo and control surface is made via two plastic parts and a 5 mm aluminium tube. The length of the connecting rod is completely variable up to 100 mm long.
Parts supplied for a single IDS:
1 piece servo frame including clamping part
1 of each ball bearings
1 piece plastic pushrod end coupler
1 piece 80mm aluminium tube
4 pieces servo arms of different lengths
1 piece plastic IDS horn
2 pieces brass control surface horns of different lengths
Sold in pairs, so 2X of the above are supplied. Add one to the basket for mounting and connecting two servos.
Size: 55 mm x 49 mm x 10 mm B � � � (� � � � � � � � 2 �� I �� c1�C �}�b�
SRIDS-KST-125>Integrated Drive System for the KST DS125, DS135, DS225 (pair)i A pair (2) of beautifully engineered external bearing servo frames with an ultra-rigid pushrod to make an Integrated Drive System (IDS) for KST DS125, DS135, DS225 servos.
An {b,Integrated Drive System} or IDS is a largely or completely internal linkage between an aileron or flap and its servo. It is different from a normal wire based linkage in using much stiffer components, resulting in a more rigidly connected control surface, with much less compliance.
These frames and IDS linkages speed-up servo installation, keep the servo secure and rigidly mounted, and also allow easy removal for maintenance or replacement. The external bearing reduces side load at the servo output arm, reducing compliance and extending the life of the servo. The external bearing and the special rigid IDS connecting piece reduces any free play, increasing the stiffness of the control surface, improving control and avoiding flutter problems.
The connection between the servo and control surface is made via two plastic parts and a 5 mm aluminium tube. The length of the connecting rod is completely variable up to 100 mm long.
Parts supplied for a single IDS:
1 piece servo frame including clamping part
1 of each ball bearings
1 piece plastic pushrod end coupler
1 piece 80mm aluminium tube
4 pieces servo arms of different lengths
1 piece plastic IDS horn
2 pieces brass control surface horns of different lengths
Sold in pairs, so 2X of the above are supplied. Add one to the basket for mounting and connecting two servos.
Size: 58 mm x 47 mm x 10.5 mm
Note the top photo shows the IDS systyem for a different servo. $ � � � (� � � � � � � � 2 �� I �� c1�C 9 �}�b�
SRIDS-BB-A56VOIntegrated Drive System for the Blue Bird BMS-54H, BMS-A55H and BMS-A56V (pair)v A pair (2) of beautifully engineered external bearing servo frames with an ultra-rigid pushrod to make an Integrated Drive System (IDS) for Blue Bird BMS-54H, BMS-A55H and BMS-A56V servos.
An {b,Integrated Drive System} or IDS is a largely or completely internal linkage between an aileron or flap and its servo. It is different from a normal wire based linkage in using much stiffer components, resulting in a more rigidly connected control surface, with much less compliance.
These frames and IDS linkages speed-up servo installation, keep the servo secure and rigidly mounted, and also allow easy removal for maintenance or replacement. The external bearing reduces side load at the servo output arm, reducing compliance and extending the life of the servo. The external bearing and the special rigid IDS connecting piece reduces any free play, increasing the stiffness of the control surface, improving control and avoiding flutter problems.
The connection between the servo and control surface is made via two plastic parts and a 5 mm aluminium tube. The length of the connecting rod is completely variable up to 100 mm long.
Parts supplied for a single IDS:
1 piece servo frame including clamping part
1 of each ball bearings
1 piece plastic pushrod end coupler
1 piece 80mm aluminium tube
4 pieces servo arms of different lengths
1 piece plastic IDS horn
2 pieces brass control surface horns of different lengths
Sold in pairs, so 2X of the above are supplied. Add one to the basket for mounting and connecting two servos.
Size: 58 mm x 47 mm x 10.5 mm
Note the photo shows the IDS systyem for a different servo. 8 � � � (� � � � � � � � 2 �� I �� c1�C� �}�b� SRIDS-MKS-6110-Integrated Drive System for MKS HV6110 (pair) A pair (2) of beautifully engineered external bearing servo frames with an ultra-rigid pushrod to make an Integrated Drive System (IDS) for MKS HV6110 servos.
An {b,Integrated Drive System} or IDS is a largely or completely internal linkage between an aileron or flap and its servo. It is different from a normal wire based linkage in using much stiffer components, resulting in a more rigidly connected control surface, with much less compliance.
These frames and IDS linkages speed-up servo installation, keep the servo secure and rigidly mounted, and also allow easy removal for maintenance or replacement. The external bearing reduces side load at the servo output arm, reducing compliance and extending the life of the servo. The external bearing and the special rigid IDS connecting piece reduces any free play, increasing the stiffness of the control surface, improving control and avoiding flutter problems.
The connection between the servo and control surface is made via two plastic parts and a 5 mm aluminium tube. The length of the connecting rod is completely variable up to 100 mm long.
Parts supplied for a single IDS:
1 piece servo frame including clamping part
1 of each ball bearings
1 piece plastic pushrod end coupler
1 piece 80mm aluminium tube
4 pieces servo arms of different lengths
1 piece plastic IDS horn
2 pieces brass control surface horns of different lengths
Sold in pairs, so 2X of the above are supplied. Add one to the basket for mounting and connecting two servos.
Size: 40 mm x 37 mm x 10 mm
� � � (� � � � � � � � 2 �� I �� c1�C� � �b� PICO-SWITCH-BECBPicoSwitch - Magnetic RC On-Off Switch for batteries JST BEC plugs- The {b,PicoSwitch} is a lightweight magnetic switch and is ideal for RC gliders, boats and ther models. This device allows the radio control gear to be switched on and off by holding the supplied magnet close to the switch for three seconds. This version has a JST BEC socket at the battery end, making it suitable for LiPo batteries supplied with red JST BEC plugs, as is most common. The receiver end is fitted with a standard RC (JR) plug, as used on servos.
If the switch is mounted under fuse skin the magnet can be outside and the switch inside, so the RC can be switched on without removing the access hatch. Careful firmware design ensures that stray magnetic fields cannot toggle the switch incorrectly.
The device defaults to {b,on} when first powered up - this safety feature means that if there is a brief voltage drop caused by a bad connection or low battery voltage the device will stay on when the voltage returns. It also means that the model can be flown if the magnet is lost, just unplug and re-plug the receiver battery to switch it on.
{b,The benefits of this magnetic RC on-off switch}
{bullet}
Clever firmware indicates when the switch is sensing the magnet to give instant feedback.
When switched on the LED flashes indicating the RC is now on.
The flashes are very brief to keep the switch's energy usage to a minimum.
The magnetic switch utilises a Hall Effect Sensor (no mechanical switching parts).
Safe and reliable :
Default to on - if the battery is disconnected and then reconnected the output will turn on every time.
The magnetic switch is programmed to ensure the magnet is over the sensor for 3 seconds without interruption and only then will it toggle the switch state.
Extremely resilient to magnetic interference due to the algorithm used.
Allows a fully waterproof installation in RC boats and yachts.
{endbullet}
{b,Switch Installation}
When the switch is plugged into the power supply for the first time the output will turn on and the LED will flash.
{bullet}
Place the switch as close to the fuselage or wing surface as possible.
Use a thin piece of double sided tape to hold the switch in place.
To locate the sensor simply sweep over the approximate sensor location area, when the Hall effect device sees the magnet the LED will turn solid on indicating the perfect position.
Use a marker pen and mark where the sensor is located.
{endbullet}
{b,Magnetic Switch Operation}
{bullet}
To turn the switch off place the supplied magnet over the sensor and the LED will light up continuously. Hold the magnet in place for 3 seconds without interruption. Tip: count 1, 1000, 2, 2000, 3, 3000.
To turn on the RC hold the magnet over the sensor again, no delay required.
{endbullet}
Please ensure a full range check of the model is undertaken prior to use. The pack includes the switch and two small neodymium magnets - one needed plus a spare. It does not include the {pref, PICO-KEYFOB, Magnetic Keyfob and Lanyard} shown in the related products sidebar. To mount the magnet and make it more visible cut some balsawood to the required size, make a hole for the magnet, and cover it with sticky tape.
{table title="PicoSwitch Magnetic RC Switch Specifications" class=1 cols=2 width=140,250 align=L,L,L}
Weight, 2.8 g (0.1 oz)
Switch dimensions, 15 mm x 8 mm x 4 mm
Overall length inc leads, 14 cm
Max continuous current, 3 A
Max current for 5s, 10 A
Supply voltage, 3.0V - 13V <br>(1S to 3S LiPo, 3 to 8 cells NiMH)
On Vdrop @ 1.3A, 40 mV
Off quiescent current, 4 �A
Operating temperature, -20�C to +50�C
{endtable}
{table title="Servo Cable Colour Code" class=1 cols=4 width=100,10,60,60 align=L,L,L}
#Usage, , JR, Futaba
Battery positive, +, Red, Red
Battery negative, -, Brown, Black
Servo signal, S, Orange, White
{endtable}
#{video-vimeo, 112581974} A � � � � � � � � � � � 2F4W �� jpg
� �}�b� PICO-SWITCH-SWIPE6PicoSwitch - Magnetic RC On-Off Switch - Swipe Version� The {b,PicoSwitch} is a lightweight magnetic switch and is ideal for RC gliders and DLGs. This device allows the radio control gear to be switched on and off by slowly swiping the supplied magnet across to the switch. This version has a standard RC (JR) socket at the battery end, making it suitable for LiPo batteries supplied with red JST BEC plugs, as is most common. The receiver end is fitted with a standard RC (JR) plug, as used on servos.
If the switch is mounted under fuse skin the magnet can be outside and the switch inside, so the RC can be switched on without removing the access hatch. Careful firmware design ensures that stray magnetic fields cannot toggle the switch incorrectly.
The device defaults to {b,on} when first powered up - this safety feature means that if there is a brief voltage drop caused by a bad connection or low battery voltage the device will stay on when the voltage returns. It also means that the model can be flown if the magnet is lost, just unplug and re-plug the receiver battery to switch it on.
{b,The benefits of this magnetic RC on-off switch}
{bullet}
Clever firmware indicates when the switch is sensing the magnet to give instant feedback.
When switched on the LED flashes indicating the RC is now on.
The flashes are very brief to keep the switch's energy usage to a minimum.
The magnetic switch utilises a Hall Effect Sensor (no mechanical switching parts).
Safe and reliable :
Default to on - if the battery is disconnected and then reconnected the output will turn on every time.
The magnetic switch is programmed to ensure the magnet is over the sensor for 3 seconds without interruption and only then will it toggle the switch state.
Extremely resilient to magnetic interference due to the algorithm used.
{endbullet}
{b,Switch Installation}
When the switch is plugged into the power supply for the first time the output will turn on and the LED will flash.
{bullet}
Place the switch as close to the fuselage or wing surface as possible.
Use a thin piece of double sided tape to hold the switch in place.
To locate the sensor simply sweep over the approximate sensor location area, when the hall effect device sees the magnet the LED will turn solid on indicating the perfect position.
Use a marker pen and mark where the sensor is located.
{endbullet}
{b,Magnetic Switch Operation}
{bullet}
To turn the switch off swipe the magnet slowly across the switch.
To turn on the RC swipe the magnet slowly across the switch, as above.
{endbullet}
Please ensure a full range check of the model is undertaken prior to use.
{table title="PicoSwitch Magnetic RC Switch Specifications" class=1 cols=2 width=140,250 align=L,L,L}
Weight, 2.8 g (0.1 oz)
Switch dimensions, 15 mm x 8 mm x 4 mm
Overall length inc leads, 14 cm
Max continuous current, 6 A
Max current for 10s, 8A
Supply voltage, 3.0V - 8.6V (1S to 1S LiPo, 3 to 5 cells NiMH)
On Vdrop @ 1.3A, 130 mV
Off quiescent current, 4 �A
Operating temperature, -40�C to +80�C
{endtable}
{table title="Servo Cable Colour Code" class=1 cols=4 width=100,10,60,60 align=L,L,L}
#Usage, , JR, Futaba
Battery positive, +, Red, Red
Battery negative, -, Brown, Black
Servo signal, S, Orange, White
{endtable}
{video-vimeo, 112581974} G � P� �
� � � � � � � � F W �� c1�C * �}�b� CARBOLINE-SC39-2LSMP-Carboline SC39/2 Spread Carbon - large sampler An approximately 27 cm x 20 cm sample of {b,Vladimir's Models Carboline SC39/2} unique bi-axial Spread Tow Carbon fabric for ultra light structures.
{table title="Carboline SC39/2 Specifications" class=1 cols=3 width=135,135,135 align=L,L,L separator=:}
Sample size: 27 cm x 20 cm approx
Weight: 39 g/m�
Number of layers: 2
Fibre material: IMS 65
{endtable}
P � � � � � � � � � � � � �� Carbon fibreUkrainec1�C | }�`� X-RESX-RES 2m�
The {b,X-RES} is a built-up CNC cut balsa and ply kit designed for the new F3-RES high-start launched 2m Rudder-Elevator-Spoiler glider class popular in Germany and Austria.
The {b,X-RES} is the latest development of Alois Janowetz, the designer of the Minores, one of the top models of the 2015 season, with the many competition wins (including 3 victories in the Bavarian Open) in Austria and Germany. The new X-RES performs even better, with a documented sink rate of just 0.31 m/s (61 ft/min), which is exceptional for a 2m model.
The X-RES has pleasant flight characteristics and brilliant performance. The model is very agile and extremely easy to fly. The pre-production models enthused the test pilots and the flight performance was clear from the start. The sophisticated design and the brilliant use of weight-optimized materials allows a flying weight of 420g and thus a wing loading as low as 11 g/dm2 (3.7 oz/sq ft) out of the box, giving amazing performance.
The large 2-part spoilers allow almost vertical descents without an increase in speed. The wing separates into three panels and the tailplane is removable making the model very easy to transport.
The CNC cut kit has very simple and robust construction. With the exception of the 6 mm CFRP rods for the wing and the GRP rocker for the moving tailplane only selected and optimized balsa and plywood are used.
All components are bonded with easily available glue and the model's construction is simple, considering the excellent performance potential. The fuselage is already prepared for a ballast tube, which can take weights up to 250g. The design allows the use of commercially available and easily obtainable components. The recommended battery is an Eneloop E-550 or 800mAh in cube form. Oralight covering is recommended. An adjustable tow hook is standard and is included in the kit.
The kit includes a colour plan. See below for a link to an English translation of the X-RES build manual. For more info about the X-RES see {href,http://www.rcgroups.com/forums/showthread.php?t=2660216,this} and {href, https://www.rcgroups.com/forums/showthread.php?2695947, this} RCGroups build threads.
{table title="X-RES Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.0 m, 79 in
Wing area, 35.5 dm2, 550 sq in
Length, 122 cm, 48.0 in
Flying weight from, 420 g, 14.8 oz
Wing loading, 11.8 g/dm, 3.9 oz/sq ft
Aspect ratio, 11.3,
Wing airfoil, Modified AG,
Dihedral (EDA), 12.0�,
Centre of Gravity, 75-82 mm from wing leading edge
Controls, "Rudder, elevator, spoilers"
{endtable}
{table title="X-RES Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Total structure, 310.0 g, 10.9 oz
Receiver, 6.0 g, 0.2 oz
Rudder servo, 8.0 g, 0.3 oz
Elevator servo, 8.0 g, 0.3 oz
Spoiler servos, 10.0 g, 0.4 oz
Battery, 70.0 g, 2.5 oz
Noseweight, 8.0 g, 0.3 oz
Flying weight, 420.0 g, 14.8 oz
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder & elevator servos, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Blue Bird BMS-A10H, KST X06
Spoiler servos (2), Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Blue Bird BMS-A10H, KST X06
Receiver, 4-5 channel rx to match your transmitter
Battery, Dream-Flight 300 mAh 4.8V NiMH, HyperFlight 750 mAh 4.8V NiMH, Dream-Flight 750 mAh 4.8V NiMH, 4 cell Eneloop 500-800 mAh NiMH, 1S 450-900mAh LiPo, 2S 400-600mAh LiPo
{endtable}
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{video,cx2Ond0oNXo}
{video,Nm_fASOpz74} � � � � � �2� � � � � � � � � ��4/ 14/1/19 Sent one back to Zeller, them to repaceY �� g�� m ��b�A
MKS-HV6130,MKS HV6130 Servo - 8.1Kg.cm 0.10s 22.5g 10mm� The {b,MKS HV6130 Wing Servo} is one of the best wing servos in this class. The HV6130 has 8.1 Kg.cm of torque, absolutely no free play (zero slop) and works on 1S and 2S LiPo as well as 4.8V - 6V NiMH batteries. The aluminium casing and especially the third mounting point between the output shaft bearing and the motor housing creates a very rigid mechanism, minimising compliance. The {i,Bulit-In Safe System} ensures that if the motor shorts out for any reason the driver isolates the motor, allowing the plane to land safely without excess current drain.
The {b,MKS HV6130} is a low-medium-high voltage servo to replace the acclaimed {pref, MKS-DS6125, MKS DS6125 Glider} and {pref, MKS-DS6125-Mini,MKS DS6125 Mini} servos. It is specially optimised for glider fliers, with outstanding torque, precision, and a very low dead band. On a 2S LiPo battery it has higher torque and speed than the DS6125 Mini, DS6125 Glider and most other 23g wing servos. It is a very high torque 10 mm thin servo suitable for many glider, jet, heli and other applications. It has more torque and a better geartrain than all other high voltage servos of this size and price range.
At only 10 mm thick this superb wing-servo can easily fit in thin wings, and with an excellent 8.1 kg.cm torque and a blistering 0.10s/60� speed it is excellent for flaps, ailerons and other control surfaces on many high performance F3B, F3F, F3J, DS gliders, and F5J electric gliders, jets, ducted fans and fast sport slopers.
{film}
Check out this excellent {href, https://www.rcgroups.com/forums/showpost.php?p=36466725&postcount=61, RCGroups HV6130} installation tip.
(C) 2017 Neil Stainton.
{ServoSpecs}
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BALSA-EL10(Light Balsa sheet size 10 x 100 x 300 mmf Light Balsa sheet size 10 x 100 x 300 mm. Equivalent to 3/8" x 4" x 12" sheet.
Very high quality lightweight balsa wood sheets suitable for plane, boat and railway modelling, DIY craftwork, school projects and more.
This is some of the best wood we have seen in 60 years of modelling, lightweight with no knots and of very consistent density and grain. � �
E� � � � � � � � � � 2 { c��b� �} ��b� BALSA-EL5'Light Balsa sheet size 5 x 100 x 300 mmf Light Balsa sheet size 5 x 100 x 300 mm. Equivalent to 3/16" x 4" x 12" sheet.
Very high quality lightweight balsa wood sheets suitable for plane, boat and railway modelling, DIY craftwork, school projects and more.
This is some of the best wood we have seen in 60 years of modelling, lightweight with no knots and of very consistent density and grain. � � 4� � � � � � � � � � 2 { c��Y A �}�b� MK-SHROUNDED-COVER3 Medium Shrouded Servo Covers (2)� These beautufully molded wing servo covers are light, low drag and suitable for medium chord wings. They incorporate a shroud to cover the servo output arm, clevis, and the control rod. This reduces the turbulence and improves performance measurably.
Supplied as one piece. Cut into two to make a pair. Trim to size to suit your application and attach with clear tape.
{table title="Shrouded Servo Cover Specification" class=1 cols=2 width=150,115 align=L,L,L}
Thickness of carbon sheet, 0.25 mm
Max chordwise length, 110 mm
Max spanwise length, 85 mm
Distance of shroud from edge, 23 mm
Thickness of shroud, 12 mm
Height of shroud, 11 mm
Weight, 4.7 g
{endtable}
� �
� � � � � � � � � � 2 2E2� 8� h,_�� ��b�" GM17X8GM 17x8 Folding prop bladeso A pair of very high quality {b,GM 17 x 8 folding prop blades}, suitable for HyperFlight's and other makes of folding prop yokes and spinners.
These blades are thinner (they have a higher aspect ratio) than normal folding propeller blades, allowing larger diameter blades to be fitted without pulling too much current. This increases the propulsive efficiency of the powertrain. They are also engineered to fold closer to the fuselage, and cause less drag when folded than other props. See photos 3 and 4 for a visual comparison of GM, RF and Aeronaut props, kindly produced by Andre Jeber Demetrio.
Note this product consists of two carbon propeller blades only. The central spinner/yoke assembly is not included. Also it is common for prop blades to not fit all spinner/yokes perfectly as supplied. It is often necessary to reduce the width the blade root slightly to ensure free folding movement. Also the cut out in the spinner cone often needs to be increased to allow the blades to fully extend. The root of the blade should not touch the spinner cone when the prop is fully opened.
{blade, GM, 17, 8, 12.5, 2000}
� � $ � � � � � � � � � � ��2C6O � jbaQ ��b�U PNC-COMBO-388Powerline Turbo 10XX & Reisenauer 5:1 Motor Mount - 38mm� The {b,PNC Innovations 38 mm Powerline 1010; 1015; 1020; 1025 & Reisenauer 5:1 Motor Mount} is a beautifully CNC machined motor mount for securely attaching Powerline 1010, Powerline 1015, Powerline 1025 old and new Turbo motors and Reisenauer 5:1 gearbox motors and to the front of 38 mm diameter fuselages, like the Supra Classic F5J. This firewall also fits some Maxon 4.4:1 gearboxes with 3 mounting holes on a 14 mm diameter.
{bullet}
Easy to install.
Very strong.
Superb machining.
They look great!
{endbullet} {CNCMountGlue}
{table title="Powerline Turbo 10XX & Reisenauer 5:1 Motor Mount" class=abc cols=2 align=l separator==}
Fuselage outside diameter = 38 mm
Fuselage internal diameter = 36 mm
Predrilled Powerline holes = 4 holes on a 17.5 mm circle
Predrilled Reisenauer holes = 3 holes on a 14 mm circle
Motor mounting hole diameter = 2.5 mm
Weight = 4.8 g
{endtable}
{video,DDJW9y1B5m4}
� � -� � � � � � � � � � < P Aluminium i��* �}�b� CARBOLINE-SC26-2LSMP-Carboline SC26/2 Spread Carbon - large sampler An approximately 30 cm x 20 cm sample of {b,Vladimir's Models Carboline SC26/2} unique bi-axial Spread Tow Carbon fabric for ultra light structures.
{table title="Carboline SC26/2 Specifications" class=1 cols=3 width=135,135,135 align=L,L,L separator=:}
Sample size: 30 cm x 20 cm approx
Weight: 26 g/m�
Number of layers: 2
Fibre material: IMS 65
{endtable}
< � � � � � � � � � � � � � Carbon fibreUkrainec:� � �}�b� BOOM
#Boom F3K DLG6 We're delighted to announce the arrival of the new {b,#Boom} DLG. This beautifully manufactured model looks set to rival the best quality DLGs we stock. With sharp colour schemes, coupled with a useful variety of strong or light layups using Rohacell or XPS foam cores, we expect any buyer will be as impressed as we are by this carefully crafted and implemented design. The flying qualities of this model are reputed to be excellent, with a good launch, a flat glide, and great handling. The great construction ensures it will withstand the rough and tumble of F3K competitive flying, and it should last many seasons of sport use.
The beautifully molded and nicely streamlined all carbon fuselage features a hatch that gives access to a spacious equipment area, allowing four servos to be installed in the pod comparatively easily. The tailplane is mounted on a lovely small pylon, and the fin is molded to accept the tail boom for easy construction. The fin and tailplane (horizontal stabiliser) are expertly molded from a lightweight Carboline type of spread carbon, with extra carbon inserts to strengthen the trailing edge and the tips of the surfaces.
The wing is molded to a very high standard with a complex layup schedule to ensure strength in the areas required, but weight is minimised where it can be, without compromising strength. The quality of the surface finish is excellent, and the colour scheme is eye catching, with white edged splinter designs on the upper surface wing tips, and very visible colour/white/colour underside stripes.
The wing is offered in four different skin and core combinations. The carbon skin can be supplied using heavier checkerboard type carbon fabric ("Strong" layup), or with lightweight Carboline type biaxial spread carbon ("Light" layup). The wing is of solid molded construction, meaning that there is foam filling the gap between the top and bottom wing skins. This foam can be either Rohacell for a more resilient and perhaps very slightly lighter wing. Alternatively the foam can be XPS, which is slightly less strong but very much less expensive. The Strong and Light layups are priced similarly, but the Rohacell core adds additional cost, to cover the greater material cost. See the core, layup and colour options currently available below the price.
The very complete accessory bag contains the tailplane mounting pylon, an offset throwing blade, aileron, rudder and elevator horns, two M4 and two M3 countersink screws for securing the wing and tail respectively. Also included are beautiful lightweight wire tail pushrods running in very lightweight tubes, and aileron pushrods and tube outers for good aileron control.
Please see this {href,http://www.rcgroups.com/forums/showthread.php?t=2322108, RCGroups thread} and this {href,http://forum.rcdesign.ru/f37/thread386637-8.html,Russian forum} (use Google Translate) for more info about this exceptional model.
(C) 2016 Neil Stainton.
{table title="#Boom DLG Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.5 m, 59 in
Wing area, 19.9 dm2, 309 sq in
Length, 111 cm, 43.7 in
Flying weight from, 220 g, 7.8 oz
Wing loading, 11.0 g/dm, 3.6 oz/sq ft
Aspect ratio, 11.1,
Wing airfoil, DI760-DI720,
Dihedral angle, 6.0�,
Centre of Gravity, 72-78 mm from wing leading edge
Controls, "Rudder, elevator, ailerons"
{endtable}
{table title="#Boom DLG Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 35.0 g, 1.2 oz
Wing (Light), 87.0 g, 3.1 oz
Wing (Strong), 113.0 g, 4.0 oz
Fin, 7.0 g, 0.2 oz
Tailplane, 7.2 g, 0.3 oz
Accessories, 20.0 g, 0.7 oz
Total structure, 156.2 g, 5.5 oz
Glue etc, 6.8 g, 0.2 oz
Wiring, 0.0 g, 0.0 oz
Receiver, 5.0 g, 0.2 oz
Tail servos, 16.0 g, 0.6 oz
Wing servos, 16.0 g, 0.6 oz
Battery, 20.0 g, 0.7 oz
Flying weight, 220.0 g, 7.8 oz
{endtable}
{table title="Smile Control Throws & Mixes" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder, 11 mm each way
Elevator, 8 mm up / 8 mm down
Ailerons, 13 mm up / 6 mm down
<i>Recommended flaperon settings. Down=Flap TE down.</>
Launch preset, 0.5mm - 1 mm up
Speed, 0 mm - 0.5 mm up
Cruise, 0 mm - 2mm down
Thermal, 2 mm - 6mm down
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
All servos, KST X08, MKS DS65K, MKS DS75K, MKS DS6100, MKS HV6100, Blue Bird BMS-101HV , Blue Bird BMS-105HV, Ripmax SD100
Receiver, 4/5 channel rx to match your transmitter, eg FrSky X4R, Spectrum AR6270T, Futaba 6008HS*, Futaba R6106HFC *case removed
Power, HyperLiPo 2S 300 mAh LiPo
{endtable}
{video,oDe4hprVvUI} � � K� � h � � � � � � � � � [ (� c1�C o �}�b�P NT-1S750 Nanotech 1S 750 mAh LiPo Battery� Small 1S 750 mAh LiPo battery suitable for discus launched gliders, or other very lightweight models. Comes with a 2 pin Molex Connector power connector plug. We recommend removing this and fitting a standard RC plug to match your receiver
This battery has enough capacity to fly an average four servo DLG for over 2 hours.
{table title="Nano-tech LiPo 1S 750 mAh Battery Specification" class=1 cols=2 width=100,220 align=L,L}
Chemistry, Lithium Polymer
Number of cells, 1
Voltage, 3.7V nominal
Capacity, 750 mAh
Weight, 18 g
Discharge rating, 35 - 70 C
Length, 43 mm
Width, 24 mm
Height, 9 mm
Power lead length, 3 cm
Power plug, 2 pin Molex
Balance lead length, NA
Balance plug, Not fitted
{endtable}
{LiPost}
�) � 3� � � � � � � � � � d c1�C + +A� @�`� GAP-SEAL-20Gap Seal Tape 20mmp High quality very clear plastic hinge gap seal tape, 20 mm wide. This tape has glue on the side that is attached to the fixed surface (wing, tailplane, fin, etc), and no glue on the part that will touch the control surface (aileron, elevator, rudder, etc).
This tape covers the gap between the fixed and moving surface, removing the discontinuity. This ensures the flow stays attached, reducing drag and improving the control response.
{table title="20mm Hinge Gap Tape Specification" class=1 cols=3 width=80,60,60 align=L,L}
Width, 20 mm, 0.79 in
Thickness, 0.08mm, 0.003 in
Length, 5 m, 16.4 ft
{endtable}
� � 2� � ,� � � � � � � � ( 2E15 Used to be supplied by Ripmax
Price reduced ~1/10/19 }�`� F-RMXHT2Hinge Tape 24mmS {br, SPECIAL OFFER - WHILE STOCKS LAST}
A 24 mm wide clear tape used for hinging control surfaces.
Very sticky glue and very strong tape, ensuring the control surface stays attached.
{table title="24mm Hinge Tape Specification" class=1 cols=3 width=80,60,60 align=L,L}
Width, 24 mm, 0.94 in
Length, 4.6 m, 15 ft
{endtable}
� � � � � � � � � � � � d � 5 Used to be supplied by Ripmax
Price reduced ~1/10/19 #� c_�E7 +$� }�`� F-RMXHT1Hinge Tape 12mm� A 12 mm wide translucent tape used for hinging control surfaces.
Very sticky glue and very strong tape, ensuring the control surface stays attached. Sticky on one side only.
Like Blenderm tape, but on a backing paper to assist with application.
{table title="12mm Hinge Tape Specification" class=1 cols=3 width=80,60,60 align=L,L}
Width, 12 mm, 0.5 in
Length, 4.6 m, 15 ft
{endtable}
� � � �
� � � � � � � � < �2E05 Used to be supplied by Ripmax
price reduced 1/10./19 � -�� @ �`�! TURB-TAPETurbulator TapeR High quality clear plastic zig-zag turbulator tape, approx 8 mm wide. Apply by removing the backing and placing over the cleaned and de-greased wing surface.
This tape produces tiny vortexes on the wing surface, energising the airflow and reducing the possibility of the flow separating, and a stall occurring, improving low speed performance and handling.
Generally these sort of zigzag 3D turbulators increase drag very slightly at high speeds, but improve the flow and reduce drag at low speeds. The best position of the tape needs to be found by trial and error with careful performance measurements (or in a wind tunnel). They are most commonly placed on the upper surface at about 20% chord, and less often on the lower surface at about 40% chord.
They are sometimes also positioned just in front of the ailerons to improve aileron effectiveness and reduce tip stalling.
{table title="Zig-zag Turbulator Tape Specification" class=1 cols=3 width=80,60,60 align=L,L}
Total width, 8.5 mm, 0.33 in
Min width, 2.5 mm, 0.10 in
Thickness, 0.4 mm, 0.016 in
Length, 5 m, 16.4 ft
{endtable} � � K� �
� � � � � � � � 2E05 Used to be supplied by Ripmax
Price reduced ~1/10/19� X ��b�B
A10-7L-4-4(Hacker A10-7L 4.4:1 40g Geared Outrunner� This Hacker A10-7L includes 4.4:1 gearbox to allow the motor to turn a large, efficient prop and produce great thust, even at low currents.
Mount the powertrain using two M2 bolts 7mm long (not included).
When using a 3S LiPo and a 12" or 13" diameter prop it will give a great climb on a 2m RES glider weighting up to 700g. Not really suitable for use on a 2S LiPo as a 15x8 or larger prop would be required.
See the last image for the specifications.
{table title="Setup Recommendations" class=1 cols=2 width=80,210 align=L,L autohref=2}
Motor, Hacker A10-7L 4.4:1
Battery, Bonka LiPo 3S 300mAh , Bonka HV LiPo 3S 520mAh , Radient LiPo 3S 450mAh, 3S 300 - 800mAh LiPo,
ESC, HyperFlight 28A BLHELI-32, HyperFlight 30A BLHELI-32, HyperFlight 40A
Prop blades, CN 12x6, GM 12x8, GM 13x8
Spinner (for 30mm firewall), 30mm GM F5J Spinner, 3mm Split Collet for GM Spinners, 30mm CN-U Spinner, 3mm Collet for CN-U, 30mm Ali Spinner
{endtable} ( � Y � � :1� � � � � � � � � 2D2� k� j]� ��b�# GM17X10 GM 17x10 Folding prop bladesm A pair of very high quality {b,GM 17 x 10 folding prop blades}, suitable for HyperFlight's and other makes of folding prop yokes and spinners.
These blades are thinner (they have a higher aspect ratio) than normal folding propeller blades, allowing larger diameter blades to be fitted without pulling too much current. This increases the propulsive efficiency of the powertrain. They are also engineered to fold closer to the fuselage, and cause less drag when folded than other props. See photos 3 and 4 for a visual comparison of GM, RF and Aeronaut props, kindly produced by Andre Jeber Demetrio.
Note this product consists of two carbon propeller blades only. The central spinner/yoke assembly is not included. Also it is common for prop blades to not fit all spinner/yokes perfectly as supplied. It is often necessary to reduce the width the blade root slightly to ensure free folding movement. Also the cut out in the spinner cone often needs to be increased to allow the blades to fully extend. The root of the blade should not touch the spinner cone when the prop is fully opened.
{blade, GM, 17, 10, 12.5, 2000}
� � $ � � � � � � � � � � ��2C6O � jX�/�� +(� �~�b�N HV6130-FRAME Ply Frame for MKS HV6130 (pair)M These HyperFlight CNC cut ply servo frames make fitting a {p,MKS-HV6130} servo to a molded wing very easy. No thickness is added to the installation, and the servo is mounted securely, yet can be removed easily if required.
Two servo frames supplied in the pack.
Note the current photo is not accurate.
{ServoFrame}
m � 2� � 2� � � � � � � � 2E1' } �}�b�L BOOM-BALLASTBoom Ballast Set� Boom ballast set. This includes a ballast chamber and 40 g, 70 g, and 100 g ballast slugs to fit in the chamber.
The ballast can be changed without removing the wing.
Designed for the #Boom DLG but also works with other discus launched gliders. d � )0� � � � � � � � � � � Q� [ 3� c1�C� �}�b�M DS75K-SERVO-FRAME(Ply Frame for MKS DS75K and HV75K (pair)/ These HyperFlight CNC cut ply servo frames make fitting a {p,MKS-DS75K} or a {p,MKS-HV75K} servo to a molded wing very easy. No thickness is added to the installation, and the servo is mounted securely, yet can be removed easily if required.
Two servo frames supplied in the pack.
{ServoFrame} ' � 2� � 2� � � � � � � � 2E1' iA��9 �}�b�% PLM-1015-2S'Powerline Micro 1015/2S 79g (non-Turbo)� The {b,Powerline Micro 1015/2S} is a 2S LiPo version of the 1015 ultralight and ultra-compact power system for competition F5J electric and sports gliders weighing up to 1600 g. Even though it is the older non-Turbo version it is strong enough to power a 1100 g {pref,ultima,Ultima F5J} or even a 1200 g {pref,infinity,Infinity F5J} - getting it to 200 m in 20 to 28 seconds.
This powertrain consists of a special higher KV Lehner 1015 12 wind ultra high efficient brushless motor fitted to a 6.75:1 high reduction ratio planetary gearbox. The gearbox is both efficient and tough, so will withstand F5J competition arrivals.
The weight of the complete F5J power system using a Powerline Micro 1015 is only about 197 g. See the table below. In addition to the low weight the 2S flight battery can be used to power the RC directly (if using HV servos like the MKS HV6100) so that there is no danger of BEC failure, and 2.4GHz receiver voltage telemetry can be used to indicate flight battery voltage too.
{table title="Powerline Micro 1015/2S Weights" class=1 cols=2 width=135,150 align=L,L, separator=: autohref=2}
Powerline micro 1015 2S version: 78 g
RFM propeller 16 x 8.5: 12 g
RFM 30mm Turbo Spinner: 13 g
Lipo 2s 850 60C: 55 g
YGE40 ESC : 36 g
Firewall CFRP: 1 g
Plugs and screws: 2 g
Total: 197 g
{endtable}
{table title="Powerline Micro 1015/2S Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=: autohref=2}
Gearbox diameter: 22.0 mm: 0.87 in
Motor diameter: 22.0 mm: 0.87 in
Motor+GB length: 60.0 mm: 2.36 in
Shaft diameter: 5.0 mm: 0.20 in
Motor+GB weight: 78.0 g: 2.75 oz
Lead length: 6.0 cm: 2.36 in
Motor: Lehner 1015/12
Manufacturers Kv: 7666 RPM/V
Manufacturers Geared Kv: 1136 RPM/V
Recommended battery: 2S LiPo
Recommended prop: 16 x 8
Input power: 380 W
Max LiPo capacity: 1.2 Ah
Supplied accessories: 4 mounting screws, 4 washers, 3 3.5mm plugs & sockets
{endtable}
� � �<� �2� �2� � � � � � � � � 5 � c1�C� ��b�) HORN-75MM-BRBrass M3 7.5mm Horn (2)l A pair (2) of high quality brass aileron or flap horns with an M3 threaded shaft.
Distance from the threaded shoulder to the centre of the hole: 7.5 mm
Length of the threaded shaft: 9.7 mm - this can be shortened if required.
Drilled 1.6 mm. This is a light interference fit on the Sullivan clevis, giving a totally slop-free linkage.
Material: Brass
As used on Vladimir's Models planes.
{table title="Brass M3 7.5 mm Horn (2) Specifications" class=1 cols=2 width=170,80 align=L,L,L}
Hole centre to thread, 7.5 mm
Hole Size, 1.6 mm
Thread Diameter, M3
Thread Length, 7.5 mm
Material, Brass
{endtable} y � 2� �
� � � � � � � �
2G4; � Brass i�`� � ��b�* HORN-85MM-BRBrass M3 8.5mm Horn (2)K A pair (2) of high quality brass aileron or flap horns with an M3 threaded shaft.
Distance from the threaded shoulder to the centre of the hole: 8.5 mm
Length of the threaded shaft: 7 mm
Hole diameter 1.6 mm. This is a light interference fit on the Sullivan clevis, giving a totally slop-free linkage.
Material: Brass
As used on Vladimir's Models planes.
{table title="Brass M3 8.5 mm Horn (2) Specifications" class=1 cols=2 width=170,80 align=L,L,L}
Hole centre to thread, 8.5 mm
Hole Size, 1.6 mm
Thread Diameter, M3
Thread Length, 7 mm
Material, Brass
{endtable}
} � ?� � � � � � � � � � 2G4; � Brass iy�G � `}�`�= VINCO Vinco 4m F5JO The {b,Vinco F5J} is a new lightweight 4m model similar to the Ultima and Infinity. With a flying weight in the 1170 g to 1300 g region it is exceptionally light for a 4m model. The Vinco F5J is specifically designed for F5J competition. Its aerodynamic design is based on the very successful Gerald Taylor SynerJ wing, but optimized for the needs of this kind of competition - low level thermalling in small weak thermals. It is also tuned to give an exceptional speed range at lower wing loadings. The Vinco wing is designed around a wing loading of 13-14 g/dm2. With such a low wing loading, the Vinco can penetrate through the wind and move around the field with ease, letting you catch all those small thermal bubbles and get away efficiently from a low launch.
The Vinco is produced by Spain�s leading manufacturer of hand launched gliders, so DLG technology is used throughout the construction. The model is built to be as light as possible, using the very best high tech spread carbon to achieve a structure and flying weight not possible only a year ago. The 175 cm long one piece carbon fuselage weighs approx 120 g. Its long nose and large canopy hatch give good access to the flight battery and allow for easy powertrain and RC installation. The rudder and elevator servos are mounted in front of the wing for low inertia, utilising control surfaces operated by lightweight pull-pull cords. The wires are already installed and connected to carefully engineered bell cranks, which actuate pushrods operating the tail surfaces accurately, and without any free play.
The fuselage is made using the internal bladder technique and includes all fixtures for assembling the wings and tail straight out of the mould. The all spread carbon tailplane is mounted above the rear fuselage, and the removable fin is attached with a single screw.
All the flying surfaces use solid Rohacell cores. The cores are milled in a CNC machine and covered with a light but strong layer of Carboline biaxial spread carbon. The spars are made of HM (high modulus) unidirectional carbon for maximum rigidity and low weight. Despite being very light the wing has good surface finish. The centre panel incorporates 2� of dihedral and is 180 cm long, providing for larger than usual flaps, which can be deflected 80� or even 90� down, to enable very slow and easily controlled spot landings. Pockets are ready cut for the flap and aileron servos.
The model is supplied with superb wing and tail bags which really help to eliminate transport damage. Also the Vinco fits in one of our {pref,VMB182,182 cm glider bags}. Ballast kits are available and we will stock them in due course.
{table title="Vinco F5J Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 4.0 m, 156 in
Wing area, 83.5 dm2, 1294 sq in
Length inc spinner, 178 cm, 70.0 in
Flying weight from, 1180 g, 41.6 oz
Wing loading, 14.1 g/dm, 4.6 oz/sq ft
Aspect ratio, 18.9,
Wing airfoil, SynerJ80-SynerJ30
EDA (dihedral), 7.9�,
Spinner Diameter, 32 mm,
Centre of Gravity, TBA mm from wing leading edge
Controls, "Rudder, elevator, ailerons, flap, throttle"
{endtable}
{table title="Vinco F5J Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 120 g, 4.2 oz
Wing centre panel, 390 g, 13.8 oz
Wing tips, 290 g, 10.2 oz
Tailplane, 36 g, 1.3 oz
Fin, 29 g, 1.0 oz
Accessories, 35 g, 1.2 oz
Total structure, 900 g, 31.7 oz
Wiring, 20 g, 0.7 oz
Receiver, 8 g, 0.3 oz
Rudder servo, 9 g, 0.3 oz
Elevator servo, 10 g, 0.4 oz
Wing servos (4), 40 g, 1.4 oz
Speed control, 35 g, 1.2 oz
Motor, 78 g, 2.8 oz
Prop & spinner, 20 g, 0.7 oz
Battery, 60 g, 2.1 oz
Flying weight, 1180 g, 41.6 oz
{endtable}
{table title="Vinco F5J Recommended Servos" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator & rudder, KST X08, MKS DS6100, MKS HV6100, Blue Bird BMS-105HV
Aileron, KST X08, MKS DS6100, MKS HV6100, MKS HV6110, Blue Bird BMS-105HV
Flap, MKS DS6100, MKS HV6100, MKS HV6110, Blue Bird BMS-105HV
{endtable}
{table title="Vinco F5J Powertrain Recommendations" class=1 cols=2 width=130,310 align=L,L autohref=1}
Powerline Micro 1015, 3S 500mAh LiPo, 15x8 prop
Powerline Micro 1025/F5J, 3S 900mAh LiPo, 16x8 RF or GM prop (2000 fpm, 43A)
Leomotion L3007-5000, 3S 900mAh LiPo, 14x8 prop (1750 fpm, 39A)
Mega AC16/15/5 F5J, 3S 500mAh LiPo, 10x6 prop (7 m/s 35A)
{endtable}
� � -2� � � � � � � � � � p � Feb 2017: 1st consignment received in broken plywood crate from UPS. Actually the models seemed mostly okay, but the quality was very bad. Returned the whole lot to UPS/Tecnopoxy in the hope we are credited.
Do not order any more.B &� c1�C � �}�b�1 KST-X20-3012:KST X20-3012MG HV Brushless Servo - 35Kg.cm 0.11s 73g 20mm� The KST X20-3012MG HV Brushless servo is an amazingly powerful and precise metal cased high voltage large model servo designed to be run directly from a 2S LiPo without needing a regulator. Being brushless it represents a new revolution in servo design. Offering a significantly longer life operation. With a far superior power to weight ratio and reduced motor burn-out susceptibility.
It is an amazingly fast yet powerful and precise metal cased high voltage servo designed to be run directly from a 2S LiPo without needing a regulator.
The servo is approx standard size and has an output spline the same as similar Futaba servos, so many compatible output arms are available. At 20mm thick and an impressive 35 kg.cm torque the KST X20-3012 is appropriate for large scale models, all fast large gliders and jets. KST also advise unlike any other servo, the X20 generates no counter EMF in any working conditions. It has an all-new design of circuit board, so your heli flybarless system and receiver will not be interfered with and will not display any weird behavior as a result.
In addition to the four heavy duty plasic output arms the servo is supplied with an attractive red annodised aluminium arm with M2 threaded holes along its length.
{film}
{table title="KST X20-3012MG HV Brushless Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=: autohref=2}
Body dimensions: 40.5 mm wide x 20.0 mm thick x 36.3 mm high : 1.59" wide x 0.79" thick x 1.43" high
Max dimensions: 55.0 mm wide x 20.0 mm thick x 41.8 mm high : 2.17" wide x 0.79" thick x 1.65" high
Stall torque (6V): 25 kg.cm: 347 oz.in
Stall torque (7.4V): 30 kg.cm: 417 oz.in
Stall torque (8.4V): 35 kg.cm: 486 oz.in
Weight: 73 g: 2.57 oz
Lead length: 31 cm: 12.3 in
Operating speed (6V): 0.15 sec/60�
Operating speed (7.4V): 0.12 sec/60�
Operating speed (8.4V): 0.11 sec/60�
Operating voltage: 6.0V to 8.4V
Bearings: 2 ball bearing
Gear material: Metal
Case material: Metal
Motor type: Brushless
Working frequency: 333 Hz
Pulse width: 900 - 2100 �s
Digital: Yes
Programmable: No
Supplied accessories: 1 metal output arm, 4 plastic output arms, 1 arm retaining screw, 4 rubber grommets, 4 mouning screws, 4 metal bushes
{endtable}
� � n� W
� K � � � � � � � � �� c2�4� ��b�' HORN-7MM-BR-SLIMBrass M3 7mm Slim Horn (2)& A pair (2) of high quality brass control surface horns with an M3 threaded shaft.
Distance from the thread shoulder to the centre of the hole: 7.0 mm
Length of the threaded shaft: 9.7 mm - this can be shortened if required.
Product photo shows a longer thread than the actual item.
Hole diameter: 1.6 mm.
Material: Brass
{table title="Brass M3 7mm Slim Horn (2) Specifications" class=1 cols=2 width=170,80 align=L,L,L}
Hole centre to thread, 7 mm
Hole Size, 1.6 mm
Thread Diameter, M3
Thread Length, 9.7 mm
Material, Brass
{endtable} s � $� � � � � � � � � �
2G4; � Brass h��7 ^O +D ��b�(
HORN-105MM-BRBrass M3 10.5mm Horn (2)� A pair (2) of high quality brass aileron or flap horns with an M3 threaded shaft.
Distance from the threaded shoulder to the centre of the hole: 10.5 mm
Length of the threaded shaft: 7 mm
Hole size 1.6 mm.
Material: Brass
{table title="Brass M3 10.5 mm Horn (2) Specifications" class=1 cols=2 width=170,80 align=L,L,L}
Hole centre to thread, 10.5 mm
Hole Size, 1.6 mm
Thread Diameter, M3
Thread Length, 10.5 mm
Material, Brass
{endtable}
� � I� � � � � � � � � � 2G4; �� -�� @�`�+ STEEL-BALANCE-WEIGHT#Self Adhesive Steel Ballast Weights A set of self adhesive steel weights, for setting the correct centre of gravity, and for ballasting a model to improve its penetration.
They can be used as a single 60 g weight length 140 mm, width 20 mm, or the strip can be separated into individual 5 g and 10 g weights.
Supplied:
4 x 10 g segments
4 x 5 g segments.
Perfect for balancing and adding ballast to DLG and other gliders, these weights are environmentally friendly, just peel and apply.
They can be removed even after fitting with careful dexterity, offering just the right level of adhesion to carbon and other surfaces etc. They are easily cut into individual chunks of 10 g and 5 g. The plastic backing film is easily peeled away from the adhesive rubber mounting pads as shown in some of the photos.
� � � � � � � � � � � � g 2E4� http://www.ebay.co.uk/itm/100-x-60g-Adhesive-Lead-Free-Stick-On-Wheel-Balance-Weights-Cars-Motorbike-/130977381401?
100 x 60g Adhesive Lead Free Stick On Wheel Balance Weights Cars Motorbike
Sold by somersetcommercials on Ebay
�
Ir� �}�b�,
Z1-WINGLETZ1 Winglet (Pair) A beautifuly molded lightweight pair of winglets for the Zupair Z1 flying wing. Strong yet lightweight, only weighing 8.5 g each.
Great for upgrading from the earlier all balsa versions too.
Winglet colour may vary depending on stock. The other being a white foam core version. � � +� � � � � � � � � � d K � c1�C � �}�b�- Z1-MOTOR-MOUNTZ1 Zupair Motor Mounta A beautifuly designed lightweight electric motor mount for the Zupair Z1 Flying wing.
Dimensions are 48 mm wide, 43 mm long.
With 3 mounting holes on each arm.
Each mount comes with 3 fixing screws.
2 x fixing screw M3 x 6 mm
1 x fixing screw M2.5 x 6 mm
See the {href,http://www.zupair.com/power.htm,Zupair Power Pod} page for more info � � � ?� � � � � � � � � d � c1�C� ��b�. HORN-M6-BR-SLIMBrass M3 6mm Slim Horn (2)! A pair of high quality brass control surface horns with an M3 threaded shaft.
Distance from the thread shoulder to the centre of the hole: 6.0 mm
Length of the threaded shaft: 15 mm - this can be shortened if required.
Product photo shows a shorter thread than the actual item.
Hole diameter: 1.1 mm.
Material: Brass
{table title="Brass M3 6mm Slim Horn (2) Specifications" class=1 cols=2 width=170,80 align=L,L,L}
Hole centre to thread, 6 mm
Hole Size, 1.6 mm
Thread Diameter, M3
Thread Length, 15 mm
Material, Brass
{endtable} n � 2� �
� � � � � � � �
2G4; � Brass jl�� `|�`�/ DFFA0158Dream-Flight 4.8g Metal Gear Servo - 8.4mm 4.8g 0.7Kg.cm� The {b,Dream-Flight 4.8 g Metal Gear Servo} fits the Libelle DLG and Alula-Trek gliders perfectly and provides great performance and durability at an affordable price. Dream Flight tested this servo rigorously in the air and on the bench and found that its speed, torque, and centering precision are excellent, giving a very fast and precise control response.
{table title="Dream Flight DFFA015 4.8g Metal Gear Servo Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=: autohref=2}
Body dimensions: 18.8 mm wide x 7.8 mm thick x 21.5 mm high : 0.74" wide x 0.31" thick x 0.85" high
Max dimensions: 27.4 mm wide x 8.4 mm thick x 22.1 mm high : 1.08" wide x 0.33" thick x 0.87" high
Stall torque (4.8V): 0.70 kg.cm: 10 oz.in
Weight: 4.8 g: 0.17 oz
Lead length: 15 cm: 6.0 in
Operating speed (4.8V): 0.08 sec/60�
Operating voltage: 3.4V to 6.0V tba
Gear material: Metal
Case material: Plastic
Motor type: Coreless DC motor
Digital: Yes
Programmable: No
Supplied accessories: 2 plastic output arms, 2 arm retaining screws, 4 mouning screws
{endtable}
These servos are designed for 4.8V operation from a 4 cell NiMH battery. Modellers have tested them and they appear fine working from a 1S LiPo battery. But they are NOT okay on a 2S LiPo battery without a voltage regulator to drop the voltage to 6V or lower.
Dream-Flight State: Please note that all torque and speed data are provided at 4.8V. We found that this voltage provides the best servo longevity.
[ � [� � 2� � � � � � � � 2 Exact same servo as BMS 101DMG< f�7X G; .�h �`�9 BMS-101HV3Blue Bird BMS-101HV Servo - 1.2Kg.cm 0.06s 4.5g 8mmr The {b,Blue Bird BMS-101HV} is a tiny metal gear high voltage servo from Blue Bird. This great servo is strong, powerful and has a very tight geartrain with little or no free play. Featuring low weight, a 7.6 mm thin case and over one kg-cm or torque this is an excellent servo for DLG / HLG / F3K / F3P / 3D EP RC models where the RC is run directly from a 2S LiPo battery.
The 7.6 mm body thinness ensures the {b,Blue Bird BMS-101HV} will fit in very thin wings, making it a great servo for 1m discus launched gliders and small slope soarers. Its light weight, high speed and great precision makes it well suited for F3P and other small aerobatic/3D indoor and outdoor RC models.
The BB BMS101 HV is supplied with four output arms, mounting screws, optional mounting tape, and a fun sticker set. The large arm is 5 cm diameter (2.5 cm largest hole radius) making it excellent for F3P aileron control.
The Blue Bird BMS101HV is in many ways similar to the Ripmax SD100/Dymond D47, and is a good alternative to this servo. Its main benefits over the SD100 and the Dymond D47 are its greater speed, metal geartrain and digital controller, giving it greater holding power and resolution. For applications not using a 2S LiPo battery we recommend the two LV versions of this servo: {Pref, BMS-101DMG, Blue Bird BMS-101DMG} and {Pref, BMS-101AMG, Blue Bird BMS-101AMG}
{ServoSpecs}
- � Z� �
� � � � � � � � f ��1J3( 21/08/2024 OVERFLOW IN THE BOTTOM OFFICER � �} �b�0 EUPHORA-CANOPYEuphoria Canopy> Replcement Euphoria canopy.
Obtained to special order only. X � (� � � � � � � � � � d 7 c1�C
! �}�b�5 ANDREASAndREaS - F3-RES 2m� The {b,AndREaS} is a built-up laser cut balsa and ply glider designed for the new F3-RES high-start launched 2m Rudder-Elevator-Spoiler class now popular in Germany and Austria, and fast spreading to other areas.
The hand selected wood in the Andreas kit is beautifully laser cut and is a pleasure to work with. The precut parts extend to the spar, leading edge and D-Box, making assembly quick and straight forward, with a minimum of sanding required. The 8.5% thick airfoil has been specially developed for the F3-RES class to give high launches and a good turn of speed. With a flying weight of 520 g - 580 g (18 oz - 20 oz) the wing loading can be as low as 15 g/dm2 (5 oz/sq ft). Despite the low loading the thin wing profile gives the Andreas excellent penetration, allowing it to be used in even at higher wind speeds.
The kit includes all pushrods, all small parts, a colour full size plan and richly coloured illustrated building instructions. The English translation is {href, http://www.hoellein.com/downloads/pdf-artikel/wreege/andreaselektro_en.txt,here}.
Not included in the kit are adhesives, or RC components. For covering the kit {href, products.asp?search=oracover+oralight,Oralight} is highly recommended.
{bullet}
Laser cut all-wood construction with self jigging weight-optimized parts.
Removable pylon mounted tailplane set in front of the fin.
Huge rudder for agile control behaviour.
Two-piece wing with multiple panel breaks and contoured wingtips
D-Box leading edge for maximum laminar flow over the wing.
Sophisticated self-jigging spar for a strong easy to construct wing.
Powerful spoilers give an excellent braking effect and accurate landings.
Colour plan and extensively illustrated, with detailed building instructions (in German).
{endbullet}
Check out this RCGroups {href, https://www.rcgroups.com/forums/showthread.php?t=2742456, Andreas build log}.
{table title="AndREaS Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.0 m, 78 in
Wing area, 33.8 dm2, 524 sq in
Length, 115 cm, 45.3 in
Flying weight from, 518 g, 18.3 oz
Wing loading, 15.3 g/dm2, 5.0 oz/sq ft
Aspect ratio, 11.7,
Wing airfoil, MB-674RES 8.5%
Dihedral (EDA), 10.5�,
Centre of Gravity, 70 mm from wing leading edge
Controls, "Rudder, elevator, spoilers"
{endtable}
{table title="AndREaS Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Total structure, 385.0 g, 13.6 oz
Receiver, 6.0 g, 0.2 oz
Rudder servo, 8.0 g, 0.3 oz
Elevator servo, 8.0 g, 0.3 oz
Spoiler servos, 16.0 g, 0.6 oz
Battery, 70.0 g, 2.5 oz
Nose weight, 25.0 g, 0.9 oz
Flying weight, 518.0 g, 18.3 oz
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder & elevator servos, Ripmax SD100, Blue Bird BMS-101HV, Power HD DSM44, Gening D541BB, KST X08, Ripmax SD150, Corona DS843MG, Graupner DES 261
Spoiler servos (2), Gening D541BB, KST X08, Ripmax SD150, Corona DS843MG, Hitec HS55
Receiver, 4 channel rx to match your transmitter
Battery (4-80g), Dream-Flight 300 mAh 4.8V NiMH, Dream-Flight 750 mAh 4.8V NiMH, 4 cell Eneloop 500-800 mAh NiMH
{endtable}
{video,8mANZFX6fNk} � � � � � Z � � � � � � � � x \ � !Balsa wood, plywood, carbon fibre g@r1 `}�`�2 KST-X20-8450=KST X20-8.4-50MG HV High Power Servo - 45Kg.cm 0.15s 82g 21mm= The KST X20-8.4-50MG HV servo is an impressively powerful and precise metal cased high voltage large model servo. Designed to be run directly from a 2S LiPo without needing a regulator. At 21mm thick and an impressive 45 kg.cm torque the KST X20-8.4-50MG is appropriate for large models, all fast large gliders and jets requiring considerable torque values. It utilises a 17mm diameter coreless motor to help with such substantial torque outputs.
KST also advise unlike any other servo, the X20 generates no counter EMF in any working conditions. It has an all-new design of circuit board, so your heli flybarless system and receiver will not be interfered with and will not display any weird behavior as a result.
The servo is approx standard size and has an output spline the same as similar Futaba servos, so many compatible output arms are available.
{film}
{table title="KST X20-8.4-50 Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=: autohref=2}
Body dimensions: 40.5 mm wide x 21.0 mm thick x 39.9 mm high : 1.59" wide x 0.83" thick x 1.57" high
Max dimensions: 54.0 mm wide x 21.0 mm thick x 48.9 mm high : 2.13" wide x 0.83" thick x 1.93" high
Stall torque (6V): 38 kg.cm: 528 oz.in
Stall torque (7.4V): 42 kg.cm: 583 oz.in
Stall torque (8.4V): 45 kg.cm: 625 oz.in
Weight: 82 g: 2.89 oz
Lead length: 31 cm: 12.3 in
Operating speed (6V): 0.20 sec/60�
Operating speed (7.4V): 0.17 sec/60�
Operating speed (8.4V): 0.15 sec/60�
Operating voltage: 6.0V to 8.4V
Bearings: 2 ball bearing
Gear material: Metal
Case material: Metal
Motor type: Coreless
Working frequency: 333 Hz
Pulse width: 900 - 2100 �s
Digital: Yes
Programmable: No
Supplied accessories: 4 plastic output arms, 1 arm retaining screw, 4 mouning screws, 4 rubber grommets, 4 metal bushes
{endtable}
4 � M� � 3 � � � � � � � � Z D 16/8/16 20 added to stock level of al X20 servos
cost price was $42 �� c2�4 � �}�b�3 KST-X20-10358KST X20-1035 HV Brushless Servo - 12Kg.cm 0.03s 70g 20mm The {b,KST X20-1035 HV} Brushless servo represents a new revolution in servo design. Being brushless it offers significantly longer life operation. With a far superior power to weight ratio and reduced motor burn-out susceptibility.
It is an amazingly fast yet powerful and precise metal cased high voltage servo designed to be run directly from a 2S LiPo without needing a regulator.
KST also advise unlike any other servo, the X20 generates no counter EMF in any working conditions. It has an all-new design of circuit board, so your heli flybarless system and receiver will not be interfered with and will not display any weird behavior as a result.
The {b,KST X20-1035 HV} is approx standard size and has an output spline the same as similar Futaba servos, so many compatible output arms are available. Wirh an incredible 0.030 sec/60� speed and impressive 12 kg.cm torque the KST X20-1035 is appropriate for all fast large gliders, jets and helicopters on surfaces requiring very high speed response. This servo is also perfect for the tail rotor on 550 - 700 class helicopters.
In addition to the four heavy duty plasic output arms, which are similar to futaba 25T splines, the servo is supplied with two attractive red annodised aluminium arms with M2 threaded holes.
{film}
{table title="KST X20-1035 HV Brushless Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=: autohref=2}
Body dimensions: 40.5 mm wide x 20.2 mm thick x 36.3 mm high : 1.59" wide x 0.80" thick x 1.43" high
Max dimensions: 55.0 mm wide x 20.2 mm thick x 41.8 mm high : 2.17" wide x 0.80" thick x 1.65" high
Stall torque (6V): 8.5 kg.cm: 118 oz.in
Stall torque (7.4V): 10.3 kg.cm: 143 oz.in
Stall torque (8.4V): 12 kg.cm: 167 oz.in
Weight: 70 g: 2.47 oz
Lead length: 31 cm: 12.3 in
Operating speed (6V): 0.040 sec/60�
Operating speed (7.4V): 0.035 sec/60�
Operating speed (8.4V): 0.030 sec/60�
Operating voltage: 6.0V to 8.4V
Bearings: 2 ball bearing
Gear material: Metal
Case material: Metal
Motor type: Brushless
Working frequency: 560 Hz
Pulse width: 900 - 2100 �s
Digital: Yes
Programmable: No
Supplied accessories: 2 metal output arms, 4 plastic output arms, 1 arm retaining screws, 4 mouning screws, 4 rubber grommets, 4 bushes
{endtable}
� � g � GB� F � � � � � � � � Z �� c2�4 � �}�b�4 KST-X20-2208:KST X20-2208MG HV Brushless Servo - 35Kg.cm 0.07s 69g 20mm The KST X20-2208MG HV Brushless servo is the brother of the X20-1035 but offers much greater torque. Being brushless it represents a new revolution in servo design. It offers significantly longer life operation, with a superior power to weight ratio, contributing to a reduced motor burn-out susceptibility. The servo features a nicely machined metal case and offerers high voltage capability, designed to be run directly from a 2S LiPo without needing a regulator.
The servo is approx standard size and has an output spline the same as similar Futaba servos, so many compatible output arms are available. At 20mm thick and an impressive 35 kg.cm torque the KST X20-2208 is appropriate for all fast large gliders, jets and helicopters on surfaces requiring very high speed response. This servo is perfect for cyclic on 550 - 700 class helicopters.
KST also advise unlike any other servo, the X20 generates no counter EMF in any working conditions. It has an all-new design of circuit board, so your heli flybarless system and receiver will not be interfered with and will not display any weird behavior as a result.
In addition to the four heavy duty plasic output arms the servo is supplied with two attractive red annodised aluminium arms with M2 threaded holes.
{film}
{table title="KST X20-2208MG HV Brushless Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=: autohref=2}
Body dimensions: 40.5 mm wide x 20.0 mm thick x 36.3 mm high : 1.59" wide x 0.79" thick x 1.43" high
Max dimensions: 55.0 mm wide x 20.0 mm thick x 41.8 mm high : 2.17" wide x 0.79" thick x 1.65" high
Stall torque (6V): 18 kg.cm: 250 oz.in
Stall torque (7.4V): 22 kg.cm: 306 oz.in
Stall torque (8.4V): 25 kg.cm: 347 oz.in
Weight: 69 g: 2.43 oz
Lead length: 31 cm: 12.3 in
Operating speed (6V): 0.09 sec/60�
Operating speed (7.4V): 0.08 sec/60�
Operating speed (8.4V): 0.07 sec/60�
Operating voltage: 6.0V to 8.4V
Bearings: 2 ball bearing
Gear material: Metal
Case material: Metal
Motor type: Brushless
Working frequency: 333 Hz
Frequency range: 900 - 2100 �s
Digital: Yes
Programmable: No
Supplied accessories: 2 metal output arms, 4 plastic output arms, 1 arm retaining screws, 4 mouning screws, 4 rubber grommets, 4 metal bushes
{endtable}
� � g � ]G� F � � � � � � � � Z �� c2�4 = �}�b�6 ANDREAS-EAndREaS Elektro RES� The {b,AndREaS Elektro RES} is a built-up laser cut balsa and ply electric 2m eSoarer. It is based on the AndREaS which is designed for the new F3-RES high-start launched Rudder-Elevator-Spoiler class now popular in Germany and Austria.
The hand selected wood in the Andreas Elektro kit is beautifully laser cut and is a pleasure to work with. The precut parts extend to the spar, leading edge and D-Box, making assembly quick and straight forward, with a minimum of sanding required. The 8.5% thick airfoil has been specially developed for the F3-RES class to give good thermal ability and a good turn of speed. With a flying weight of approx 550 g (19 oz) the wing loading can be as low as 16 g/dm2 (5 oz/sq ft). Despite the low loading the thin wing profile gives the Andreas excellent penetration, allowing it to be used in even at higher wind speeds.
The kit includes all pushrods, all small parts, a colour full size plan and richly coloured, illustrated, building instructions. The English translation is {href, http://www.hoellein.com/downloads/pdf-artikel/wreege/andreaselektro_en.txt,here}.
Not included in the kit are adhesives, or RC components. For covering the kit {href, products.asp?search=oracover+oralight,Oralight} is highly recommended.
{bullet}
Laser cut all-wood construction with self jigging weight-optimized parts.
Removable pylon mounted tailplane set in front of the fin.
Huge rudder for agile control behaviour.
Two-piece wing with multiple panel breaks and contoured wingtips
D-Box leading edge for maximum laminar flow over the wing.
Sophisticated self-jigging spar for a strong easy to construct wing.
Powerful spoilers give an excellent braking effect and accurate landings.
Colour plan and extensively illustrated, with detailed building instructions (in German).
{endbullet}
{table title="AndREaS Elektro Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.0 m, 78 in
Wing area, 33.8 dm2, 524 sq in
Length, 115 cm, 45.3 in
Flying weight from, 550 g, 19.4 oz
Wing loading, 16.3 g/dm, 5.3 oz/sq ft
Aspect ratio, 11.7,
Wing airfoil, MB-674RES 8.5%
Dihedral (EDA), 10.5�,
Spinner Diameter, 30 mm,
Centre of Gravity, 70 mm from wing leading edge
Controls, "Rudder, elevator, spoilers, throttle"
{endtable}
{table title="AndREaS Elektro Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Total structure, 375.0 g, 13.2 oz
Receiver, 6.0 g, 0.2 oz
Rudder servo, 6.0 g, 0.2 oz
Elevator servo, 6.0 g, 0.2 oz
Spoiler servos, 16.0 g, 0.6 oz
ESC , 21.0 g, 0.7 oz
Motor, 40.0 g, 1.4 oz
Prop & spinner, 20.0 g, 0.7 oz
Battery, 60.0 g, 2.1 oz
Flying weight, 550.0 g, 19.4 oz
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder & elevator servos, Ripmax SD100, Blue Bird BMS-101HV, Power HD DSM44, Gening D531BB, KST X08, Ripmax SD150, Corona DS843MG, Graupner DES 261
Spoiler servos (2), Gening D541BB, KST X08, Ripmax SD150, Corona DS843MG, Hitec HS55
Receiver, 5 channel rx to match your transmitter
{endtable}
{table title="Electric Powertrain Recommendations" class=1 cols=2 width=160,210 align=L,L autohref=1}
Hacker A10-7L 4.4:1, 3S 450mAh LiPo, 12x8, 13x8
DYS D2225-19, 2S 450mAh LiPo, 9x6, 10x5
DYS D2225-19, 3S 450mAh LiPo, 7x3.5, 7x4, 8x4
Dualsky XM2527EG-23, 2S 450 mAh LiPo: 9x5, 9x6, 10x6
Dualsky XM2225EG-23, 2S 450 mAh LiPo: 9x5, 10x5, 10x6
Dualsky XM2225EG-23, 3S 450 mAh LiPo: 7x4, 8x4, 8x5
Dualsky XM2230EG-16, 3S 450mAh LiPo, 9x5
Dualsky XM2230EG-9, 2S 450 mAh LiPo: 8x4, 8x5, 8x6
ADH300L**, 2S 450mAh LiPo, 11x6
ADH300L**, 3S 450mAh LiPo, 8x6, 9x5
{endtable} ** This motor may need a small widening of the internal fuse space to fit.
� � � � � ]K� � � � � � � � x \ "� !Balsa wood, plywood, carbon fibre fА�{ .� ��b�7 VMB180#HyperFlight 180 cm (71") Glider Bag� The {b,VMB180} is a very high quality bag suitable for transporting and storing very large model gliders and F5J electric planes. These bags are well constructed with commercial quality fabric and zippers, and usuaully available in red and blue. The 180 cm (71") bag is a perfect choice for 3.5m to 4.5m gliders where the longest wing panel is up to 180 cm long. The bag has three padded compartments and also three smaller pockets for stabs, wing rods or accessories. On the outside an additional lined compartment allows a glider fuselage to be carried externally
These bags pay for themselves in a season by eliminating transportation and storage hangar rash, allowing the model to stay in pristine condition for longer. They also allow more flying as the models can be prepared for flight and put away much more quickly, allowing an extra one or two flights per flying session. Also the fact that the model is enclosed in the bag while in the back of the car reduces the chance of theft.
{table title="182 cm Glider Bag Specifications" class=1 cols=2 width=135,270 align=L,L separator=:}
Dimensions: 180 cm long x 10 cm thick x 31 cm high
Inside max length: 180 cm
Material: Heavy gauge nylon fabric
Padding: 1 cm thick foam
Internal dividers: Two padded dividers
Internal pockets: Three pockets with Velcro fasteners
External pocket: One, suitable for glider fuselage
Handles: One either side, in the middle
Shoulder strap: No
Hanging hook: Yes
Logo: Yes, HyperFlight
Weight: 1700 g
{endtable}
� � � � ?
� � � � � � � � � 4 � �}�b�8
SHINTO-CANOPYShinto Canopy Hatch8 Tinted plastic Shinto canopy hatch.
2.4GHz friendly. F � � �
8� � � � � � � � d �� Plastic dm�- � ��b�: KST-X08H5KST X08H V5 & V6 Wing Servo - 2.8Kg.cm 0.09s 8.9g 8mmA The {b,KST X08H V6} is a programmable version of the KST X08H servo with horizontal mounting lugs (also called mounting tabs), making it suitable for use in wing and other flying surfaces. This new V6 version has the same great specifications as the V5 servo, but is also programmable using a {pref, KST-TOOL2, PC based} or a {pref, KST-TOOL5, press-button} programming tool.
The {b,KST X08H V6} is especially good for ailerons on DLGs, electric racers, and all models with thin flying surfaces. The gearing has been optimised to improve the torque while keeping an excellent speed. The X08-H can be operated from a voltage as low as 3.8V (1S LiPo) or as high as 8.4V (2S LiPo). KST improved its geartrain machining tolerances, and this servo is completely slop free, and equal to products costing twice as much. Despite not having an -MG moniker this servo has metal gears, and is very tough.
The KST X08H's high torque, good speed, and 8mm thinness make it suitable for many high performance glider, pylon racers and EDF applications. With up to 2.8kg.cm torque the KST X08 is appropriate for F3K, F5D, F5J, many types of high performance models. The accessories include three strong nylon output arms, two double sided, and one single sided, one of which is low profile. This means that when the servos are mounted one in front of the other the control rod of the front one won't foul the rear one.
The new V6 version has the same great specificatons as the V5 but allows programing using {href, products.asp?search=KST+Servo+Programming, KST's programming tools}.
{film}
{servospecs} Z � - � � � � � � � � � � q�1L2 � j8�F � ��b� SOAS(SOAS V3 90cm Ultra Portable Slope Soarer The {b,AngleWing Designs SOAS V3} is a high performance 900mm span ultra portable slope wing with a sub 250g typical flying weight.
The new SOAS V3 kit integrates ingenious use of 3D printed parts into the lightweight balsa / carbon tube structure. The design also now uses solid balsa elevons machined using AngelWing's own designed tooling to ensure the airfoil shape is accurate.
The genius behind the 3D printed parts ensures accurate wing alignment and a super quick, super accurate build.
{b,Kits Contents:}
High quality Laser cut balsa components
6mm Carbon tube main spars
3mm Carbon tube leading edge
5mm Carbon wing joiner
Aluminum wing joiner sleeves
Full sized printed plan (no need to join)
3D printed parts spru
High quality 6mm x 1.5mm Magnets for wing and fin joint
SOAS Poop Emoji decal
Optional wing bag.
Download the build manual from {href, https://www.angelwingdesigns.co.uk/blogs/news/instructions, here}.
Wings Span 900mm, 35.4"
Area 17.5dm2, 271sq"
Weight From 200g, 7.15oz
Wing Load 11.4g/dm2, 3.8oz sqft
A/R 4.6
Airfoil PW1211 Mod
{table title="Recommended R/C-nano gear only" class=1 cols=2 width=110,240 align=L,L autohref=2}
Servos (2), Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Hitec HS-40, KST X06
Receiver *case removed, Spektrum AR6260*, AR6100e, AR400, Futaba R6004FF*, FrSky X4R, Orange DSM2 compatible, Jeti Duplex R5, Multiplex Mlink RX-6-DR Light*
Battery, 150 mAh 4.8V NiMH, Radient 1S 500 mAh LiPo, Radient 1S 600 mAh LiPo
{endtable}
{video, MZb4kd8kO88}
{video, 5-q0lKIMekE}
Z � I � � (7� � � � � � � � p 4� �� United KingdomjUz a ��b� ORALIGHT-ORANGE$Oralight Orange 31-060 Covering Film� {Oralight, Opaque Orange, 31-060, 5524660,44,This opaque bright orange covering is a little heavier than the transparent colours but is great for scale and other models that want to stand out.} � � -� � � � � � � � � � � 3B5 d� Germanyh�� � � +#P ��b�; KST-X08-GEARSET KST X08 X08N X08H Plus Gear Set] Replacement gear set for all versions of KST X08, X08N, X08H, X08 Plus and X08H Plus servos. � �
� � 2� � � � � � � � 1M3 � �� ,&� ��b�<
MPJ-CLEVIS-M2MPJ Medium Clevis (2)] A medium sized M2 clevis pair(2). The hole for the rod is approx 2.0mm, making it suitable for some threaded metal control rods and carbon tubes or rods.
Perfect for a number of our 1.6mm hole brass horn range too.
Strong plastic body with a brass snap-in pin. Supplied in pairs.
Length: 23 mm
Pin diameter: 1.6 mm
Accepts M2 threaded rods. � �
� � 8� � � � � � � � 2 2E1 � � � +KD � �b�> SPINNER-SCEWS-SHORT*Screws for 30mm and 32mm HyperSpinners (2)S Two pieces of M2 12mm countersink screws for 30mm and 32mm non-Power HyperSpinners. � I� � � � � � � � � � 2G6 �}�b�? SPINNER-SCREWS-LONG=Screws for all 38mm and Power 30mm and 32mm HyperSpinners (2)\ Two pieces of M2 16mm countersink screws for 30mm and 32mm Power and all 38mm HyperSpinners. � I� � � � � � � � � �
2G6 � Steel gɍ �}�b�@
PNC-REIS52-30"Reisenauer 5:1 Motor Mount - 30 mm� This product has been replaced by the new combo {pref,PNC-PL1025-30, Powerline Turbo 1010; 1015; 1025 & Reisenauer 5:1 Motor Mount - 30 mm} � "A� � � � � � � � � � < P � c1�C �� -�H ��b�� SRIDS-MIDI-PUSHOD4Integrated Drive System/Mono Midi Pushrod & Horn Set� A set of replacement pushrods and a horn for an IDS/Mono system - Midi length
Shortest pushrod = 48 mm between holes
Longest pushrod = 81 mm between holes
for larger Servos like KST X10 and MKS 6130 - not compatible with all IDS sets. l � � � � � � � � � � � 2BOX7I �� .-� ��b�B MKS-HV6130H-MKS HV6130H Servo - 8.1Kg.cm 0.10s 23.0g 10mm� The fantastic {b,MKS HV6130H} servo is powerful, fast and very reliable. This {b,-H} version has standard horizontal mounting lugs making it especially suitable for fuselage, helicopter and other normally mounted applications. The aluminium casing and especially the web between the output shaft bearing and the motor housing creates a very rigid mechanism, minimising compliance. This great servo has no slop (zero free play) and works on 1S and 2S LiPo as well as 4.8V - 6V NiMH batteries. The {i,Bulit-In Safe System} ensures that if the motor shorts out for any reason the driver isolates the motor, allowing the plane to land safely without excess current drain.
The {b,MKS HV6130H} is a low-medium-high voltage servo to replace the acclaimed {pref, MKS-DS6125H, MSK DS6125H}, {pref, MKS-DS6125, MKS DS6125 Glider} and {pref, MKS-DS6125-Mini,MKS DS6125 Mini} servos. It is specially optimised for glider fliers, with outstanding torque, precision and a very low dead band. On a 2S LiPo battery it has higher torque and speed than the DS6125 Mini, DS6125 Glider and even the {pref, MKS-HBL6625-MINI,HBL6625 Mini} servo. At 23 g it is also lighter than all these servos. This very high torque 10 mm thin servo is suitable for many glider, jet, heli and other applications. It has more torque and a better geartrain than all other high voltage servos of this size and price range.
At only 10 mm thick the MKS HV6130-H can easily fit in constrained places, and with an excellent 8.1 kg.cm torque and a blistering 0.10s/60� speed it is excellent for all high performance F3B, F3F, F3J, DS gliders, and F5J electric gliders, helis, jets, ducted fans and fast sport slopers.
{film}
(C) 2016 Neil Stainton.
{ServoSpecs}
{video,mQ9JjlVyHR4} � � N2� � /&� � � � � � � � , 1D1 S0022010�� �} ��b� BALSA-EL6'Light Balsa sheet size 6 x 100 x 300 mme Light Balsa sheet size 6 x 100 x 300 mm. Equivalent to 1/4" x 4" x 12" sheet.
Very high quality lightweight balsa wood sheets suitable for plane, boat and railway modelling, DIY craftwork, school projects and more.
This is some of the best wood we have seen in 60 years of modelling, lightweight with no knots and of very consistent density and grain. � � .� � � � � � � � � � 2 { c��^ �� .�� ��b�C MKS-HV75K)MKS HV75K Servo - 3.3Kg.cm 0.09s 7.8g 9mm( The {b,MKS HV75K} servo is the high voltage lugged version of the MKS DS75K.. The lugged case makes it especially suitable for fitting in fuselage or other conventional installations, where it can be screwed into place. This version is 0.1 g heavier than the lugless {pref,MKS-HV75K-N, HV75K-N}. The MKS HV75K is actually a low-medium-high voltage servo as it works on 1S and 2S LiPo as and well as 4.8V - 6V NiMH batteries.
The MKS HV75K is more powerful, faster, and considerably more robust than the {pref,MKS-DS65K, DS65K}. Its clever inverted motor design makes it very compact, in fact it is nearly as small as the {pref,SD100,SD100} or {pref,SD100,D47} in the vertical and horizontal directions.
The MKS HV75K is ideal for F3K, F5D, and all small models that require excellent precision, massive torque, and good speed.
{MKSCNC}
{film}
High voltage versions of the HV75K are available with standard mounting lugs (the {pref,MKS-HV75K, HV75K}), wing mounting lugs (the {pref,MKS-HV75K-R, HV75K-R}), and no mounting lugs (the {pref,MKS-HV75K-N, HV75K-N}). Low/standard voltage versions of the servo are available with standard mounting lugs (the {pref,MKS-DS75K, DS75K}), wing mounting lugs (the {pref,MKS-DS75K-R, DS75K-R}), and no mounting lugs (the {pref,MKS-DS75K-N, DS75K-N}).
{ServoSpecs} N � D � � )
� � � � � � � � 1C2 S0022007� .X �}�b�D MKS-HV75K-N+MKS HV75K-N Servo - 3.3Kg.cm 0.09s 7.4g 9mmf The {b,MKS HV75K-N} servo is the high voltage lugless version of the latest small servo from MKS. The case omits mounting tabs making it more compact and especially suitable for fitting in a wing (or tail surface) or for very cramped installations where it is glued in place. This version is also 0.1 g lighter than the lugged {pref,MKS-HV75K, HV75K}. The MKS HV75K-N is actually a low-medium-high voltage servo as it works on 1S and 2S LiPo and well as 4.8V - 6V NiMH batteries.
The MKS HV75K-N is more powerful, faster, and considerably more robust than the {pref,MKS-DS65K, DS65K}. Its clever inverted motor design makes it very compact, in fact it is nearly as small as the {pref,SD100,SD100} or {pref,SD100,D47} in the vertical and horizontal directions.
The MKS HV75K-N is ideal for F3K, F5D, and all small models that require excellent precision, massive torque, and good speed.
{MKSCNC}
{film}
High voltage versions of the HV75K are available with standard mounting lugs (the {pref,MKS-HV75K, HV75K}), wing mounting lugs (the {pref,MKS-HV75K-R, HV75K-R}), and no mounting lugs (the {pref,MKS-HV75K-N, HV75K-N}). Low/standard voltage versions of the servo are available with standard mounting lugs (the {pref,MKS-DS75K, DS75K}), wing mounting lugs (the {pref,MKS-DS75K-R, DS75K-R}), and no mounting lugs (the {pref,MKS-DS75K-N, DS75K-N}).
{ServoSpecs}
M � D � � )
� � � � � � � � 1C2 S0022008�?3 +a� ��b� ORALIGHT-SILVER$Oralight Silver 31-091 Covering Film� {Oralight, Opaque Silver, 31-091, 5524691,46,This opaque silver covering is a little heavier than the transparent colours. It is perfect for scale models.} � � -� �
9� � � � � � � � � 3B5 d� �
��b�E SRB-KSTX08H/Plastic Frame for the KST X08H X08H Plus & A08H
A nicely molded filled nylon servo frame to fit KST X08H, KST X08H Plus and KST A08H servos. This frame does not have an external bearing, but this is of little consequence for these metal cased servos.
These frames speed-up servo installation, keep the servo secure and rigidly mounted, and also allow easy removal for maintenance or replacement.
Sold singly. Add two to the basket for mounting two servos.
This frame is not suitable for KST X08, X08N, A08 or A08N servos.
Size: 35 mm x 32 mm
Weight: 0.9 g � � � � � � � � � � � � 2BOX4I � jn� � �}�b�G ULTIMA-BALLASTF5J Ballast System The DS Composites {b,F5J Ballast System} consists of a carbon mounting tube and four matching brass ballast slugs to allow the model to be ballasted by up to 300 g in four steps. The ballast slug can be easily installed and removed in a few moments, by twisting the slug, and releasing it from the matching slot cut in the carbon tube.
Each of the ballast slugs has several holes for the front fixing, to allow the centre of gravity to be tuned to each weight increment. Only one slug can be fitted fit inside the tube at any one time.
Although designed for the Ultima it can be used with most F5J models.
#The carbon tube should be glued at the front and also through the wing connector hole.
{table title="Ultima Ballast Systen" class=1 cols=2 width=160,50 align=L,L autohref=1}
Carbon tube outside diameter, 11 mm
Carbon tube inside diameter, 10 mm
Carbon tube length, 39.5 cm
Carbon tube weight, 11 g
Ballast 1 weight, 106g
Ballast 2 weight, 188g
Ballast 3 weight, 239g
Ballast 4 weight, 295g
{endtable}
� � FX� -� - � � � � � � � � X "� c1�C �}�b�I PICARES-LANGOHR Picares Longears F3J/F5J 2.5m�
The {b,Picares Longears} (Langohr in its native German) is a stretched and version of the PicaRES Evo V2 F3-RES glider. It can be buit as a pure glider or as an electric model. The Picares Longears is a beautiful 2.5 m all CNC cut balsa wood kit that builds fast and flies superbly. The extended mid wing panels on this version can be built either with or without ailerons. So the model can be constructed with rudder-elevator-spoiler, or rudder-elevator-aileron or even rudder-elevator-aileron-spoiler control surfaces depending upon the preference of the builder.
The detailed full size plans include isometric drawings of some details and scale drawings of all the CNC balsa sheets, to make finding the parts easy. The plans include info on converting the model to electric power and on fitting a V tail rather than the Drela-inspired tail surfaces.
The model is well thought out with very nice detail design that does not add unneeded complexity. The parts are beautifully cut from well chosen balsa and ply, and fit together like a jigsaw.
The very complete accessories supplied include magnets, clevises, hinges, horns, and a firewall for the electric conversion. The kit has all the components for the airplane to be built as a glider or as an electric model. The well illustrated manual is in German and can be understood with the help of Google Translate.
{table title="Picares Longears Specifications (electric configuration)" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.5 m, 98 in
Wing area, 38.3 dm2, 594 sq in
Length, 127 cm, 50.0 in
Flying weight from, 590 g, 20.8 oz
Wing loading, 15.4 g/dm2, 5.0 oz/sq ft
Aspect ratio, 16.1,
Wing airfoil, AG Thinned,
Dihedral (EDA), 12.0�,
Spinner Diameter, 32 mm,
Centre of Gravity, 65 mm from wing leading edge
Controls, "Rudder, elevator, optional aileron, optional spoiler"
{endtable}
{table title="Picares Longears Typical Weights (electric configuration)" class=1 cols=3 width=110,115,115 align=L,L,L}
Bare structure, 320 g, 11.3 oz
Covering, 65 g, 2.3 oz
Total structure, 385 g, 13.6 oz
Wiring, 20 g, 0.7 oz
Receiver, 8 g, 0.3 oz
Rudder servo, 5 g, 0.2 oz
Elevator servo, 5 g, 0.2 oz
Aileron servos, 10 g, 0.4 oz
Motor, 48 g, 1.7 oz
Prop & spinner, 24 g, 0.8 oz
Battery, 60 g, 2.1 oz
ESC, 25 g, 0.9 oz
Flying weight, 590 g, 20.8 oz
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder & elevator servos, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, KST X06, KST X08, CHA DS06, CHA DS09, Graupner DES 261
Aileron servos (optional), Blue Bird BMS-101DMG, Blue Bird BMS-101HV, KST X06, KST X08, CHA DS06, CHA DS09, Graupner DES 261
Spoiler servo, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, KST X06, KST X08, CHA DS06, CHA DS09, Graupner DES 261
Receiver, 4 or 5 channel receiver to match your transmitter
{endtable}
{table title="Optional Electric Powertrain Recommendations" class=1 cols=2 width=160,210 align=L,L autohref=1}
Hacker A10-7L 4.4:1, 3S 450mAh LiPo, 12x8, 13x8
DYS D2225-19, 2S 450mAh LiPo, 9x6, 10x5
DYS D2225-19, 3S 450mAh LiPo, 7x3.5, 7x4, 8x4
Dualsky XM2527EG-23, 2S 450 mAh LiPo: 9x5, 9x6, 10x6
Dualsky XM2225EG-23, 2S 450 mAh LiPo: 9x5, 10x5, 10x6
Dualsky XM2225EG-23, 3S 450 mAh LiPo: 7x4, 8x4, 8x5
Dualsky XM2230EG-16, 3S 450mAh LiPo, 9x5
Dualsky XM2230EG-9, 2S 450 mAh LiPo: 8x4, 8x5, 8x6
ADH300L**, 2S 450mAh LiPo, 11x6
ADH300L**, 3S 450mAh LiPo, 8x6, 9x5
{endtable} ** This motor will need a small widening of the internal fuse space to fit.
� � � � � V� � � � � � � � L m�4] |� j_�� � `}�`�J STILETTO-HOT Stiletto Hot Slope Racer 1.2m� The {b,Stiletto Hot} is a nicely designed and superbly constructed 1.2 m all molded slope soarer / discus launched glider. It has a wing with less dihedral than the {i,Lift} version, making it better when flying at speed and improving its aerobatic performance. It is a very convenient size - large enough to give nearly the same performance as a 1.5m (60") model but able to be transported and stored more easily.
The Stiletto Hot has a goods speed range, is easy to fly, and has excellent performance or its size. It can be tip thrown like all DLGs or even bungee launched. It is equally happy on a slope as on the flat. We also sell the {pref, STILETTO-LIFT, Stiletto Lift} which is the same model with more dihedral, making it better for thermal hunting.
The fuselage is a generous carbon molding with as good sized hatch for easy installation of the RC. It is recommended that all four servos are installed in the pod, to eliminate the need for noseweight. The fuselage is a one piece design
The flying surfaces are all solid core molded, with workmanship of the highest standard. The fin is glass over foam, with carbon reinforcements. The fin incorporates a tubular front part, to mate with the fuselage tailboom, for easy and accurate construction. The tailplane (horizontal stabiliser) is of similar construction to the fin, and is mounted on a short pylon above the tailboom. The wing especially is wonderfully made, with a high gloss finish and attractive very visible colour schemes. The supplied accessories include a throwing blade, all control horns, and pushrods.
Although a ballast system is not included space under the wing is vacant and will a little ingenuity substantial lead could be mounted to incease the flying speed and wind speed range the model can cope with.
Some of the photos show the Stiletto {b,Lift} - the Stiletto {b,Hot} is identical except for reduced wing dihedral.
We just stock the spread carbon layup two piece wing Stiletto. This layup is lighter and more rigid. The wing separation only adds a few grams to the weight and makes the Stiletto a great holiday model.
{table title="Stiletto Hot Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.2 m, 47 in
Wing area, 14.0 dm2, 217 sq in
Length, 87 cm, 34.1 in
Flying weight from, 175 g, 6.2 oz
Wing loading, 12.5 g/dm, 4.1 oz/sq ft
Aspect ratio, 10.3,
Wing airfoil, DI660 series,
Dihedral angle, 3.0�,
Centre of Gravity, 60 - 65 mm from wing leading edge
Controls, "Rudder, elevator, ailerons"
{endtable}
{table title="Stiletto Hot Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 35.0 g, 1.2 oz
Wing (spread carbon), 67.5 g, 2.4 oz
Wing (DBox), 85.0 g, 3.0 oz
Fin, 5.2 g, 0.2 oz
Tailplane, 5.3 g, 0.2 oz
Accessories, 8.0 g, 0.3 oz
Total structure, 121.0 g, 4.3 oz
Glue etc, 3.0 g, 0.1 oz
Pushrods, 6.0 g, 0.2 oz
Receiver, 5.0 g, 0.2 oz
Tail servos, 10.0 g, 0.4 oz
Wing servos, 10.0 g, 0.4 oz
Battery, 20.0 g, 0.7 oz
Flying weight, 175.0 g, 6.2 oz
{endtable}
{table title="Recommended R/C-nano gear only" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator & rudder servos, Ripmax SD100, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Blue Bird BMS-A10H, KST X06, KST X08, MKS DS65K
Aileron servos, Ripmax SD100, Blue Bird BMS-101HV, Blue Bird BMS-A10S, KST X06, KST X08N, MKS DS65K
Receiver *case removed, Spektrum AR6260*, AR6100e, AR400, Futaba R6004FF*, FrSky X4R, Orange DSM2 compatible, Jeti Duplex R5, Multiplex Mlink RX-6-DR Light*
Battery, HyperLipo 2S 300 mAh LiPo, Dream-Flight 300 mAh 4.8V, 1S 750 mAh LiPo
{endtable}
{video,AjWnkNT1gcQ}
{video,qYRxTTR_kEc}
{video-vimeo,134643452} { � � � ^ � � � � � � � � � � � � Stiletto Hot (2 piece wing) components:
One fuse
One fin
One tailplane
One bag of accessories
Two wing pieces
Two long pushrods
Two short pushrods
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^ �}�b�K
STILETTO-LIFTStiletto Lift 1.2m DLG� The {b,Stiletto Lift} is a cleverly designed and superbly constructed 1.2m discus launched glider that makes an excellent stepping stone to 1.5m DLGs, and as a smaller model that can be transported easily.
The Stiletto Lift is stable and easy to fly, and has excellent performance or its size. It can be tip thrown like all DLGs or launched using a bungee. It is equally happy on a slope as on the flat, with a good turn of speed. We also sell the {pref, STILETTO-HOT, Stiletto Hot} which is the same model with less dihedral, making it more aerobatic.
The fuselage is a generous carbon molding with as good sized hatch for easy installation of the RC. It is recommended that all four servos are installed in the pod, to eliminate the need for noseweight. The fuselage is a one piece design
The flying surfaces are all solid core molded, with workmanship of the highest standard. The fin is glass over foam, with carbon reinforcements. The fin incorporates a tubular front part, to mate with the fuselage tailboom, for easy and accurate construction. The tailplane (horizontal stabiliser) is of similar construction to the fin, and is mounted on a short pylon above the tailboom. The wing especially is wonderfully made, with a high gloss finish and attractive very visible colour schemes. The supplied accessories include a throwing blade, all control horns, and pushrods.
We just stock the spread carbon layup two piece wing Stiletto. This layup is lighter and more rigid. The wing separation only adds a few grams to the weight and makes the Stiletto a great holiday model. However as the wing splits asymmetrically this does make it only suitable for right-handed throwers.
{table title="Stiletto Lift DLG Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.2 m, 47 in
Wing area, 14.0 dm2, 217 sq in
Length, 87 cm, 34.1 in
Flying weight from, 175 g, 6.2 oz
Wing loading, 12.5 g/dm, 4.1 oz/sq ft
Aspect ratio, 10.3,
Wing airfoil, DI660 series,
Dihedral angle, 6.0�,
Centre of Gravity, 60 - 65 mm from wing leading edge
Controls, "Rudder, elevator, ailerons"
{endtable}
{table title="Stiletto Lift DLG Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 33.0 g, 1.2 oz
Wing (spread carbon), 71.5 g, 2.5 oz
Wing (DBox), 85.0 g, 3.0 oz
Fin, 5.0 g, 0.2 oz
Tailplane, 5.5 g, 0.2 oz
Accessories, 6.0 g, 0.2 oz
Total structure, 121.0 g, 4.3 oz
Glue etc, 3.0 g, 0.1 oz
Pushrods, 6.0 g, 0.2 oz
Receiver, 5.0 g, 0.2 oz
Tail servos, 10.0 g, 0.4 oz
Wing servos, 10.0 g, 0.4 oz
Battery, 20.0 g, 0.7 oz
Flying weight, 175.0 g, 6.2 oz
{endtable}
{table title="Recommended R/C-nano gear only" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator & rudder servos, Ripmax SD100, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Blue Bird BMS-A10H, KST X06, KST X08, MKS DS65K
Aileron servos, Ripmax SD100, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Blue Bird BMS-A10S, KST X06, KST X08N, MKS DS65K
Receiver *case removed, Spectrum AR6610T, Lemon LM0034, Futaba R6004FF*, FrSky X4R, Orange DSM2 compatible, Jeti Duplex R5, Multiplex Mlink RX-6-DR Light*
Battery, HyperLipo 2S 300 mAh LiPo, Dream-Flight 300 mAh 4.8V
{endtable}
{video-vimeo,129805086}
{video-vimeo,134756513}
x � �2� � � � � � � � � � � � [ *� c1�C �� +� ��b�O HORN-8MM-BRBrass M3 8mm Horn(2)D A pair (2) of high quality brass aileron or flap horns with an M3 threaded shaft.
Distance from the threaded shoulder to the centre of the hole: 8 mm
Length of the threaded shaft: 12mm
Hole diameter 1.6 mm. This is a light interference fit on the Sullivan clevis, giving a totally slop-free linkage.
Material: Brass
As used on Vladimir's Models planes.
{table title="Brass M3 8 mm Horn (2) Specifications" class=1 cols=2 width=170,80 align=L,L,L}
Hole centre to thread, 8 mm
Hole Size, 1.6 mm
Thread Diameter, M3
Thread Length, 12 mm
Material, Brass
{endtable} z � ?� � � � � � � � � � 2G4; 6�
� �}�b�R GRAECALIS Graecalis 3m2
The {b,Graecalis 3m} is a beautiful large aerobatic slope soarer in the style of the Fox full size aircraft. It has a superb energy retention and a very wide speed range, making it excellent for graceful high energy aerobatics from the slope (or the flat, if an aerotow hook is fitted).
The attractive design of the Graecalis is complemented by excellent finish in this highly prefabricated kit. The large fuselage is glass reinforced with extra material in high stress areas. The tailplane is also glass and carbon and rudder is of all glass hollow molded construction. They are easily removed for transport.
The carbon wing version which has a carbon skin and a carbon spar, to give bulletproof strength and worry-free high energy flying. The glass wing version has a glass skin and carbon spar and is slighty less rigid but still find for most pilots and conditions. The large ailerons and flaps give excellent control and allow precise aerobatics, while the BEX1809 section is forgiving and ensures gentle handling. The wings are joined using a 14 mm round stainless steel rod, ensuring a very safe and secure wing.
The Graecalis is supplied with a nice clear PVC canopy with a glass fibre canopy base.
{table title="Graecalis Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.9 m, 114 in
Wing area, 56.8 dm2, 880 sq in
Length, 160 cm, 63 in
Flying weight from, 4900 g, 173 oz
Wing loading, 86.3 g/dm, 28.3 oz/sq ft
Aspect ratio, 14.8,
Wing airfoil, BEX1809,
Dihedral , 0�,
Centre of Gravity, 129 mm from wing leading edge
Controls, "Rudder, elevator, flaps, ailerons"
{endtable}
{table title="Graecalis Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Total structure, 4400 g, 155 oz
Wiring, 50 g, 1.8 oz
Receiver, 12 g, 0.4 oz
Rudder servo, 23 g, 0.8 oz
Elevator servo, 23 g, 0.8 oz
Aileron servos, 55 g, 1.9 oz
Flap servos, 55 g, 1.9 oz
Battery, 200 g, 7.1 oz
Noseweight, 90 g, 3.2 oz
Flying weight, 4908 g, 173 oz
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator & rudder, MKS HV6130H, MKS DS6125H, MKS HBL6625, MKS HV747, Blue Bird BMS-390V, KST DS145
Flaps & aileron, MKS HV6130, MKS DS6125, MKS HV747, Blue Bird A56V, KST X10 , KST DS225, KST DS125
Receiver, 6 channel rx to match your transmitter
Power, 3000 mAh LiFe or LiPo RC battery
{endtable}
{href,https://www.facebook.com/Voloinpendioit-291553047531513/?fref=ts, Graecalis Facebook page}
{video,NGTXVE9hLm0}
{video,WA8PdB9kRVs}
{video,lztD6WxPO5M}
{video,HIHNQkQMHVU}
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ARESTI-275$Aresti 2.75m Big Air Slope Aerobatic� The {b,Aresti 2.75m (108") is a Big Air Aerobatic Slope Soarer} par excellence. This model is BIG, much larger than the span would suggest, and has an amazing presence in the air. It is a scaled up and reimagined version of Dr. James Hammond's Aresti 2m favourite. James has been developing and refining his growing portfolio of designs which have gained him a worldwide following for their wide-ranging flying ability and sweet handling, and now we are very happy to stock the latest result of this R&D.
The new thoroughbred �Big Air� Aresti is a 2.75m (108�) aerobatic sailplane that has exceeded expectations throughout the entire design and flight envelope. Although it�s a large sailplane, its pretty light so the Aresti 2.75m / 108" will fly anything from the merest whiff to howling gale, and with its large ballast capacity of course it can handle both situations very well.
It is big and impressive on the ground, and majestic in the air with a wide ranging yet very forgiving flight envelope � the big Aresti 275 is an ideal combination to make you look so good from arrival at the slope with your monster sailplane to departure after some stunning flying!
{b,Overall design}
James has an eye for a pretty design, but looks are not everything. As usual he has set out a set of strict design goals, based on the work the plane has to do, then he has drawn up a skeleton that will fulfill those goals but needless to say its ugly. Then he curved and tweaked it - always keeping a good eye on the performance requirements, and with some time and not a little effort has made it look good.
Like any well-designed thoroughbred sailplane, the Aresti 108 is easy to fly. At a not too big, not too small 2.75m or 108 in span, it has an optimized wing plan form and completely new wind tunnel tested aerofoils. The layout of the wings and fuselage has ample room to allow plenty of ballast in the fuse and optional ballast in the wings too, plus you can use any radio installation that is practical. There is a great truism: �If it looks right, it will fly right�� this is backed up 100% with the big Aresti.
{b,Aerofoils }
The profiles used are the latest development from James�s highly successful original aerofoil designs, and as he says �these are the good sections he kept back for us!� To quote James: �It took a while to get there, and a huge amount of testing. Originally designed as F3X type tailplane aerofoils the sections were refined to provide for maximum control response with minimum deflection, and therefore drag; so the tradeoff was the infinitesimal increase in drag offset by the increased control response for less deflection. At 10%, the fully symmetrical double cusped (Undercamber AND �Overcamber�) section is thick enough to give good aerobatic response yet still carries a good ballast load and lightly loaded works well in sketchy air.
{b,Wings }
The optimized sections will let you go from gut busting aerobatics, through big air, graceful maneuvers down to really slow landing speeds with the flaps down. Large ailerons, large flaps and a semi elliptical wing plan form each add to the overall performance of the sailplane. We are stockg the carbon/glass hybrid lay-up version. Horns are factory fitted with well thought out geometry to allow flush servo installation using almost any servos, making a huge range of servos possible. Using conventional linkages, it�s easy to get a clean, practical and most importantly serviceable wing installation optimized to use full servo travel to give high torque and low slop. Ballast tubes in the wing add to the flexibility.
{b,Aeroic Sine Wave Spar}
Used in several military aircraft, the Aeroic Sine Wave Spar has been adapted for the first time to make up the heart of a model sailplane wing, and has frankly amazed us with its low weight, and ultra-high strength. Unlike a conventional spar the Sine Wave Spar adds terrific torsional strength and yet actually weighs considerably less than the older non-optimized spar. Now used in all Aeroic sailplanes, the Aeroic Sine Wave Spar is a lighter and far stronger upgrade that raises the technology level yet another notch and could be a game changer in model sailplane technology.
{b,Fuselage}
The beautifully curved fuse is massive, deep, and balanced front to back to give the side area required for some aerobatic maneuvers. Yet it�s strong, light, and stiff with Carbon/Kevlar reinforcement and gives that all important resilience in the boom. Electronics area is 2.4 GHz friendly with access to the radio and ballast through a conventional slide-on hatch type canopy. The long nose area accentuates the pretty lines but also provides plenty of space to easily balance the model without resorting to shoehorning lead in every nook and cranny! Snakes, or rear mounted direct servos can be used for Rudder/Elevator control. These are all positioned to take the �head scratching� out of installing the radio gear and to allow the use of standard 19/20mm round ballast slugs, 8 of them if you need them, which added to the optional ballast in the wings allows more than 1.5kg capability!
The rudder is designed large enough to be effective for both aerobatics and slow landing speeds. Wing stub fairings with location dowel holes finish the fuselage with green Multiplex connectors to connect the electronics pre-routed.
{b,Tailplane }
The aerofoils were specifically designed for the tailplane and this time for maximum control response with minimum deflection. At 10%, the tail sailplane section is thicker than is the norm but the infinitesimal increase in drag is easily offset by the increased control response for less deflection. To further increase the efficiency, pitch control is accomplished by using an elevator. No wobbly all moving tail and the elevator is driven by either an optional ball raced bell crank from a servo in the fuse, or where ultimate control is required, a servo can be placed in a hatch through the fin to give solid elevator control. The tails remain removable for convenient transport or storage.
{b,Joiner }
The Aresti 2.75 has a large impressive joiner! Made from UHM UD carbon, massive is the only way to describe this part. The 40 x 20mm section and at over half a metre long this joiner can and can easily light acro DS.
{b,Production }
The Aresti 108 has been designed with far greater capability potential than any aerobatic slope model that we know of. This, coupled with the fact that the pre-production models underwent thorough testing, not only in flying performance, but also in making the installation straightforward and practical, leads to a sailplane that is a snip to fit out, and flies like the true thoroughbred it is. To make life a bit easier, Aeroic includes a full wiring harness as well as the complete linkage, CNC-cut radio tray and accessory package with this model.
{table title="Aresti 2.75m Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.75 m, 108 in
Wing area, 102.0 dm2, 1581 sq in
Length, 169 cm, 66.3 in
Flying weight from, 3770 g, 133.0 oz
Wing loading, 37.0 g/dm2, 12.1 oz/sq ft
Aspect ratio, 7.4,
Wing airfoil, JH-10SYM ,
EDA (dihedral), 0.0�,
Centre of Gravity, 138 mm from wing leading edge
Controls, "Ailerons, flaps, rudder, elevator"
{endtable}
{table title="Aresti 2.75m Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage inc pushrods, 660 g, 23.3 oz
Left wing, 1036 g, 36.5 oz
Right wing, 1034 g, 36.5 oz
Tailplane, 125 g, 4.4 oz
Wing joiner, 360 g, 12.7 oz
Ballast tube, 40 g, 1.4 oz
Accessories, 135 g, 4.8 oz
Total structure, 3390 g, 119.6 oz
Wiring, 30 g, 1.1 oz
Pushrods, g, 0.0 oz
Receiver, 10 g, 0.4 oz
Tail servos (2), 40 g, 1.4 oz
Wing servos (4), 100 g, 3.5 oz
Battery, 200 g, 7.1 oz
Flying weight from, 3770 g, 133.0 oz
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator & rudder, MKS HV6130H, MKS HV747, MKS HV69, KST X15-1208, KST X12-508, KST X10-710, KST MS589 HV, KST DS589MG
Flaps & aileron, MKS HV69, MKS HV6130, MKS HBL6625, MKS HV747, KST X15-1208, KST X12-508, KST X10 , KST DS225, KST DS125, KST X10-710, KST MS589 HV, KST DS589MG
Receiver, 6 channel rx to match your transmitter
Power, 3000 mAh LiFe or LiPo RC battery
{endtable}
{video,Vc7tVOIC0go}
{video,1X4ci8fYAe4}
{video,iMnUEc1356w}
& � �2� � � � � � � � � � � p k A� c1�C�� +�P ��b� KST-DS589MG-KST DS589MG Servo - 9.2Kg.cm 0.08s 40.0g 15mmE The new {b,KST DS589MG} is a very powerful high voltage contactless servo suitable for helicopter cyclic and all fixed wing aplications. At 15 mm thick and 43 g weight it is reasonably small and light, considering its excellent 9.2 kg.cm of torque and 0.08 sec/60� speed.
The {b,KST DS589MG} a similar size and torque as the well regared {pref,MKS-HV737, MKS HV737} and is faster and better value.
This servo uses a potentiometer for positon feedback. Also see the {pref,KST-MS589,KST M589} servo which is the same size but uses a magnetic position sensor.
{ServoSpecs}
� � < � � ' � � � � � � � � = s�1K1 * } �`�\ EL-NINO El Ni�o 3.9m� {b,El Ni�o F5J} is the latest and greatest 4m F5J plane to alight on planet HyperFlight. It is an extraordinary tour-de-force by the designer and manufacturer Alex Hoekstra. Informed by DLG build techniques the structure is exquisitely light, the surface finish is excellent and the aerodynamic detail design is exceptionally good. The F5J design requirements were modelled using XFLR5 and it was found that a model with a very high aspect ratio of 21.5 matched to a low 1000 g weight gave the best combination of small thermal climb performance and a good speed range. To achieve performance at these very low Reynolds Numbers a family of 11 specially optimised ultra thin airfoils were developed. Good handling was assured by incorporating a little washout. This has the added benefit of eliminating tip stalls in the bumpy thermals often found low down.
The phrase flies like big discus launched glider is rather overused and under attained. El Ni�o really achieves this goal, with the model clearly indicating the tiniest air currents and almost responding to your thoughts, rather than ploughing though the ether and lagging control inputs like a heavier and less nimble model. The excellent performance and lovely handling will allow audaciously low F5J starts to be made with confidence, and will enable a sport flier to outsoar the best.
The El Ni�o fuselage is a very streamlined, tadpole like shape, with a tiny bulge at the front to accommodate the motor and batteries progressing into a very slim boom. The fuselage front has the motor firewall molded in place. This needs to be reinforced with a 2 mm glass or carbon fibre firewall. The 19 cm glass fibre canopy hatch is securely fastened by carbon pegs to the front and rear. Removing it reveals fairly constricted opening with a maximum width of 28 mm. Fitting the powertrain, battery and RC will require careful planning. The nose is quite short so a slightly heavier powertrain and battery may be required to achieve the required centre of gravity. Simple and strong 3 mm OD carbon tube pushrods are ready fitted, changing to 1 mm wire at the rear, providing a conventional and slop free linkage to the elevator and rudder. The fuselage in front of the wing is made from glass fibre coloured black, so it is 2.4 GHz friendly to help with the RC installation, further back it changes to carbon fibre for maximum stiffness. The wing is mounted on a very slim and low drag pylon, to minimise the interference drag caused by the two bodies meeting. Similarly the tailplane is mounted on a small pylon, which is again nicely faired into the rear fuselage boom. The fin and rudder slide onto a spigot molded at the end of the boom. The fit of these parts is brilliant and perfect alignment is assured. The exceptionally light 17 g fin/rudder assembly only requires the rudder horn to be fitted to complete it.
The tailplane is of Rohacell/Carboweave spread carbon construction with a superb finish despite its 24 g weight.
The wing is of hollow molded construction, rather than using solid foam cores, as the manufacturer believes this is the only way to avoid the surface finish deteriorating due to the underlying foam bubble structure slowly deforming the surface. The front part of the wing incorporates a Dbox to improve the torsional rigidity despite the airfoil's 5.2% thinness.
We currently have two wing layups in stock:
{b,Light} - this wing layup uses 40 g/m2 Carboweave veil type spread carbon everywhere.
{b,Strong} - this wing layup uses a 60 g/m2 Carboweave veil type spread carbon on centre paerl and 40 g/m2 on the tip panels.
El Nino comes with all linkage and other items required for completion, apart from the RC and powertrain. A ballast tube is supplied capable of taking up to 280 g of lead, but this much is hardly ever required. Ballast slugs can be easily constructed by the modeller from fishing weights threaded onto a 1 mm wire.
The main things that separates El Ni�o from the competition is the low weight, the high aspect ratio nearly 4 m wing, the excellent aerodynamic design and the beautiful finish.
Check out these Dutch forum {href, http://www.modelbouwforum.nl/threads/el-ni%C3%B1o.246642, El Nino announcement} and {href, http://www.modelbouwforum.nl/threads/het-bouwen-en-vliegen-van-el-ni%C3%B1o.248199/, El Nino build thread} for lots more info. Now supplied with well made wing bags.
(c) 2017 Neil Stainton.
{table title="El Nino Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 3.93 m, 155 in
Wing area, 72.0 dm2, 1116 sq in
Length inc spinner, 163 cm, 64.2 in
Flying weight from, 1050 g, 37.0 oz
Wing loading, 14.6 g/dm, 4.8 oz/sq ft
Aspect ratio, 21.5,
Wing airfoil, Proprietary,
EDA (dihedral), 6.4�,
Spinner Diameter, 28 mm,
Centre of Gravity, 100 - 105 mm from wing leading edge
Controls, "Rudder, elevator, ailerons, flap, throttle"
{endtable}
{table title="El Nino Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage inc pushrods, 114 g, 4.0 oz
Wing centre panel, 270 g, 9.5 oz
Wing tips, 290 g, 10.2 oz
Tailplane, 24 g, 0.8 oz
Fin, 17 g, 0.6 oz
Accessories, 65 g, 2.3 oz
Total structure, 780 g, 27.5 oz
Wiring, 10 g, 0.4 oz
Receiver, 7 g, 0.2 oz
Rudder servo, 9 g, 0.3 oz
Elevator servo, 9 g, 0.3 oz
Wing servos (4), 38 g, 1.3 oz
Speed control, 30 g, 1.1 oz
Motor, 77 g, 2.7 oz
Prop & spinner, 20 g, 0.7 oz
Battery, 70 g, 2.5 oz
Flying weight, 1050 g, 37.0 oz
{endtable}
{table title="El Ni�o Recommended Servos" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator & rudder, KST X08, Blue Bird BMS-A10H, MKS DS6100, MKS DS75K, MKS HV75K, MKS HV6100, Blue Bird BMS-106HV
Aileron, KST X08H, Blue Bird BMS-A10V, MKS DS75K, MKS HV75K, Graupner DES428MG
Flap, MKS DS6100, MKS HV6100, MKS HV6110, Blue Bird BMS-105HV
{endtable}
{table title="El Nino F5J Powertrain Recommendations" class=1 cols=2 width=130,310 align=L,L autohref=1}
Powerline Micro 1010, 3S 500mAh LiPo, 12x8 prop
Powerline Micro 1015, 3S 500mAh LiPo, 15x8 prop
Leomotion L3007-5000R, 3S 900mAh LiPo, 13x6 prop
Tenschock Viper 4450 5:1, 3S 800mAh LiPo, 14x7 GM prop, 40A ESC
{endtable}
Note this is preliminary information and may be subject to change.
� � � �_� � � � � � � � � � � W�
Carbon bits: 1) support that needs to be glued on the stab pylon.
4) pieces for servo covers
2) 2 mm round pins for securing the stab. need to be glued in the stab sticking out at the bottom side.
1) 5mm pin for securing the main wing needs to be glued in the wing saddle
1) 3mm pin for securing the wing. needs to be glued in the wing saddle
The clear plastic : stripes of 8 mm need to be cut out for gap seal.
The clear 3mm tape. Double sided tape for taping on the gap seal onto the wing.
For the rest. Screws to mount wing and stab
steel wire for flap and aileron
Plugs: mail for in the wing and female in the fuse
electric wire for servo�s
rudder horns
ballast tube
wing joiners
Alex
` �� c1�C � ��b�m DF-ALULA-FLIGHTPACK*MG Flight Pack for Dream-Flight Alula-TrekK Get your Alula-TREK into the air quickly with no hassles! All components are a drop-in fit and servos are metal geared to provide maximum relability and strength,
Includes:
(2) 4.8g DMG Servos
(1) Rx Battery 4.8V NiMH 300mAh
(1) Battery Extension Wire (Simple and lightweight alternative to a switch)
Note: Battery, servos, and extensions feature universal style connectors (Hitec/JR)
4.8g DMG (Digital Metal Gear) Servo Specifications:
Weight: 4.8g (includes wire, plug, arm, and screw)
Maximum Torque (4.8V): 0.8 Kg cm
Size: 18.8 x 7.8 x 21.5mm
Speed: (4.8V): 0.08s for 60�
Motor: Coreless with digital driver
Drive Train: Metal gears
Rx Battery Specifications:
Voltage: 4.8V (4 cell 1/3AA)
Capacity: 300mAh
Weight: 31g
Size: 57 x 29 x 15mm
Charge: 100-250mA (automatic charger with NiMH mode recommended)
d � B� � (<� � � � � � � � V )�2F3< V� j^V�� ��b�S ULTIMA-WING-BAG%Ultima 2 Wing, Tailplane and Fin Bagse ALL STOCK ALLOCATED TO ULTIMA MODELS
A beautiful set of high quality bags for the Ultima 2 F5J. These bags fit nicely around the wing, tailplane and fin/rudder.
They will protect the plane during transport, and will shade the wing and tail surfaces from the sun on hot days, elimimnating the worry of heat damage to the black carbon flying surfaces. � U � � * � � � � � � � � X 4� T� i�(m � �|�b�V
PNC-REIS52-32"Reisenauer 5:1 Motor Mount - 32 mm� The {b,PNC Innovations 32 mm Reisenauer 5:1} is a beautifully CNC machined motor mount for securely attaching motors fitted with Reisenauer Microedition 5:1 gearboxes to the front of 32 mm diameter fuselages, like many top performing F5J fuselages.
The latest version is drilled with holes for both Reisenauer and Powerline gearboxes. Note the photos are not correct.
Fuselage outside diameter = 32 mm
Fuselage internal diameter = 30 mm
Powerline distance between the motor mounting holes is = 4 * 17.5 mm
Reisenauer distance between the motor mounting holes is = 3 * 14 mm
Motor mounting hole diameter = 2.5 mm
{bullet}
Easy to install.
Very strong.
Superb machining.
They look great!
{endbullet}
{CNCMountGlue}
{video,DDJW9y1B5m4}
� "A� � � � � � � � � � < P c1�C } }�`�v SAMBA-RES-2 Samba RES 2� The {b,Samba RES 2} is a new, lighter version of the very well liked Samba RES 2m F3-RES high-start launched glider. Like the previous model it is beautifully cut from the best quality balsa and ply, however this version can be built to a weight of approx 455 g, giving a lower wing loading an even better duration and light lift capabilities.
The fuselage uses a nicely shaped balsa pod with a carbon tube boom to minimise weight and wetted area. The wing has a fully Dbox sheeted wing to keep the low laminar and minimise drag.
The {b,Samba RES 2} comes with all hardware and a superb full size plan and build manual (in German). Due to the clear photos and well thought out design the model can be easily assembled by any modeller with a little experience.
The photos and plans on this page show the original Samba RES model, we will update it with new info as it becomes available.
{table title="Samba RES 2 Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.0 m, 79 in
Wing area, 38.0 dm2, 589 sq in
Length, 108 cm, 42.5 in
Flying weight from, 455 g, 16.0 oz
Wing loading, 12.0 g/dm, 3.9 oz/sq ft
Aspect ratio, 10.5,
Wing airfoil, S3021 mod,
Dihedral (EDA), 10�,
Centre of Gravity, 72 mm from wing leading edge
Controls, "Rudder, elevator, spoilers"
{endtable}
{table title="Samba RES 2 Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Total structure, 360 g, 12.7 oz
Receiver, 7 g, 0.2 oz
Rudder servo, 5 g, 0.2 oz
Elevator servo, 5 g, 0.2 oz
Spoiler servo, 8 g, 0.3 oz
Battery, 70 g, 2.5 oz
Flying weight, 455 g, 16.0 oz
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder & elevator servos, Ripmax SD100, Blue Bird BMS-101HV, Blue Bird BMS-A10H, Power HD DSM44, Gening D531BB, KST X08, Ripmax SD150, Corona DS843MG, Graupner DES 261
Spoiler servo, Blue Bird BMS-A10V, Gening D541BB, KST X08, Ripmax SD150, Corona DS843MG
Receiver, 4 or 5 channel receiver to match your transmitter
Battery, Dream-Flight 300 mAh 4.8V NiMH, Dream-Flight 750 mAh 4.8V NiMH, HyperLipo 2S 300 mAh, 4 cell Eneloop 500-800 mAh NiMH
{endtable}
All information subject to correction and change.
{video,yY93zZlpD2M} � � �� � n � � � � � � � � x �� 9 No longer produced. Disable peroduct after last one sold.c 5� c1�Cj_ +� ��b�^ KST-MS325+KST MS325 Servo - 5.2Kg.cm 0.07s 20.0g 12mm� The new {b,KST MS325} is a breakthrough servo. high reliability servo that uses Hall effect (magnetic) position sensoring to do away with the unreliable and limited life potentiometer (pot) that has been a thorn in the side of RC models until now. This advanced KST developed technology has the potential to revolutionise the RC servo industry, with servos no longer the least reliable part of the RC control system. This increased reliability will make these servos the preferred choice for all high value/high energy models, and for the UAV industry.
The {b,KST MS320} has a good 5.2 Kg.cm torque with a really good 0.07 sec/60� rotation speed. This makes it particularly suitable for cyclic on Goblin 380, Trex 450 and larger helis, and control surfaces of large fast models up to 6 Kg in weight.
In addition to the contactless/magnetic position sensor, these high voltage (2S LiPo capable) servos use zero slop hardened steel gears, aluminium alloy cases, and well designed electronics to deliver the best performance at this size and price point. The combination of no free play in the geartrain and the � 100� rotation range gives these servos the best resolution of any on the market.
{film}
{ServoSpecs}
� � / � � � � � � � � � � ) e�1K1 PC ++� ��b� XM2221EG-22,Dualsky XM2221EG-22 2900 RPM/V 23g Outrunner� The {b,Dualsky XM2221EG-22} is a high quality outrunner for models weighing up to 350g
3mm shaft. See images for full specifications.
Recommended props:
2S LiPo: 5x4, 6x3
� � � `� � � � � � � � <
2B2� dW ++� ��b� XM2225EG-14,Dualsky XM2225EG-14 2700 RPM/V 32g Outrunner� The {b,Dualsky XM2225EG-14} is a high quality outrunner for models weighing 200 - 600g.
3mm shaft. See images for full specifications.
Recommended props:
2S LiPo: 6x4, 6.5x4, 7x4
3S LiPo: 6x3 � � � � � � � � � � � a 2B2� tg -�L ��b�
XM2230EG-9+Dualsky XM2230EG-9 2700 RPM/V 42g Outrunner� The {b,Dualsky XM2230EG-9} is a high quality outrunner for models weighing 300 - 800g.
4mm shaft. See images for full specifications.
Recommended props:
2S LiPo: 7x4, 7x5, 7.5x4, 8x4
3S LiPo: 6x4, 6.5x3, 6.5x4 + � ' � � � � � � � � � � w 2B2� � �}�b�W OSPREY-EOsprey 3000 REF 3mI The {b,Osprey 3000 REF Electric} is a great new 3m glider. We have this model in Rudder-Elevator-Flap (REF) version only currently.
#The {b,Osprey 3000 REF & Full House Electric} is a great new 3m glider.
#We have this model in Rudder-Elevator-Flap (REF) and Rudder-Elevator-Flap-Aileron (full house) versions.
See the glider version info below for more info.
The {b,Osprey 3000 RES} is a beautiful new 3 m glider which is a delight to look at and a joy to fly. Its excellent aerodynamics make it a stable and easy to fly model with impeccable thermal performance, and a surprisingly good speed range.
Like its predecessor the Circle Dancer 3000 this models is a beautifully constructed balsa and carbon almost ready to fly version of the venerable Bubble Dancer by Dr Mark Drela. The {i,RES} appellation indicates that this version is controlled using Rudder/Elevator/Spoiler controls. The wing has generous dihedral and a large central spoiler fitted, keeping to the intent of the Drela design. The Osprey 3000 RES has beautifully built wing with a substantial carbon spar and carbon DBox, making it rigid and strong enough for a sensible winch launch.
The fine fuselage consists of a lightweight Kevlar, glass, and carbon pod molding with a small pylon for mounting the wing above the fuselage, to reduce interference drag. The fuselage nose incorporates a large (18 cm long) hatch to allow easy access to the battery, receiver, rudder and elevator servos. The hatch is very nicely molded from carbon fibre and incorporates a positive attachment system. The fuselage has a molded carbon tailboom incorporating a small pylon for the tailplane/horizontal stabiliser. The pushrod outers are bonded in place, and all the tail pushrod hardware is supplied.
The tailplane is a feather weight built-up balsa and carbon construction, covered with lightweight transparent film and is supplied ready to bolt onto the rear pylon mount. The tailplane includes a ready hinged elevator for faster pitch response.
The Osprey 3000 RES wing is expertly constructed from balsa and carbon, with beautifully applied transparent film covering, in contrasting colours. The centre panel incorporates a large spoiler to give good approach control. The centre and mid panels include carbon Dbox structural elements which considerably strengthen and stiffen the wing, allowing the model to be flown at higher speed and in windier conditions. The standard of construction is excellent, and the prefabrication is very complete. The only things left to do are gluing the tailboom to the pod, installing the control surface control horns, fabricating linkages for the spoiler, and fitting the RC, battery and towhook.
{table title="Osprey 3000 Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 3.0 m, 118 in
Wing area, 62.6 dm2, 970 sq in
Length, 175 cm, 68.9 in
Flying weight from, 1100 g, 38.8 oz
Wing loading, 17.6 g/dm2, 5.8 oz/sq ft
Aspect ratio, 14.4,
Wing airfoil, AG35/36/37,
Dihedral (EDA), 9�,
Spinner Diameter, 32 mm,
Centre of Gravity, 102 - 106 mm from wing leading edge
Controls, "Rudder, elevator, spoiler"
{endtable}
{table title="Osprey 3000 Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage & fin, 237 g, 8.4 oz
Centre panel, 243 g, 8.6 oz
Wing tips, 322 g, 11.4 oz
Tailplane, 33 g, 1.2 oz
Rudder, 11 g, 0.4 oz
Accessories, 54 g, 1.9 oz
Total structure, 900 g, 31.7 oz
Glue etc, 5 g, 0.2 oz
Wiring, 16 g, 0.6 oz
Receiver, 10 g, 0.4 oz
Rudder & elevator servos, 20 g, 0.7 oz
Spoiler servo, 10 g, 0.4 oz
Battery, 120 g, 4.2 oz
Noseweight, 19 g, 0.7 oz
Flying weight, 1100 g, 38.8 oz
{endtable}
{table title="Osprey 3000 Recommended Servos" class=1 cols=2 width=110,235 align=L,L autohref=2}
Elevator & rudder, MKS DS6100, MKS HV6100, KST DS145MG, Blue Bird BMS-105HV, Blue Bird BMS-106HV, Corona DS843MG, Hyperion DS09-AMD, KST DS113MG
Flap, MKS DS6100, MKS HV6100, Blue Bird BMS-105HV, KST DS135
Ailerons (full house version), MKS DS6100, MKS HV6100, KST X08N, Blue Bird BMS-105HV
{endtable}
{table title="Osprey 3000 Control Movements" class=1 cols=2 width=110,235 align=L,L,L}
Rudder, 50 mm each way
Elevator, 15 mm up, 15 mm down
Elevator neutral, 21 mm from the trailing edge to fuse top
Flap, 80 degrees down
Ailerons (full house version), 17 mm up, 12 mm down
{endtable}
{b,Recommended Powertrains}
Leomotion L3013-4550 with 6.7:1 gearbox, 14x10 prop, 3S 1.3Ah LiPo
Powerline Micro 1025/F5J, 16x8 prop, 3S 1.3Ah LiPo (will need to minimise tail weight)
Hacker B40 10L with 4.4:1 gearbox, 14x8 prop, 3S 1.3Ah LiPo (42A, 1800 fpm)
{endtable}
; � L � � # � � � � � � � � � 9 $� c1�C
}�`�X
RESOLUTION-V2RES-olution V2w The {b,RES-olution V2} F3-RES model is very well regarded quick building easy to fly 2m glider laser cut balsa and carbon glider kit. Being a development of the well regarded Climaxx design the RES-olution V2 makes a very good entry into the F3-RES class. It is equally at home on a small field as at a big competition. Its robust structure features approx 10mm tubular carbon spars which ensures it copes better with the rough and tumble of club flying, and allows it to excel in windier conditions than the other lighter models we sell.
The hand selected wood in the RES-olution V2 kit is beautifully laser cut and is a pleasure to work with. All the balsa and ply wood parts are precut making assembly quick and straight forward, with a minimum of sanding required. With a flying weight of approx 590 g (21 oz) the wing loading can be as low as 17 g/dm2 (5.7 oz/sq ft). Despite the low loading the Selig S7012 wing profile gives the RES-olution good penetration, allowing it to be used at higher wind speeds.
The kit includes all pushrods, all small parts, a colour full size plan and richly coloured, illustrated, building instructions (in German). Not included in the kit are adhesives, or RC components. For covering Oralight is highly recommended.
{bullet}
Laser cut all-wood construction with self jigging weight-optimized parts.
Two-piece wing with multiple panel breaks and pre-carved wingtips.
Carbon tubular spar for easy construction and good strength.
Front riblets to reduce covering sag and increase laminar flow over the wing.
Two powerful spoilers give an excellent braking effect and accurate landings.
Colour plan and extensively illustrated, with detailed building instructions (in German).
{endbullet}
See this {href,https://www.rcgroups.com/forums/showthread.php?t=2763378 ,RCGroups thread} for more info.
{table title="RESolution V2 Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.0 m, 78 in
Wing area*, 34.0 dm2, 527 sq in
Length, 112 cm, 44.1 in
Flying weight from, 590 g, 20.8 oz
Wing loading, 17.4 g/dm, 5.7 oz/sq ft
Aspect ratio, 11.4,
Wing airfoil, S7012,
Dihedral (EDA), 12.2�,
Centre of Gravity, 64 mm from wing leading edge
Controls, "Rudder, elevator, spoilers"
{endtable}
* does not include tail area
{table title="RESolution V2 Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Total structure, 450 g, 15.9 oz
Wiring, 10 g, 0.4 oz
Receiver, 8 g, 0.3 oz
Rudder servo, 8 g, 0.3 oz
Elevator servo, 8 g, 0.3 oz
Spoiler servos X2, 16 g, 0.6 oz
Battery, 70 g, 2.5 oz
Noseweight, 20 g, 0.7 oz
Flying weight, 590 g, 20.8 oz
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder & elevator servos, Ripmax SD100, Blue Bird BMS-101, Power HD DSM44, Gening D541BB, KST X08, Ripmax SD150, Corona DS843MG, Graupner DES 261
Spoiler servos (2), Ripmax SD100, Blue Bird BMS-101, Power HD DSM44, Gening D541BB, KST X08, Ripmax SD150, Corona DS843MG
Receiver, 4/5 channel rx to match your transmitter
Battery, Dream-Flight 300 mAh 4.8V NiMH, Dream-Flight 750 mAh 4.8V NiMH, 4 cell Eneloop 500-800 mAh NiMH
{endtable}
d � |_� � P � � � � � � � � x h� Discontinued
Do not reorder\ n� d�Ŏ� `}�`�Y RESOLUTION-ELEKTRO"RES-olution Elektro - Discontinued The {b,RES-olution Elektro} is the electric version of the RES-olution V2 F3-RES model, and like the glider it is a quick building easy to fly laser cut balsa and carbon glider kit. Developed from the well regarded Climaxx design the RES-olution Elektro makes a very good entry level 2m eletric RES model. Its robust structure features approx 10mm tubular carbon spars which ensures it copes better with the rough and tumble of club flying, and allows it to excel in windier conditions than the other lighter models we sell.
The hand selected wood in the RES-olution Elektro kit is beautifully laser cut and is a pleasure to work with. All the balsa and ply wood parts are precut making assembly quick and straight forward, with a minimum of sanding required. With a flying weight of approx 700 g (24.7 oz) the wing loading can be as low as 21 g/dm2 (6.7 oz/sq ft). Despite the low loading the Selig S7012 wing profile gives the RES-olution good penetration, allowing it to be used at higher wind speeds.
The kit includes all pushrods, all small parts, a colour full size plan and richly coloured, illustrated, building instructions (in German). Not included in the kit are adhesives, or RC components. For covering Oralight is highly recommended.
{bullet}
Laser cut all-wood construction with self jigging weight-optimized parts.
Two-piece wing with multiple panel breaks and pre-carved wingtips.
Carbon tubular spar for easy construction and good strength.
Front riblets to reduce covering sag and increase laminar flow over the wing.
Two powerful spoilers give an excellent braking effect and accurate landings.
Ample room for a 28mm diamter direct drive outrunner motor for economic power options.
Colour plan and extensively illustrated, with detailed building instructions (in German).
{endbullet}
See this {href,https://www.rcgroups.com/forums/showthread.php?t=2763378 ,RCGroups thread} for more info.
{table title="RESolution Elektro Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.0 m, 78 in
Wing area*, 34.0 dm2, 527 sq in
Length, 111 cm, 43.7 in
Flying weight from, 700 g, 24.7 oz
Wing loading, 20.6 g/dm, 6.7 oz/sq ft
Aspect ratio, 11.4,
Wing airfoil, S7012,
Dihedral (EDA), 12.2�,
Spinner Diameter, 35 mm,
Centre of Gravity, 64 mm from wing leading edge
Controls, "Rudder, elevator, spoilers, throttle"
{endtable}
* does not include tail area
{table title="RESolution Elektro Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Total structure, 450 g, 15.9 oz
Wiring, 10 g, 0.4 oz
Receiver, 8 g, 0.3 oz
Rudder servo, 8 g, 0.3 oz
Elevator servo, 8 g, 0.3 oz
Spoiler servos X2, 16 g, 0.6 oz
Motor, 45 g, 1.6 oz
ESC, 20 g, 0.7 oz
Prop & spinner, 20 g, 0.7 oz
Battery, 115 g, 4.1 oz
Flying weight, 700 g, 24.7 oz
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder & elevator servos, Ripmax SD100, Blue Bird BMS-101, Power HD DSM44, Gening D541BB, KST X08, Ripmax SD150, Corona DS843MG, Graupner DES 261
Spoiler servos (2), Ripmax SD100, Blue Bird BMS-101, Power HD DSM44, Gening D541BB, KST X08, Ripmax SD150, Corona DS843MG
Receiver, 4/5 channel rx to match your transmitter
Flight battery, 2S 800 mAh to 3S 1200 mAh recommended
{endtable}
{table title="RESolution Elektro Powertrain Recommendations" class=1 cols=2 width=160,210 align=L,L autohref=1}
Hacker A10-7L geared 4.4:1, 3S 450mAh LiPo, 12x10 folding prop
ADH300L Front Mount, 3S 450mAh LiPo, 9x5 folding prop
ADH300L Front Mount, 2S 450mAh LiPo, 11x6 folding prop
Roxxy 2220/20 28g outrunner, 3S 600mAh LiPo, 8x4 prop
Powerline Micro 1010, 3S 450mAh LiPo, 12x6 prop
Mega 16/7/12 direct drive*, 2S 450mAh LiPo, 7x5 prop
{endtable}
Any 28mm diamter 32 - 45 g outrunner motor wih a Kv between 1000 and 1400 RPM/V will be okay.
� � |_� � P � � � � � � � � x Discontinued\ n� d���
\ �}�b�Z FRESHFresh 2m� The {b,Fresh F3-RES} is a highly regarded F3-RES model that flies excellently and builds comparatively quickly. The big benefits of this model are its carbon tubular spars and carbon tailboom for lighter weight, and lower fuselage drag.
The design is simple, functional and robust. The model combines a very good glide angle with excellent thermal performance and good-natured handling. Although the {b,Fresh} was designed to win F3-RES competitions it also makes an excellent sport model. The model comes with two fuselage front formers, alowing it to be built as a pure glder or an electric glider. The electric version is designed for 30 mm spinners and the max internal motor diameter is about 25 mm.
Like all the F3-RES models we sell this is a very complete builder's kit made from top quality hand selected balsa, ply and carbon fibre tubes. The kit includes all wood, all small parts, and an excellent full scale plan.
See this German {href, http://www.rc-network.de/forum/showthread.php/569888-Pr%C3%A4sentation-FRESH-Segelflugmodell-f%C3%BCr-F3-RES, rc-network} thread for more info. The English manual can be downloaded using the link below the {b,More details} heading.
Also please look a CJ Scott's excellent series of videos on his {href, https://www.youtube.com/watch?v=MOHS9KRgjrs&list=PLWi1J2KoLS70o2ChpkQkbTaoe9FKknJos,YouTube channel}.
{table title="Fresh F3-RES Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.0 m, 79 in
Wing area, 35.6 dm2, 552 sq in
Length, 130 cm, 51.2 in
Flying weight from, 435 g, 15.3 oz
Wing loading, 12.2 g/dm2, 4.0 oz/sq ft
Aspect ratio, 11.2,
Wing airfoil, AG36mod / AG37mod
Dihedral (EDA), 11.0�,
Spinner dia (el version), 30 mm
Centre of Gravity, 70 - 74 mm from wing leading edge
Controls, "Rudder, elevator, spoiler"
{endtable}
{table title="Fresh F3-RES Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Bare structure, 285.0 g, 10.1 oz
Covering, 45.0 g, 1.6 oz
Total structure, 330.0 g, 11.6 oz
Wiring, 10.0 g, 0.4 oz
Receiver, 6.0 g, 0.2 oz
Rudder servo, 5.0 g, 0.2 oz
Elevator servo, 5.0 g, 0.2 oz
Spoiler servo, 9.0 g, 0.3 oz
Battery, 55.0 g, 1.9 oz
Noseweight, 15.0 g, 0.5 oz
Flying weight, 435.0 g, 15.3 oz
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder & elevator servos, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Blue Bird BMS-A10H, Graupner DES 261
Spoiler servo, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Blue Bird BMS-A10V, KST X08
Receiver, 4 or 5 channel receiver to match your transmitter
Battery, HyperFlight 750 mAh 4.8V, Dream-Flight 300 mAh 4.8V NiMH, Dream-Flight 750 mAh 4.8V NiMH, HyperLipo 2S 300 mAh, 4 cell Eneloop 500-800 mAh NiMH
{endtable}
{table title="Electric Version Powertrain Recommendations" class=1 cols=2 width=130,310 align=L,L autohref=1}
ADH300L , 2S 600mAh LiPo, 9x5 folding prop
ADH300L ,3S 450mAh LiPo, 8x4 folding prop
DYS D2225-19, 2S 600mAh LiPo, 10x5 folding prop
DYS D2225-19 , 3S 450mAh LiPo, 8x4 folding prop
Hacker A10-7L 4.4:1, 3S 450mAh LiPo, 12x10 folding prop
Hacker A10-7L 4.4:1, 3S 450mAh LiPo, 13x8 folding prop
Hacker B20-18L geared, 2S 600mAh LiPo, 12x7 folding prop
{endtable}
{video,ww7rzF6vQo8}
{video, 3LGEvxrPbtk} � � � � � n � � � � � � � � k 3] G� i)�� , carbon fibre i�T 2' /�$ ��b�[ KST-MS320.KST MS320 v2 Servo - 6.2Kg.cm 0.08s 20.8g 12mm� The new {b,KST MS320} is a revolutionary high reliability servo that uses Hall effect (magnetic) position sensoring to do away with the unreliable and limited life potentiometer (pot) that has been a thorn in the side of RC models until now. It has recenty been upgraded to V2 and is now even better. This advanced KST developed technology has the potential to revolutionise the RC servo industry, with servos no longer the least reliable part of the RC control system. This increased reliability will make these servos the preferred choice for all high value/high energy models, and for the UAV industry.
The {b,KST MS320} V2 has an excellent 6.2 Kg.cm torque with a really good 0.075 sec/60� rotation speed. This makes it particularly suitable for cyclic on 450 and larger helis, and control surfaces of large fast models up to 10 Kg in weight.
In addition to the contactless/magnetic position sensors KST MS 320 V2 high voltage (2S LiPo capable) servos use zero slop hardened steel gears, aluminium alloy cases, and well designed electronics to deliver the best performance at this size and price point. The combination of no free play in the geartrain and the � 100� rotation range gives these servos the best resolution of any on the market.
As the KST MS320 has better specifications than the KST MS325 we consider the MS325 to be superceded by the MS320.
{film}
{ServoSpecs}
{video,mpG2Ge0F0eM} � � - � � � � � � � � � � * y�1K1 E ��b�� CR-4545mm M2 Control Rods (2)� A pair (2) of high quality 45 mm long stainless steel control rods with M2 threads cut at both ends.
Often used to connect the flap to the flap servo. As used on Vladimir's Models planes.
� � V� �
� � � � � � � �
��2G4; i���f �}�b�] MAD-RESMadRES�
The {b,Mad-RES} is a second generation F3-RES design. As a further development of the RES-ONE it is one of the lightest and quickest to build F3-RES models available. The wing is a solid CNC cut molding from ultra lightweight hand picked solid balsa resulting in a very accurate ultra-thin profile with no covering sag. The wing structure including the carbon spar can be assembled in approx 1.5 hrs with practice! The wing breaks down into three pieces for travelling and storage, the flat centre panel and two tip panels. The tailplane can be easily removed, making this model convenient to transport.
<img src="extras/madres-profil-600.jpg" alt="MadRES wing section">
The GT Synergy Modified airfoil profiles make the best of the ultra thin wing giving a very good glide angle and a wider speed range. Due to the wing design and low weight the MadRES excels at finding lift and climbing out in weak thermals.
The design and material selection was deliberately designed for extremely light weight, allowing the prototype to be built to the sensational mass of 278 g. The production models were redesigned to be a little stronger and better able to withstand the rough and tumble of competition flying and weight around 320 g to 360 g ready to fly. The model can also be built as an electric glider with a flying weight of 370 g to 420 g, using a slim motor like a geared Hacker A10-7L.
For more infomations see this {href,http://www.rc-network.de/forum/showthread.php/559037-Informationen-MAD-RES,RC-Network.de thread}. A good manual is included (in German) and an English version can be downloaded - see the MADRES_Manual_EN.pfd link below. Also checkout this {href, https://www.rcgroups.com/forums/showthread.php?2829332-MADRES-from-FraundorferS, RCGroups MadRES} build thread. {href, https://www.rcgroups.com/forums/showpost.php?p=37143168&postcount=53, Post 53 is really useful}.
{table title="MadRES Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.0 m, 78 in
Wing area, 26.8 dm2, 416 sq in
Length, 107 cm, 42.0 in
Flying weight from, 325 g, 11.5 oz
Wing loading, 12.1 g/dm2, 4.0 oz/sq ft
Aspect ratio, 14.8,
Wing airfoil, GT Synergy Modified
Dihedral (EDA), 8.5�,
Centre of Gravity, 70 - 75 mm from wing leading edge
Controls, "Rudder, elevator, spoiler"
{endtable}
{table title="MadRES Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 55 g, 1.9 oz
Wings, 160 g, 5.6 oz
Tail feathers, 10 g, 0.4 oz
Covering, 45 g, 1.6 oz
Total structure, 270 g, 9.5 oz
Receiver, 5 g, 0.2 oz
Rudder servo, 5 g, 0.2 oz
Elevator servo, 5 g, 0.2 oz
Spoiler servo, 5 g, 0.2 oz
Battery, 20 g, 0.7 oz
Noseweight, 15 g, 0.5 oz
Flying weight, 325 g, 11.5 oz
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder & elevator servos, Ripmax SD100, Blue Bird BMS-101AMG, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Power HD DSM44, Gening D531BB
Spoiler servo, Ripmax SD100, Blue Bird BMS-101AMG, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Power HD DSM44, Gening D531BB
Receiver, 4 channel receiver to match your transmitter
Battery (18g-25g), HyperLiPo 2S 300 mAh, Nanotech 1S 750 mAh LiPo
{endtable}
{video,uzkYeLtHMPs}
<iframe frameborder="0" width="600" height="338" src="//www.dailymotion.com/embed/video/x43g4br" allowfullscreen></iframe><br /><a href="http://www.dailymotion.com/video/x43g4br_mad-res_sport" target="_blank">MAD-RES</a> <i>by <a href="http://www.dailymotion.com/testflightrc" target="_blank">testflightrc</a></i> � � �Z� � l2� � � � � � � � � e� Y j� iPt� � �}�b�_ SRIDSM-BB-105HVIIntegrated Drive System/Mono for BMS-105HV / BMS-106HV / BMS-107HV (pair) A pair (2) of beautifully engineered external bearing servo frames with an ultra-rigid pushrod to make an Integrated Drive System (IDS) for Blue Bird BMS-105HV, BMS-106HV, and BMS-107HV servos.
An {b,Integrated Drive System} or IDS is a largely or completely internal linkage between an aileron or flap and its servo. It is different from a normal wire based linkage in using much stiffer components, resulting in a more rigidly connected control surface, with much less compliance.
These frames and IDS linkages speed-up servo installation, keep the servo secure and rigidly mounted, and also allow easy removal for maintenance or replacement. The external bearing reduces side load at the servo output arm, reducing compliance and extending the life of the servo. The external bearing and the special rigid IDS connecting piece reduces any free play, increasing the stiffness of the control surface, improving control and avoiding flutter problems.
The connection between the servo and control surface is made via a hard plastic pushrod, so no cutting or gluing is required, making for a quicker and more repeatable installation. 11 of these mono pushrods are supplied in each kit, varying in length between 61 mm and 80 mm, each approx 1.7 mm longer than the next. These new IDS sets are labelled "Mono" as the pushrod is a monolithic component, not an assembly of parts that can come apart.
Parts supplied for a single Mono IDS:
1 servo frame with 2 clamping part s
1 ball bearing
11 plastic IDS pushrods - range between 61mm and 80mm length
4 servo arms of different lengths
2 servo mounting screws
4 steel bearing shafts
Sold in pairs, so 2X of the above are supplied. Add one to the basket for mounting and connecting two servos.
Size: 40 mm x 37 mm x 10 mm
` � � � (� � � � � � � � 2 �� I y� c1�C� ��b�` SRB-MKS-6130%Frame with bearing for the MKS HV6130 A nicely molded filled nylon servo frame with an external bearing, to fit the MKS HV6130 servo. This product does not work with other manufacturer's (eg KST) servos as the output spline size and retaining arm screw size is particular to MKS.
These frames speed-up servo installation, keep the servo secure and rigidly mounted, and also allow easy removal for maintenance or replacement. The external bearing reduces side load at the servo output arm, reducing compliance and extending the life of the servo. The external bearing reduces any free play, increasing the stiffness of the control surface, improving control and avoiding flutter problems.
Sold singly . Add two to the basket for mounting two servos.
Size: 58 mm x 47 mm x 10.5 mm
Weight: 6 g
� � K� �
(� � � � � � � � 2BOX3I y� i�Z� � � .�t @�`�a SRIDSM-MKS-6130+Integrated Drive System/Mono for MKS HV6130# {IDSM, MKS HV6130, 12, 48, 81, 3}
� � <� � � � � � � � � � " 2B0X6/ good 3 + 14 = 17
old style 6125 frame = 15I P �}�b�� SRIDS-BMS-A56VMIntegrated Drive System/Mono for the Blue Bird BMS-A56V BMS-A55H and BMS-A54H� {IDSM, Blue Bird BMS-A56V BMS-A55H and BMS-A54H, 12, 48, 81, 3}
Note the photos are temporarily showing the very similar MKS HV6130 IDS frame. � � <� � � � � � � � � � 2 I �� c1�C� �}�b�
SRIDSM-FR-T11VIntegrated Drive System/Mono for Robbe/Futaba S3150, S3155, S3171SV, S3172SV & S3174SV� {IDSM, Robbe/Futaba S3150, S3155, S3172SV & S3174SV, 12, 48, 81, 3}
This product uses the Servorahmen Type Robbe 11 frame.
Note the photos are temporarily showing the very similar MKS HV6130 IDS frame. � � <� � � � � � � � � � ' 2BOX5I �� j]�i ��b�� SRB-MKS-747$Frame with bearing for the MKS HV747m A nicely molded filled nylon servo frame with an external bearing, to fit the MKS HV747 servo
These frames speed-up servo installation, keep the servo secure and rigidly mounted, and also allow easy removal for maintenance or replacement. The external bearing reduces side load at the servo output arm, reducing compliance and extending the life of the servo. The external bearing reduces any free play, increasing the stiffness of the control surface, improving control and avoiding flutter problems.
Sold singly . Add two to the basket for mounting two servos.
Size: 58 mm x 47 mm x 10.5 mm
Weight: 6 g
� � K� � � � � � � � � � 2BOX3I �� i� � �� -�� �`�� KST-X102KST X10 V8 Wing Servo - 10.8Kg.cm 0.12s 28.0g 10mm7 New {b,KST X10 V8 wing servo} is a high and medium voltage MKS DS6125 / KST DS125 sized servo with a similar or better speed and torque to the new MKS HV6130. The {b,KST X10 V8} has a hardened steel drive train and a coreless motor capable of running all the way from 4.8V to 8.4V (4S NiMH to 2S LiPo) making these servos ideal for electric powered models (most ESCs output 5.5V) as well as most gliders.
Supplied accessories include two strong red nylon output arms, and three normal strength white nylon output arms.
{b,KST X10 V8 Features}
{bullet}
Slim 10 mm body
Excellent 10.8 Kg.cm torque
Compact and light weight design
Good torque and speed
Wide 4S NiMH to 2S LiPo voltage range
Excellent heat dissipation
7075 Alloy casing
Hardened Steel gears
Designed for lightweight high performance RC Gliders
{endbullet} {ServoSpecs} The V8 version is very similar to the previous servo and is identified by V8.0 printed on the bottom of the case. The only change we are aware of is the wider operating voltage range. The physical size and shape are identical.
� , � � � � � � � � � � 1 s _�1M2 Ind) ��b�b
INSIDE-F5JInside F5J 2.9mr The {b,Inside F5J} is a lovely built up laser cut balsa, ply, and carbon kit for competitive F5J flying without breaking the bank. The Inside F5J has been developed from the Introduction F5J with the major changes being improved structure giving a lower weight, six servo wings with outer ailerons, inner ailerons, and flaps and reduced dihedral to give more precise control in windier flying conditions. The reason for the three control surfaces in each wing half is to keep each control surface structure reasonably short so that it does not deform and twist under load, even when using all balsa construction
The Inside F5J is extremely good-natured in climb, in thermals and when landing. It has a good speed range through the use of the AG35mod profile with outstanding cruise and thermal characteristics. Its good control response allows accurate positioning in a thermal and allows the thermal to be tracked easily as it drifts downwind, giving great climbs. The fully articulated wing allows the camber to be decreased when increased speed is required when returning to the field from far downwind.
The 2866 mm (113 in) easy build wing with full camber control and a flying weight from 1100 g makes the {b,Inside-F5J} an ideal model for an aeromodeller looking for a high performance F5J plane without breaking the bank. The recommended Hacker A20-22 brushless motor, a 3-cell LiPo with 900mAh - 1300mAh capacity and an Aeronaut CamCarbon 11x6 prop gives many climbs to thermal altitudes. Due to the low flying weight 5s -10s motor runs per climb are usually sufficient.
The central design feature of the wings is the carbon fiber tube, onto which the laser-cut ribs are threaded. Stylish wingtips ensure an elegant surface finish. The balsa fuselage is reinforced in the front area with light plywood. A milled firewall is already prepared for the Hacker A20-22L evo. Apart from the laser-cut components, the kit also includes CFRP spars, GRP nose strips, as well as control rods and small parts. An excellent full scale full colour plan and a richly illustrated German construction manual is supplied. An English translation is {href,https://hoellein.com/downloads/pdf-artikel/gruener/Inside-manual.v2.pdf,here} and an improved one is {href,\extras\InsideF5JAssemblyManualEN-Rev.4.pdf,here} - print it double sided.
Not included in the kit are adhesives, covering material, powertrain and RC components. For covering the model we recommend {href, https://www.hyperflight.co.uk/products.asp?search=Oralight+,Oralight} film. Lots more info in this {href, https://www.rcgroups.com/forums/showthread.php?t=2501537,Inside F5J} RCGroups thread. Thanks to Lauri Maalismaa and RCGroups members for use of the photos.
{table title="Inside F5J Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.9 m, 113 in
Wing area, 65.0 dm2, 1008 sq in
Length inc spinner, 143 cm, 56.4 in
Flying weight from, 1100 g, 38.8 oz
Wing loading, 16.9 g/dm, 5.5 oz/sq ft
Aspect ratio, 12.6,
Wing airfoil, AG35 Mod,
EDA (dihedral), 6.6�,
Spinner Diameter, 38 mm,
Centre of Gravity, 87-90 mm from wing leading edge
Controls, "Rudder, elevator, outer ailerons,inner ailerons, flaps, throttle"
{endtable}
{table title="Inside F5J Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Structure, 790 g, 27.9 oz
Wiring, 25 g, 0.9 oz
Receiver, 10 g, 0.4 oz
Rudder servo, 11 g, 0.4 oz
Elevator servo, 11 g, 0.4 oz
Wing servos (6), 60 g, 2.1 oz
Speed control, 30 g, 1.1 oz
Motor, 43 g, 1.5 oz
Prop & spinner, 20 g, 0.7 oz
Battery, 100 g, 3.5 oz
Flying weight, 1100 g, 38.8 oz
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,235 align=L,L autohref=2}
Rudder & Elevator, KST X06, KST X08, CHA DS09, MKS DS6100, MKS HV6100, Blue Bird BMS-125,Blue Bird BMS-126
Outer ailerons, CHA DS06, KST X06H, KST X08H, MKS DS6100, MKS HV6100, MKS HV6110, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Blue Bird BMS-125, Blue Bird BMS-126
Inner ailerons, KST X08H, CHA DS09, MKS DS6100, MKS HV6100, MKS HV6110, Blue Bird BMS-115, Blue Bird BMS-125
Flaps, CHA DS09, MKS DS6100, MKS HV6100, MKS HV6110, Blue Bird BMS-115, Blue Bird BMS-125
Receiver, 9+ channel rx to match your transmitter. Or 7 channel with Y leads on the inner & outer ailerons.
Power, 30A - 40A ESC with 4A - 5A uBEC
{endtable}
{table title="Powertrain Recommendations" class=1 cols=2 width=130,310 align=L,L autohref=1}
XPower F2915/12 XLight, 3S 900mAh LiPo, 10x5 or 10x6 (recommended)
Axi 2217/20 V2 Long, 3S 900mAh LiPo, 12x6
Dualsky XM2532EG-16, 3S 900mAh LiPo, 9x6 or 10x5
Dualsky EG500-14, 3S 900mAh LiPo, 10x6
Hacker A20-22L Evo, 3S 1300mAh LiPo, 11x6
Mega 16/15/5, 3S 900mAh LiPo, 7x5
{endtable} Note the Axi and Hacker motors have rotating cases and are thus harder to mount.
Choose a battery capacity after completing the model that will assist obtaining the correct CG.
{video, zApNR4JlagY}
{video,j6e4zvhAVEM}
� � � � �<� � � � � � � � n ��4\ �� !Balsa wood, plywood, carbon fibre jOa� /cl electric fuse.
�� jq� +� RIBBON"Unidirecti �� j_�� � �}�b�c EXT-LEAD-102CM-22AWG)Medium Weight 102 cm Servo Extension Lead A medium weight servo extension lead for larger models. Made from twisted 22 AWG wires to minimise interference and voltage drop.
The wire is 102 cm (40 in) long, the overall length including the plug and socket is 104 cm. Works with all makes of RC.
Weight = 17 g � � � � 8� � � � � � � � c1�C�� -r @�`�d KST-MS589+KST MS589 Servo - 9.2Kg.cm 0.08s 38.0g 15mm� The new {b,KST MS589} is a very powerful high voltage contactless servo suitable for helicopter cyclic and all fixed wing aplications. At 15 mm thick and 38 g weight it is reasonably small and light, considering its excellent 9.2 kg.cm of torque and 0.08 sec/60� speed.
The {b,MS589} uses a Hall effect (magnetic) positon sensor for maximum acuracy and reliability. Also see the {pref,KST-DS589MG,KST D589MG} servo which is the same size but uses a potentiometer as a position sensor.
The {b,KST MS589} a similar size and torque as the well regared {pref,MKS-HV737, MKS HV737} and is faster and better value.
Despite not having an {b,-MG} moniker the KST MS589 servo has a hardened steel metal gear train.
{ServoSpecs}
} � I � � 0 � � � � � � � � ; 1L1# Was quoted $33.50 in email from Lin A �`�f BMS-A10V7Blue Bird BMS-A10V Wing Servo - 3.2Kg.cm 0.07s 7.4g 8mm� The {b,Blue Bird BMS-A10V} is a great new {i,wide voltage} (WV) servo with amazing torque, speed and precision in a tiny case only 8 mm thick. The {b,V} suffix relates to the vertically orientated servo mounting lugs (tabs) fitted, making this servo ideal for wing and tail surface mounting.
With a weight of 7.4 g and a speed of 0.07 sec/60� the {b,Blue Bird BMS-A10V} is ideal for DLGs, F3K, F3P, F5J, and all electric racers, small gliders and 3D RC models. Being so thin and lightweight the A10 is also ideal for installation in the tail surfaces of larger models.
With a wide voltage range from 3.7V to 8.4V the BlueBird A10-V works perfectly on 1S and 2S LiPo, and well as 4 and 5 cell NiMH batteries.
{ServoSpecs}
J � 'Z� #Z� C� � � � � � � � ��1K3� Dropped the price to �30 on 10/10/17 - 75 in stock
Restored to �36 on 12/12/17 - only 11 left in stock, so sold about 31 per month.
Approx trippled sales during this periodR �� jdW?� }�`�g BMS-A10S2Blue Bird BMS-A10S Servo - 3.2Kg.cm 0.07s 7.3g 8mm2 The {b,Blue Bird BMS-A10S} is a great new {i,wide voltage} range (WV) tabless servo with amazing torque, speed and precision in a tiny case only 8 mm thick. The {b,S} suffix relates to the smooth case as no servo mounting lugs (tabs) fitted, making this servo ideal for gluing straight into wings and tail surfaces for compact, simple mounting. We recommend epoxy glue is used.
With a weight of 7.3 g and a speed of 0.07 sec/60� the {b,Blue Bird BMS-A10S} is ideal for DLGs, F3K, F3P, F5J, and all electric racers, small gliders and 3D RC models. Being so thin and lightweight the A10 is also ideal for installation in the tail surfaces of larger models.
With a wide voltage range from 3.7V to 8.4V the BlueBird A10-S works perfectly on 1S and 2S LiPo, and well as 4 and 5 cell NiMH batteries.
{ServoSpecs}
I � 'Z� _� C� � � � � � � � �� 3/3/17 37 soldR �� hK�� �} ��b�� BALSAEL3'Light Balsa sheet size 3 x 100 x 500 mmg Light Balsa sheet size 3 x 100 x 500 mm. Equivalent to 1/8" x 4" x 20" sheet.
Very high quality lightweight balsa wood sheets suitable for plane, boat and railway modelling, DIY craftwork, school projects and more.
This is some of the best wood we have seen in 60 years of modelling, lightweight with no knots and of very consistent density and grain. � � � � � � � � � � � � 2 { dï
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BMS-101AMG4Blue Bird BMS-101AMG Servo - 1Kg.cm 0.07s 4.5g 7.6mm� The {b,Blue Bird BMS-101AMG} is a tiny metal gear servo from Blue Bird wih an analogue amplifier, as preferred by some for lower current draw and the relaibility that comes from using well proven technology. This servo is strong, powerful and has a very tight geartrain with little or no free play. Featuring low weight, a 7.6 mm thin case and one kg-cm or torque this is an excellent servo for DLG / HLG / F3K / F3P / 3D EP RC models.
The 7.6 mm body thinness ensures the {b,Blue Bird BMS-101AMG} will fit in very thin wings, making it a great servo for 1m discus launched gliders and small slope soarers. Its light weight, high speed and great precision makes it well suited for F3P and other small aerobatic/3D indoor and outdoor RC models.
The BB BMS101 AMG is supplied with four output arms, mounting screws, optional mounting tape, and a fun sticker set. The large arm is 5 cm diameter (2.5 cm largest hole radius) making it excellent for F3P aileron control.
The Blue Bird BMS10AMG is in many ways similar to the Ripmax SD100, and is a good alternative to this servo for those using NiMH batteries or 1S LiPo batteries. Its main benefits over the SD100 and the Dymond D47 are its metal geartrain giving it greater toughness. For applications a 2S LiPo battery we recommend the HV version of this servo: {Pref, BMS-101HV, Blue Bird BMS-101HV}. Also see the disgital version of this servo, the {Pref, BMS-101DMG, Blue Bird BMS-101DMG}.
{table title="Blue Bird BMS-101AMG Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=: autohref=2}
Body dimensions: 18.6 mm wide x 7.6 mm thick x 15.7 mm high : 0.73" wide x 0.30" thick x 0.62" high
Max dimensions: 26.6 mm wide x 7.6 mm thick x 19.5 mm high : 1.05" wide x 0.30" thick x 0.77" high
Stall torque (3.8V): 0.6 kg.cm: 8 oz.in
Stall torque (4.8V): 0.8 kg.cm: 11 oz.in
Stall torque (6V): 1.0 kg.cm: 14 oz.in
Weight: 4.5 g: 0.16 oz
Lead length: 11 cm: 4.4 in
Operating speed (3.8V): 0.11 sec/60�
Operating speed (4.8V): 0.09 sec/60�
Operating speed (6V): 0.07 sec/60�
Operating voltage: 3.7V to 6V
Bearings: Plain
Gear material: Metal alloy
Case material: Nylon
Motor type: Coreless DC motor
Working frequency: 125 Hz
Dead band/resolution: 4 �s
Pulse width for � 60�: 900 - 2100 �s
Digital: No
Programmable: No
Position feedback: Potentiometer
Supplied accessories: 4 plastic output arms, 2 arm retaining screws, 2 mounting screws, double sided mounting tape, sticker set
{endtable}
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BMS-101DMG4Blue Bird BMS-101DMG Servo - 1.0Kg.cm 0.07s 4.5g 8mmW The {b,Blue Bird BMS-101DMG} is a tiny metal gear servo from Blue Bird with a digital amplifier, to maximise resolution and holding torque. This servo is strong, powerful and has a very tight geartrain with little or no free play. Featuring low weight, a 7.6 mm thin case and one kg-cm or torque this is an excellent servo for DLG / HLG / F3K / F3P / 3D EP RC models.
The 7.6 mm body thinness ensures the {b,Blue Bird BMS-101DMG} will fit in very thin wings, making it a great servo for 1m discus launched gliders and small slope soarers. Its light weight, high speed and great precision makes it well suited for F3P and other small aerobatic/3D indoor and outdoor RC models.
The BB BMS101 DMG is supplied with four output arms, mounting screws, optional mounting tape, and a fun sticker set. The large arm is 5 cm diameter (2.5 cm largest hole radius) making it excellent for F3P aileron control.
The Blue Bird BMS10DMG is in many ways similar to the Ripmax SD100, and is a good alternative to this servo for those using NiMH batteries or 1S LiPo batteries. Its main benefits over the SD100 and the Dymond D47 are its metal geartrain and digital controller, giving it greater toughness, holding power and resolution. For applications a 2S LiPo battery we recommend the HV version of this servo: {Pref, BMS-101HV, Blue Bird BMS-101HV}.
{ServoSpecs}
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BMS-210DMH6Blue Bird BMS-210DMH Servo - 3.9Kg.cm 0.13s 15.5g 12mm� The {b,Blue Bird BMS-211DMH} is a versatile servo for medium sized RC planes and helicopters. With its good performance and high precsion it makes an excellent servo for many sports models weighing up to 2.5Kg
{ServoSpecs}
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8� � � � � � � � % R hK�� �} �b�k BMS-20HV7Blue Bird BMS-20HV HV Servo - 4.3Kg.cm 0.13s 14.9g 12mmZ The {b,Blue Bird BMS-21HV} is a very nice mid sized servo for electric planes, 3D RC aerobats, and gliders. With a torque of 4.3 kg.cm at 0.13 sec/60� this servo is has a lot of torque and a rasonable speed, considering its small size and 15 g weight. With a very narrow 2 �s dead band/resolution and a tight geartrain without free play this servo will give excellent control of the model.
This is a mid to high voltage servo, meaning it will work fine on a 4 cell NiMH battery, a 5V BEC output, or a 2S LiPo receiver battery.
{table title="Blue Bird BMS-20HV Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=: autohref=2}
Body dimensions: 23.0 mm wide x 12.0 mm thick x 25.4 mm high : 0.91" wide x 0.47" thick x 1.00" high
Max dimensions: 32.5 mm wide x 12.0 mm thick x 31.0 mm high : 1.28" wide x 0.47" thick x 1.22" high
Stall torque (5V): 2.9 kg.cm: 40 oz.in
Stall torque (6V): 3.5 kg.cm: 49 oz.in
Stall torque (7.4V): 4.3 kg.cm: 60 oz.in
Weight: 14.9 g: 0.53 oz
Lead length: 15 cm: 6.0 in
Operating speed (5V): 0.18 sec/60�
Operating speed (6V): 0.15 sec/60�
Operating speed (7.4V): 0.13 sec/60�
Operating voltage: 4.5V - 8.5V
Bearings: 2 ball bearings
Gear material: Metal alloy
Case material: Nylon
Motor type: Coreless DC motor
Working frequency: 250 Hz
Dead band/resolution: 2 �s
Pulse width for � 60�: 900 - 2100 �s
Digital: Yes
Programmable: No
Position feedback: Potentiometer
Operating temperature: -20 to +60 �C
Supplied accessories: 2 plastic output arms, 1 arm retaining screws, 4 mounting screws, sticker set
{endtable}
� � 5� K� /� � � � � � � � 2 R c1�C z �} �b�m BMS-A53MBlue Bird BMS-A53M TBA � � +� � A� � � � � � � � 2 R c1�C ~ �}�b�n BMS-A207Blue Bird BMS-A207 TBA � � /� � B� � � � � � � � 2 R c1�C R �}�b�o BMS-A54H2Blue Bird BMS-A54H Servo - 7.4Kg.cm 0.08s 24g 10mm� The {b,Blue Bird A54H} servo is a superb new entrant to the metal cased wing servo market. It is identical in size to the MKS DS6125, but is a 2S LiPo compatible high voltage servo that is more powerful, faster, while also achieving zero slop (free play), and brilliant resolution. Note the large output spline is identical to Futaba 25 tooth splines, so replacement output arms are readily available.
We highly recommend this for flaps (and possibly ailerons) on all our larger models.
Note the photos show the identical A56V - the only visible difference is the name.
{table title="Blue Bird A54H Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=: autohref=2}
Body dimensions: 30.0 mm wide x 10.0 mm thick x 34.5 mm high : 1.18" wide x 0.39" thick x 1.36" high
Max dimensions: 42.0 mm wide x 10.0 mm thick x 47.0 mm high : 1.65" wide x 0.39" thick x 1.85" high
Stall torque (4.8V): 5.20 kg.cm: 72 oz.in
Stall torque (6V): 6.20 kg.cm: 86 oz.in
Stall torque (7.4V): 7.40 kg.cm: 103 oz.in
Weight: 24 g: 0.85 oz
Lead length: 30 cm: 11.9 in
Operating speed (4.8V): 0.12 sec/60�
Operating speed (6V): 0.10 sec/60�
Operating speed (7.4V): 0.08 sec/60�
Operating voltage: 4.5V to 8.5V
Bearings: 2 ball bearings
Gear material: Titanium Alloy
Case material: Aluminium alloy
Motor type: Coreless DC motor
Working frequency: 333 Hz
Dead band: 0.001 mS
Driver type: FET
Digital: Yes
Programmable: No
Supplied accessories: 1 plastic output arm, 1 metal output arm, 1 arm retaining screw, 3 mounting screws
Optional Accessories: Frame for MKS DS6125, Frame with bearing for the Blue Bird 54H, Integrated Drive System for the Blue Bird 54H,
{endtable} � � /� 2� A� � � � � � � � 2 R c1�C � �} �b�p
BMS-211DMH6Blue Bird BMS-211DMH Servo - 2.3Kg.cm 0.10s 15.3g 12mm� The {b,Blue Bird BMS-211DMH} is a versatile servo for medium sized RC planes and helicopters. With its good performance and high precsion it makes an excellent servo for many sports models weighing up to 2.5Kg
{ServoSpecs}
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BMS-212DMH6Blue Bird BMS-212DMH Servo - 1.4Kg.cm 0.05s 15.5g 12mmQ The {b,Blue Bird BMS-212DMH} is a high speed servo for medium sized RC planes and helicopters. its high speed makes it particularly suitable for heli tail rotors and rudder and elevator on 3D aerobats.
With its good performance and high precsion it makes an excellent servo for many sports models weighing up to 2Kg
{ServoSpecs}
� � U� � !� � � � � � � � % R hK� � �} �b�r BMS-22HV4Blue Bird BMS-22HV Servo - 2.5Kg.cm 0.05s 15.2g 12mm+ The {b,Blue Bird BMS-22HV} is a very nice mid sized servo for electric planes and gliders and for cyclic on 250 to 450 sized helis. With a torque of 2.5 kg.cm at 0.05 sec/60� this servo is powerful and very fast, considering its small size and 15 g weight. With a very narrow 2 �s dead band/resolution and a tight geartrain without free play this servo will give excellent control of the model.
This is a mid to high voltage servo, meaning it will work fine on a 4 cell NiMH battery, a 5V BEC output, or a 2S LiPo receiver battery.
{ServoSpecs}
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� � � � � � � � % R hK�� �} �b�s BMS-21HV4Blue Bird BMS-21HV Servo - 3.2Kg.cm 0.09s 15.2g 12mm" The {b,Blue Bird BMS-21HV} is a very nice mid sized servo for electric planes and gliders and for cyclic on 250 to 450 sized helis. With a torque of 3.2 kg.cm at 0.09 sec/60� this servo is powerful and fast, considering its small size and 15 g weight. With a very narrow 2 �s dead band/resolution and a tight geartrain without free play this servo will give excellent control of the model.
This is a mid to high voltage servo, meaning it will work fine on a 4 cell NiMH battery, a 5V BEC output, or a 2S LiPo receiver battery.
{ServoSpecs} � � Z� <� /� � � � � � � � % R hK� � � +A ��b�` SR-REIS-D36"Reisenauer Plastic Firewall - 36mm {SRFR, 35.2, 36.2, 2.7} j
� N� � � � � � � � � � 2B4I � � +Ap ��b�a SR-UNIV-E30/Universal Plastic Firewall - 29mm (Explorer 30)0 {SRFU, 29.2, 30.1, 2.7, 27} Marked "Explorer 30" Y � N� � � � � � � � � � 2B4I � ��b�b SR-UNIV-D30!Universal Plastic Firewall - 30mm {SRFU, 29.1, 30.1, 2.0, 27.5 } Z � N� � � � � � � � � � 2B4I �� i�n� � ��b�c SR-UNIV-D32!Universal Plastic Firewall - 32mm {SRFU, 32, 33, 3.0, 30} \ � N� � � � � � � � � � 2B4I �� j � � �}�b�t
BMS-390DMH6Blue Bird BMS-390DMH Servo - 5.4Kg.cm 0.11s 22.5g 13mm+ The {b,Blue Bird BMS-390DMH} is a high torque servo for medium sized RC planes. Its high speed makes it particularly suitable for ailerons and flaps on larger models.
With its good performance and high precsion it makes an excellent servo for many sports models weighing up to 4Kg
{ServoSpecs} � � � 0� P� � � � � � � � , R hK�WK ,%� � �b�u PEB-3MM3M2 Anodised Aluminium Pushrod Ends for 3mm Rods (2)� A pair of high quality long gold anodised aluminium and steel pushrod ends. These consist of a M2 steel rod that thread onto a substantial anodised aluminium housing machined to take a 3 mm carbon (or other material) pushrod.
Note two pushrod ends only are supplied, carbon rods and clevises must be purchased separately. Suitable for 3 mm carbon tubes or rods. Glue using epoxy or thick CA. Degrease before gluing.
{table title="3mm Anodised Aluminium Pushrod End Specification" class=1 cols=2 width=150,115 align=L,L,L}
Pushrod hole size, 3.05 mm
Pushrod tube length, 18 mm
Threaded portion length, 10.0 mm
Overall length, 30 mm
Thread size, M2
Weight (each), 0.7 g
{endtable}
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SAMBA-RES-EVOSamba RES Evo 2m� The {b,Samba RES Evo} the most sophisticated version of the well liked Samba RES F3-RES high-start launched glider. Like the previous model it is beautifully cut from the best quality balsa and ply, however this version can be built to a weight of approx 420 g, giving a very low wing loading an even better duration and light lift capabilities.
The fuselage uses a nicely shaped balsa pod with a carbon tube boom to minimise weight and wetted area. The wing has a partially sheeted Dbox wing as the best compromise between low weight and torsional strength. The small Dbox cut outs are designed to avoid any airfoil discontinuities and so retain laminar flow and minimise drag. The wing also utilises a carbon spar to achieve such a light weight.
The {b,Samba RES Evo} comes with all hardware and a superb full size plan and build manual (in German). An excellent English build manual can also be downloaded from {href,http://www.cad2cnc.ch/wp-content/uploads/2017/08/Samba-RES-manual_English1.pdf, here}.
Due to the clear photos and well thought out design the model can be easily assembled by any modeller with a little experience. The holes in the Dbox centre panel shown in some of the photos are of a development model and have been removed from the production version to improve strength and rigidity.
Check out the excellent build photos in this {href, https://www.rcgroups.com/forums/showthread.php?2870421-Samba-RES-EVO-Build,RCGroups Samba RES Evo} build thread.
{table title="Samba RES Evo Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.0 m, 79 in
Wing area, 38.0 dm2, 589 sq in
Length, 108 cm, 42.5 in
Flying weight from, 420 g, 14.8 oz
Wing loading, 11.1 g/dm, 3.6 oz/sq ft
Aspect ratio, 10.5,
Wing airfoil, S3021 mod,
Dihedral (EDA), 10�,
Centre of Gravity, 72 mm from wing leading edge
Controls, "Rudder, elevator, spoiler"
{endtable}
{table title="Samba RES Evo Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing centre, 105 g, 3.7 oz
Wing tips, 90 g, 3.2 oz
Fuselage pod, 64 g, 2.3 oz
Tailboom, 12 g, 0.4 oz
Tailplane & fin, 19 g, 0.7 oz
Covering, 41 g, 1.4 oz
Total structure, 331 g, 11.7 oz
Receiver, 5 g, 0.2 oz
Rudder servo, 8 g, 0.3 oz
Elevator servo, 8 g, 0.3 oz
Spoiler servo, 8 g, 0.3 oz
Battery, 50 g, 1.8 oz
Noseweight, 10 g, 0.4 oz
Flying weight, 420 g, 14.8 oz
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder & elevator servos, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Blue Bird BMS-A10H, KST X06, Graupner DES 261
Spoiler servo, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Blue Bird BMS-A10H, KST X06, Graupner DES 261
Receiver, 4 or 5 channel receiver to match your transmitter
Battery, Dream-Flight 300 mAh 4.8V NiMH, Dream-Flight 750 mAh 4.8V NiMH, HyperLipo 2S 300 mAh, 4 cell Eneloop 500-800 mAh NiMH, Radient 1S 700 mAh LiPo
{endtable}
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� � � � � } � � � � � � � � � �� c x� gEķp �}�b�x YGE-8S
YGE 8S ESC� The {b,YGE8 S ESC} is a high quality German engineered brushless electronic speed controller for powered gliders, helicopters, F3P aerobats, and sports models. YGE is the most reliable brand of speed controller currently available and gives the best performance from all electric motors.
The YGE8 S ESC is a 8 A electronic speed control with a 5 V linear BEC (battery eliminator circuit) for powering the RC. The BEC can give out 2 A for short periods. Adequate cooling is required for sustained running at the maximum continuous full power ESC and BEC current limits.
The YGE 8S has powerful braking facilities to ensure that folding props fold correctly, without over straining the gearbox.
The YGE8S has an excellent helicopter governor mode allowing low and high rpm flight condition with the same pinion, allowing modern flybarless helis to benefit from the excellent low RPM capabilities of flybarless modules.
The YGE 8S has these benefits:
{bullet}
Under voltage protection by power reduction.
Configurable under voltage detection.
Suitable for LiPo, LiFe, NiMh, NiCd and new battery chemistries.
Excellent speed regulation (Governor mode).
Soft start.
Automatic or 6 step adjustable timing.
Three step adjustable regular back EMF brake.
Temperature and overload warning.
{endbullet}
{table title="YGE8 S ESC Specifications" class=1 cols=2 width=135,200 align=L,L separator=: autohref=2}
Continuous current: 8 A
Max current (10s): 10 A
Voltage range: 6V - 12V (2S - 3S LiPo)
BEC type: Linear
BEC output voltage: 5V
BEC max current: 2 A
Dimension: 25 mm x 17 mm x 4 mm
Weight bare/inc cables: 2.2 g / 5 g
Switching rate: 8 to 16 kHz
Commutation limit: 240,000 RPM (2-Pole motors)
Programmed using: Transmitter, YGE ProgCard 3
{endtable}
P � -� � � � � � � � � � 2 �� d �� c1�Cv �}�b�y YGE-12S YGE 12 S ESC� The {b,YGE12 S ESC} is a high quality German engineered brushless electronic speed controller for powered gliders, helicopters, F3P aerobats, and sports models. YGE is the most reliable brand of speed controller currently available and gives the best performance from all electric motors.
The YGE12 S ESC is a 12 A electronic speed control with a 5 V linear BEC (battery eliminator circuit) for powering the RC. The BEC can give out 2 A for short periods. Adequate cooling is required for sustained running at the maximum continuous full power ESC and BEC current limits.
The YGE12S has powerful braking facilities to ensure that folding props fold correctly, without over straining the gearbox.
The YGE12S has an excellent helicopter governor mode allowing low and high rpm flight condition with the same pinion, allowing modern flybarless helis to benefit from the excellent low RPM capabilities of flybarless modules.
The YGE12S has these benefits:
{bullet}
Under voltage protection by power reduction.
Configurable under voltage detection.
Suitable for LiPo, LiFe, NiMh, NiCd and new battery chemistries.
Excellent speed regulation (Governor mode).
Soft start.
Automatic or 6 step adjustable timing.
Three step adjustable regular back EMF brake.
Temperature and overload warning.
{endbullet}
{table title="YGE12S ESC Specifications" class=1 cols=2 width=135,200 align=L,L separator=: autohref=2}
Continuous current: 12 A
Max current (10s): 14 A
Voltage range: 6V - 12V (2S - 3S LiPo)
BEC type: Linear
BEC output voltage: 5V
BEC max current: 2 A
Dimension: 25 mm x 17 mm x 5 mm
Weight bare/inc cables: 3 g / 6 g
Switching rate: 8 to 16 kHz
Commutation limit: 240,000 RPM (2-Pole motors)
Programmed using: Transmitter, YGE ProgCard 3
{endtable}
x � "A� � � � � � � � � � 2 �� d �� c1�C � �}�b�z YGE-18
YGE 18 ESC| The {b,YGE18 ESC} is a high quality German engineered brushless electronic speed controller for powered gliders, helicopters, aerobats, and sports models. YGE is the most reliable brand of speed controller currently available and gives the best performance from all electric motors.
{YGE1, YGE18, 18, 22, 6V - 14V (2S-4S LiPo), 5.5, 2, 4, 42 mm x 24 mm x 6 mm, 11 g / 14 g}
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YGE 30 ESCz The {b,YGE30 ESC} is a high quality German engineered brushless electronic speed controller for powered gliders, helicopters, aerobats, and sports models. YGE is the most reliable brand of speed controller currently available and gives the best performance from all electric motors.
{YGE1, YGE30, 30, 36, 6V - 14V (2S-4S LiPo), 5.5, 2, 4, 46 mm x 24 mm x 6 mm, 11 g / 21 g}
, � =_� � * � � � � � � � � d �� d �� c1�C �}�b�| YGE-40
YGE 40 ESC
{BR,DISCONTINUED! NO LONGER AVAILABLE. }
Please pruchase the {pref,YGE-35LVT, YGE-35LVT} instead - it is also capable of 40A.
The {b,YGE40 ESC} is a high quality German engineered brushless electronic speed controller for powered gliders, helicopters, aerobats, and sports models. YGE is the most reliable brand of speed controller currently available and gives the best performance from all electric motors.
{YGE1, YGE40, 40, 48, 6V - 22V (2S-6S LiPo), 5.5, 3, 5, 62 mm x 25 mm x 8 mm, 19 g / 35 g}
� � X� � = � � � � � � � � d d c1�C � �}�b�} YGE-60
YGE 60 ESC~ The {b,YGE60 ESC} is a high quality German engineered brushless electronic speed controller for powered gliders, helicopters, F3A aerobats, and sports models. YGE is the most reliable brand of speed controller currently available and gives the best performance from all electric motors.
{YGE1, YGE60, 60, 72, 6V - 22V (2S-6S LiPo), 5.5, 3, 5, 62 mm x 25 mm x 8 mm, 19 g / 35 g}
X � g_� � H � � � � � � � � d �� d �� c1�C� �}�b�~ YGE-60HYGE 60 HV BEC ESC The {b,YGE60 HV BEC ESC} is a high quality German engineered brushless electronic speed controller for powered gliders, helicopters, F3A aerobats, and sports models. This special version has a {b,high voltage BEC output} for powering the RC, allowing HV servos to be used, with their performance advantages. YGE is the most reliable brand of speed controller currently available and gives the best performance from all electric motors.
{YGE1, YGE60H, 60, 72, 6V - 22V (2S-6S LiPo), 7.5, 3, 5, 62 mm x 25 mm x 8 mm, 19 g / 35 g}
Y � g_� � H � � � � � � � � d �� d �� c1�C � �}�b� YGE-40HYGE 40 HV BEC ESC The {b,YGE40 HV BEC ESC} is a high quality German engineered brushless electronic speed controller for powered gliders, helicopters, aerobats, and sports models. This special version has a {b,high voltage BEC output} for powering the RC, allowing HV servos to be used, with their performance advantages. YGE is the most reliable brand of speed controller currently available and gives the best performance from all electric motors.
{YGE1, YGE40H, 40, 48, 6V - 22V (2S-6S LiPo), 7.5, 3, 5, 62 mm x 25 mm x 8 mm, 19 g / 35 g}
� � X� � = � � � � � � � � d �� d �� c1�C � �}�b�� YGE-PC32YGE ProgCard 3 / Programming Card 3 / ProgCard III4 The {b,YGE ProgCard 3} is a programming device for legacy YGE ESCs, not the latest LVT ones, which need the YGE USB Adaptor.
Although YGE Electronic Speed Controls can be programmed using a transmitter it is very much easier and more reliable to do this using the ProgCard 3.
The ProgCard 3 has two pages of settings, to cover the multitude of features on YGE speed controls.
{b,Connecting the ProgCard 3 the ESC}
Left hand connector marked ESC: Plug the YGE Speed Controller into this, negative wire (brown or black) to the right.
Right hand connector marked Rx: This can be left unconnected if the ESC is powered from the flight battery. If the ESC is not powered from the flight battery plug this into a powered-up receiver, or other source of 5V power, negative wire (brown or black) to the right.
� � Z� �
� � � � � � � � 2 �� d �� c1�C� `}�`� ADH-300L-RM/ADH300L / MM1914-1100 Rear Mount 39g 1100 RPM/V� The {b,AEO RC MM1914-1100 / ADH300L} is the rear mount version if this motor. It is a very nice small but powerful outrunner that is narrow enough to fit in small glider noses. It is excellent for electrifying most of the F3-RES models we sell.
It can be pushed to about 170W on 3S LiPo batteries or 120W in 2S LiPos.
Note the manufacturer label the motor MM1914-1100 / ADH300L but we measured the Kv as 1280 RPM/V
Interesting {href, https://www.rcgroups.com/forums/showpost.php?p=37442146&postcount=60,RCGroups assesment}.
{table title="AEORC MM1914-1100 / ADH300L Specifications" class=1 cols=3 width=145,150,150 align=L,L,L separator=: autohref=2}
Motor name : ADH300L :Outrunner
Motor+GB weight: 39 g : 1.38 oz
Motor diameter: 23.0 mm : 0.91 in
Motor length: 27.0 mm : 1.06 in
Lead length: 6.0 cm : 2.36 in
Shaft diameter: 3.0 mm : 0.12 in
Mounting info: 2 M2.5 holes on 16.3 mm & 2 M3 holes on 18 mm diameter circle
Measured Rm: 161 mR
Measured Kv: 1280 RPM/V
Measured Io: 0.7 A @ 10 V
Max efficiency (10 V): 80 % @ 7 A
Operating efficiency (10 V): 75 % @ 13 A
Outrunner Motor Km: 19 Nm/W^.5 X1000
Outrunner Motor Km/Kg: 477 Nm/(W^.5 Kg)
Recommended battery: 2S or 3S LiPo
Rec max LiPo capacity: 1 Ah
Mounting: On the opposite side to the prop shaft.
{b,2S LiPo Performance}
Recommended prop: 11x7; 11x6; 10x7; 10x6; 9x7
Input power: 115 W on 11x7 prop
Current: 15 A on 11x7 prop
Rate of climb: 5 m/s for 500 g glider
{b,3S LiPo Performance}
Recommended prop: 9x5; 8x5; 8x4;7x4
Input power: 170 W on 9x5 prop
Current: 17 A on 9x5 prop
Rate of climb: 7 m/s for 500 g glider
Supplied accessories: 4 mounting screws, plywood motor mount
{endtable}
SKU: MM1914A
' � � � Z� � � � � � � � d SKU: MM1914Ae c1�C V �}�b�
SV4-300-29)HyperFlight 300 mAh 4.8V NiMH 29g Battery� This high quality four cell {b,4.8V 300 mAh NiMH} battery is suitable for smaller RC models. The battery comes with a universal (JR type) RC plug.
This battery should be trickle charged at about 30 mA for approx 14 hrs. You can make up a charge lead using a 220 ohm 0.25W (or larger) resistor. Charge from a 12V DC voltage source.
{table title="HyperFlgiht 300 mAh 29g NiMH Battery Specification" class=1 cols=2 width=130,200 align=L,L}
Chemistry, Nickel Metal Hydride
Number of cells, 4
Voltage, 4.8V nominal
Capacity, 300 mAh
Charge current range, 25 mA - 100 mA
Trickle charge, 30 mA for 14 hrs
Weight, 29 g
Length, 41 mm
Width, 29 mm
Height, 10 mm
Lead length, 8 cm
{endtable}
' � � � � � � � � � � � 2 f \� c1�C � +=� ��b�
NIMH-4-750%HyperFlight 750 mAh 4.8V NiMH Battery� This high quality four cell {b,4.8V 750 mAh NiMH} battery is suitable for many RC models. This battery is assembled from 4 x AAA sized cells and is suitable for the Weasel Trek and most F3-RES gliders.
The battery comes with a universal (JR type) RC plug.
This battery should be trickle charged at 75 mA for approx 14 hrs. You can make up a charge lead using a 100 ohm 0.5W (or larger) resistor. Charge from a 12V DC voltage source.
This battery is identical in size to the Dream-Flight 750mAh NiMH battery.
{table title="HyperFlight 750 mAh NiMH Battery Specification" class=1 cols=2 width=130,200 align=L,L}
Chemistry, Nickel Metal Hydride
Number of cells, 4
Voltage, 4.8V nominal
Capacity, 750 mAh
Charge current range, 75 mA - 200 mA
Trickle charge, 75 mA for 14 hrs
Weight, 53 g
Length, 52 mm
Width, 21 mm
Height, 21 mm
Lead length, 8 cm
{endtable}
{NiMHPost}
� � 2� � 4� � � � � � � � 4 ,� �}�b�� SV4-2200&HyperFlight 2200 mAh 4.8V NiMH BatteryR This high quality four cell {b,4.8V 2.2Ah NiMH battery} is suitable for many RC models.
The battery comes with a universal (JR type) RC plug.
This battery should be trickle charged at about 200 mA for approx 14 hrs.
{table title="HyperFlgiht 2200 mAh NiMH Battery Specification" class=1 cols=2 width=130,200 align=L,L}
Chemistry, Nickel Metal Hydride
Number of cells, 4
Voltage, 4.8V nominal
Capacity, 2200 mAh
Charge current range, 100 mA - 700 mA
Trickle charge, 200 mA for 14 hrs
Weight, 119 g
Length, 50 mm
Width, 29 mm
Height, 29 mm
Lead length, 8 cm
{endtable}
� � <� � (� � � � � � � � � f \� c1�C� �}�b� DLG-CARRIER DLG Carrier0 This useful accessory holds up to three discus launched gliders. It can be used for storing them or for carrying them to the flying field.
The carrier can also be used for other small gliders up to approx 80" wing span.
The carrier is made from 3mm ply, it just slots togther with no glue required. X � � � � � � � � � � � X ' T� Plywood f;��� �}�b�� RESI Resi V Tail5 The {b,Resi} is very nice F3-RES model from Germany that combines easy building, good performance and trainer-like flight characteristics. The wing has more area than most similar models giving the model a better duration and making it ideal for working small thermals in weak conditions.
This good looking glider combines a carbon tailboom to minimise wetted area and carbon tube/multi spar wing design from nicely CNT cut balsa.
We will be stocking the V tail version, not the cross tail version shown in the top photo.
Lots of ingo in this German {href,http://www.rc-network.de/forum/showthread.php/432247-Baubericht-RESi-von-Thiele, build thread}.
{table title="Resi Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.0 m, 78 in
Wing area, 41.0 dm2, 636 sq in
Length, 125 cm, 49.2 in
Flying weight from, 450 g, 15.9 oz
Wing loading, 11.0 g/dm, 3.6 oz/sq ft
Aspect ratio, 9.6,
Wing airfoil, TBA,
Dihedral (EDA), 9.0�,
Centre of Gravity, TBA mm from wing leading edge
Controls, "Rudder, elevator, spoiler"
{endtable}
{table title="Resi Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Structure, 350.0 g, 12.3 oz
Receiver, 6.0 g, 0.2 oz
Rudder servo, 8.0 g, 0.3 oz
Elevator servo, 8.0 g, 0.3 oz
Spoiler servos, 8.0 g, 0.3 oz
Battery, 70.0 g, 2.5 oz
Flying weight, 450.0 g, 15.9 oz
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder; elevator & spoiler servos, Ripmax SD100, Blue Bird BMS-101, Power HD DSM44, Gening D541BB, KST X08, Ripmax SD150, Corona DS843MG
Receiver, 4/5 channel rx to match your transmitter
Battery, Dream-Flight 300 mAh 4.8V NiMH, Dream-Flight 750 mAh 4.8V NiMH, 4 cell Eneloop 500-800 mAh NiMH
{endtable}
{video,VN_6AIKX-jg}
{video,X9igIsUdDGM}
{video,FFUJPDc1eHM} � � �
� � W(� � � � � � � � @ i W� c1�C �}�b� FLIPPERFlipper 1.25m DLG� The {b,Flipper DLG} is a new 1.25m (49") discus launched glider with the performance of a model costing much more. It is an excellent stepping stone to 1.5m DLGs from entry level models. In addition to making a great flat field flier the Flipper makes a very good small slope soarer, with great agility and a good speed range.
The fuselage is a nice carbon molding with a large pod and a big hatch for easy installation of the RC. It is recommended that all four servos are installed in the pod, to eliminate the need for noseweight. The fuselage is a one piece design
The flying surfaces are all spread carbon over solid core molded foam, with excellent workmanship. The fin is lightweight SC over foam structure and incorporates a tubular front part, to mate with the fuselage tailboom, for easy and accurate construction. The tailplane (horizontal stabiliser) is of similar construction to the fin, and is mounted on a short pylon above the tailboom. The wing is very well made, with a strong yet lightweight spread carbon skin with a high gloss finish and attractive very visible colour schemes. The supplied accessories include a throwing blade, all control horns, and pushrods.
Sorry, a build manual is not included. However {href, https://www.rcgroups.com/forums/showthread.php?2353440-Smile-f3k,this} build thread has useful build photos of its larger sibling.
{table title=" Flipper DLG Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.25 m, 49 in
Wing area, 14.2 dm2, 220 sq in
Length, 88 cm, 34.4 in
Flying weight from, 178 g, 6.3 oz
Wing loading, 12.5 g/dm, 4.1 oz/sq ft
Aspect ratio, 11.0,
Wing airfoil, Proprietary,
Dihedral angle, 5.7�,
Centre of Gravity, 48-50 mm from wing leading edge
Controls, "Rudder, elevator, ailerons"
{endtable}
{table title=" Flipper DLG Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 22.0 g, 0.8 oz
Wings, 77.0 g, 2.7 oz
Fin, 5.4 g, 0.2 oz
Tailplane, 6.6 g, 0.2 oz
Pushrods, 7.4 g, 0.3 oz
Accessories, 7.8 g, 0.3 oz
Total structure, 126.2 g, 4.5 oz
Glue etc, 5.0 g, 0.2 oz
Receiver, 5.0 g, 0.2 oz
Tail servos, 10.0 g, 0.4 oz
Wing servos, 10.0 g, 0.4 oz
Battery, 22.0 g, 0.8 oz
Flying weight, 178.2 g, 6.3 oz
{endtable}
{table title="Recommended R/C-nano gear only" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator & rudder servos, Ripmax SD100, Blue Bird BMS-101AMG, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Blue Bird BMS-A10H, Blue Bird BMS-A10S, KST X08, KST X08N, MKS DS65K
Aileron servos, Ripmax SD100, Blue Bird BMS-101AMG, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Blue Bird BMS-A10H, Blue Bird BMS-A10S, KST X08, KST X08N, MKS DS65K
Receiver *case removed, Spektrum AR6260*, AR400, Futaba R6004FF*, FrSky X4R, Orange DSM2 compatible, Jeti Duplex R5, Multiplex Mlink RX-6-DR Light*
Battery, HyperLipo 2S 300 mAh LiPo, Dream-Flight 300 mAh 4.8V, Nanotech 1S 750 mAh
{endtable}
{video,xEkPgi1_QVg}
- � +� � � � � � � � � � � � Q z� c1�CU @�`� DLG-PULL-WIRE3800.38 mm DLG Control Run Pull Wire 9m Spool JW02TK A spool of 9.2 m (30 ft) of 0.38 mm (0.015") diameter coated multistrand wire used for DLG pull-spring installations. This medium-light wire is extra strong and suitable for DLGs and larger models.
This is used to connect the servo output arms to the rudder and elevator control horns.
Silver coloured. Sold by the 9 m spool. � � � � 3� � � � � � � � 2G5Y Bright, 0.15", 30ft Reel Beadalon 7 Strand Beading Wire, JW02T-0
Item Number JW02T-0
l �� Steel jh���� +K0 ��b� SPINNER-GRUB%Grub Screws for all HyperSpinners (2)F One pair (2) of grub screws for all sizes of HyperSpinner.
This is the tiny hex end screw that fixes the spinner to the gearbox output shaft. In our opinion only one screw is required, to give one point and one surface clamping action. Two grub screws result in two point clamps, which may be less effective.
We recommend filing or cutting a flat in the gearbox shaft for the grub screw to engage in. This eliminates the possibility of the prop flying off forwards if it becomes a little loose, and keys the spinner to the prop shaft, to ensure it does not slip in rotation.
� � D� � 2� � � � � � � � 2G6 � �}�b� VITA9X6 Vitaprop 9x6 Folding prop blades` A pair of high quality {b,Vitaprop 9 x 6 folding propeller blades}, suitable for HyperFlight's and other makes of folding prop yokes and spinners.
These blades are very high quality carbon moldings with an excellent aerodynamic design to maximise efficiency. They will tend to pull a little less current than cheaper folding propellers. They are designed for very high power levels and the blade root is reinforced with an aluminium bearing to ensure good folding, reduce wear, and maximise strength.
Note this product consists of two carbon propeller blades only. The central spinner/yoke assembly is not included. Also it is common for prop blades to not fit all spinner/yokes perfectly as supplied. It is often necessary to reduce the width the blade root slightly to ensure free folding movement. Also the cut out in the spinner cone often needs to be increased to allow the blades to fully extend. The root of the blade should not touch the spinner cone when the prop is fully opened.
{blade, Vitaprop, 9,6,8.2,1000} Note this prop needs a wider than normal yoke/hub to allow the blades to fold fiully.
� � 2� �
� � � � � � � � ( g i� eiq � �}�b�� X-RES-EX-RES Elektro 2m The {b,X-RES Elektro} is a built-up CNC cut balsa and ply kit. It is an electrified versdion of the X-RES glider designed for the new F3-RES 2m Rudder-Elevator-Spoiler glider class popular in Germany and Austria.
The {b,X-RES Elektro} is the latest development of Alois Janowetz, the designer of many top performing models. The X-RES Elektro has pleasant flight characteristics and brilliant performance. The model is very agile and extremely easy to fly. The sophisticated design and the brilliant use of weight-optimized materials allows a flying weight of 430g and thus a wing loading of only around 11 g/dm2 (3.7 oz/sq ft) out of the box, giving amazing performance.
The large 2-part spoilers allow almost vertical descents without an increase in speed. The wing separates into three panels and the tailplane is removable making the model very easy to transport.
The CNC cut kit has very simple and robust construction. With the exception of the 6 mm CFRP rods for the wing and the GRP rocker for the moving tailplane only selected and optimized balsa and plywood are used.
All components are bonded with easily available glue and the model's construction is simple, considering the excellent performance potential. The design allows the use of commercially available and easily obtainable components.
The kit includes a colour plan. See below for a link to an English translation of the X-RES (glider) build manual. For more info about the X-RES see {href,http://www.rcgroups.com/forums/showthread.php?t=2660216,this} and {href, https://www.rcgroups.com/forums/showthread.php?2695947, this} RCGroups build threads.
{table title="X-RES Elektro Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.0 m, 79 in
Wing area, 35.5 dm2, 550 sq in
Length, 122 cm, 48.0 in
Flying weight from, 454 g, 16.0 oz
Wing loading, 12.8 g/dm, 4.2 oz/sq ft
Aspect ratio, 11.3,
Wing airfoil, Modified AG,
Dihedral (EDA), 12.0�,
Spinner Diameter, 30 mm,
Centre of Gravity, 75-82 mm from wing leading edge
Controls, "Rudder, elevator, spoilers, throttle"
{endtable}
{table title="X-RES Elektro Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Structure, 310.0 g, 10.9 oz
Receiver, 6.0 g, 0.2 oz
Rudder servo, 6.0 g, 0.2 oz
Elevator servo, 6.0 g, 0.2 oz
Spoiler servos, 10.0 g, 0.4 oz
Motor, 40.0 g, 1.4 oz
Prop & spinner, 18.0 g, 0.6 oz
Battery, 50.0 g, 1.8 oz
ESC, 18.0 g, 0.6 oz
Flying weight, 454.0 g, 16.0 oz
{endtable}
{table title="Recommended Equipment" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder & elevator servos, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Blue Bird BMS-A10H, KST X06
Spoiler servos (2), Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Blue Bird BMS-A10H, KST X06
Receiver, 5 channel rx to match your transmitter
Battery, 2S 600mAh to 3S 450mAh LiPo
ESC, YGE 18 ESC
{endtable}
{table title="Electric Powertrain Recommendations" class=1 cols=2 width=160,210 align=L,L autohref=1}
Hacker A10-7L 4.4:1, 3S 450mAh LiPo, 12x8, 13x8
DYS D2225-19, 2S 450mAh LiPo, 9x6, 10x5
DYS D2225-19, 3S 450mAh LiPo, 7x3.5, 7x4, 8x4
Dualsky XM2527EG-23, 2S 450 mAh LiPo: 9x5, 9x6, 10x6
Dualsky XM2225EG-23, 2S 450 mAh LiPo: 9x5, 10x5, 10x6
Dualsky XM2225EG-23, 3S 450 mAh LiPo: 7x4, 8x4, 8x5
Dualsky XM2230EG-16, 3S 450mAh LiPo, 9x5
Dualsky XM2230EG-9, 2S 450 mAh LiPo: 8x4, 8x5, 8x6
ADH300L**, 2S 450mAh LiPo, 11x6
ADH300L**, 3S 450mAh LiPo, 8x6, 9x5
{endtable} ** This motor may need a small widening of the internal fuse space to fit.
{video,3ix_qeRAgTI}
{video,cx2Ond0oNXo}
� � � � � �2� � � � � � � � L )�4Y �� h�[� � �}�b� VITA10X6!Vitaprop 10x6 Folding prop blades A pair of high quality {b,Vitaprop 10 x 6 folding propeller blades}, suitable for HyperFlight's and other makes of folding prop yokes and spinners.
These blades are very high quality carbon moldings with an excellent aerodynamic design to maximise efficiency. They will tend to pull a little less current than cheaper folding propellers. They are designed for very high power levels and the blade root is reinforced with an aluminium bearing to ensure good folding, reduce wear, and maximise strength.
Note this product consists of two carbon propeller blades only. The central spinner/yoke assembly is not included. Also it is common for prop blades to not fit all spinner/yokes perfectly as supplied. It is often necessary to reduce the width the blade root slightly to ensure free folding movement. Also the cut out in the spinner cone often needs to be increased to allow the blades to fully extend. The root of the blade should not touch the spinner cone when the prop is fully opened.
{blade, Vitaprop, 10,6,8.6,1000}
� � � � � � � � � � � � ( g i� d�<� � �}�b� VITA12X7!Vitaprop 12x7 Folding prop blades A pair of high quality {b,Vitaprop 12 x 7 folding propeller blades}, suitable for HyperFlight's and other makes of folding prop yokes and spinners.
These blades are very high quality carbon moldings with an excellent aerodynamic design to maximise efficiency. They will tend to pull a little less current than cheaper folding propellers. They are designed for very high power levels and the blade root is reinforced with an aluminium bearing to ensure good folding, reduce wear, and maximise strength.
Note this product consists of two carbon propeller blades only. The central spinner/yoke assembly is not included. Also it is common for prop blades to not fit all spinner/yokes perfectly as supplied. It is often necessary to reduce the width of the blade root slightly to ensure free folding movement. Also the cut out in the spinner cone often needs to be increased to allow the blades to fully extend. The root of the blade should not touch the spinner cone when the prop is fully opened.
{blade, Vitaprop, 12,7,10.4,1000}
� � � � � � � � � � � � 2 g i� d�<� � �}�b� VITA11X6!Vitaprop 11x6 Folding prop blades" A pair of high quality {b,Vitaprop 11 x 6 folding propeller blades}, suitable for HyperFlight's and other makes of folding prop yokes and spinners.
These blades are very high quality carbon moldings with an excellent aerodynamic design to maximise efficiency. They will tend to pull a little less current than cheaper folding propellers. They are designed for very high power levels and the blade root is reinforced with an aluminium bearing to ensure good folding, reduce wear, and maximise strength.
Note this product consists of two carbon propeller blades only. The central spinner/yoke assembly is not included. Also it is common for prop blades to not fit all spinner/yokes perfectly as supplied. It is often necessary to reduce the width the blade root slightly to ensure free folding movement. Also the cut out in the spinner cone often needs to be increased to allow the blades to fully extend. The root of the blade should not touch the spinner cone when the prop is fully opened.
{table title="Vitaprop 11x6 Folding Propeller Blade Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=:}
Prop diameter: 28 cm: 11 in
Prop pitch: 15 cm: 6 in
Weight of 2 blades: 10.3 g: 0.36 oz
Width of blade root: 7.90 mm: 0.311 in
Hinge pin hole dia: 3.0 mm: 0.118 in
{endtable}
R � � � � � � � � � � � 2 g i� d�<� � �}�b� VITA13X7!Vitaprop 13x7 Folding prop blades A pair of high quality {b,Vitaprop 13 x 7 folding propeller blades}, suitable for HyperFlight's and other makes of folding prop yokes and spinners.
These blades are very high quality carbon moldings with an excellent aerodynamic design to maximise efficiency. They will tend to pull a little less current than cheaper folding propellers. They are designed for very high power levels and the blade root is reinforced with an aluminium bearing to ensure good folding, reduce wear, and maximise strength.
Note this product consists of two carbon propeller blades only. The central spinner/yoke assembly is not included. Also it is common for prop blades to not fit all spinner/yokes perfectly as supplied. It is often necessary to reduce the width the blade root slightly to ensure free folding movement. Also the cut out in the spinner cone often needs to be increased to allow the blades to fully extend. The root of the blade should not touch the spinner cone when the prop is fully opened.
{blade, Vitaprop, 13,7,12.5,1000}
� � � � � � � � � � � 2 g i� d�=
�� +IX ��b� VITA14X95#Vitaprop 14x9.5 Folding prop blades A pair of high quality {b,Vitaprop 14 x 9.5 folding propeller blades}, suitable for HyperFlight's and other makes of folding prop yokes and spinners.
These blades are very high quality carbon moldings with an excellent aerodynamic design to maximise efficiency. They will tend to pull a little less current than cheaper folding propellers. They are designed for very high power levels and the blade root is reinforced with an aluminium bearing to ensure good folding, reduce wear, and maximise strength.
Note this product consists of two carbon propeller blades only. The central spinner/yoke assembly is not included. Also it is common for prop blades to not fit all spinner/yokes perfectly as supplied. It is often necessary to reduce the width the blade root slightly to ensure free folding movement. Also the cut out in the spinner cone often needs to be increased to allow the blades to fully extend. The root of the blade should not touch the spinner cone when the prop is fully opened.
{blade, Vitaprop, 14,9.5,14.2,1000}
� � 2� � � � � � � � � � ' 2C6g � �}�b� SPRITE-BALLAST-SET500g Ballast Set0 This ballast set is designed for the Sprite Hot and Thermal, but also works well for any model needing a physically flexible ballast system. Adding ballast improves performance when the wind and/or lift is strong. Ballast allows the model to be flown fast without loosing as much height as it if it was just dived.
The Sprite ballast is assembled on a slightly flexible wire, which makes it possible to fit the ballast in more constrained places. This makes it especially suitable for F5J models.
The set includes:
4 pcs brass ballast slugs with a diameter of 16 mm and the length of 50 mm
2 pcs brass ballast slugs with a diameter of 18 mm and the length of 50 mm
1 pc noncorrosive wire for fastening of the slugs
Screws for fixing of ballast in the fuselage
The weight when using all slugs is 534 g (18.8 oz). However by the weight can be varied from approx 100 g up to 534 g by adjusting the number of slugs used. The position of the slugs can be set to leave the centre of gravity in its unballasted postion, or moved, as required. See the PDF file.
� � : � � !6� � � � � � � � � �� f�ݎ +� ��b� KST-X10-7100KST X10-710 V8 Servo - 7.5Kg.cm 0.09s 23.0g 10mms The {b,KST X10-710 V8 servo} is a high and medium voltage version of the KST DS145 sized servo. It has normal mounting lugs making ideal for mounting in a fuselage. With only lighly less torque than the larger MKS HV6130H it is excellent value for money. The {b,KST X10-710 V8} has a hardened steel drive train and a coreless motor capable of running all the way from 4.8V to 8.4V (4S NiMH to 2S LiPo) making these servos ideal for electric powered models (most ESCs output 5.5V) as well as most gliders.
Supplied accessories include two strong red nylon output arms, and three normal strength white nylon output arms.
{b,KST X10-710 V8 Features}
{bullet}
Slim 10 mm body
Excellent 7.5 Kg.cm torque
Compact and light weight design
Good torque and speed
Wide 4S NiMH to 2S LiPo voltage range
Excellent heat dissipation
7075 Alloy casing
Hardened Steel gears
Designed for lightweight high performance RC Gliders
{endbullet} {ServoSpecs} The V8 version is very similar to the original servo and is identified by V8.0 printed on the bottom of the case. The only change we are aware of is the wider operating voltage range.
� � + � � � � � � � � � � , s�1L3 � ��b�3 KST-X08-PLUS,KST X08 Plus Servo - 5.3Kg.cm 0.09s 9.0g 8mm� The {b,KST X08 Plus} is a very light (9.5 g) low/medium/high voltage metal cased servo. It is based on the well regarded KST X08 V5 servo but with a larger motor fitted.
It is especially good for ailerons on F5J gliders, electric racers, and all models with thin flying surfaces. Despite being only 8 mm thick the powerful coreless DC motor and gearing provide good torque and high speed. The X08 Plus can be operated from a voltage as low as 3.8V (1S LiPo) or as high as 8.4V (2S LiPo). KST servos have excellent geartrain machining tolerances, and this servo is completely slop free, and equal to products costing twice as much. Despite not having an -MG moniker this servo has metal gears, and is very tough.
The KST X08 Plus's high torque, good speed, and 8mm thinness make it suitable for many high performance glider, pylon racers and EDF applications. With up to 5.3 kg.cm torque the KST X08 is appropriate for F5J, F5D, F3J and many types of high performance models.
{film}
{ServoSpecs}
_ � - � � � � � � � � � � ��1M2 �� jd�� +{� ��b� PTFE-13L-SPOOL 1 Roll (153m) 13L Etched PTFE� 153m low friction 1.93 mm ID PTFE tube suitable for pushrod outer tubes on gliders and other models. Also suitable for a large range of engineering and industrial uses.
This tubing is specially etched on the outside, making it easily bondable using many adhesives, thin CA being probably the best. Provides the lightest, easiest, most friction-free pushrod installations possible.
{table title="13L Etched PTFE Tube Specification" class=1 cols=3 width=110,115,115 align=L,L,L}
Inside diameter, 1.93 mm, 0.076 in
Wall thickness, 0.2 mm, 0.008 in
Outside diameter, 2.33 mm, 0.092 in
Suggested inner, 1.3 mm & 1.5 mm carbon rod, 16 SWG or thinner {href,http://www.hyperflight.co.uk/products.asp?cat=Other+RC+Products&subcat=Piano+and+SS+Wire,Piano or SS wire}
US size, 13 AWG L type (Lightweight)
Weight per m, 3.1 g per meter
Length of tube, 153 m
Number of joins, 5 max
{endtable}
� � � � � #� � � � � � � � � 2E6A � �}�b�� RCMB-REIS52-30'RCMB Reisenauer 5:1 Motor Mount - 30 mm\ The {b,RCMB 30 mm Reisenauer 5:1} is a nice CNC machined motor mount for securely attaching motors fitted with Reisenauer 5:1 gearboxes to the front of 30 mm diameter fuselages. The firewal is drilled with 3 holes on 14mm pitch circle diameter.
Fuselage outside diameter: 30 mm
Fuselage inside diameter: 28 mm
Weight: 4.8g
{CNCMountGlue}
� � � � � � � � � � � 2 ; c1�C X �}�b�� RCMB-PL1025-304RCMB Powerline 1015 and 1025 F5J Motor Mount - 30 mm� The {b,RCMB 30 mm Powerline 1015 & 1025 F5J Motor Mount } is a nice CNC machined motor mount for securely attaching Powerline 1015 and Powerline 1025 F5J motors to the front of 30 mm diameter fuselages, like the Ultima and other smaller F5J fuselages.
Fuselage outside diameter: 30 mm (internal diameter is smaller)
Fuselage inside diameter: 28 mm
Distance between the motor mounting holes: 17.5 mm
Weight: 4.8g
{CNCMountGlue} � � � � � � � � � � � � < ; c1�C ��b� ZAP-GOO Zap Goo PT12 {b,Zap PT12 Goo} is a strong flexible glue that bonds practically anything. After setting the adhesive remains slightly flexible and can be cut with a craft knife. Zap Goo is an excellent adhesive for high tech composite airplane, boat, and car hobby products.
It is often used for gluing servos in place.
It is also great for all of those fix-it, mend-it, seal-it, and stick-it jobs around the house.
30 mL /1 fl oz tube. Zap Goo was formerly called Zap-A-Dap-A-Goo II (PT-12)
{bullet}
All purpose adhesive & sealant
Bonds virtually everything
Dries clear
Remains flexible
Works where others won't
{endbullet}
� � � � � � � � � � � � ) 2G2 ?�
United Statesj
�Z0# /F� @�`�
ZAP-FLEXITIPSZap Flexy Tips PT-21� {b,Flexi-Tips} are fine extensions for CA glue bottles to improve accuracy and precsion when applying cyanoacrylate glue.
Zap Flexy Tips PT21 are suitable for thin and medium weight cyano acrylate glue, and fit most CA glue bottles.
The benefits of these tips include:
{bullet}
Smaller Drops
Precision Application
Extension into hard-to-reach areas
Maximum use of bottle
{endbullet} � � A� � � � � � � � � � / 2G2 PT21 ?� Plastic
Unit� ��b� CARBON-BOOM-10-5-102&10mm - 5mm x 1.02m Tapered Carbon Boom* High quality wound carbon epoxy tapered boom. This tapered tube is ideal for wing spars and low drag tail booms or F3-RES and other classes of model gliders.
{cboom2,10.0,5.0, 0.3, 14.8, 102, F3-RES and other wing spars; tailbooms}
{i,Quantity discounts available for orders of 10 or more.} � � � � � � � � � � � � � 3 A� je=� � �}�b�� CARBON-STRIP-3023mm x 0.2mm Carbon Strip {cstripb, 0.2, 3.0, 0.8} . � � � <� � � � � � � � B� c1�C � �} �b� KAPPA-35-FOM%Fin/Rudder for a Kappa 35 or Kappa 40T This fin/rudder (vertical stabiliser) as supplied with Kappa 35 and Kappa 40 models. � � * � � � � � � � � � � � D c1�C ,)| �W`� BOWDEN-CABLE-18-4 HyperFlight 1.8/4 Pushrod SetA {Pushrod, 1.8, 4, Low friction rigid plastic, 10, 15, 25}
0 � (� � � � � � � � � � ( a�MU? Outer tubes from TP Extrusions
Carbon rod inners from Arrowindh� �}�b�
EUPHORIA-PROT#Euphoria Control Surface Protractor� A set of clear plastic templates that slide over the wing to help with setting the aileron and flap control throws.
These very easy to use templates greatly simplify setting up the flap and aieron servos.
Can be used on Maxa an Supra wings too. N � +� �
� � � � � � � � x 7 J� Plastic c1�C�� +�� @�`� ADH-300L-FM;ADH300L / MM1914-1100 1100 RPM/V 39g Front Mount Outrunner
The {b,AEO RC MM1914-1100 / ADH300L} is a very nice small but powerful outrunner that is narrow enough to fit in small glider noses. It is excellent for electrifying most of the F3-RES models we sell. Suitable for electric models weighing up to about 650g.
It can be pushed to about 150W on 3S LiPo batteries or 100W in 2S LiPos.
Note the manufacturer label the motor AEO RC MM1914-1100 / ADH300L but we measured the Kv as 1280 RPM/V
Interesting {href, https://www.rcgroups.com/forums/showpost.php?p=37442146&postcount=60,RCGroups assesment}.
{table title="AEORC MM1914-1100 / ADH300L Specifications" class=1 cols=3 width=145,150,150 align=L,L,L separator=: autohref=2}
Motor name : ADH300L :Outrunner
Motor+GB weight: 39 g : 1.38 oz
Motor diameter: 23.0 mm : 0.91 in
Motor length: 27.0 mm : 1.06 in
Lead length: 6.0 cm : 2.36 in
Shaft diameter: 3.0 mm : 0.12 in
Mounting info: 2 M2.5 holes on 16.3 mm & 2 M3 holes on 18 mm diameter circle
Measured Rm: 161 mR
Specified Kv: 1100 RPM/V
Measured Kv: 1280 RPM/V
Measured Io: 0.7 A @ 10 V
Max efficiency (10 V): 80 % @ 7 A
Operating efficiency (10 V): 75 % @ 13 A
Outrunner Motor Km: 19 Nm/W^.5 X1000
Outrunner Motor Km/Kg: 477 Nm/(W^.5 Kg)
Recommended battery: 2S or 3S LiPo
Rec max LiPo capacity: 1 Ah
Supplied accessories: 4 mounting screws, plywood motor mount
Mounting: On the same side as the prop shaft.
{b,2S LiPo Performance}
Recommended prop: 10x6; 9x6, 9x5, 8x5
Input power: 100 W on 10x6 prop
Current: 14 A on 11x7 prop
Rate of climb: 5 m/s for 500 g glider
{b,3S LiPo Performance}
Recommended prop: 8x5; 8x4;7x5; 7x4
Input power: 150 W on 8x5 prop
Current: 14 A on 8x5 prop
Rate of climb: 6 m/s for 500 g glider
{endtable}
SKU: MM1914C & � � � � � � � � � � � f 2A1 SKU: MM1914Ce �}�b� STRIKE3-FUSEStrike 3 Fuselage� New fuselage for a Strike 3 DLG, with aileron pushrods, pull cables and wing and tail mounting screws.
Does not include the nosecone. X � Z � � ( � � � � � � � � j N� h��S �}�b�5 EL-NINO-JOINER-6 El Nino 6 degree Wing Joiners� A pair of 6 degree wing joiners for the El Nino F5J model.
The standard joiners are angled 8 degrees, so these give the model reduced dihedral which is better for windier or gusty conditions. (# � 'Z� � Y� � � � � � � � ` �� c1�C � ��b� YGE-95LVT
YGE 95LVT ESC| The {b,YGE95 LVT ESC} is a high quality German engineered brushless electronic speed controller for powered gliders, helicopters, F3A aerobats, and sports models. YGE is the most reliable brand of speed controller currently available and gives the best performance from all electric motors.
The {b,YGE95 LVT ESC} has a very powerful BEC whose output voltage is set using a jumper to 5.7V, 7.4V or 8.0V. The BEC can supply 8A continuously or 18A for 10 seconds making it suitable for large models.
{YGELVT, YGE95LVT, 95, 108, 6V - 22V (2S-6S LiPo), 5.5V to 8.4V adjustable in 0.1V steps, 8, 18, 78 mm x 32 mm x 15 mm, 63 g / 93 g} � � � � � �� � � � � � � � d \�2C4d V� jEJ� � ��b�@ MUSIC-WIRE-16MM!1.57mm (1/16") Music Wire (91 cm) {musicwire,1.57,0.91, (1/16")} G � P� � ;� � � � � � � � 3 T�
United Statesjm�� � ��b�A MUSIC-WIRE-08MM!0.81mm (1/32") Music Wire (91 cm) {musicwire,0.81,0.91, (1/32")} 1 � 2� � '� � � � � � � � 3 T�
United StatesjV�b � ��b�B MUSIC-WIRE-1MM1.0mm Music Wire (91 cm) {musicwire,1.0,0.91, } ; �
� � H� � � � � � � � 3 T� jm�� ��}�b�
MKS-JACKET-XLMKS Slope Soaring Jacket} The {b,MKS Slope Soaring Jacket} is a brightly coloured wind proof and rain resistant jacket emblazoned with MKS logos.
�
2� � � � � � � � � � � c1�C ] `}�`� L3007-5000R!Leomotion L3007-5000R F5J 5:1 75ga The {b,Leomotion L3007-5000R F5J 5:1} is the ultimate light weight electric motor for F5J models weighing up to about 1200 g only. It is not suitable for converted F3J planes, only for lightweigh F5J models.
This powertrain consists of a Leomotion L3007 motor mated to a Reisenauer Microedion 5:1 gearbox. It weighs just 75g and is capable of 390W for 30 seconds on 3S LiPo batteries.
{bullet}
Very lightweight powertrain
Can be used on up to 3S LiPo batteries
Dynamically balanced 4 pole rotor
Hand wound stator
Carbon fiber reinforced rotor for max. 60,000 rpm
6 mm shaft for perfect rotation
High end ball bearing
Reisenaur 5:1 gearbox for high propulsive efficiency and longevity
{endbullet}
Never run this motor static for over 5 seconds. Static running pulls much more current, and the motor cannot cool adequately. Limit testing to one 5 second static run, with a 10 min cooling off period between runs.
{table title="Leomotion L3007-5000R 5:1 Specifications" class=1 cols=3 width=145,150,150 align=L,L,L separator=: autohref=2}
Motor name : Leomotion L3007-5000 :inrunner
Motor+GB weight: 75 g : 2.63 oz
Motor diameter: 29.0 mm : 1.14 in
Motor length: 29.0 mm : 1.14 in
Lead length: 3.0 cm : 1.18 in
Shaft diameter: 6.0 mm : 0.24 in
Mounting info: 3 M2.5 holes on 14 mm diameter circle
Manufacturers Rm: 45 mR
Manufacturers Kv: 4900 RPM/V
Manufacturers Geared Kv: 980 RPM/V
Manufacturers Io: 2.0 A @ 10 V
Max efficiency (10 V): 82 % @ 21 A
Operating efficiency (10 V): 78 % @ 40 A
Motor & gearbox Km: 46 Nm/W^.5 X1000
Motor & gearbox Km/Kg: 615 Nm/(W^.5 Kg)
Recommended battery: 3S LiPo
Rec max LiPo capacity: 1 Ah
Supplied accessories: Mounting screws
{b,3S LiPo Performance}
Recommended prop: 13x6; 12x8; 12x7; 12x6
Input power: 390 W on 13x6 prop
Current: 39 A on 13x6 prop
Rate of climb: 7 m/s for 1200 g glider
{b,Gearbox}
Gearbox diameter: 22.0 mm : 0.87 in
Gearbox length: 23.0 mm : 0.91 in
Motor+GB length: 52.0 mm : 2.05 in
Gearbox Ratio: 5.0
Estimated GB efficiency: 95 %
{endtable}
" � � � � � � � � � � � � � l Prior to 1/9/17 said it was a 500W motor
----
The Leomotion L3007-5000 F5J 6.7:1 is the ultimate light weight electric motor for F5J models.
This powertrain consists of a Leomotion L3007 motor mated to a Reisenauer Microedion 5:1 gearbox. It weighs just 75g and is capable of 500W for 15 seconds on 3S LiPo batteries.
{table title="Leomotion L3007-5000 5:1 Specifications" class=1 cols=3 width=145,150,150 align=L,L,L separator=: autohref=2}
Motor name : Leomotion L3007-5000 5 :inrunner
Motor+GB weight: 75 g : 2.63 oz
Motor diameter: 29.0 mm : 1.14 in
Motor length: 29.0 mm : 1.14 in
Lead length: 3.0 cm : 1.18 in
Shaft diameter: 6.0 mm : 0.24 in
Mounting info: 3 M2.5 holes on 16 mm diameter circle
Manufacturers Rm: 45 mR
Manufacturers Kv: 4900 RPM/V
Manufacturers Geared Kv: 980 RPM/V
Manufacturers Io: 2.0 A @ 10 V
Max efficiency (10 V): 82 % @ 21 A
Operating efficiency (10 V): 77 % @ 42 A
Motor & gearbox Km: 46 Nm/W^.5 X1000
Motor & gearbox Km/Kg: 615 Nm/(W^.5 Kg)
Recommended battery: 3S LiPo
Rec max LiPo capacity: 1.5 Ah
Supplied accessories: Mounting screws
{b,3S LiPo Performance}
Recommended prop: 13x6; 12x8; 12x7; 12x6 13x6
Input power: 490 W on 13x6 prop
Current: 49 A on 13x6 prop
Rate of climb: 8 m/s for 1300 g glider
{b,Gearbox}
Gearbox diameter: 22.0 mm : 0.87 in
Gearbox length: 23.0 mm : 0.91 in
Motor+GB length: 52.0 mm : 2.05 in
Gearbox Ratio: 5.0
Planet bearings: TBA
Estimated GB efficiency: 95 %
{endtable}
Indicative performance info with a 15 second max motor run only.N c��x�� +Mh �`� RES-DARTRES Dart Flying Wing 2m4 The {b,RES Dart} is a superb 2m flying wing that incorporates very advanced aerodynamics to provide astounding performance. The RES-Dart is unusually stable for a flying wing, has good thermal performance and a wide speed range. The model impresses with its balanced flight characteristics, the enormous performance potential and the extraordinary manoeuvrability (see following video). The large 2 piece spoilers enable steep descents, allowing safe exits from thermals and accurate landings. The wing is two part and the winglets can be detachable, making for a very transportable model. Like our other F3-RES models this is a high quality build-it-yourself kit constructed from hand selected CNC cut balsa and plywood
RES-Dart is a flying wing which complies with the German F3-RES regulations and can be used in these competitions - in fact it has been specially designed to be competitive in these events. The wing profile has been optimised to give a very high launch while at the same time being easy to build. The thickness of approx. 9.5% allows for a lightweight structure and provides good torsional strength. The contour of the profile is only curved in the region of the front Dbox. To the rear of this, similar to the AG35, planar facets prevent covering sag between the ribs and thus ensure an accurate section is maintained. The wing geometry and sweep have been practically tested and flown many times while optimising the model's structure and aerodynamics. One important design goal was good launching. The flight test showed a smooth launch behaviour and very competitive launch heights. Thanks to its wing profile, low surface load and DSA winglets, the RES-Dart has extremely good-natured flying characteristics, which enable practiced pilots to crank up the RES-Dart into the tightest thermal turn and sometimes even get away from a hand launch.
The winglet mount incorporates a Druck-Sog-Ableitung (DSA) tube. DSA means {i,pressure-suction discharge} and improves the flow conditions in the wing-winglet transition area. This is a major cause of the very good-natured behaviour and the controllability in slow flight. The DSA tube was originally a light carbon fibre tube but this was decreed to exceed the limited amount of carbon fibre allowed in the German version of the F3-RES rules. Consequently the model is offered with a carbon or a plywood tube which is nearly as light and complies with all interpretations of the rules.
More info on this {href,https://www.rcgroups.com/forums/showthread.php?2705577,RCGroups thread}. Also see this {href,http://www.rc-network.de/forum/showthread.php/570970-RES-DART-neuer-Pfeilnurfl%C3%BCgel-Pr%C3%A4sentation!,German build log} for photos and info - use Google Translate.
Download the German manual from {href, https://www.dropbox.com/s/p3a6mlbydcdnge4/RES-Dart%20Bauanleitung_aktuell.pdf?dl=0, here}. An excellent English translation is now available {href,https://www.hyperflight.co.uk/getfile.asp?code=RES-DART-E&code2=1, here}, or see the {i,More Details} section below for a link to a Google English translation. The kit does not include a plan. Although this is initially off-putting a clever build jig is included and with some observation of the manual photos the construction process becomes clear.
{table title="RES-Dart Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.9 m, 76 in
Wing area, 47.0 dm2, 729 sq in
Flying weight from, 496 g, 17.5 oz
Wing loading, 10.6 g/dm, 3.5 oz/sq ft
Aspect ratio, 7.8,
Wing airfoil, Custom,
Centre of Gravity, 21 mm from wing centre trailing edge
Controls, "Elevons, spoilers"
{endtable}
{table title="RES-Dart Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Structure, 360 g, 12.7 oz
Receiver, 6 g, 0.2 oz
Elevon servos, 15 g, 0.5 oz
Spoiler servos, 15 g, 0.5 oz
Battery, 70 g, 2.5 oz
Noseweight, 30 g, 1.1 oz
Flying weight, 496 g, 17.5 oz
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevon servos, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Blue Bird BMS-A10H
Spoiler servos (2), Blue Bird BMS-A10H, KST X08,
Receiver, 4+ channel rx to match your transmitter
Battery, Dream-Flight 300 mAh 4.8V NiMH, HyperFlight 750 mAh 4.8V NiMH, Dream-Flight 750 mAh 4.8V NiMH, 4 cell Eneloop 500-800 mAh NiMH
{endtable}
{video-vimeo,161731682} � � � � � �<� � � � � � � � � ��4- 132841 = Carbon (CFK). 133021 = Plywood (Sp).Y f[ ,(d @�`�
RES-DART-ERES Dart Electric 2m� The {b,RES Dart Electric} is a superb 2m flying wing that incorporates very advanced aerodynamics to provide astounding performance. The RES-Dart is unusually stable for a flying wing and has good thermal performance, and a wide speed range. This electric version uses a small tractor propeller to avoid the hassle of using high starts. The model impresses with its balanced flight characteristics, the enormous performance potential and the extraordinary manoeuvrability (see following video). The large 2 piece spoilers enable steep descents, allowing safe exits from thermals and accurate landings. The wing is two part and the winglets can be detachable, making for a very transportable model. Like our other F3-RES models this is a high quality build-it-yourself kit constructed from CNC and laser cut balsa and plywood.
The wing profile has been optimised to give good performance while at the same time being easy to build. The thickness of approx. 9.5% allows for a lightweight structure and provides good torsional strength. The contour of the profile is only curved in the region of the front Dbox. To the rear of this, similar to the AG35, planar facets prevent covering sag between the ribs and thus ensure an accurate section is maintained. The wing geometry and sweep have been practically tested and flown many times while optimising the model's structure and aerodynamics. Thanks to its wing profile, low surface load and DSA winglets, the RES-Dart Electric has extremely good-natured flying characteristics, which enable practiced pilots to crank up the model into the tightest thermal turn and climb away from very low launches.
The recommended powertrain is a 28 g - 40 g outrunner with a Kv between 1100 RPM/V and 1400 RPM/V, powered by a 400 - 600 mAh 2S or 3S LiPo battery.
More info on this {href,https://www.rcgroups.com/forums/showthread.php?2705577,RCGroups thread}. Also see this {href,http://www.rc-network.de/forum/showthread.php/570970-RES-DART-neuer-Pfeilnurfl%C3%BCgel-Pr%C3%A4sentation!,German build log} for photos and info - use Google Translate.
Download the German manual from {href, https://www.dropbox.com/s/p3a6mlbydcdnge4/RES-Dart%20Bauanleitung_aktuell.pdf?dl=0, here}. An excellent English translation is now available {href,https://www.hyperflight.co.uk/getfile.asp?code=RES-DART-E&code2=1, here}. The kit does not include a plan. Although this is initially off-putting a clever build jig is included and with some observation of the manual photos the construction process becomes clear.
{table title="RES-Dart Electric Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.9 m, 76 in
Wing area, 47.0 dm2, 729 sq in
Flying weight from, 530 g, 18.7 oz
Wing loading, 11.3 g/dm, 3.7 oz/sq ft
Aspect ratio, 7.8,
Wing airfoil, Custom,
Spinner Diameter, 38 mm,
Centre of Gravity, 21 mm from wing centre trailing edge
Controls, "Elevons, spoilers, throttle"
{endtable}
{table title="RES-Dart Electric Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Structure, 360 g, 12.7 oz
Receiver, 7 g, 0.2 oz
Elevon servos, 10 g, 0.4 oz
Spoiler servos, 10 g, 0.4 oz
Motor, 38 g, 1.3 oz
Prop & spinner, 10 g, 0.4 oz
Battery, 80 g, 2.8 oz
ESC, 15 g, 0.5 oz
Flying weight, 530 g, 18.7 oz
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevon servos, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Blue Bird BMS-A10H
Spoiler servos (2), Blue Bird BMS-A10H, KST X08
Receiver, 4+ channel rx to match your transmitter
Battery, Dream-Flight 300 mAh 4.8V NiMH, HyperFlight 750 mAh 4.8V NiMH, Dream-Flight 750 mAh 4.8V NiMH, 4 cell Eneloop 500-800 mAh NiMH
{endtable}
{table title="Electric Powertrain Recommendations" class=1 cols=2 width=160,210 align=L,L autohref=1}
ADH300L Front Mount, 3S 450mAh LiPo, 9x5 folding prop
ADH300L Front Mount, 2S 450mAh LiPo, 11x6 folding prop
{endtable}
{video-vimeo,188617199}
{video-vimeo,161731682}
� � � � � �<� � � � � � � � � 4- 132965 = Carbon (CFK). 133022 = Plywood (Sp).Y � � ,)h ���b� BOWDEN-CABLE-15-3 HyperFlight 1.5/3 Pushrod Set< {Pushrod, 1.5, 3, Low friction rigid plastic, 7.7, 11.5, 14} � � � � 0� � � � � � � � ( MUh � ��b� BOWDEN-CABLE-1-17 HyperFlight 1/1.7 Pushrod SetC {Pushrod, 1.0, 1.7, PTFE, 2.8, 4.2, 3}
{PushrodFittings}
16 � � � � � � � � � � � � t�MUA h� j()�� -m8 ��b� GM13X8GM 13x8 Folding prop bladesj A pair of very high quality {b,GM 13 x 8 folding prop blades}, suitable for HyperFlight's and other makes of folding prop yokes and spinners.
These blades are thinner (they have a higher aspect ratio) than normal folding propeller blades, allowing larger diameter blades to be fitted without pulling too much current. This increases the propulsive efficiency of the powertrain. They are also engineered to fold closer to the fuselage, and cause less drag when folded than other props. See photos 3 and 4 for a visual comparison of GM, RF and Aeronaut props, kindly produced by Andre Jeber Demetrio.
Note this product consists of two carbon propeller blades only. The central spinner/yoke assembly is not included. Also it is common for prop blades to not fit all spinner/yokes perfectly as supplied. It is often necessary to reduce the width the blade root slightly to ensure free folding movement. Also the cut out in the spinner cone often needs to be increased to allow the blades to fully extend. The root of the blade should not touch the spinner cone when the prop is fully opened.
{blade, GM, 13, 8, 11.4,2000}
� � � � � � � � � � �
�2B6O t ���b� BOWDEN-CABLE-2-4HyperFlight 2/4 Pushrod Set� {Pushrod, 2, 4, Low friction rigid plastic, 11, 16.5, 40}
These can be only be sent in a 1.5m long postal tube. This increases the shipping cost but is unavoidable as the 2 mm rod is too rigid to be coiled into a pizza box.
� � F� � � � � � � � � � ( MUh g� g���� `}�`�� JR-BEC-ADAPTOR+JST BEC Socket to RC Plug Convertor Adaptor= This adaptor lead is fitted with a JST BEC socket at one end and a JR/universal type plug at the other end. It is great for allowing 2S LiPo to be safely plugged into modern 2S compatible receivers when HV servos are also being used.
Another benefit/use for this lead is to act as an on/off switch for the RC system. Plug in the battery to fly, and unplug it at the end of the session. No moving parts. Nothing to fail. Minimum weight.
Never attempt to plug a JST BEC plug directly into a receiver as even a momentary incorrect contact will burn out all the servos.
� � :� � -� � � � � � � � 2 Robotbirds SKU 407774& c� c1�C � �}�b� KST-X08V3-KST X08 V3 HV Servo - 2.8Kg.cm 0.09s 8.4g 8mm {br,Special offer: A chance to buy the still excellent KST X08 V3 with a 40% discount.} The KST X08V3 and the KST X08 V5 have identical specifications and are both equally reliable. The only difference is updated electronics on the newer version.
The {b,KST X08} is a very light (8 g) low/medium/high voltage metal cased servo. It is especially good for ailerons on discus launched gliders, electric racers, and all models with thin flying surfaces. Despite being only 8 mm thick the powerful coreless DC motor and gearing provide good torque and high speed. The X08 can be operated from a voltage as low as 3.8V (1S LiPo) or as high as 8.4V (2S LiPo). KST servos have excellent geartrain machining tolerances, and this servo is completely slop free, and equal to products costing twice as much. Despite not having an -MG moniker this servo has metal gears, and is very tough.
The KST X08's high torque, good speed, and 8mm thinness make it suitable for many high performance glider, pylon racers and EDF applications. With up to 2.8kg.cm torque the KST X08 is appropriate for F3K, F5D, F5J, many types of high performance models.
{film}
{table title="KST X08 V3 Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=: autohref=2}
Body dimensions: 23.5 mm wide x 8.0 mm thick x 16.8 mm high : 0.93" wide x 0.31" thick x 0.66" high
Max dimensions: 29.5 mm wide x 8.0 mm thick x 25.0 mm high : 1.16" wide x 0.31" thick x 0.98" high
Stall torque (3.8V): 1.40 kg.cm: 19 oz.in
Stall torque (6V): 2.20 kg.cm: 31 oz.in
Stall torque (8.4V): 2.80 kg.cm: 39 oz.in
Weight: 8.4 g: 0.30 oz
Lead length: 10 cm: 4.0 in
Operating speed (3.8V): 0.18 sec/60�
Operating speed (6V): 0.15 sec/60�
Operating speed (8.4V): 0.09 sec/60�
Operating voltage: 3.8V to 8.4V
Bearings: 2 ball bearings
Gear material: Aluminium alloy / copper-bronze alloy
Case material: Aluminium alloy
Motor type: Coreless DC motor
Working frequency: 333 Hz
Driver type: FET
Digital: Yes
Programmable: No
Supplied accessories: 3 plastic output arms, 1 arm retaining screw, 4 mounting screws
Optional accessories: Frame for KST X08, KST X08 Servo Arm Set, Frame with bearing for the KST X08
{endtable}
Note the KST X08 V3 and the KST X08 V5 have identical specifications.
R � *-� � � � � � � � � � 2 �� c2�4? ��b� ORALIGHT-BRIGHT-RED(Oralight Bright Red 31-022 Covering Film� {Oralight, Opaque Bright Red, 31-022, 5524622,45,This opaque bright red covering is a little heavier than the transparent red colour also available.}
� � -� � � � � � � � � � � 3B5 c� Germanyi� p ^S .�� ��b� ORALIGHT-T-CLEAR/Oralight Transparent Clear 31-000 Covering Film� {Oralight, Clear, 31-000, 5524600,36,This is totally clear and allows the structure to be seen clearly. Also excellent for solar models using solar cells under the covering.} � � -� � � � � � � � � � � 3B5 �� F; /?� ��b� ORALIGHT-CREAM#Oralight Cream 31-012 Covering Film� {Oralight, Opaque Cream, 31-012, 5524612,44,This scale cream covering is a little heavier than the transparent colours but is perfect for vintage and scale models.} � � -� � � � � � � � � � � 3B5 c� � ��b�� ORALIGHT-BLACK#Oralight Black 31-071 Covering Film� {Oralight, Black, 31-071, 5524652,43,This opaque black covering is a little heavier than the transparent colours but is great for scale and other models that want to stand out, and for creating stripes on the underside of wings for best visbility.} � � -� � � � � � � � � � � 3B5 �� Germanyg��P t �}�b� ORACOVER-T-ORANGE0Oracover Transparent Orange 21-069 Covering Film� A 200 cm x 60 cm roll of {b,Oracover Transparent Orange} covering film, as used by many quality manufacturers.
This is the transparent version of standard weight Oracover. It has all the benefits of Oralight but it is stronger and is suitable for electric RC models and R/C gliders where strength is more important than ultra light weight.
{table title="Oracover Transparent Orange Covering Film Specifications" class=1 cols=3 width=110,115,115 align=L,L}
Colour, Transparent Orange
Length, 200 cm, 78.7"
Width, 60 cm, 23.6"
Thickness, 45 um, 0.001"
Weight, 54 g/m2, 0.18 oz/ft2
Shrinkage @ 150�C , 5% in both directions
Melting point, 250 �C
Packaging, Supplied rolled
Product number, 21-069
UK supplier ref, 5524069
{endtable}
Please download these PDF files for more useful info:
{href,\extras\Oracover-Covering-Weights.pdf, Oracover Covering Weights PDF}
{href,\extras\Oracover-Product-Information_2010_engl.pdf, Oracover Product Info PDF} � � -� �
� � � � � � � � � h� Germanyd�X�_ +�� ��b� ORALIGHT-SCALE-WHITE6Oralight Scale White 31-099 Covering Film (Light Grey)� {Oralight, Scale White, 31-099, 5524699,36,This scale white covering is as light as the transparent white but is much better for vintage and scale models than the transparent alternative. Note that despite its name it is in fact a very light grey.} � � (_� ��b� HV6130-GEAR-SET1Replacement Gear Set for MKS HV6130 and MKS 6130Hh Replacement metal gear set for MKS HV6130 and MKS 6130H servos.
Library photo - not actual photo.
� � �
@� � � � � � � � 1C1 g� SteelTaiwanja� Q ��Wb� BOWDEN-CABLE-08-14 HyperFlight 0.8/1.6 Pushrod Set� #{Pushrod, 0.8, 1.6, PTFE, 2.4, 3.6, 1}
#HyperFlight 0.8/1.4 Pushrod Set
#{Pushrod, 0.8, 1.4, PTFE, 2.1, 3.1, 1}
{Pushrod, 0.8, 1.3, PTFE, 2.0, 3.0, 1}
{PushrodFittings}
16/19 � � U� � � � � � � � � � t�MUA h� i�E `��`� BOWDEN-CABLE-13-2 HyperFlight 1.3/2 Pushrod Set3 {Pushrod, 1.3, 2, PTFE, 5.2, 7.8, 8}
14 / 13 ( � � � � � � � � � � � # MU; Change to 13L outer when more stock
Weight incs to 5.7g/m A h� ho�
� �}�b� SPINTHING!Schloiderding V2 "Spinthing" 1.2m4
The {b,Schloiderding V2} (we are calling it {b,Spinthing}) is an elegant CNC cut balsa discus launched glider that can be built quickly, looks beautiful, and has excellent performance. The {b,Schloiderding "Spinthing"} has outstanding flying qualities and is attractive to beginners and experts alike. Thanks to the all flying tailplane the model can be trimmed to any speed range and by altering the CG and trim can be adapted to any personal flying style very quickly and easily. The excellent balsa and carbon construction allows the Spinthing to be built down to a flying weight of about 130 g, thanks to the superb hand picked balsa supplied.
The structure, except for the carbon tail tube, is completely built from wood, and so is very easy to repair. When building the front and rear parts of the wing have to be carved from the supplied balsa parts. To assist in this a clever sanding aid is included in the kit. With this tool sanding the surface to shape is very easy and fast and not at all problematic.
The kit is supplied with the option to build to three different wing spans:
- 100 cm (39") for highest launches and lively handling. This is ideal for slope soaring, especially if the dihedral is reduced or even eliminated.
- 105 cm (41") the standard compromise between snappy handling, high launch and top performance.
- 120 cm (47") for maximum all out and thermal performance (our favourite).
All parts are included in the kit including pull-spring control runs and an excellent plan with all 3 possible wing layouts. The span is determined by shortening the wing front and rear parts by removing material on the inner side (from the centre). Covering (Oralight), glue, etc is needed to build the model.
The kit is straightforward to built but no instructions are supplied. The plans are clear and well annotated (in German) and a great build log can be found {href, http://www.rc-network.de/forum/showthread.php/437242-SchloiderDing-aka-Teaser-DLG_1m?highlight=Schloiderding,here} - use Google Translate. Our thanks to Mark Cornwell for use of his lovely photos.
{table title="Schloiderding V2 Spinthing Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.20 m, 47 in
Wing area, 14.9 dm2, 231 sq in
Length, 86 cm, 34.0 in
Flying weight from, 131 g, 4.6 oz
Wing loading, 8.8 g/dm, 2.9 oz/sq ft
Aspect ratio, 9.7,
Wing airfoil, Proprietary,
Dihedral angle, 7.7�,
Centre of Gravity, 57-61 mm from wing leading edge
Controls, "Rudder, elevator"
{endtable}
{table title="Schloiderding V2 Spinthing Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Total structure, 105.0 g, 3.7 oz
Receiver, 5.0 g, 0.2 oz
Rudder servo, 4.5 g, 0.2 oz
Elevator servo, 4.5 g, 0.2 oz
Battery, 12.0 g, 0.4 oz
Noseweight, 10.0 g, 0.4 oz
Flying weight, 131.0 g, 4.6 oz
{endtable}
{table title="Recommended R/C-nano gear only" class=1 cols=2 width=110,235 align=L,L autohref=2}
Elevator & rudder servos, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Hitec HS-40, KST X06
Receiver, Spectrum AR6610T, Lemon LM0034, Futaba R6004FF*, Orange DSM2 compatible, Jeti Duplex R4 & R5, Multiplex Mlink RX-6-DR Light*, FrSky D4R II
Battery, HyperLipo 2S 175 mAh, HyperLipo 2S 300 mAh, 150 mAh 4.8V, Dream-Flight 300 mAh
{endtable}
{video,ePT6Vo42IUs}
{video,mGU8vyDiDtQ}
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v � _ � � 8+� � � � � � � � x 4] u� Balsawood, plywood, carbon fibre g��� � �}�b� BMS-106HV7Blue Bird BMS-106HV - discontinued, replaced by BMS-125� The {b,Blue Bird BMS-106HV} is a faster version of the very highly regarded Blue Bird BMS-105HV. At 8.4V the BMS-106HV's speed has been increased to a blistering 0.06 seconds per 60� of movement, while still having a great torque of 4.2 kg.cm.
The {b,Blue Bird BMS-106HV} is a great HV servo built to the same space saving form factor as the MKS HV6100. It is similarly precise, with no free play in the geartrain, and it is even more powerful and faster than the competing product. The large output spline is identical to Futaba 25 tooth splines, so replacement output arms are readily available. Note the output spline is not the same as MKS so the servo cannot be used with most MKS accesories.
HyperFlight is pleased to be able to supply the latest version of this excellent and increasingly popular range of servos. Many expert modellers are fitting these servos to the latest ultralight F5J models like the Ultima and the Infinity. The Blue Bird BMS-106HV and BMS-105HV are also increasingly used by pylon racers, and RC heli fliers.
{table title="Blue Bird BMS-106HV Specifications" class=1 cols=3 width=150,150,140 align=L,L,L separator=: autohref=2}
Body dimensions: 22.5 mm wide x 10.0 mm thick x 22.8 mm high : 0.89" wide x 0.39" thick x 0.90" high
Max dimensions: 32.5 mm wide x 10.0 mm thick x 25.0 mm high : 1.28" wide x 0.39" thick x 0.98" high
Stall torque / Speed @ 6V: 3.1 kg.cm / 0.09 s/60� : 43 oz.in / 0.09 s/60�
Stall torque / Speed @ 7.4V: 3.7 kg.cm / 0.07 s/60� : 51 oz.in / 0.07 s/60�
Stall torque / Speed @ 8.4V: 4.2 kg.cm / 0.06 s/60� : 58 oz.in / 0.06 s/60�
Weight: 10.9 g: 0.38 oz
Lead length: 15 cm: 6.0 in
Operating Voltage: 6.0V - 8.5V
Bearings: Plain
Gear material: Metal alloy
Case material: Nylon
Motor type: Coreless DC motor
Working frequency: 250 Hz
Dead band/resolution: 2 �s
Pulse width for � 60�: 1000 - 2000 �s
Digital: Yes, 12 bit A2D
Programmable: No
Position sensor: Potentiometer
Operating temperature: -20 to +60 �C
Supplied accessories: 2 plastic output arms, 1 arm retaining screw, 4 mounting screws, sticker set
Optional accessories: Frame with bearing for the Blue Bird BMS-105HV, Integrated Drive System/Mono for BMS-105HV, Frame for MKS DS6100
{endtable}
m � � � Y� � � � � � � � 2 R �� c1�C � ��b�h VORTEX-BAGS Vortex DLG Wing and Tail bagsL Good quality wing and tail bags to protect the Vortex DLG's flying surfaces. K � D � � ( � � � � � � � � � X �� g�.� � �}�b�� BMS-107HV5Blue Bird BMS-107HV Servo - 2.7Kg.cm 0.04s 10.9g 10mmY The {b,Blue Bird BMS-107HV} is the fastest version of the very highly regarded range of servos originated by the Blue Bird BMS-105HV. At 8.4V the BMS-107HV's speed has been increased to an amazing 0.04 seconds per 60� of movement, while still giving a torque of 2.7 kg.cm. This makes it exellent for heli tail rotor as well as ailerons and elevator on fast models.
The {b,Blue Bird BMS-107HV} is a great HV servo built to the same space saving form factor as the MKS HV6100. It is similarly precise, with no free play in the geartrain, and it is even more powerful and faster than the competing product. The large output spline is identical to Futaba 25 tooth splines, so replacement output arms are readily available. Note the output spline is not the same as MKS so the servo cannot be used with most MKS accesories.
HyperFlight is pleased to be able to supply the latest version of this excellent and increasingly popular range of servos. Many expert modellers are fitting these servos to the latest ultralight F5J models like the Ultima and the Infinity. The Blue Bird BMS-106HV and BMS-105HV are also increasingly used by pylon racers, and RC heli fliers.
{table title="Blue Bird BMS-107HV Specifications" class=1 cols=3 width=150,150,140 align=L,L,L separator=: autohref=2}
Body dimensions: 22.5 mm wide x 10.0 mm thick x 22.8 mm high : 0.89" wide x 0.39" thick x 0.90" high
Max dimensions: 32.5 mm wide x 10.0 mm thick x 25.0 mm high : 1.28" wide x 0.39" thick x 0.98" high
Stall torque / Speed @ 6V: 2.1 kg.cm / 0.06 s/60� : 29 oz.in / 0.06 s/60�
Stall torque / Speed @ 7.4V: 2.5 kg.cm / 0.05 s/60� : 35 oz.in / 0.05 s/60�
Stall torque / Speed @ 8.4V: 2.7 kg.cm / 0.04 s/60� : 37 oz.in / 0.04 s/60�
Weight: 10.9 g: 0.38 oz
Lead length: 15 cm: 6.0 in
Operating Voltage: 6.0V - 8.5V
Bearings: Plain
Gear material: Metal alloy
Case material: Nylon
Motor type: Coreless DC motor
Working frequency: 250 Hz
Dead band/resolution: 2 �s
Pulse width for � 60�: 1000 - 2000 �s
Digital: Yes, 12 bit A2D
Programmable: No
Position sensor: Potentiometer
Operating temperature: -20 to +60 �C
Supplied accessories: 2 plastic output arms, 1 arm retaining screw, 4 mounting screws, sticker set
Optional accessories: Frame with bearing for the Blue Bird BMS-105HV, Integrated Drive System/Mono for BMS-105HV, Frame for MKS DS6100
{endtable}
k � � � Y� � � � � � � � 2 R �� c1�C � � ,&� ��b� CARBON-SQ-TUBE-14MM1.4mm Square Carbon Tube {CSectR, 1.4, 0.8, 3.3} � � � 8� � � � � � � �
5 � � ,&� ��b� CARBON-SQ-TUBE-17MM1.7mm Square Carbon Tube {CSectR, 1.7, 1.0, 3.5} � � � N� � � � � � � �
$ 5 � ��b� CARBON-SQ-TUBE-2MM2mm Square Carbon Tube {CSectR, 2.0, 1.0, 3.8} � (� � \� � � � � � � �
5 j� jU� x �}�b�� PLUS
Plus F5J 3.7m {B,SUPPLED WITH FREE PLUS PRO UPGRADE KIT}
The {b,Vladimir's Models Plus F5J} is a revolutionary glider that truly breaks the norms of F5J models. The twin boom and inverted V tail configuration has many benefits. The pusher propeller ensures the flow over the front fuselage remains laminar, reducing the fuselage drag and allows dork type competition spot landings with impunity. The centrally mounted motor minimises inertia, as do the short twin tailbooms and the light inverted V tail. The inverted V tail rudder action works in the same sense as the ailerons, giving into turn roll commands with rudder movement. This will give coordinated rudder/aileron control.
The Plus F5J wing is a masterpiece of aerodynamic and structural design, with new airfoils by Joe Wurts. The wing has a skin of spread carbon over a Rohacel core, and a strong carbon spar with a well engineered shear web, ensuring good strength despite the low weight. The twin tail booms have been superbly faired into the wing by Vladimir, eliminating a possible source of drag in this configuration. The wings has five control surfaces: a flap on the centre panel, flapperons on the mid panels and ailerons on the tip panels. These give superb approach control, allowing the model to be slowed down and spot landed with ease. The airfoils and wing planform were optimized for best thermaling and best wind penetration for an ultralight model, fully taking into account the low Reynolds numbers encountered. Joe Wurts� airfoils allow a wide of flap use from -2 to +7 degrees to achieve maximum climb performance in thermals without compromising glide angle in normal and high speed cruise, ensuring the model can be brought back upwind after drifting a long way back in a thermal.
Inspired tail boom to wing fittings provide light weight and high strength while also simplifying airframe assembly on the field. The Plus F5J takes less than a minute to assemble and requires only two screws. The pull-spring V tail control system is very light, rigid, and guarantees no slop in the control surfaces, ensuring the model returns to the same trim state after up and down elevator commands.
<img src="extras/plus-f5j-wing-003a.jpg" alt="Wing tail boom fittings">
The model is currently just available in a light spread carbon layup. However a ballast system is also available, allowing the model to be used in light and normal conditions.
The {b,Plus F5J} has these unique advantages:
{bullet}
Potentially the best thermaling performance for a model of this size;
Superb L/D at cruise and fast cruise giving excellent wind penetration;
Low fuselage drag with the propeller at the rear;
Rudder movement also gives an appropriate roll command;
Very easy handling;
Ultralight weight;
Compact size for easy transportation.
{endbullet}
All of the Plus F5J models we supply have IDS sets already fitted to the wings, so the two aileron and the three flap servos can just be slotted into place in the custom Servorahmen {href, products.asp?code=SRIDS-MKS-6110,bearing fames}. All our models have {i,Standard} frames for {pref,KST-X08H,KST X08H} aileron servos and {pref,MKS-HV6110,HV6110} flap servos, though other servo options may be ordered. These IDS sets include ready fitted optimised linkages, as shown in the photo below.
<img src="extras/plus-f5j-wing-flapperon-servo-06s.jpg" alt="IDS servo mount and LDS connecting rod">
<img src="extras/plus-f5j-fuselage-01s.jpg" alt="Plus F5J pod CAD image motor and drive shaft">
<img src="extras/plus-f5j-fuselage-02s.jpg" alt="Plus F5J pod photo showing showing motor and drive shaft">
<b>Our price includes IDS installation for all the wing servos, the motor drive shaft, motor drive shaft installation, spinner and {pref,PLUS-WING-BAG, Vladimir's excellent wing and tail bags}. These are extra cost items from other dealers.</b> Ballast is not included in the base price, and must be purchased separately, as must be the servos, motor, ESC, receiver etc. Although the cost of the model looks high at first glance, the ability to use a low cost outrunner motor instead of a geared inrunner reduces the RTF cost by about �200 / �230 / $210 making it very reasonable for such an advanced airframe.
Lots more info and photos are visible on the {href, http://f3j.in.ua/plus-f5j.html,Vladimirs Models site} and in this {href, https://www.rcgroups.com/forums/showthread.php?2856922-Plus-F5J, Plus F5J} and {href, https://www.rcgroups.com/forums/showthread.php?2856822-You-Don-t-Need-No-Stink-n-Skeg-now, another} RCGroups discussion thread. Also check out {href,https://www.rcgroups.com/forums/showthread.php?2877674-Assembling-Vlads-PLUS, Larry Jolly's Plus Build Thread}.
� 2017 Neil Stainton
{table title="Plus F5J Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 3.7 m, 146 in
Wing area, 71.5 dm2, 1108 sq in
Length, 127 cm, 49.9 in
Flying weight from, 1070 g, 37.7 oz
Wing loading, 15.0 g/dm, 4.9 oz/sq ft
Aspect ratio, 19.3,
Wing airfoil, JW proprietary
Dihedral (EDA), 4.4�,
Spinner Diameter, TBA mm,
Centre of Gravity, 88-96 mm from wing leading edge
Controls, "V tail, flap, flaperons, ailerons, throttle"
{endtable}
{table title="Plus F5J Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Pod, 64 g, 2.3 oz
Booms, 34 g, 1.2 oz
Wing c/s, 188 g, 6.6 oz
Wing tips, 374 g, 13.2 oz
V Tail, 55 g, 1.9 oz
Accessories, 17 g, 0.6 oz
Total structure, 760 g, 26.8 oz
Wiring etc, 37 g, 1.3 oz
Receiver, 10 g, 0.4 oz
V tail servos, 17 g, 0.6 oz
Flap servos (3), 30 g, 1.1 oz
Aileron servos, 17 g, 0.6 oz
Speed control, 38 g, 1.3 oz
Motor, 69 g, 2.4 oz
Prop & spinner, 22 g, 0.8 oz
Battery, 70 g, 2.5 oz
Flying weight, 1070 g, 37.7 oz
{endtable}
{table title="Plus F5J Recommended Servos" class=1 cols=2 width=110,240 align=L,L autohref=2}
V tail (2), KST X08
Ailerons (2), KST X08H
Flaperons (2), MKS HV6110
Flap (1), MKS HV6110
{endtable}
{table title="Plus F5J Powertrain Recommendations" class=1 cols=2 width=150,200 align=L,L autohref=1}
Scorpion S11-2215-1127KV, 3S 500mAh LiPo, 12x8 prop
Powerline Micro 1015, 3S 500mAh LiPo, 16x8 prop
Powerline Micro 1015 - 2S, 2S 600mAh LiPo, 16x8 prop
{endtable}
Note this is preliminary information and may be subject to change. Also the expected arrival date is only a guide and may slip.
` � 2_� � � � � � � � � � � � �� %� c1�Ch �}�b�� PLUS-BALLASTPlus F5J Ballast Set� The {b,Plus F5J Ballast Set} allows you to adjust the weight of the Plus model very granular amounts.
Up to 9 ballast pieces can be inserted, each weighing 48 g.
Minimum balalst 48 g
Maximum balalst 432 g
In nine steps � � ? � /� $(� � � � � � � � � |� c1�C � �}�b�� GM-F5J-30-5!30mm GM F5J Spinner for 5mm shaft {GMSpinner, 30,5,26,13} 1 � &U� � � � � � � � � � 2 O !� c1�C � � ,)T ���b� BOWDEN-CABLE-05-1 HyperFlight 0.5/1.0 Pushrod Set; {PushrodSS, 0.5, 1.0, PTFE, 2.2, 3.3, 0.5}
22 / 26
� � K� � � � � � � � � � MUA �� Plastic, � � +. ��b� SRIRSM-MKS61004Integrated Drive System/Mono for MKS DS6100 & HV61002 {IDSM, MKS DS6100 and MKS HV6100, 11, 62, 80, 1.8} u � <� � � � � � � � � � 2BOX6I � � -ӄ ��b� SRIDSM-MKS6110+Integrated Drive System/Mono for MKS HV6110V {IDSM, MKS HV6110, 11, 62, 80, 1.8}
Note these product photos may not be accurate. � <� � � � � � � � � � 2BOX6I A �}�b�� SRIDSM-KST-125<Integrated Drive System/Mono for the KST DS125, DS135, DS225� {IDSM, KST DS125; KST DS135 and KST DS225, 12, 48, 81, 3}
Note the photos are temporarily showing the very similar MKS HV6130 IDS frame.
� � <� � � � � � � � � � 2 I �� c1�C* -s� �}�b� ALTIS-POWERAltis Power Sensor� New {b,Power Sensor for Altis}. This sensor is connected to battery and measures battery voltage, current and the corresponding power and energy. The values are recorded and shown on the Altis display. It is also suitable for energy limiting competitions.
The AerobTec Altis V4 + and Altis nano altimeters can now be upgraded with a power sensor. This device provides battery voltage, current, power and energy measurements. These values may be logged, displayed, or used to shut down the engine after a certain amount of energy has been consumed, as required for F3Be contests.
To use the sensor insert it into the battery positive cable (red), and connect the black wire to the battery negative. Plug it into the Altis V4 + or Altis nano Altimeter CPM port.
{table title="Altis Power Sensor Specifications" class=1 cols=2 align=L,L,L nowrap separator=: }
Voltage: 0V - 60V
Current: 42.5A constant / 73A for 5 min / 100A for 30 seconds
Dimensions: 21 x 27 x 7 mm
Cable length: 10 cm
Weight: 14 g
Power supply: from Altis V4 + or Altis Nano via Molex connector
Resolution: 0.1V, 0.1A, 0.1W, 1 Wmin
Accuracy: voltage 1% / current 2% / power 2% / energy 2%
{endtable}
- � ' � � � � � � � � � � 2 2E3. �~�b� GM13X10F"GM 13x10F Folding prop blades Flatl A pair of very high quality {b,GM 13 x 10 F flat folding prop blades}, suitable for HyperFlight's and other makes of folding prop yokes and spinners. <b>These blades have less twist than usual, allowing them to fold flatter against a glider fuselage, reducing drag.</b>
These blades are thinner (they have a higher aspect ratio) than normal folding propeller blades, allowing larger diameter blades to be fitted without pulling too much current. This increases the propulsive efficiency of the powertrain. The reduced twist (flatness) also allows them to fold closer to the fuselage, and cause less drag when folded than other props. The flatness does reduce the efficiency slightly, but this is more than offset by the improved glide. See photos 3 and 4 for a visual comparison of GM, RF and Aeronaut props, kindly produced by Andre Jeber Demetrio.
Note this product consists of two carbon propeller blades only. The central spinner/yoke assembly is not included. Also it is common for prop blades to not fit all spinner/yokes perfectly as supplied. It is often necessary to reduce the width the blade root slightly to ensure free folding movement. Also the cut out in the spinner cone often needs to be increased to allow the blades to fully extend. The root of the blade should not touch the spinner cone when the prop is fully opened.
{blade, GM Flat, 13, 10, 10, 2000}
� � � � � � � � � � �
2B6O *� jkq�� �}�b�' VM15X10 VM 15x10 Folding prop blades A pair of very high quality {b,VM 15 x 10 folding prop blades}, suitable for Vladimir's Models new Pro Spinners and other folding prop yokes and spinners.
These blades are extremely thin (they have a higher aspect ratio), thinner even than GM blades. This allows larger diameter blades to be fitted without pulling too much current. This increases the propulsive efficiency of the powertrain. When used with VM Pro Spinners they will fold closer to the fuselage, and cause less drag than other props.
Note this product consists of two carbon propeller blades only. The central spinner/yoke assembly is not included. Also it is common for prop blades to not fit all spinner/yokes perfectly as supplied. It is often necessary to reduce the width the blade root slightly to ensure free folding movement. Also the cut out in the spinner cone often needs to be increased to allow the blades to fully extend. The root of the blade should not touch the spinner cone when the prop is fully opened.
{blade, VM, 15, 10, 8.9, 700}
� � & � � P� � � � � � � � 2 �� d*�� �� ,�\ ��b�
SRIDS-KST-X08]Integrated Drive System/Mono for KST X08, X08H, A08, A08H, X08 Plus, X08H Plus, HS08A, HS08B,� <b>Note the photos are currently showing the MKS HV6100 IDS set. The X08 frame does not include a ball-race. The plastic output arm rotates directly in the plastic frame only. This is technically called a plain bearing but most people would say that it isn't a bearing at all. Please disregard the references to a ball bearing in the template text below.</B>
{IDSM, KST X08; X08H; A08; A08H; X08 Plus; X08H Plus; HS08A; HS08B; PTK 7308, 11, 62, 80, 1.8}
� � <� � � � � � � � � � 2 � �}�b�� SUPRA-F-W-BOLTSupra Front Wing Mount Boltb One front wing mount bolt for the Supra.
40mm long M4 Countersink with a hex socket drive hole. * � :� � � � � � � � � � 2G6 �� Steel g��� �
��b�� SUPRA-R-W-BOLTSupra Wing Mount Bolt\ One wing mount bolt for the Supra.
30mm long M4 Countersink with a hex socket drive hole. 4 � :� � � � � � � � � � 2G6 �� Steel j�s � �}�b�� STRIKE2-FIN Strike 2 Fin/ Replacement fin and rudder for the Strike 2 DLG � �
� Z� � � � � � � � � d +� j �� c1�C � �}�b��
STRIKE2-HSTABStrike 2 TailplaneT Replacement tailplane (also called horizontal stabiliser) for the Strike 2 mini DLG. � �
� Z� � � � � � � � � d j �� c1�C a ��b�� KST-X10-MINI6KST X10 Mini V8 Wing Servo - 7.5Kg.cm 0.09s 23.0g 10mm� The {b,KST X10 Mini V8 wing servo} is a high and medium voltage MKS DS6125 Mini / KST DS135 sized servo with only lighly less torque than the larger MKS HV6130. The {b,KST X10 V8 Mini} has a hardened steel drive train and a coreless motor capable of running all the way from 4.8V to 8.4V (4S NiMH to 2S LiPo) making these servos ideal for electric powered models (most ESCs output 5.5V) as well as most gliders.
Supplied accessories include two strong red nylon output arms, and three normal strength white nylon output arms.
The accessories include two strong nylon red output arms, and three normal strength nylon white output arms.
{b,KST X10 V8 Mini Features}
{bullet}
Slim 10 mm body
Excellent 7.5 Kg.cm torque
Compact and light weight design
Good torque and speed
Wide 4S NiMH to 2S LiPo voltage range
Excellent heat dissipation
7075 Alloy casing
Hardened Steel gears
Designed for lightweight high performance RC Gliders
{endbullet} {ServoSpecs} The V8 version is very similar to the original servo and is identified by V8.0 printed on the bottom of the case. The only change we are aware of is the wider operating voltage range. The physical size and shape are identical.
� � + � � � � � � � � � � , ' �1L2 �� jr � � �} �b�� KAPPA35-TAILPLANE$Tailplane for a Kappa 35 or Kappa 40X This tailplane (horizontal stabiliser) as supplied with Kappa 35 and Kappa 40 models.
x � I2� � 2 � � � � � � � � � D c1�C �{ -�� ��b�� KST-X12-508.KST X12-508 Servo - 6.2Kg.cm 0.07s 20.5g 12mm� The {b,KST X12-508} is a superb 20g servo from KST that is similar to the MKS HV6125e. Although originally intended for the heli market the X12-508 also used in high performance gliders and fast powered aircraft.
{servospecs}
� � ' � � � � � � � � � � * 1L1 s +'� ��b�� ORASTICKOrastick Adhesive 100ml� {b,Orastick} is a liquid form of the adhesive coated onto the back of Oralight and Orafilm covering film. It is useful for ensuring excellent adhesion to very porous or uneven surfaces.
When applying additional heat to remove wrinkles a common problem is that the glue no longer works well as the wood fibres originally adhered to have torn away from the piece being covered. Thus the glue layer can no longer stick the covering to the structure. If Orastick is used before covering the liquid adhesive soaks into wood, gluing loose wood fibres permanently to the surface. This prevents the fibres tearing off under stress and the covering coming loose, which is the usual cause of wrinkles and other problems.
To use brush a thin coat (just 20g/m2) of Orastick onto the wooden structure. Wait for it to dry - it is important to let the adhesive dry thoroughly before covering, to prevent incompletely evaporated solvents from gassing off during ironing, thereby causing bubbles. Then apply the Orafilm or Oralight covering as normal.
If the Orastick has dried out a bit you can restore the original viscosity by adding the Orastick Thinner product.
Supplied in a 100 ml tin.
{br,Sorry this can only to be supplied to UK customers.} � � � � 1� � � � � � � � � 2G1 �� Steel, adhesiveSG +*P ��b�� ORASTIC-THINNERSOrastick Thinners 250ml� {b,Orastick Thinners} is used for thinning Orastick adhesive to reduce the viscosity, clean brushes, etc. Orastick Thinners can also be used to remove any glue residue that seeps out of seems in Oracover film covered models.
Only to be used outdoors or in a cold well ventilated space. Read all product warnings before use.
Supplied in a 250 ml screw top tin.
{br,Sorry this can only to be supplied to UK customers.}
� � � � � � � � � � � � 2G1 �� Steel, adhesive� ��b�� SM-CRAFT-KNIFE Swann-Morton Orange Craft KnifeE The {b,Swann-Morton Orange Craft Knife} is a the classic craft knife used by modellers world wide. It is ergonomic to use and the easy to change blades are sharp and strong.
Sold with a No1 straight and a No2 curved blade. I find the curved blade is particularly useful, as it stays sharp longer than the straight blade.
� � � � H� � � � � � � � 2G2 �� Steel, plastic j/]� � � +/ ��b�� SM-NO2-BLADE)Swann-Morton Knife No 2 Curved Blades (5)K 5 replacement No 2 curved blades for the Swann-Morton Orange Craft Knife.
� � � � 1� � � � � � � �
2H2 � �}�b�� SM-SCALPEL3Swann-Morton ScalpelI The ergonomically designed {b,Swann-Morton B3 Scalpel} with a smoothly tapered stainless steel octagonal body offering precise fingertip control which this knike ideal for delicate cutting jobs.
Supplied with 10A type carbon steel blades. These remain sharp longer than the stainless steel blades used in medical applications. � � � � ^� � � � � � � � d �� c1�C $ �`�� FORZA-100Forza 100" 2.5m� The {b,Forza 100} is the next generation high performance 2.5 metre model from successful Aeroic designer, Dr. James Hammond. With a new and highly experienced manufacturer, and continuing technical development of previous designs which have gained him a worldwide following, Dr. James Hammond is very pleased to announce Aeroic�s latest entry into the high-end sports sailplane market; the Stormbird Forza 100�
James specifically designed the now very popular Forza as a more modern, and higher performing replacement for the ever-popular Typhoon � arguably the best selling all�moulded 2M ever, that he designed over a decade ago. Now it has been stretched and optimized into the higher aspect ratio Forza. The proof of the Pudding � chuck it and see. From the very first flight the Forza has surprised us.
Armed and dangerous with its massive carbon joiner and a completely new and higher aspect ratio wing planform, newly smoothed aerofoils, and the game-changing sine wave spar, the new �Doc J� weapon is extremely fast - scary fast some have said - and like all Aeroic thoroughbreds its highly aerobatic but lands like a Gentle Lady. Its faster than its smaller brother in acceleration and top speed, slower in landing mode, and with its lower wing loading can fly in lighter winds than the original model.
Overall design:
James has always had an eye for a cool design � if not color � he admits to being �Chromatically� challenged. The Forza has a highly optimized wing and new and smoothing improved wind tunnel tested aerofoils. The layout has enough room to allow plenty of ballast in the fuse and has ballast tubes in the wings too. The slip on nosecone makes it all easily accessible
Aerofoils:
The sections used are the most developments from James�s highly successful original aerofoil designs: Dial in a millimeter of reflex and see what happens � but don�t forget the replace the battery in your pacemaker first, or drop the flaps to 80 degrees and find you are walking faster than your model.
Wings:
Completely different from the previous design, and made possible by the revolutionary Sine Wave Spar that is now a feature of all Aeroic planes, the optimized and now stretched wing planform has undergone a series of changes throughout the development and testing of the model resulting in the somewhat �radical� shape that we now see.
The reducing thickness, optimally cambered sections will let you go from really slow landing speeds with the flaps down to heart thudding passes with a little reflex, yet despite its ability to carry heavy ballast loads, the airframe will thermal with the best of them. Large ailerons, large flaps and the stretched wing planform each add to the overall performance of the airframe.
Horns are factory fitted with well thought out geometry to allow flush servo installation using 10mm servos for flaps and 8mm servos for the ailerons. Using conventional linkages, you can get a clean, practical and most importantly serviceable wing installation optimized to use full servo travel to give high torque and low slop. Ballast spaces in the wing allow approx 450 g (1lb) of lead to be carried.
Aeroic Sine Wave Spar:
Used in several military aircraft, (Doc J�s designer background) the Sine Wave Spar (SWS) has been adapted for the first time to make up the heart of a model sailplane wing, and has frankly amazed us with its low weight, and ultra high strength. Unlike a conventional �Box� spar the Sine Wave Spar adds terrific torsional stiffness and yet actually weighs considerably less than the older conventional spar types. Now used in all Aeroic airframes, the Sine Wave Spar is lighter and far stronger than �conventional� spars and raises the overall performance level another few notches.
Fuselage:
The slim and curvaceous fuse is strong, light, and stiff with Carbon/Kevlar reinforcement and gives far more strength to the boom than most models. Electronics area is 2.4 GHz friendly with access to the radio and ballast through a slip-on nose cone. The long nose area accentuates the rakish lines but also provides plenty of space to easily balance the model without resorting to shoehorning lead in every available crevice!
Snakes (not supplied) and/or rear mounted direct servos can be used for Rudder/Elevator control. Wing stub fairings with location dowel holes finish the fuselage with recesses for �green� Multiplex type connectors to connect the electronics pre-routed.
Tailplane:
As normal the aerofoils were specifically designed for Aeroic sailplanes and optimized for maximum control response with minimum deflection. At 10%, the tail aerofoil section is thicker than is the norm but the infinitesimal increase in drag is easily offset by the increased control response for less deflection. To further increase the efficiency, pitch control is accomplished by using an elevator not a wobbly all-moving tailplane. The elevator is directly driven by a servo placed in a hatch in the fin to give solid elevator control.
Joiner:
Like all Aeroic planes, the Forza has an impressive joiner. Massive is the only way to describe this part. Measuring 35 x 12mm, the length has also been increased by over 100mm (4�). It�s as big if not bigger than those used in most 3m competition airframes!
Production:
The Stormbird Forza has been designed with far greater capability potential than any average sports model, and this, coupled with the fact that like all Aeroic sailplanes the pre-production models underwent thorough testing, not only in flying performance, but also in making the installation straightforward and practical, leads to an airframe that is a snip to fit out, and flies like the true thoroughbred it is. It is supplied with a wiring harness, plastic servo frames for 10mm thick servos and some control linkage hardware.
{b,Layup Options}
L = Light = Lowest weight, reduced strength
S = Sport = medium strength & weight
SS = Super Sport = strongest strength & higher weight
{table title="Forza Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.50 m, 100 in
Wing area, 44.7 dm2, 723 sq in
Length, 123 cm, 48.4 in
Flying weight from, 1800 g, 63 oz
Aspect ratio, 14,
Wing airfoil, "JH3680, JH3575, JH3670"
EDA (dihedral), 1.7�,
Centre of Gravity, 85 - 100 mm from wing leading edge
Controls, "Rudder, elevator, ailerons, flap"
Ballast (Fuselage), 6 pcs 3/4� (20mm) round slugs
Ballast (Wings), 7/16� (12mm) round slugs
{endtable}
{table title="Forza 100 Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage inc pushrods, 286 g, 10.1 oz
Left wing, 450 g, 16 oz
Right wing, 450 g, 16 oz
Tailplane, 55 g, 1.9 oz
Wing joiner, 137 g, 4.8 oz
Ballast tube, 40 g, 1.4 oz
Accessories, 60 g, 2.1 oz
Total structure, 1318 g, 46.5 oz
Wiring, 20 g, 0.7 oz
Pushrods, 12 g, 0.4 oz
Receiver, 8 g, 0.3 oz
Rudder servo, 11 g, 0.4 oz
Elevator servo, 11 g, 0.4 oz
Wing servos (4), 70 g, 2.5 oz
Battery, 150 g, 5.3 oz
Flying weight, 1800 g, 56.4 oz
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder & Elevator (in tail), KST X08H, KST A08H, MKS DS75K-R, MKS HV75K-R, MKS HS75
Flap (servo max 10 mm thick), MKS HV6130, MKS HV6120, KST DS125, KST X10, CHA HV85H
Aileron (servo max 8 mm thick), MKS HV6120, KST HS08A, KST X08H Plus, KST X08H, KST A08H, CHA HV85H
Receiver, 6 channel rx to match your transmitter
Power, HyperFlight 1600 mAh 4.8V NiMH, HyperFlight 1600 mAh 6V NiMH, 1600 mAh 2S LiFe
{endtable} Servo frames, if supplied, fit KST DS125 and X10 sized servos.
Fossa
� � � � � � � � � � � � � � � +�3� Stormbird parts inventory:
2 pieces wing
2 pieces tailplane
Fuselage and fin
Accessory bag
Servo tray (usually green)
Wing joiner
Ballast tube
wmd 820k ,� i�� ! .�� � � � � � � (ZO ,"� �`�� SESSANTASessanta 60" 1.5m4
The {b, Sessanta} is a new 1.5m (60") highly aerobatic sports slope soarer from James Hamond. This very pretty model flies as well as it looks, with sweet handling, a great speed envelope and easy landing thanks to its large flaps.
Continuing technical development of previous designs which have gained him a worldwide following, Dr. James Hammond is very pleased to announce the latest entry into the 60-class slope racing sailplane market.
James designed as a modern, sleeker, and higher performing replacement for his first 60 design, the ever-popular Sunbird; one of the best selling all�moulded 60� models ever. Refined in every way and incorporating all of the great things about the original design � and a lot more.
With a single piece wing incorporating completely new and radical wing planform, new aerofoils, new, sleeker and stronger fuselage and the game-changing sine wave spar, the new �Doc J� weapon is extremely quick, yet has all of its older Sunbird brother�s great flying characteristics. More info {href, https://www.aeroiccomposites.com/sessanta-60-15m, here}.
The elevator servo is best fitted in the tail. The rudder servo can be fitted in the tail or under the hatch. A full-ish accessory pack is included with a nice wiring loom.
{b,Layup Options}
L = Light = Lowest weight, reduced strength
S = Sport = medium strength & weight
SS = Super Sport = strongest strength & higher weight
{table title="Sessanta 60 Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.53 m, 60 in
Wing area, 22.5 dm2, 349 sq in
Length, 97 cm, 38.0 in
Flying weight from, 1100 g, 38.8 oz
Wing loading, 48.9 g/dm, 16.0 oz/sq ft
Aspect ratio, 10.3,
Wing airfoil, JH3680, JH3675, JH3670
EDA (dihedral), 0.0�,
Centre of Gravity, 70-75 mm from wing leading edge
Controls, "Ailerons, flaps, rudder, elevator"
{endtable}
{table title="Recommended Servos" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder (front), MKS DS6100, MKS HV6100, Blue Bird BMS-126WV, Blue Bird BMS-127WV, KST DS145, KST DS215MG, KST X10-710, KST MS320
Elevator (rear; 8mm), KST X06, KST X06H, KST A08, KST A08H, KST A08, KST A08H, CHA DS06, CHA LV06, CHA HV06, MKS HS75, MKS HS75H
Flap (9mm), KST HS08A, KST HS08B, KST X08H Plus, KST X08 Plus, KST A08H, KST A08, KST X08H, KST X08, CHA HV85H, CHA DS09, MKS DS6100, MKS HV6100, MKS HV6110, Blue Bird BMS-125
Aileron (8mm), KST HS08A, KST HS08B, KST X08H Plus, KST X08 Plus, KST A08H, KST A08, KST X08H, KST X08, Blue Bird BMS-A10V
{endtable} The wing is very thin and 8 mm servos are required for the ailerons, and ideally 9 mm for the flaps. 10 mm thick flap servos can perhaps be used but the servo covers will need adjusting.
{table title="Sessanta 60 Sports Layup Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing, 430 g, 15.2 oz
Tailplane, 45 g, 1.6 oz
Ballast tube, 10 g, 0.4 oz
Accessories, 12 g, 0.4 oz
Total structure, 727 g, 25.6 oz
Wiring, 37 g, 1.3 oz
Pushrods, 15 g, 0.5 oz
Receiver, 8 g, 0.3 oz
Elevator servo (rear), 7 g, 0.2 oz
Rudder servo (front), 12 g, 0.4 oz
Wing servos (4), 34 g, 1.2 oz
Battery, 100 g, 3.5 oz
Nose weight, 160 g, 5.6 oz
Flying weight, 1100 g, 38.8 oz
{endtable}
Light layup - approx 50g lighter lighter than Sports layup (above).
Super Sports layup - approx 100g heavier than Sports layup (above).
� � � � � ' � � � � � � � � R A�3� Sessanta components
One fuselage with fin
One wing piece
One accessory bag
Two tailplane pieces
03/07/2024 added 4 pcs CR-30 pudhrds and 1pc ball linkk � �}�b�� ARESTI Aresti 2m
The {b, Aresti 2m} is a highly regarded design from slope soaring legend James Hammond. The carbon/glass hybrid Aresti has a good speed range, superb aerobatic handling and is built strong enough for high energy slope aerobatics while also being light enough to be enjoyable in lighter winds.
The Aresti is a great model for pilots wanting to perfect their aerobatic repertoire while also having a superb all round sport model. The Aresti is light so it will fly in almost anything, and with its large ballast capacity and responsive airfoil section it can handle most situations very well.
{b, Overall design}
James set out a set of strict design goals, based on the work the plane has to do; then he drew up a sketch that will fulfil those goals. Then he curved and tweaked it � always keeping a good eye on the performance requirements. It is probably a rather longwinded approach but it works, giving nice looks but with no sacrifice to performance.
The Aresti is easy to fly. It has an optimized wing plan form and completely new wind tunnel tested aerofoils. The layout of the wings and fuselage has ample room to allow plenty of ballast in the fuse and optional ballast in the wings too.
James believes the truism: �If it looks right, it will fly right�� this is backed up 100% with the Aresti series which look great and flies like a dream.
{b, Aerofoils}
Originally designed as F3X type {i, tailplane} aerofoils the sections used on the Aresti were refined to provide for maximum control response with minimum deflection, and therefore drag; so the trade off was the infinitesimal increase in drag offset by the increased control response for less deflection.
At 10%, the fully symmetrical double cusped section is thick enough to give good aerobatic response yes still carry a good ballast load and work well in sketchy air.
{b, Wings}
The optimized sections will let you go from gut busting aerobatics, through big air, graceful manoeuvres down to really slow landing speeds with the flaps down. Large ailerons, large flaps and a semi elliptical wing plan form each add to the overall performance of the sailplane.
The wings are available in to order glass or full carbon lay-up options, though we usually stock the carbon/glass {i, hybrid} version that has the best performance to $$$ ratio. Horns are factory fitted with well thought out geometry to allow flush servo installation using almost any servos, making a huge range of servos possible. Using conventional linkages you can get a clean, practical and most importantly serviceable wing installation optimized to use full servo travel to give high torque and low slop. In addition to the fuselage ballast facility a ballast provision in the wings allow 130 mm length of 12 mm ballast slugs (max weight possible = 260 g) to be installed in the wing roots for even higher wing loading and greater flexibility plus big-air performance.
{b, Aeroic Sine Wave Spar}
Used in several military aircraft, the Sine Wave Spar has been adapted for the first time to make up the heart of a model sailplane wing, and has frankly amazed us with its low weight, and ultra high strength. Unlike a conventional spar the Sine Wave Spar adds terrific torsional strength and yet actually weighs considerably less than the older non-optimized spar. Now used in all ACAP sailplanes, the Sine Wave Spar is a lighter and far stronger upgrade that raises the technology level yet another notch.
{b, Fuselage}
The beautifully contoured fuse is deep, and balanced front to back to give the side area required for some aerobatic manoeuvres. Its strong, light, and stiff with Carbon/Kevlar. Electronics area is 2.4 GHz friendly with access to the radio and ballast through a conventional slide-on hatch type canopy. The long nose area provides plenty of space to easily balance the model without resorting to shoehorning lead in every nook and cranny.
Snakes or rear mounted direct servos can be used for Rudder/Elevator control. These are all positioned to take the �head scratching� out of installing the radio gear and to allow the use of standard 19/20mm round ballast slugs, 10 of them if you need them, which added to the optional ballast in the wings allows more than 1.5kg capability!
The rudder is designed large enough to be effective for both aerobatics and slow landing speeds. Wing stub fairings with location dowel holes finish the fuselage. An added advantage is that it�s extremely easy to convert to electric.
{b, Tailplane}
At 10%, the tail sailplane section is thicker than is the norm but the infinitesimal increase in drag is easily offset by the increased control response for less deflection. To increase the efficiency, pitch control is accomplished by using an elevator. The elevator is driven by either an optional ball raced bell crank from a servo in the fuse, or a servo can be placed in a hatch through the fin to give solid elevator control. The tails remain removable for convenient transport or storage.
{b, Joiner}
Like all of the ACAP airframes, the Aresti has a large joiner. Massive is the only way to describe this part. It�s just over 35 x 12mm and can handle light acro DS.
{b, Production}
The Aresti series has been designed with far greater capability potential than any aerobatic slope model that we know of, but also for simplicity. This approach makes the installation straightforward and practical, leads to a sailplane that is a snip to fit out, and flies like the true thoroughbred it is.
In addition to the supplied ballast tube the kit accessory bag includes the fuselage servo tray, four plastic servo mounting frames (designed to take larger 30 mm x 35 mm wing servos), good quality metal wing clevises and pushrods, and colour coded hatch covers. The fuselage is fitted with two nice carbon pushods. The elevator servo can be fitted in the fin to simplify the installation, or in the front of the fuse to help with the CG. In the later case rthe customer will need to supply a belcrank to operate the all flying tail. In both cases the customer will need to supply the tail linkage hardware. The cut outs in the fuselage servo tray are for servos with a body footprint of 23 mm x 12 mm.
{table title="Aresti 2m Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.00 m, 79 in
Wing area, 38.0 dm2, 589 sq in
Length, 12 cm, 4.8 in
Flying weight from, 1692 g, 59.7 oz
Wing loading, 44.5 g/dm, 14.6 oz/sq ft
Aspect ratio, 10.5,
Wing airfoil, JH10SYM ,
EDA (dihedral), 0�,
Centre of Gravity, 95 mm from wing leading edge
Controls, "Ailerons, flaps, rudder, elevator"
{endtable}
{table title="Aresti 2m Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage inc pushrods, 320 g, 11.3 oz
Left wing, 427 g, 15.1 oz
Right wing, 428 g, 15.1 oz
Tailplane, 56 g, 2.0 oz
Wing joiner, 110 g, 3.9 oz
Ballast tube, 45 g, 1.6 oz
Accessories, 34 g, 1.2 oz
Total structure, 1420 g, 50.1 oz
Wiring, 30 g, 1.1 oz
Receiver, 10 g, 0.4 oz
Tail servos (2), 40 g, 1.4 oz
Wing servos (4), 92 g, 3.2 oz
Battery, 100 g, 3.5 oz
Flying weight, 1692 g, 59.7 oz
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder & Elevator (servo body max 23 mm x 12 mm), MKS HV6125e, MKS DS6125e, KST DS215MG, KST X12-508, KST MS320, Blue Bird BMS-106HV, Blue Bird BMS-107HV
Flap (servo max 10 mm thick), MKS HBL6625, MKS HV6130, KST DS225, KST DS125, KST X10, Blue Bird A56V
Aileron (servo max 10 mm thick), MKS HBL6625, MKS HV6130, KST DS225, KST DS125, KST X10, Blue Bird A56V, KST X08 Plus*, KST X08*
Receiver, 6 channel rx to match your transmitter
Power, Overlander 2S 1000mAh, Radient 1600 mAh 6V, HyperFlight 2200 mAh 4.8V, 1600 mAh 2S LiFe
{endtable} *The supplied servo frames fit KST DS125 and X10 sized servos.
{table title="Aresti Ballast Provision" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing Ballast per wing, 260 g, 9.2 oz
Fuse Ballast**, 1000 g, 35.5 oz
Total ballast, 1520 g, 53.6 oz
{endtable} **This requires an insert at the back of the tube to obtain the recommended 95mm CG setting
{video,6NM9b1V9n3c}
6 � t_� � � � � � � � � � � � +� k ?� c1�C �}�b�� SCHWING23 Schwing 2.3m� The {b,Schwing 2.3m} is a stretched and improved version of the renouned Schwing 2m design from the well regarded slope soaring designer James Hammond. The extra span opens up the performance envelope considerably, allowing the model to stay up in lighter airs and also to fly larger higher energy aerobatics on big air days.
The carbon hybrid layup Schwing 2.3 has a superb speed range, very precise and predictable aerobatic handling, making it probably the best 2.3m sloper currently available. It is built strong enough for high energy slope aerobatics while also being light enough to be enjoyable in lighter winds.
See this {href,https://www.rcgroups.com/forums/showthread.php?1577948-Schwing-James-Hammond-s-New-Glider ,RCGroups Schwing thread} for more info.
{table title="Recommended Servos" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator*, MKS HV75K, MKS DS75K, MKS HV6100, MKS DS6100, Blue Bird BMS-106HV, Blue Bird BMS-107HV, KST X08
Rudder*, MKS HV6125e, MKS DS6125e, MKS HV6100, MKS DS6100, Blue Bird BMS-106HV, Blue Bird BMS-107HV
Flap, MKS HBL6625, MKS HBL6625 Mini, MKS HV6130, MKS HV6100, MKS HV6110, MKS DS6100, KST DS135, Blue bird A56V, Blue Bird BMS-105HV, KST X10
Aileron, MKS DS6100, MKS HV6100, MKS HV6110, Blue Bird BMS-105HV, Blue Bird BMS-106HV, KST X10 Mini
{endtable}* The rudder servo is in the front of the fuselage and the elevator servos is in the rear, close to the tailplane � � t_� � � � � � � � � � � � �� k �� c1�C_ �}�b�� RDNB5001S25#Radient 1S 500 mAh LiPo RDNB5001S25� Small 1S 500 mAh LiPo battery suitable for discus launched gliders, or other very lightweight models. Comes with a JST BEC power connector plug.
This battery has enough capacity to fly an average four servo DLG for 1-2.5hours.
{table title="Riadient Supera LiPo 1S 500 mAh Battery Specification" class=1 cols=2 width=100,220 align=L,L}
Chemistry, Lithium Polymer
Number of cells, 1
Voltage, 3.7V nominal
Capacity, 500 mAh
Weight, 13 g
Discharge rating, 25 C
Length, 55 mm
Width, 17 mm
Thickness, 6.5 mm
Power lead length, 7 cm
Power plug, Mini JST (BEC) plug
Balance lead length, NA
Balance plug, Not fitted
Supplier ref, RDNB5001S25
{endtable}
{LiPost}
) � ]� � G� � � � � � � � d �� Plastic, copper, lithium saltChinac1�C � �}�b�h DEVCON-2-TON#Devcon S31 2 Ton epoxy 25ml SyringeL {b,Devcon 2 Ton Epoxy} is a stronger, slower setting two part epoxy glue that is ideal when strength is essential. This twin syringe package ensures that equal quantities of resin and hardener are dispensed, so a good bond is guaranteed.
Essential in any workshop.
{bullet}
17 MN/m2 / 2500 PSI bond strength
28 g / 1 oz twin syringe pack.
Good gap filling properties.
Allows 5 minutes for positioning.
Cures in 30 minutes.
Full strength in 120 minutes.
Works best on glass fibre, carbon fibre, Kevlar composite, balsa wood, hard woods, plywood, pottery, china, ceramic, some plastics, aluminium and most metals.
{endbullet}
Devon 2 Ton Epoxy type S31, S-31
Bond strength 2500lbs psi.
Sets in 30 minutes - resistant to most chemicals - works best on metal, wood, stone, ceramics.
Sets crystal clear. 0 � � � � � � � � � � � < =� d-WP � �}�b�
SPINNIN-BIRDYSpinnin' Birdy RE 1m� If you like small balsa gliders then you will love our rudder-elevator {b,Spinnin' Birdy}. Convenient size, low sink speed, and a "built-in" thermal sniffer. This CNC and laser cut balsa and carbon kit is quick to build and flies excellently,
If you are on a slope any no one can fly you are okay with the Spinnin` Birdy! A relaxed twist and this 1m (40") DLG almost vanishes upwards in with straight climb to the heavens. Even in totally dead air flight times of one minute are the rule. A few years ago we only dreamed of performance like this and now anyone can experience it.
Have you always wanted to participate in a discus launched glider competition? But the financial cost was too great? Now you can enter a DLG event and fly with the pros without breaking the bank.
Even if you are not sure you want to make full 360 degree launches you can make 180 degree SAL throws and still get a good height.
Just try it.
Kit Contents:
CNC-Milled and laser components
Multi-colored full size plan
German-language building instructions
All small parts....
{table title="Spinnin Birdy RE Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.00 m, 39 in
Wing area, 14.4 dm2, 223 sq in
Length, 85 cm, 33.5 in
Flying weight from, 175 g, 6.2 oz
Wing loading, 12.2 g/dm, 4.0 oz/sq ft
Aspect ratio, 6.9,
Wing airfoil, Proprietary,
Dihedral angle, 7.0�,
Centre of Gravity, TBA mm from wing leading edge
Controls, "Rudder, elevator"
{endtable}
{table title="Spinnin Birdy RE Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Total structure, 140.0 g, 4.9 oz
Receiver, 5.0 g, 0.2 oz
Rudder servo, 4.5 g, 0.2 oz
Elevator servo, 4.5 g, 0.2 oz
Battery, 12.0 g, 0.4 oz
Noseweight, 9.0 g, 0.3 oz
Flying weight, 175.0 g, 6.2 oz
{endtable}
{table title="Recommended R/C-nano gear only" class=1 cols=2 width=110,235 align=L,L autohref=2}
Elevator & rudder servos, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Hitec HS-40, KST X06
Receiver, Spektrum AR6260*, AR6100e, AR400, Futaba R6004FF*, Orange DSM2 compatible, Jeti Duplex R4 & R5, Multiplex Mlink RX-6-DR Light*, FrSky D4R II
Battery, HyperLipo 2S 175 mAh, HyperLipo 2S 300 mAh, 150 mAh 4.8V, Radient 1S 500 mAh, 1S 300 - 500mAh LiPo
{endtable}
b � b � � ? � � � � � � � � � 4m D� Balsawood, plywood, carbon fibre g�{A �}�b�� RDNA0088%Radient 1600 mAh 6V NiMH 2/3A Batteryp This high quality five cell {b,Radient 6V 1.6Ah NiMH battery} is suitable for many RC models. The battery comes with a universal (JR type) RC plug.
This battery should be trickle charged at about 200 mA for approx 10 hrs.
{table title="Radient 1600 mAh 6V NiMH 2/3A Battery Specification" class=1 cols=2 width=130,200 align=L,L}
Chemistry, Nickel Metal Hydride
Number of cells, 5
Voltage, 6.0V nominal
Capacity, 1600 mAh
Charge current range, 100 mA - 500 mA
Trickle charge, 200 mA for 10 hrs
Weight, 120 g
Length, 84 mm
Width, 31 mm
Height, 17 mm
Lead length, 10 cm
Part Number, RDNA0088
{endtable}
� � � � � � � � � � � � �� Iron, Nickel, CopperChinaf�� _ �}�b�� RDNB6001S35#Radient 1S 600 mAh LiPo RDNB6001S35� Small 1S 600 mAh LiPo battery suitable for discus launched gliders, or other very lightweight models. Comes with a JST BEC power connector plug.
This battery has enough capacity to fly an average four servo DLG for 1.5-3 hours.
{table title="Riadient Supera LiPo 1S 600 mAh Battery Specification" class=1 cols=2 width=100,220 align=L,L}
Chemistry, Lithium Polymer
Number of cells, 1
Voltage, 3.7V nominal
Capacity, 600 mAh
Weight, 14 g
Discharge rating, 35 C
Length, 55 mm
Width, 17 mm
Height, 6.7 mm
Power lead length, 7 cm
Power plug, Mini JST (BEC) plug
Balance lead length, NA
Balance plug, Not fitted
Supplier ref, RDNB6001S35
{endtable}
{LiPost}
h) � X� � � � � � � � � � d �� Plastic, copper, lithium saltChinac1�C cW .�� ��b�� ORALIGHT-DARK-BLUE'Oralight Dark Blue 31-052 Covering Film� {Oralight, Dark Blue, 31-052, 5524652,45,This opaque dark blue covering is a little heavier than the transparent colours but is great for scale and other models that want to stand out.} � � -� � � � � � � � � � � 3B3 �� rg .� ��b�� ORALIGHT-CHROME-RED(Oralight Chrome Red 31-093 Covering Film� {Oralight, Opaque Chrome Red, 31-093, 5524693,36,This chrome red covering is as light as the transparent red colour also available and is opaque and reflects the light well. It is highly visible.}
� � '_� � $� � � � � � � � � 3B5 �� � /�� @�`�� DLG-PULL-WIRE2500.25 mm DLG Control Run Pull Wire 9m Spool JW00TH A spool of 9.2 m (30 ft) of 0.25 mm (0.010") diameter coated multistrand wire used for DLG pull-spring installations. This ultralight wire saves weight but is still strong enough for all DLGs.
This is used to connect the servo output arms to the rudder and elevator control horns.
Silver coloured. Sold by the 9 m spool.
� � F� � P� � � � � � � � ' 2G5 JW00T-0l ���K ,�� ��b�� RES-HI-START!F3-RES High Start Silicone Rubber� SETA-Modelltechnik yellow silicone tube 8 mm diameter {b,15 m long} F3-RES legal high-start. Both ends have connection rings ready fitted.
Compete the high start by adding up to 100 m of 0.7 mm monofilament nylon fishing line. An F3-RES high start has a max unstretched length of 115 m. However if this is too long to fit in your field it is fine to shorten it down as required.
Fix the high start by attaching the yellow silicone tubing to a dog walker's stake using a mountain climber's carabiner (not supplied).
Then add the nylon monofilament, using a strong fisherman's swivel.
Use our pennant at the model end and a curtain ring to engage in the model's tow hook.
Also known as a histart, highstart, hi-start, bungee and catapult.
� � * � � 2� �� +� ��b��
HI-START-FLAGHigh Start Flag / Pennantb High-start flag / pennant for a F3-RES legal high start. The purpose of this is to add some drag to the line so the ring disengages from the towhook as soon as the tension eases off. The pennant also makes it easy to see when the high-start is released so the gliding part of the flight can be timed, and to make it easier to spot the end of the line when it has fallen back to the ground.
Made of sturdy extra light 30 g / m� parachute silk
Safely sewn onto a 3 mm diameter Polypropylene rope (breaking load 15 kg) - total length approx. 700 mm
Finished with 50 mm safety swivel and 18 mm diameter towhook ring
Dimension about 390 mm x 65 mm
Total 6 g light
The current "red" pennants are more of an orange colour than shown in the photos.
Note the current German rules require a pennant is used, so using of a parachute instead is not okay.
� �qc .�P ��b�� DS6100-GEAR-SET3Replacement Gear Set for MKS DS6100, HV6100, HV6110� Replacement gear set for the DS6100, HV6100 and HV6110 servos.
Although marked DS6100 this is also the correct gear set for HV6100 and HV6110 servos.
MKS part number: 1Z-DS6100-GS-03 � � � � S� � � � � � � � 1C1 St� ��b�� GERONIMO-FUSELAGEDGeronimo Ultralight Fuselage-suitable for 2m-3.5m gliders & eSoarers� Electric glider lightweight pod, as used in our Geronimo F5J electric glider. Also available with the nosecone in place for pure gliders.
This ultralight pod has a light carbon/Kevlar layup. This is quite slim and the electric version requires a 32 mm spinner. Although a 28 mm diameter outrunner (eg Hacker A20-20L) can just be fitted getting the wires to clear the rotating case is problematic. It is easier to fit a 28 mm inrunner (eg Mega 16/15/5), a smaller ourtunner like the {pref,ADH-300L-FM, ADH300L} or a geared inrunner like any of our Powerline range. Note the canopy hatch opening is only 12 cm x 2 cm but it can be opened up to a max of about 13.5 cm x 2.5 cm. A little bending will be required if fitting a motor over this size. Also it is perfectly okay to open it up by a few millimetres by filing or Dremelling away some of the material. This will not appreciably weaken the pod.
Supplied with a removable carbon canopy. The {pref, CARBON-BOOM-22-9,22 mm boom} is not included in the price and should be purchased separately. The {pref,AVA-V-MOUNT,AVA V mount} fits this boom to make a complete Drela type pod-boom-tail mount fuselage.
Suitable for use on Bubble Dancer type and other home design RC gliders. For pure gliders a wooden nosecone can easily be glued in place.
{table title="Geronimo Pod Specification" class=1 cols=3 width=110,115,115 align=L,L,L}
Electric pod length ex spigot, 46.5 cm, 18.4 in
Electric pod length inc spigot, 53.5 cm, 21.1 in
Nose to wing LE, 25.4 cm, 10.0 in
Boom spigot diameter, 21 mm, 0.86 in
Wing root chord approx, 20 cm, 8 in
Max wing chord, No limit
Weight, 53 g, 1.9 oz
Spinner diameter, 32 mm
Recommended boom wide end OD, 22 mm
{endtable}
� 8 � � ?� � � � � � � � � 4 �� j_��jO +>x @�`��
NIMH-4-300%HyperFlight 300 mAh 4.8V NiMH Battery� Small four cell 4.8V battery suitable for the Dream-Flight Libelle, the Alula Trek, and many other small gliders. The cell configuration allows it to fit in narrow glider noses more easily. The battery comes with a universal (JR type) RC plug.
This battery is identical in size to the Dream-Flight 300mAh NiMH battery and comes with a universal RC plug. It should be trickle charged at 30 mA for approx 14 hrs. You can make up a charge lead using a 220 ohm 0.25W (or larger) resistor. Charge from a 12V DC voltage source.
{table title="HyperFlight 300 mAh 31g NiMH Battery Specification" class=1 cols=2 width=130,200 align=L,L}
Chemistry, Nickel Metal Hydride
Number of cells, 4
Voltage, 4.8V nominal
Capacity, 300 mAh
Charge current range, 25 mA - 100 mA
Trickle charge, 30 mA for 14 hrs
Weight, 30 g
Length, 56 mm
Width, 18 mm
Height, 14 mm
Lead length, 10 cm
{endtable}
{NiMHPost}
* � � � E� � � � � � � � � 2G3A 10/01/2024 changed supplier from Shenzhen Vigor Power Batt � �}�b�� KAPPA-35-HATCH&Canopy Hatch for Kappa 35 or Kappa 40< Canopy hatch as supplied with a Kappa 35 or Kappa 40 model. d � $K� � � � � � � � � � d D �� c1�C�� + ��b�� PL-GEARBOX-1025/Replacement Gearbox for Powerline 1010/15/20/25F A replacement 6.75:1 Competition silver gearbox for all Powerline Turbo 1010/15/20/25 and older Powerline 1010/15/25 line of motors. Some photos show the older back gearbox, the one supplied is the new silver colour one.
This item is the gearbox only. It does not include the motor or a pinion gear.
5 mm shaft diameter. F � n � � L@� � � � � � � � P 2C35 �3 - `�`�� STRIKE3Strike 3 DLG 1m� The {b, Strike 3} is a lovely 1m discus launched glider from Ukraine. It has the best quality of construction and aerodynamic design of all the small DLGs we sell, and a performance close to that of a 1.5m model. The big benefit over the Strike 2 is Rohacell cored flying surfaces.
The {b, Strike 3} is superbly made using 30 g/m2 Carboline spread carbon, the model is exceptionally light, while also being strong and very rigid, allowing high launches. Still air times of 2 minutes have been reported by strong launchers, and pilots enjoy the excellent performance and sweet handling. Its full span ailerons allow camber adjustment in flight, giving it a wide speed range, allowing it to be flown in moderate winds, which is unusual for 1m gliders.
The Strike3's fuselage is a one piece (not pod and boom) design with the front part made from 2.4GHz friendly glass. From the wing rearwards it is made from very light but strong from spread carbon. A slip-on 2.4GHz friendly glassfibre nosecone to gives good access to the radio gear. The nose area of the latest design of fuselages have large cut outs on either side, allowing easy installation on the servos. The fuselage has servo mounting blocks ready molded in place, which the servos are glued to. All four servos are mounted in the pod to minimise nose weight and yaw inertia. The RC installation is fairly cramped installation so we don't recommend the Strike 3 as a first discus launch glider.
The tailplane (horizontal stabiliser) is bolted onto a small pylon mounted below the boom, and the fin (vertical stabiliser) has a perfectly matching hole molded into it, enabling easy mounting onto the end of the tailboom. The tailplane and fin are superbly molded "scale models" of 1.5m DLG tail surfaces, and weigh less than 3 g each.
The Strike 3 wing is solid molded with a spread carbon skin over a CNC cut Rohacell 31 core. This is a stronger more dimensionally stable foam resulting in a more rigid wing that will retain a good surface finish for longer. The wing is a beautifully made spread carbon molded structure. It is incredibly light and strong, and has a perfect surface finish. The ailerons are fabricated with a living hinge. The only work required to finish the wings is installing the throwing blade and control horns.
The Strike 3 DLG is supplied with a very complete accessory pack, tail control horns, pushrod wires, tail torque springs, tail pull cord, a tail mounting pylon, and a nice throwing blade. See this RCGroups thread for {href,https://www.rcgroups.com/forums/showthread.php?2957524-Strike-3-from-HyperFlight,the latest info}. Note the current version uses conventional aileron horns as the previous internal ones made the model difficult to assemble on the field.
<b>March 2026: We now have a few 2 piece wing Strike 3's in stock. All the models listed are one piece wing unless labelled "Two piece wing".</b>
{table title="Strike 3 DLG Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.0 m, 39 in
Wing area, 10.9 dm2, 169 sq in
Length, 70 cm, 27.6 in
Flying weight from, 115 g, 4.1 oz
Wing loading, 10.6 g/dm, 3.5 oz/sq ft
Aspect ratio, 9.2,
Wing airfoil, Custom 6.5%
Dihedral angle, 7.0�,
Centre of Gravity, 53-58 mm from wing leading edge
Controls, "Rudder, elevator, ailerons"
{endtable}
{table title="Strike 3 DLG Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 20.5 g, 0.7 oz
Wings, 45.0 g, 1.6 oz
Fin, 2.9 g, 0.1 oz
Tailplane, 2.7 g, 0.1 oz
Accessories, 5.2 g, 0.2 oz
Total structure, 76.3 g, 2.7 oz
Glue; mounts etc, 4.0 g, 0.1 oz
Receiver, 5.0 g, 0.2 oz
Tail servos, 10.0 g, 0.4 oz
Wing servos, 10.0 g, 0.4 oz
Battery, 10.0 g, 0.4 oz
Flying weight, 115.3 g, 4.1 oz
{endtable}
{table title="Recommended R/C-nano gear only" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator & rudder servos, KST X06N, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, MKS HV70
Aileron servos, KST X06N, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, MKS HV70
Receiver *case removed, Spektrum AR6260*, AR6100e, AR400, Futaba R6004FF*, FrSky X4R, Orange DSM2 compatible, Jeti Duplex R5, Multiplex Mlink RX-6-DR Light*
Battery, Hyperflight 150 mAh 4.8V NiMH, Radient 1S 500 mAh LiPo, Radient 1S 600 mAh LiPo
{endtable}
{table title="Strike 3 Control Throws" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder, 10 mm each way
Elevator, 9 mm up / 7 mm down
Ailerons, 6 mm up / 5 mm down
Camber Settings
Cruise, 0 mm
Thermal 1, 2 mm down
Max thermal, 6 mm down
{endtable}
o � ] � � � � � � � � � +�� �}�b�� HF-2S200-2f[ +DX ��b��
PE-18MM-SS2M2 Stainless Steel Pushrod Ends for 1.8mm Rods (2)� A pair of high quality stainless steel pushrod ends with M2 threads cut at one end and a tube to take a 1.8mm or smaller carbon or metal pushrod.
Note two SS pushrod ends only are supplied, rods and clevises must be purchased separately. Suitable for 1.6 mm to 1.8 mm carbon or steel rods. Attach by coating the pushrod in epoxy or thick CA. The hole is to allow the air and excess glue to escape. Degrease before gluing.
{table title="Stainless Steel 1.8mm Long Pushrod End Specification" class=1 cols=2 width=150,115 align=L,L,L}
Pushrod hole size, 1.8 mm
Pushrod tube length, 10 mm
Threaded portion length, 11.5 mm
Overall length, 26 mm
Thread size, M2
Weight (each), 0.70 g
{endtable}
� � Z� � � � � � � � � �
3 2G4; f[ +DD ��b��
PE-15MM-SS2M2 Stainless Steel Pushrod Ends for 1.5mm Rods (2)� A pair of high quality stainless steel pushrod ends with M2 threads cut at one end and a tube to take a 1.5mm or smaller carbon or metal pushrod.
Note two SS pushrod ends only are supplied, rods and clevises must be purchased separately. Suitable for 1.4 mm to 1.5 mm carbon or steel rods. Attach by coating the pushrod in epoxy or thick CA. The hole is to allow the air and excess glue to escape. Degrease before gluing.
{table title="Stainless Steel 1.5mm Long Pushrod End Specification" class=1 cols=2 width=150,115 align=L,L,L}
Pushrod hole size, 1.5 mm
Pushrod tube length, 10 mm
Threaded portion length, 11.5 mm
Overall length, 26 mm
Thread size, M2
Weight (each), 0.70 g
{endtable}
� � Z� � � � � � � � � �
2G4; dW +D� ��b��
PE-13MM-SS2M2 Stainless Steel Pushrod Ends for 1.3mm Rods (2)� A pair of high quality stainless steel pushrod ends with M2 threads cut at one end and a tube to take a 1.3mm or smaller carbon or metal pushrod.
Note two SS pushrod ends only are supplied, rods and clevises must be purchased separately. Suitable for 1 mm to 1.3 mm carbon or steel rods. Attach by coating the pushrod in epoxy or thick CA. The hole is to allow the air and excess glue to escape. Degrease before gluing.
{table title="Stainless Steel 1.3mm Long Pushrod End Specification" class=1 cols=2 width=150,115 align=L,L,L}
Pushrod hole size, 1.3 mm
Pushrod tube length, 10 mm
Threaded portion length, 11.5 mm
Overall length, 26 mm
Thread size, M2
Weight (each), 0.70 g
{endtable}
� � Z� � � � � � � � � �
& 2G4; a `}�`�: VM-TORQUE-SPRINGVM DLG Torque Springz A torque spring for inserting into DLG tail surfaces for implementing pull-spring control linkages.
As supplied in a Vladimir's Models Snipe and many other discus launched gliders.
{table title="VM DLG Torque Spring" class=1 cols=2 width=140,100 separator=: align=L,L}
Material: High tensile steel wire
Wire diameter: 0.45 mm
Distance between end legs: 50 mm
Length of each end leg: 20 mm
Angle between end legs: 90 degrees
Weight: 0.15 g
{endtable}See this excellent {href, https://www.rcgroups.com/forums/showthread.php?2419637-Torsion-Springs-for-Pull-Spring-Systems, RCGroups Torsion Spring} thread for more info.
� � Y� � =� � � � � � � �
W vm stab 0.45mm
vm fin 0.45mm
50mm across
each end 21mm long
at 90 deg to each other #� Steel c�Έ �}�b�� SPINNERCONE-32-BLUEBlue cone for 32mm spinners Replacement blue spinner cone for all 32mm HyperSpinners.
These fit both the normal and the Power 32mm spinners. F � � � 2� � � � � � � � 2 Plastic f��} � ��b��
STRIKE3-HSTABStrike 3 TailplaneT Replacement tailplane (also called horizontal stabiliser) for the Strike 3 mini DLG. l � � � � � � � � � � � 2F1j i�� � � .W� ��b�� STRIKE3-FIN Strike 3 Fin/ Replacement fin and rudder for the Strike 3 DLG b � � � � � � � � � � � � 2F1j � �}��b�� STRIKE2PRO1 Strike 2 Pro flying surfacesZ Replacement Rohacel wing, tailplane and fin for the Strike 2 Pro.
Includes accessories. ' � �Z� � � � � � � � � � j c1�C .�� ��b�� SRIDSM-BMS-125PIntegrated Drive System/Mono for the Blue Bird BMS-125WV / BMS-126WV / BMS-127WVG <i>These frames need a small modification to the servo and the mounting adapters to allow the servo to fit perfectly. See the last photo.</i>
{IDSM, Blue Bird BMS-125WV / BMS-126WV / BMS-127WV / BMS-105HV / BMS-106HV / BMS-107HV, 12, 48, 81, 3}
The photos are temporarily showing the very similar MKS HV6100 IDS frame.
� � <� � � � � � � � � � ����2BOX5I � �}�b��
PNC-REIS52-38"Reisenauer 5:1 Motor Mount - 38 mm The {b,PNC Innovations 38 mm Reisenauer 5:1} is a beautifully CNC machined motor mount for securely attaching motors fitted with Reisenauer Microedition 5:1 gearboxes to the front of 38 mm diameter fuselages, like many top performing F5J fuselages.
It is drilled with 3 holes on 14mm pitch circle diameter.
Fuselage outside diameter = 38 mm (internal diameter is smaller)
{bullet}
Easy to install.
Very strong.
Superb machining.
They look great!
{endbullet}
{CNCMountGlue}
{video,DDJW9y1B5m4}
" � "A� � � � � � � � � � < P �� c1�C � �}�b�� GM-F5J-30-6!30mm GM F5J Spinner for 6mm shaft {GMSpinner, 30,6,26,13} 2 � &U� � � � � � � � � � 2 O !� c1�C � �}�b�� GM-F5J-28-5!28mm GM F5J Spinner for 5mm shaft {GMSpinner, 28,5,24,12} � &U� � � � � � � � � � 2 O !� c1�C � �}�b�� GM-F5J-28-6!28mm GM F5J Spinner for 6mm shaft {GMSpinner, 28,6,24,12} � &U� � � � � � � � � � 2 O !� c1�C � �}�b�� GM-F5J-32-5!32mm GM F5J Spinner for 5mm shaft {GMSpinner, 32,5,28,13} E � &U� � � � � � � � � � 2 O !� c1�C � �}�b�� GM-F5J-32-6!32mm GM F5J Spinner for 6mm shaft {GMSpinner, 32,6,28,13} F � &U� � � � � � � � � � 2 O !� c1�C � �}�b�� GM-F5J-38-5!38mm GM F5J Spinner for 5mm shaft {GMSpinner, 38,5,34,16} � � -� � � � � � � � � � 2 O |� c1�C � �}�b�� GM-F5J-38-6!38mm GM F5J Spinner for 6mm shaft {GMSpinner, 38,6,34,16} � � -� � � � � � � � � � 2 O |� c1�C & ��b� DF-AHIDream-Flight Ahi 1.2m% Inspired by years of �in your face� flying with the Dream-Flight Weasel and Alula gliders, the Dream Flight Ahi takes your slope expression to the next level of performance. The {b,Ahi} reinvents freestyle aerobatics with a totally fresh design. Pump it, roll it, spin it, snap it, tumble it, embrace the potential. The canvas has never been bigger - let your creative paint fly!
The {b,Dream Flight Ahi}'s purposeful layout and shape make for a fully capable aerobatic sloper with a groovy pattern-like feel and precision, allowing you to efficiently connect manoeuvres in less lift. Carefully proportioned and balanced control surfaces provide predictable, yet aggressive control authority.
{b,Kit Features}
{bullet}
"ARG" Almost Ready to Glide - Interlocking design uses rare earth magnets
Wide flight envelope for smooth and predictable gliding or highly inspired freestyle aerobatics
Precision-molded EPO foam and composite parts ensure a lightweight and durable airframe
All pushrods and clevises, for connecting the servos to the control surfaces are included
Highly efficient and nimble DreamFlight design makes the most out of light wind conditions
Carbon fibre canopy is held magnetically for easy access to radio compartment
Ballast compartment - quickly adapt to varying wind conditions
Laser-cut plywood servo tray and battery hold-down
Integrated landing skid for those rougher touch downs
Designed to inspire!
{endbullet}
{b,Items Required for Completion:}
Transmitter with programmable flaperon mixing and adjustable dual rates/EPA
Micro receiver (we use the Futaba R2106GF)
4 durable micro servos
Receiver battery: 4.8V 650mAh 2/3AA NiMH
Small tools, Blenderm tape or adhesive
Steel Balance/Ballast Weights
There is no need to buy Dreamflight control horns or accessories. All control horns, pushrods, etc are included in the very complete kit. The foam is all white so if some contrasting colour is required please puchase some of the coloured tape we sell.
Lots more info on the {href, https://www.rcgroups.com/forums/showthread.php?2903269, RCGroups Ahi} thread. Also checkout the videos in this {href, https://www.rcgroups.com/forums/showthread.php?2922288, RCGroups Ahi Videos} thread. Thanks to {href,http://planet-soaring.blogspot.co.uk, Pierre Rondel} for use of his great photos and video. This {href,https://www.rcgroups.com/forums/showpost.php?p=38394128&postcount=1209,post} about glue is very informative.
{table title="Dream-Flight Ahi Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.2 m, 47 in
Wing area, 20.5 dm2, 318 sq in
Length, 81 cm, 32.0 in
Flying weight from, 342 g, 12.1 oz
Wing loading, 16.7 g/dm, 5.5 oz/sq ft
Aspect ratio, 7.0,
Wing airfoil, Proprietary,
Dihedral angle, 0�,
Centre of Gravity, 6-10 mm in front of carbon wing spar,
Controls, "Rudder, elevator, ailerons"
{endtable}
{table title="Dream-Flight Ahi Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Total structure, 230 g, 8.1 oz
Receiver, 8 g, 0.3 oz
Tail servos (2), 22 g, 0.8 oz
Wing servos (2), 22 g, 0.8 oz
Battery, 60 g, 2.1 oz
Noseweight, 20 g, 0.7 oz
Flying weight, 342 g, 12.1 oz
{endtable}
{table title="Recommended R/C" class=1 cols=2 width=110,240 align=L,L autohref=2}
All servos (4), Dream-Flight 12.4g, Blue Bird BMS-125WV, Blue Bird BMS-126WV, Blue Bird BMS-127WV, MKS DS6100, MKS HV6100, MKS DS75K, Ripmax SD150, KST X08
Receiver (max size 60x25x15 mm), 4+ channel rx to suit your transmitter, eg Spektrum AR6610T, AR6100e, Futaba R2106GF, FrSky X4R, Orange DSM2 compatible, Jeti Duplex R5, Multiplex Mlink RX-6-DR Light
Battery (max size 66x40x15 mm), HyperFlight 700 mAh 4.8V NiMH, Dream-Flight 700 mAh 4.8V NiMH, Radient LiPo 2S 600mAh 7.4V, Overlander 2S 1000mAh LiPo,
{endtable}
Note the model is designed around the Dream-Flight 12.4 g Digital Metal Gear servo and this is recommended as it will fit without any modification to the foam structure. However other servos can be fitted easily by the more experienced modeller. If fitting a LiPo battery make sure the servos can operate at this voltage - the Dream Flight servos can't.
See below a great write-up and video by Steve "Surfimp" Lange
<i>
{b,HOLY ####}
My first impressions of the Ahi are really positive. Had it out to Ellwood after work and was fortunate to get some decent-to-good lift (didn't measure but I estimate 9-12mph steady), and just slightly off-center. Typical afternoon conditions, the compression built up in the bowls nicely and really let me put the plane through its paces.
I carefully followed the instructions while building and think they'll give an outstanding result to anyone. Using the recommended 12g servos and battery from Dream-Flight, the plane needed zero noseweight to balance at a reasonable place (nice eh?). I am experimenting with the CG and am definitely liking it more and more the further I push it back, I'm currently about 4-5mm in front of the main spar and it feels pretty good there. Recommend that you just follow the directions as far as CG goes, start with something a little more forward and work your way back if you feel like it. The instructions have great info on dialing in your CG.
Performance was excellent, despite the small size and light weight it had absolutely no trouble penetrating, carried excellent speed, had a very fast and axial roll, excellent rudder and elevator authority, and overall was just a joy to fly. It felt very familiar - very much in the same vein as all the best slope aerobats I've flown in the past 15+ years - but at the same time had its own unique personality.
It presents like a much bigger plane, more like a 1.5m plane than the little 1.2m it actually is. Balanced at the neutral point recommended in the instructions, it will require very little forward stick while inverted, and will fly as precisely as any of the composite/molded dedicated slope aerobats I've flown over the years (i.e. Voltij, Wasabi, etc.), assuming the pilot so desires and is capable. It will also allow you to do the type of shenanigans seen in my Le Fish ultrabatics videos.
The semi-symmetrical airfoil is slightly noticeable (meaning: the inverted performance is just a hair different than the upright), but make no mistake: this is a full-on, 100% capable aerobatics glider. You can do multiple outside loops with no problem, and chain continuous upright & inverted figures together easily. One cool thing about the airfoil is that it makes the inverted spin and snaprolls REALLY GOOD. You can do an inverted/negative-G snaproll in the blink of an eye, it's extremely axial, and recovers as soon as you release the sticks. Looks wild as heck but is easy to pull off and if you flub it, the light weight will almost certainly help you to recover and get going again well before you crash.
Knife edge performance is very good, comparable to a Le Fish, Wasabi or Voltij. To get a long knife edge pass, pick up speed, roll on your side and then feed in as little rudder as possible, just enough to keep the nose at or slightly above the horizon. You should be able to do a nice (for a slope glider, heh) knife pass for a reasonable distance. You can also use the rudder to hang the plane on its side, into the wind, and do the whole "slide down the firepole" thing . In short, side area and rudder effectiveness are very good, completely appropriate for this style of flying.
The plane definitely likes to have a bit of rudder coordination in its turns. You don't have to do this, but it helps clean it up. Not hard at all, in fact, the feedback you get is so immediate and obvious that I think this will be an excellent plane to learn how to use rudder with. Don't be put off by this - learning to coordinate your turns is step 1 to learning how to use the rudder to do all sorts of awesome aerobatics. That's why you want an aerobatics plane, right?
It's very lightweight, so most "oops" type situations can be corrected just by neutralizing the sticks for a moment. This will quickly bring the plane out of whatever weird attitude you've managed to get it in, and give you (hopefully) ample opportunity to recover. The plane is light enough and tough enough that the few pancake landings / crashes I've had, have resulted in zero damage. It's EPO, so it's not indestructible by any means, but it's in that sweet spot of being fast but not so heavy that it can hurt itself too easily. Obviously, you mileage will vary, but I am a very "throw caution to the wind" kind of pilot and go for all kinds of low passes and am not afraid to crash. The plane seems to be handling that very well so far.
{b,Summary}
This is the plane I've been dreaming of having on the market for years; it's the plane that the slope aerobatics niche has needed for 10+ years.
The Ahi flies great, does (almost) every trick in the book, is forgiving, and super easy to assemble. It looks cool, can go fast, can go slow, can be flown precise or wild. It's approachable for a pilot who has never flown an aerobatics glider before, and will satisfy even the most expert pilot with its performance. It's easily replaceable if it gets S.L.O.P.E.-ed, and will be readily available (unlike some of the more esoteric designs out there that are often homebrew only).
If you are even remotely interested in slope aerobatics, or just looking for a tremendously capable and fun sloper, the Ahi is your jam. Get one.
</i>
{video,U01BPOpeAYM}
{video,woBdiL0LzyI}
{video,nAsX7RZSJwI}
{video,qIgRerCSSHA}
y � � � � ^2� � � � � � � � \ ��4< K� jC�} � �}�b� SHINTO-JOINER-J&Shinto Lightweight F3J/F5J Wing Joiner5 Lightweight wing joiner for Shinto F3J and F5J models & � K<� %P� - � � � � � � � � d �� cNx
s �}�b� SPINNIN-BIRDY-AIL Spinnin' Birdy with Ailerons 1m� Many pilots who took our two axis DLG Spinnin' Birdy with them when travelling the world wished for a DLG that glided as well, but was even better against a stronger wind. Spot landings were also high on the wish list. :-)
OK, so we proudly present you our new "Birdy-Baby", a {b,Spinnin� Birdy with ailerons}. But this is not even the most striking difference to his two axis brother: For the first time, there is a Birdy with a completely sheeted wings. For two reasons: first, it looks impertinently good, and secondly, this construction cannot be beaten for torsional stiffness.
Honestly, without our laser system sheeting would be a pain, but thanks to the precise laser parts - and thin CA with a cannula the planking is a children's game. You'll see!
Since the achievable DLG throwing heights do not really have much to do with the ailerons, every Spinnin 'Birdy has launches about the same. However, as the aileron Birdy is somewhat heavier it is better off against the wind and can search further for a thermal.
Also if you add camber (droop the ailerons 2 mm) the flying speed and sink rate is reduced, allowing faster climbs in a thermal and a longer hang time.
When landing deflect the full span ailerons fully down and you will be amazed how well the model slows down.
You aren�t interested in discus launching? What are you looking for is a great model for a small slope? Then the Aileron Birdy is definitely a hit! Thanks to its take-off weight of about 200 g, the Birdy flies even in mild conditions early in the morning or in the evening. If your buddies have long since given up you can carry on flying because the single cell LiPo will fly it for hours, with approx 60 mAh consumed every hour (average current 60 mA).
Kit Contents:
CNC-Milled and laser components
Multi-colored full size plan
German-language building instructions
All small parts....
{table title="Spinnin Birdy Aileron Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.00 m, 39 in
Wing area, 14.4 dm2, 223 sq in
Length, 85 cm, 33.5 in
Flying weight from, 200 g, 7.1 oz
Wing loading, 13.9 g/dm, 4.6 oz/sq ft
Aspect ratio, 6.9,
Wing airfoil, Proprietary,
Dihedral angle, 5.0�,
Centre of Gravity, TBA mm from wing leading edge
Controls, "Rudder, elevator, ailerons"
{endtable}
{table title="Spinnin Birdy Aileron Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Total structure, 160.0 g, 5.6 oz
Receiver, 4.5 g, 0.2 oz
Rudder servo, 4.5 g, 0.2 oz
Elevator servo, 4.5 g, 0.2 oz
Aileron servos (2), 9.0 g, 0.3 oz
Battery, 12.0 g, 0.4 oz
Noseweight, 5.5 g, 0.2 oz
Flying weight, 200.0 g, 7.1 oz
{endtable}
{table title="Recommended R/C-nano gear only" class=1 cols=2 width=110,235 align=L,L autohref=2}
Elevator & rudder servos, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Hitec HS-40, KST X06
Aileron servos (2), Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Hitec HS-40, KST X06
Receiver, Spektrum AR6260*, AR6100e, AR400, Futaba R6004FF*, Orange DSM2 compatible, Jeti Duplex R4 & R5, Multiplex Mlink RX-6-DR Light*, FrSky D4R II
Battery, HyperLipo 2S 175 mAh, HyperLipo 2S 300 mAh, 150 mAh 4.8V, Radient 1S 600 mAh, Radient 1S 700 mAh, 1S 300 - 700mAh LiPo
{endtable}
c � x � � M2� � � � � � � � � m �� Balsawood, plywood, carbon fibre fէ� d �}�b� BIRDY-DS Birdy DS 1m� Don�t you want a handy slope model that's also "Flitschenfest"? Or a model with a mercilessly solid wooden construction, which you can also fly on the front or the backside of a slope? Then let the new {b,Birdy DS} convince you!
The most important changes from the Birdy-DS at a glance:
Wing profile (HN 871)
Cross-tail without underslung fin
Smaller ailerons to avoid flutter
Stiff control runs with cross-strengthening,
Very sturdy fuselage with continuous plywood reinforcement
Of course a Flitschenhaken!
If you want to leave your valuable crunchies (molded models) on the ground when flying new slopes, or want to fly at a new location without cares or worries then you will make the right choice with a Birdy-DS.
{b,Kit Contents:}
CNC-Milled and laser components
Multi-colored full size plan
German-language building instructions
All small parts....
{table title="Birdy DS Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.00 m, 39 in
Wing area, 14.4 dm2, 223 sq in
Length, 81 cm, 31.9 in
Flying weight from, 350 g, 12.3 oz
Wing loading, 24.3 g/dm, 8.0 oz/sq ft
Aspect ratio, 6.9,
Wing airfoil, HN 871,
Dihedral angle, 3.0�,
Centre of Gravity, TBA mm from wing leading edge
Controls, "Rudder, elevator, ailerons"
{endtable}
{table title="Birdy DS Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Total structure, 290.0 g, 10.2 oz
Receiver, 4.5 g, 0.2 oz
Rudder servo, 4.5 g, 0.2 oz
Elevator servo, 4.5 g, 0.2 oz
Aileron servos (2), 9.0 g, 0.3 oz
Battery, 20.0 g, 0.7 oz
Noseweight, 17.5 g, 0.6 oz
Flying weight, 350.0 g, 12.3 oz
{endtable}
{table title="Recommended R/C-nano gear only" class=1 cols=2 width=110,235 align=L,L autohref=2}
Elevator & rudder servos, Ripmax SD100, Blue Bird BMS-101AMG, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Blue Bird BMS-A10S, KST X08
Aileron servos (2), Ripmax SD100, Blue Bird BMS-101AMG, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Blue Bird BMS-A10S, KST X08
Receiver, Spektrum AR6260*, AR6100e, AR400, Futaba R6004FF*, Orange DSM2 compatible, Jeti Duplex R4 & R5, Multiplex Mlink RX-6-DR Light*, FrSky D4R II
Battery, HyperLipo 2S 300 mAh, 150 mAh 4.8V, 1S 300 - 500mAh LiPo
{endtable}
Our thanks to Mel Jones for use of his photos.
d � � � � W2� � � � � � � � x m �� f�[ �}�b�� SPERBER-JUNIORSperber Junior 2.08m�
A new {b,Sperber Junior} has hatched from the egg, a small but perfectly formed bird. Born in October he is just a 9 month old chick. Before he could fly out of the nest he had to cross a few hurdles.
The aim was to teach him good slope soaring and thermal catching skills - and he was also to learn to fly like a real bird. For this reason, Norbert has given him extra feathers. He has not become a dino of the air and he fits perfectly into a small wheeled nest, to always be with you.
Those who like to see a bird hatching themselves, have found with the Sperber Junior a really nice (and exemplary) animal. If the wing is neatly cleaned and everything is properly glued, in no time the Sperber Junior is flying as nicely as in the video.
Since the Sperber Junior is intrinsically stable aerotow is a dream with a small tug. Landings on the hillside or in the high grass are not problematic, as he can pull up his plumage.
We are sure all bird breeders will have a lot of fun with this chick.
The Sperber Junior kit comes without stickers, servo mounting frames and the like as most pet owners already have their own.
{b,Kit Contents:}
CNC-Milled and laser components
GRP fuselage
Multi-colored full size plan
German-language building instructions
All small parts....
{table title="Sperber Junior Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.08 m, 82 in
Wing area, 27.7 dm2, 429 sq in
Length, 90 cm, 35.4 in
Flying weight from, 900 g, 31.7 oz
Wing loading, 32.5 g/dm, 10.6 oz/sq ft
Aspect ratio, 15.6,
Wing airfoil, Proprietary,
Dihedral angle, 5.0�,
Centre of Gravity, TBA mm from wing leading edge
Controls, "Rudder, elevator, ailerons"
{endtable}
{table title="Sperber Junior Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Total structure, 700.0 g, 24.7 oz
Receiver, 6.0 g, 0.2 oz
Rudder servo, 9.0 g, 0.3 oz
Elevator servo, 9.0 g, 0.3 oz
Aileron servos (2), 9.0 g, 0.3 oz
Battery, 120.0 g, 4.2 oz
Noseweight, 47.0 g, 1.7 oz
Flying weight, 900.0 g, 31.7 oz
{endtable}
{table title="Recommended R/C" class=1 cols=2 width=110,235 align=L,L autohref=2}
Elevator & rudder servos, Ripmax SD100,Ripmax SD150, Blue Bird BMS-101AMG, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Blue Bird BMS-A10, Blue Bird BMS-106HV, Blue Bird BMS-107HV, KST X08
Aileron servos (2), Ripmax SD100, Blue Bird BMS-101AMG, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Blue Bird BMS-A10, KST X08
Receiver, Spektrum AR6260*, AR6100e, AR400, Futaba R6004FF*, Orange DSM2 compatible, Jeti Duplex R4 & R5, Multiplex Mlink RX-6-DR Light*, FrSky D4R II
Battery, HyperFlight 2200 mAh 4.8V, Radient 1600 mAh 6V
{endtable}
d � ; � � � � � � � � � � � � � m �� c1�C� �}�b� REDSHIFT RedShift 3m� We are pleased to have some of James Hammond's highly anticipated new {b,RedShift F3F} slope racers.
This 3 m plane makes a great fast sports model or a good intro to F3F slope racing. With its long thin wings at an aspect ratio of 18.8 this plane looks great in the air and has a very low drag when pulling high G F3F turns, allowing speed to be maintained on a pylon (F3F) course, or when big air flying aerobatics.
The models are made in Taiwan to a very high standard. The surface finish is as good as the best top rated manufacturer's planes. The design is cutting edge with a high aspect ratio wing and specially developed racing airfoils, yet is very practical with ample space in the fuselage and well engineered tail linkages.
The fuselage is carbon, with a friendly Kevlar laminated front section featuring a slip-on nosecone to give excellent access to the RC, which is installed on a substantial glass fibre servo tray. The tail pushrod outers are bonded in place and the V tail torque rods are already installed. The tail linkages are completely internal to minimise drag, while the included 20 mm x 20 mm x 370mm long square fuselage ballast tube will let you load the plane to the FAI limit and beyond.
The two piece wings are beautifully molded giving a high gloss finish. The wing skins are very strong, minimising hanger rash, and are bonded to a substantial carbon "sine wave� spar which gives immense additional torsional strength needed on todays high aspect ratio racing planes. The wings include nice pockets for the flap and aileron servos and the aileron/flap control horns are pre installed in the factory. Each wing root also includes two 20 mm x 10 mm x 250 mm long ballast tubes.
The kit accessory bag includes the fuselage servo tray, four plastic servo mounting frames (designed to take larger 30 mm x 35 mm wing servos), clevises and colour coded hatch covers. The customer will need to supply the metal wing control rods and the tail linkage pushrod ends to fit to the supplied carbon tail pushrods. The cut outs in the fuselage servo tray are for servos with a body footprint of 23 mm x 12 mm.
The video shows an early glass wing prototype but we are stocking single carbon and double carbon versions only which are extremely rigid. Double carbon ones are recommended for racing and the single carbon ones for sport flying.
Redshift has a breathtaking turn of speed as well as good aerobatic performance, and will rip around F3f turns at a blinding rate - so turn up the gain on your pacemakers and give this one a try!
{table title="RedShift Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 3.00 m, 118 in
Wing area, 48.0 dm2, 744 sq in
Length, 140 cm, 54.9 in
Flying weight from, 2300 g, 81.1 oz
Wing loading, 47.9 g/dm, 15.7 oz/sq ft
Aspect ratio, 18.8,
Wing airfoil, "JH3580, JH3575, JH3570"
EDA (dihedral), 2.0�,
Centre of Gravity, 95-100 mm from wing leading edge
Controls, "Ailerons, flaps, V tail"
{endtable}
{table title="Red Shift Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage inc pushrods, 310 g, 10.9 oz
Left wing, 687 g, 24.2 oz
Right wing, 689 g, 24.3 oz
Tailplane, 86 g, 3.0 oz
Wing joiner, 120 g, 4.2 oz
Ballast tube, 48 g, 1.7 oz
Accessories, 38 g, 1.3 oz
Total structure, 1978 g, 69.8 oz
Wiring, 30 g, 1.1 oz
Receiver, 10 g, 0.4 oz
Tail servos (2), 40 g, 1.4 oz
Wing servos (4), 92 g, 3.2 oz
Battery, 150 g, 5.3 oz
Flying weight from, 2300 g, 81.1 oz
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
V tail (servo body max 23 mm x 12 mm), MKS HV6125e, MKS DS6125e, KST DS215MG, KST X12-508, KST MS320, Blue Bird BMS-106HV, Blue Bird BMS-107HV
Flap (servo max 12 mm thick), MKS HBL6625, MKS HV6130, KST DS225, KST DS125, KST X10, Blue Bird A56V
Aileron (servo max 10 mm thick), MKS HBL6625, MKS HV6130, KST DS225, KST DS125, KST X10, Blue Bird A56V, KST X08 Plus*, KST X08*
Receiver, 6 channel rx to match your transmitter
Power, Overlander 2S 1000mAh, Radient 1600 mAh 6V, HyperFlight 2200 mAh 4.8V, 1600 mAh 2S LiFe
{endtable} *The supplied servo frames fit KST DS125 and X10 sized servos.
{video,JBz1ePsiAzc} � � �2� � � � � � � � � � � � +� k -� e�*+ s `}�`�| WING-HNS-50'Small 4 Servo Wing Wiring Harness 50 cm� This wiring hardness is suitable for two piece wing models or three piece wing models where the centre panel is no more than 95 cm long. Two pieces supplied, suitable for one four servo wing.
Note this harness has white/red/black twisted wires, not flat ribbon cable as shown on the photos.
{b,Wing End}
Aileron servo extension length: 23 cm
Flap servo extension length: 50 cm
Wing/Fuse connection: Green Multiplex type 6 pin socket
{b,Fuselage End}
Aileron to receiver extension length: 33 cm
Flap to receiver extension length: 33 cm
Wing/Fuse connection: Green Multiplex type 6 pin plug
Weight of compete harness: 50 g
[201]
, � F� � 2� � � � � � � � P I New prodiuct Stock No: 76327 / 015000201
Original HK Stock No: 76325 �� c1�C � ��b� DF-AHI-FLIGHTPACK-Dream-Flight Flight Pack for Dream-Flight Ahi1 Get your Ahi into the air quickly with no hassles! All components are a drop-in fit to ensure a quick and easy RC installation.
Includes:
4 12g DMG Servos
1 Rx Battery 4.8V NiMH 700mAh
1 Battery Extension Wire (Simple and lightweight alternative to a switch)
1 Aileron Extension Set (Ahi, Libelle)
The battery, servos, and extensions feature universal style connectors (fits Futaba/Hitec/JR/Spektrum)
{b,12g DMG (Digital Metal Gear) Servo Specifications:}
Weight: 12g
Maximum Torque (4.8V): 2.4 Kg cm
Size: 23 x 9 x 32mm
Speed: 0.12s for 60� (4.8V)
{b,Receiver Battery Specifications:}
Voltage: 4.8V
Capacity: 700mAh
Weight: 57g
Size: 57.5 x 31 x 14.5mm
Charge: 250-700mA (Use our Intelligent USB NiMH Charger!)
Note the servos are rated for 5V only and are not okay on a 2S LiPo battery. _ � s � � J� � � � � � � � 2F3< �� jO�` � ��b�
DF-AHI-CANOPYCanopy for Dream-Flight AhiW Replacement canopy for the Dream-Flight Ahi.
Includes magnets for canopy attachment. � � � � <� � � � � � � � d 2G6< �� jh� �� .� ��b� ORALIGHT-CHROME-VIOL4Oralight Chrome Violet / Purple 31-096 Covering Film� {Oralight, Opaque Chrome Violet, 31-096, 5524696,36,This chrome violet or purple covering is as light as the transparent violet colour also available and is opaque and reflects the light well. It is highly visible.}
� � '_� � $� � � � � � � � � 3B2 �� [ �}�b� RDNB7001S35#Radient 1S 700 mAh LiPo RDNB7001S35� Small 1S 700 mAh LiPo battery suitable for discus launched gliders, or other very lightweight models. Comes with a JST BEC power connector plug.
This battery has enough capacity to fly an average four servo DLG for 1.5-3 hours.
{table title="Riadient Supera LiPo 1S 700 mAh Battery Specification" class=1 cols=2 width=100,220 align=L,L}
Chemistry, Lithium Polymer
Number of cells, 1
Voltage, 3.7V nominal
Capacity, 700 mAh
Weight, 20 g
Discharge rating, 35 C
Length, 54 mm
Width, 22 mm
Height, 8.2 mm
Power lead length, 8 cm
Power plug, Mini JST (BEC) plug
Balance lead length, NA
Balance plug, Not fitted
Supplier ref, RDNB7001S35
{endtable}
{LiPost}
�) �
2� � "� � � � � � � � d �� Plastic, copper, lithium saltChinac1�C � �}�b�
LP601730-CL8Cellevia 1S 250 mAh LiPo Battery *Reverse Plug Polarity* Small lightweight 1S 250 mAh LiPo battery suitable for small two servo discus launched gliders, or other very lightweight models. Comes with a JST BEC power connector plug. The small PCB fitted to the battery is a safety device to stop overcharge and over dicharge. However charging at over 0.5C is not recommended.
This battery has enough capacity to fly a two servo mini DLG for over 2 hours. Not recommended for more than two servos.
{br, Note the attached plug has been wired with reverse polarity to the normal RC standard. It needs rewiring before use.}
{table title="Cellevia LiPo 1S 250 mAh Battery Specification" class=1 cols=2 width=100,220 align=L,L}
Chemistry, Lithium Polymer
Number of cells, 1
Voltage, 3.7V nominal
Capacity, 250 mAh
Weight, 6.5 g
Discharge rating, 10 C
Charge rating, 0.5C
Rec charge current, 100 mA
Length, 31 mm
Width, 17 mm
Height, 5.7 mm
Power lead length, 13 cm
Power plug, Mini JST (BEC) plug
Balance lead length, NA
Balance plug, Not fitted
{endtable}
{LiPost}
( � � � 3� � � � � � � � 2 n �� c1�C � +/( ��b� SM-NO1-BLADE8Swann-Morton Orange Craft Knife No 1 Straight Blades (5)M 5 replacement No 1 straight blades for the Swann-Morton Orange Craft Knife.
� � � � 5� � � � � � � �
2H2 ���k ,Ô �`�
NIMH-4-700*HyperFlight 700 mAh 4.8V NiMH Flat Battery� This high quality four cell {b,4.8V 700 mAh NiMH} battery is suitable for many RC models. This battery is assembled from 4 x 2/3AA sized cells and is suitable for the Dream-Flight Ahi and similar models.
The battery comes with a universal (JR type) RC plug.
This battery should be trickle charged at 70 mA for approx 14 hrs. You can make up a charge lead using a 100 ohm 0.5W (or larger) resistor. Charge from a 12V DC voltage source.
This battery is similar in size to the Dream-Flight 700mAh NiMH battery supplied in the Ahi flight pack.
{table title="HyperFlight 700 mAh NiMH Battery Specification" class=1 cols=2 width=130,200 align=L,L}
Chemistry, Nickel Metal Hydride
Number of cells, 4
Voltage, 4.8V nominal
Capacity, 700 mAh
Charge current range, 50 mA - 200 mA
Trickle charge, 70 mA for 14 hrs
Weight, 52g
Length, 57 mm
Width, 30 mm
Height, 14 mm
Lead length, 10 cm
{endtable}
{NiMHPost}
� � � � ,� � � � � � � � d 1 �2G3A 10/01/2024 changed supplier from Shenzhen Vigor Power B � �}��b�
JOY-TAILPLANE
Joy Tailplane> Tailplane/horizontal stabiliser for a Joy 2.5m electric glider � U � � � � � � � � � � � t �� f�^ � �}�b�n
ALTIS-NANO
Altis Nanoo Aerobtec's {b,Altis Nano} is their latest ultra miniature logging altimeter. It only weighs 6 g (0.21 oz) and is suitable for F5J and F3K models, and all RC aircraft and other flying objects that want to record the barometric altitude of the flight. The 0.3 m (1 ft) altitude resolution available using the high quality pressure sensor is much better than possible with GPS technology.
The Altis Nano is identical to the Altis V4+ except it has a smaller screen and one (not two) extension ports.
{b,No Compromise}
Get all what you expect from an altimeter in a ultra miniature form. Unlimited competition settings, live screen on integrated OLED display, telemetry, recording and more �
{b,Live Screen}
Live screen allows you to read the data easily from the integrated OLED display all the time �
{b,Beat your Friends}
Simply choose your competition from the list and show your friends who�s the best pilot �
{b,Record and Analyze}
Integrated flash memory allows you to record your flights and later to analyze them comfortably using Altis Flight Manager �
{b,Rich Telemetry Support}
Have the flight data always in view using telemetry of various brands, with fast reacting vario you didn�t miss your best performance �
{b,General Specifications}
Dimensions: 29 x 11.5 x 6.5mm, cable length approx. 6cm
Weight: 6g with JR cable
Power supply range: 4 � 12.6V
High contrast OLED display
Integrated USB
Upgradeable firmware
Altis Flight Manager software for Windows
{b,Competitions}
Support for all existing competition rules � FW2.x
Special competition firmwares:
F5J FAI (FAI certified firmware) � FW5.x
ALES � (100, 150, 200m preset, configurable via keypad or PWM in) � FW6.x
F5J Greek (local Greek F5J like competition) � FW7.x
RCEV � (like F5J FAI but with motor restart option) � FW8.x
{b,Recording}
Memory: 7.91MB (Several days)
Sample time: 0.1 � 25.5s (user selectable with step 0.1s)
Logging: altitude, voltage, temperature,, PWM In/Out
{b,Telemetry}
Rich telemetry support for all relevant RC systems
Available telemetry data:
High precision altimeter
Fast reacting vario with auto adaptive filter
Pressure
PWM In/Out value
F5J height
{b,Restarts}
The default firmware as supplied is F5J legal (V5.1 as I type) so the motor cannot be used again after powering off. However the user can easily update to V1.1 which allows restarts.
{b,HyperFlight Safety Warning}
There is discussion of the Altis causing power loss and subsequent crashes in {href,https://www.rcgroups.com/forums/showthread.php?3663853-New-Firmware-for-Altis-Nano-and-Altis-V4,this RCGroups thread}, see especially post #24 onwards. The consensus is that the crimping is potentially unreliable on both the Altis and the ESC wiring and the best way of improving reliability is to wire an additional positive and negative wire from the ESC to the receiver in parallel to the Altis.
� C � � , � � � � � � � � 2 ��2E3. �� h�j-� �}�b� DLG-THROWING-BLADE DLG Seagull Type Throwing Blade A good quality "seagull" shaped DLG throwing blade, for comfortable thows and ghigh lanches. Beautifully molded from carbon fibre, and contoured to maximise launch height and comfort. Almost symmetrical, so it can be used for right handed and left handed throwers.
{table title="DLG Seagull Shape Throwing Blade" class=1 cols=3 width=140,100 separator=: align=L,L,L}
Weight: 2.4 g
Max thickness of carbon: 1.9 mm
Height of both blades: 47 mm
Max width: 12 mm
Length of tang: 58 mm
Height of a single blade: 24 mm
{endtable}
The weight can be decreased by reducing the thickness of the carbon towards the ends of the blades, and by profiling the edges, to approximate to a thin ellipse.
To fit, open the end of the model's wing, and glue the tang inside the wing with epoxy or good quality thick CA. For excellent installation instructions see this {Href,http://www.rcgroups.com/forums/showthread.php?t=1517237, great RCGroups thread.}
Also called a contoured DLG launch blade, a seagull throwing peg, a curved launch blade. > � � � � � � � � � � � 2 r D� c1�C M�}�b�� PLUS-PRO-UPG-SETPlus Pro Upgrade Set� Vladimir's Models kit to upgrade a Plus to a Plus Pro.
Includes longer tailbooms ans higher dihedral wing joiners.
See {href,http://f3j.in.ua/plus-pro-upgrade-set.html, Vladimir's site for info}. � NK� � 6<� � � � � � � � �
� c1�C� �}�b� LP502248-CL8Cellevia 1S 450 mAh LiPo Battery *Reverse Plug Polarity*� Small lightweight 1S 450 mAh LiPo battery suitable for small discus launched gliders, or other very lightweight models. Comes with a JST BEC power connector plug. The small PCB fitted to the battery is a safety device to stop overcharge and over dicharge. However charging at over 0.5C is not recommended.
This battery has enough capacity to fly a two servo mini DLG for over 3 hours, and 4 servo mini DLG for 2 hours.
{br, Note the attached plug has been wired with reverse polarity to the normal RC standard. It needs rewiring before use.}
{table title="Cellevia LiPo 1S 450 mAh Battery Specification" class=1 cols=2 width=100,220 align=L,L}
Chemistry, Lithium Polymer
Number of cells, 1
Voltage, 3.7V nominal
Capacity, 450 mAh
Weight, 11.2 g
Discharge rating, 10 C
Charge rating, 0.5C
Rec charge current, 200 mA
Length, 50 mm
Width, 21 mm
Height, 4.5 mm
Power lead length, 13 cm
Power plug, Mini JST (BEC) plug
Balance lead length, NA
Balance plug, Not fitted
{endtable}
{LiPost}
�( � (� #� 7� � � � � � � � d n �� c1�CH �}�b� SPINNERCONEP-30-YEL"Yellow Cone for 30mm Power Spinner� Replacement yellow spinner cone for all 30mm HyperSpinner Power spinners.
Note these cones only fit the 30mm {b,Power} HyperSpinners we sell, not the standard ones. 8 � � � 2� � � � � � � � 2 �� Plastic f�(?F �}�b� SPINNERCONEP-30-BLK!Black Cone for 30mm Power Spinner� Replacement black spinner cone for all 30mm HyperSpinner Power spinners.
Note these cones only fit the 30mm {b,Power} HyperSpinners we sell, not the standard ones. 4 � � �
� � � � � � � � 2 �� Plastic d*�} ? �}�b� SPINNERCONE-30-RED Cherry Red Cone for 30mm Spinner� Replacement cherry red spinner cone for all 30mm HyperSpinners.
Note these cones do not fit the 30mm {b,Power} HyperSpinners we sell, just the standard ones.
/ � � � 2� � � � � � � � 2A0 Plastic i�Ԥ � �}�b� SPINNERCONEP-30-NRED$Neon Red Cone for 30mm Power Spinner/ Replacement neon red spinner cone for all 30mm HyperSpinner Power spinners. Note the neon red colour is very orangey and this cone can be mistaken for a neon orange one if you don't have the two side by side.
Note these cones only fit the 30mm {b,Power} HyperSpinners we sell, not the standard ones. 6 � $� � � � � � � � � � 2 �� c1�C S �}�b� SPINNERCONEP-30-ORN'Neon Orange Cone for 30mm Power Spinner� Replacement neon orange spinner cone for all 30mm HyperSpinner Power spinners.
Note these cones only fit the 30mm {b,Power} HyperSpinners we sell, not the standard ones. 7 � � � 2� � � � � � � � 2 �� Plastic c1�C � �}�b� OVL10002S"Overlander 2S 1000mAh LiPo Battery� This {b,Overlander 2S 1000 mAh LiPo RX Battery} is a great receiver battery for the Ahi and many other RC models. Comes with a standard JR power connector plug and a JST-HX balance plug. Plug straight into servo outlet if using 2S capable receiver and servos, or through a small voltage regulator if using RC limited to 5V.
{table title="Overlander 1000 mAh Battery Specification" class=1 cols=2 width=100,220 align=L,L}
Chemistry, Lithium Polymer
Number of cells, 2
Voltage, 7.4V nominal
Capacity, 1000 mAh
Weight, 57 g
Discharge rating, 25 C
Length, 66 mm
Width, 35 mm
Height, 11 mm
Power lead length, 7 cm
Power plug, Standard JR RC plug
Balance lead length, 2 cm
Balance plug, JST-XH standard balance plug
{endtable}
{LiPost}
R �
A� � 7� � � � � � � � d o �� c1�C �}�b� OVL4-600$Overlander 600 mAh 4.8V NiMH Battery� This high quality four cell {b,4.8V 600 mAh NiMH} battery is suitable for many RC models. This battery is assembled from 4 x 2/3 AA sized cells and is suitable for the Ahi and many small gliders.
The battery comes with a universal (JR type) RC plug.
This battery should be trickle charged at 60 mA for approx 14 hrs. You can make up a charge lead using a 100 ohm 0.5W (or larger) resistor. Charge from a 12V DC voltage source.
This battery is identical in size to the Dream-Flight 700mAh NiMH battery supp;lied in the Ahi flight pack
{table title="Overlander 600 mAh NiMH Battery Specification" class=1 cols=2 width=130,200 align=L,L}
Chemistry, Nickel Metal Hydride
Number of cells, 4
Voltage, 4.8V nominal
Capacity, 600 mAh
Charge current range, 60 mA - 200 mA
Trickle charge, 60 mA for 14 hrs
Weight, 55 g
Length, 53 mm
Width, 28 mm
Height, 14 mm
Lead length, 8 cm
{endtable}
X � X� � � � � � � � � � d o �� c1�Ci �}�b� HYPERSPIN-30-3-PWR%30mm HyperSpinner Power for 3mm shaft� These new spinners are suitable for many F5J models. They have pointier spinner cones making them suitable for slimmer fuselages like the {pref, shinto-e,Shinto Electric}.
{SpinnerPower,30,3,0,27,11.6,all}
, � � � #� � � � � � � � 2 � d*�� � �}��b�� SAPPHIRE-FIN Sapphire Fin# Replacement Sapphire Fin and Rudder � � � � � � � � � � � � � �� c1�C � �}�b� SPINNERCONE-38-NRED Neon Red Cone for 38mm Spinner= Replacement neon red spinner cone for all 38mm HyperSpinners. � )� � 2� � � � � � � � 2 � Plastic c1�C �}�b� ULTIMA-TAILPLANETailplane for Ultima F5J| Replacement tailplane/horizontal stabiliser/elevator for an Ultima F5J
Great for a home builder too.
Weight approx 30g � � s2� ? � P � � � � � � � � � X � c1�C � �}�b� ULTIMA-JOINER-5 Ultima 5 degree Wing Joiners (2)2 A pair of 5 degree wing joiners for the Ultima F5J � � "A� � � � � � � � � � d X � c1�C � �}�b� ULTIMA-JOINER-7 Ultima 7 degree Wing Joiners (2)2 A pair of 7 degree wing joiners for the Ultima F5J � � "A� � � � � � � � � � d X � c1�C. �}�b� SERVO-COVER-150X70%Large Shrouded Servos Cover (makes 2)� This beautifully molded carbon wing servo cover has a shroud molded in to make a fairing to cover the servo output arm and control rod. It is ideal for flap and aileron servos on larger models. The molding can be cut in half to make a pair of servo covers.
Supplied singly - can be cut in half to make two servo covers, or trimmed down to make one large cover.
{table title="Large Shrouded Servos Cover Specification" class=1 cols=2 width=150,115 align=L,L,L}
Thickness of carbon sheet, 0.3 mm
Chordwise length, 150 mm
Spanwise length, 70 mm
Distance of shroud from edge, 15 mm
Thickness of shroud, 8 mm
Height of shroud, 7 mm
Weight, 4.6 g
{endtable}
Trim to size to suit your application and attach with clear tape. The servo cover can be cut in half to make a handed pair of servo covers sized 75 mm x 70 mm. They then become like our {pref,SERVO-COVER-C2,Large Shrouded Servo Covers} product.
� ]� � � � � � � � � � 2 � c1�C [O +�� ��b� KST-X15-1208/KST X15-1208 Servo - 13.5Kg.cm 0.07s 40.0g 15mm� This new {b,KST X15-1208} has lots of toque, excellent speed, and no free play.
It is an excellent servo for heli cyclic and tail rotor and all larger models.
{ServoSpecs}
� � O � � 3 � � � � � � � � =
e�1L1 R; .�� ��b� STRIKE3-BAGStrike 3 Wing & Tail Bags� A beautiful set of wing and tail bags for the Strike 3 DLG. The covers will protect the surfaces from physical damage and from solar radiation which can warp and weaken naked carbon structures, even in northern climates.
The bags are made from aluminised Mylar covered foam with a coloured fabric (canvas-like) edging and pocket ends. The wing bags include a Velcro area for attaching both halves together, and a cut out for the throwing blade.
< � " � � 2� � � � � � � � � A�T �}�b�'
L3013-7200#Leomotion L3013-7200 F5J 6.7:1 137g� The {b,Leomotion L3013-7200 V2 6.7:1} is a light weight and very powerful electric motor for F5J models. Its high Kv makes it most suitable for 2S LiPo operation.
It weights approx 137g and is capable of 650W for 15 seconds on 2S LiPo batteries.
{bullet}
Very powerful motor
Dynamically balanced 4 pole rotor
Hand wound stator
Carbon fiber reinforced rotor for max. 60,000 rpm
6 mm shaft for perfect rotation
High end ball bearing
Geared 6.7:1 for high propulsive efficiency
{endbullet}
{table title="Leomotion L3013-7200 F5J 6.7:1 Specifications" class=1 cols=3 width=145,150,150 align=L,L,L separator=: autohref=2}
Motor name / GB name: Leomotion L3013 6.7:geared inrunner
Motor+GB weight: 137 g : 4.83 oz
Motor diameter: 30.0 mm : 1.18 in
Motor length: 31.0 mm : 1.22 in
Lead length: 4.0 cm : 1.57 in
Shaft diameter: 6.0 mm : 0.24 in
Mounting info: 4 M2.5 holes on a 23 mm diameter circle
Manufacturers Rm: 7 mR
Manufacturers Kv: 7200 RPM/V
Manufacturers Geared Kv: 1074 RPM/V
Est Io: 3.1 A @ 7 V
Max efficiency (7 V): Approx 90 % @ 90 A
Operating efficiency (7 V): Approx 90 % @ 90 A
Motor+gearbox Km: 127 Nm/W^.5 X1000
Motor+gearbox Km/Kg: 930 Nm/(W^.5 Kg)
Recommended battery: 2S LiPo
Rec max LiPo capacity: 2 Ah
Supplied accessories: 4 mounting screws
{b,2S LiPo Performance approx:}
Recommended prop: TBA
Input power: 680 W
Current: 97 A on 12x6 prop
Rate of climb: 12 m/s for 1600 g glider
{b,Gearbox}
Gearbox diameter: 27.0 mm : 1.06 in
Gearbox length: 32.0 mm : 1.26 in
Motor+GB length: 63.0 mm : 2.48 in
Gearbox Ratio: 6.7
Planet bearings: Ball raced
Estimated GB efficiency: 95 %
{endtable}
r � � � � � � � � � � � � � � N h� e�~r �}��b�o
SNIPE2-BAL-40Snipe 2 Ballast 40g� This ballast system clips into the Snipe 2 fuselage to increase the model's pemnetration in light to medium wind conditions. It is quick and easy to insert and remove.
The 40 g ballast is suitable for winds up to 5 m/s or 18 km/h or 11 mph 2 � � � � � � � � � � � d a� g�" � � -l ��b� STILLStill Racer 1mh The {b,Still Racer} is a great machine for fast flying. It has a wide speed range, very forgiving flight characteristics, and is a perfect first racer. It is supplied expertly covered in Oracover film with an attractive racing colour scheme, with only the RC and powertrain to install.
The Still's thin but forgiving airfoil as well as the slightly swept forward wing give the model excellent flight characteristics and high speed performance. Thanks to the very clean airframe the model has a good glide angle and landings are easy.
The Still Racer has a carbon-reinforced fiberglass fuselage, a one piece polystyrene/balsa wing, and built-up carbon/balsa tailplane. The Still is agile and strong enough for racing all high G aerobatics.
The kit contains:
{bullet}
Light fiberglass fuselage reinforced with carbon
One-piece polystyrene-balsa wing with ailerons, locally reinforced with fiberglass, all covered with Oracover�
Light structural balsa tail surfaces with carbon spar and leading edge, covered with Oracover�
Vinyl CNC cut stickers in imitation carbon design
Top quality accessories (servo covers, servo mount, rods, ending ties, control horns, tape for sticking flaps, fiberglass motor mount)
Complete assembly manual with step by step illustrations
{endbullet}
{table title="Still Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.00 m, 39.4 in
Wing area, 13.4 dm2, 208 sq in
Length, 70 cm, 27.6 in
Flying weight from, 600 g, 21.2 oz
Wing loading, 44.8 g/dm, 14.7 oz/sq ft
Aspect ratio, 7.5,
Wing airfoil, Proprietary,
Dihedral (EDA), 0.0�,
Spinner Diameter, 30 mm,
Centre of Gravity, 45-47 mm from wing leading edge
Controls, "Aileron, elevator, throttle"
{endtable}
{table title="Still Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage & fin, 70 g, 2.5 oz
Wings, 140 g, 4.9 oz
Tailplane, 13 g, 0.5 oz
Accessories, 10 g, 0.4 oz
Total structure, 233 g, 8.2 oz
Receiver, 8 g, 0.3 oz
Elevator servo, 10 g, 0.4 oz
Aileron servos, 18 g, 0.6 oz
Speed control, 35 g, 1.2 oz
Motor, 100 g, 3.5 oz
Prop & spinner, 16 g, 0.6 oz
Battery, 180 g, 6.3 oz
Flying weight, 600 g, 21.2 oz
{endtable}
{table title=" Recommended Control Throws & Mixes " class=1 cols=2 width=110,235 align=L,L autohref=2}
Elevator, 4 mm up, 4 mm down
Ailerons, 4 mm up, 3 mm down
{endtable}
{table title="Recommended Servos" class=1 cols=2 width=110,235 align=L,L autohref=2}
Elevator, KST X08, MKS DS75K, MKS DS6100, MKS HV6100, Blue Bird BMS-126, Blue Bird BMS-127
Ailerons (2 servos), Ripmax SD150, KST X08, MKS DS75K, MKS DS6100, MKS HV6100, MKS HV6110, Blue Bird BMS-126, Blue Bird BMS-127
{endtable}
{table title="Recommended Powertrains" class=1 cols=1 width=350 align=L,L autohref=2}
Mega 16/25/1.5, 4.7x4.7 55A ESC, 3S LiPo, 500W
Mega 16/15/3, 4.7x4.7 35A ESC, 3S LiPo, 350W
Mega 16/15/2, 4.7x4.7 50A ESC, 2S LiPo, 400W
Mega 16/15/3 4.1x4.1, 50A ESC, 4S LiPo, 500W
Mega 16/15/2, 4.1x4.1 60A ESC, 3S LiPo, 600W
Mega 16/15/3 4.1x4.1 60A ESC, 4S LiPo, 650W
{endtable}
Max battery size:
3S 2.3Ah LiPo
4S 1.8Ah LiPo
Preliminary info, subject to change.
Z � �-� � w � � � � � � � � � >�4p �� , ( ��b� TANGOTango F5J 3.1m The {b, Tango F5J} is a very nice 3.15m four servo wing (flap and aileron) all CNC cut wood kit. The wing uses carbon tubular spars to facilitate quick and accurate construction, and the CNC parts fit together like a beautiful giant jigsaw. Two carbon tubes per wing make it extremely torsion-resistant and allow the Tango to be flown on windier days with impunity. The large span, optimal aspect ratio, and HQ30/11 airfoil and full span control surfaces give the Tango an excellent glide angle and duration. Adding a little camber allows the models to thermal beautifully, so it can climb in even the weakest lift. The Tango is easy to master and the landings are child's play with the big flaps. The landing approach can be nearly vertical! If the flaps are set to 90� the Tango sinks safely very steeply and can be rounded out and alighted on the spot with ease.
But who is talking about landing? We want to fly the Tango does that very well. Even with normal flap position, the Tango thermals well. With the flaps in thermal position it's even better. When travelling back upwind raise the flaps a bit and the Tango pickings up speed without losing height.
The Tango really likes to circle tight. After the development and before the serial production of the models the manufacturer built several models to really verify the data. They found the Tango can fly very slowly but also has a wide speed range. It was built to circle in the thermals and to land accurately. Both are possible to perfection. The 4 control surface wing can be adapted to any desired situation. Modern programmable transmitters offer countless possibilities.
As English build manual is now available. See the {i,Tango EN Build Manual [147kb]} download link just below the video and above the reviews. Use this in conjunction with the photos in the German manual. The model was recently updated to use an all flying tailplane mounted on a Drela style V mount. Some of the photos still show the original tailplane with a separate elevator.
{table title="Tango Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 3.1 m, 124 in
Wing area, 63.4 dm2, 983 sq in
Length inc spinner, 130 cm, 51.2 in
Flying weight from, 1618 g, 57.1 oz
Wing loading, 25.5 g/dm, 8.4 oz/sq ft
Aspect ratio, 15.6,
Wing airfoil, HQ30/11-10,
Spinner Diameter, 38 mm,
Centre of Gravity, 80 mm from wing leading edge
Controls, "Rudder, elevator, ailerons, flap, throttle"
{endtable}
{table title="Tango Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Total structure, 1150 g, 40.6 oz
Wiring, 25 g, 0.9 oz
Receiver, 10 g, 0.4 oz
Rudder servo, 11 g, 0.4 oz
Elevator servo, 11 g, 0.4 oz
Wing servos (4), 66 g, 2.3 oz
Speed control, 45 g, 1.6 oz
Motor, 120 g, 4.2 oz
Prop & spinner, 30 g, 1.1 oz
Battery, 150 g, 5.3 oz
Flying weight, 1618 g, 57.1 oz
{endtable}
{table title="Recommended Servos" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator & rudder, KST X10-710, KST DS145MG, MKS DS6100, KST X08, Blue Bird BMS-125WV
Flaps, KST X10 Mini, KST DS135MG, MKS DS6100, Blue Bird BMS-115WV+, Blue Bird BMS-125WV
Aileron, KST X10 Mini, KST DS135MG, MKS DS6100, KST X08, Blue Bird BMS-115WV+, Blue Bird BMS-125WV
{endtable}
{table title="Powertrain Recommendations" class=1 cols=2 width=130,310 align=L,L autohref=1}
XPower F2919/10 Light, 3S 1.5 Ah LiPo, 10x5 prop
XPower F2925/8 Windy, 3S 1.6Ah LiPo, 11x6 prop
Powerline Micro 1015, 3S 1.2Ah LiPo, 15x8 prop
AXI 2220/16 V2 Long, 3S 910mAh LiPo, 10x5 prop
Mega 16/15/4, geared 4.4:1 3S 1.2Ah LiPo, 16x8 prop
Mega 16/15/4, direct drive, 2S 1.5Ah LiPo, 7x4 prop
Mega 16/15/5, direct drive, 2S 1.5Ah LiPo, 8x4 prop
Dualsky XM2826CA-10 45g outrunner, 3S 1.2Ah LiPo, 10x7 prop (19A, 5.0 m/s)
{endtable}
From the manufacturer:
<i>For the Tango, motors from 200 watts of power and outrunner max. 28 mm or inrunner max 30 mm diameter can be used. Some possible examples:
Hacker A20-6 XL 10-pole EVO + 4.4: 1
Poly-TeX }�`� MALIBU
Malibu Pro 1m� The {b,Malibu Pro} is an improved version of the Malibu, a lovely 1m DLG that launches high and has great handling. Due to the large wing area and big flapperons the model thermals very easily. The well coordinated controls give it nimble handling, and the model holds its own, even when compared with considerably more expensive DLGs.
The standard version of {b,Malibu Pro DLG} model is supplied with a strong and brightly coloured glass layup wing, which weighs approx 64 g. The carbon version (illustrated in most of the photos) is supplied with a lighter Carboline spread carbon wing weighing approx 59 g. These are good weights for an economic 1 meter discus launched glider, especially considering the generous wing area of design.
The Malibu Pro's fuselage is a pod and boom design with the front part made from 2.4GHz friendly glass, and the rear from spread carbon. There is an large access hatch on the top giving access to the RC installation. The aileron and elevator servos are installed in the pod to minimise nose weight and yaw inertia. A rudderless RC set-up is suggested as the fin is not cut for rudder, but this could easily be changed if full three axis control is preferred, though this is often thought unnecessary for small models. Due to the large canopy hatch and only three servos the RC installation is not quite as cramped as most DLGs, making it suitable for an intermediate level modeller.
The Malibu Pro's wing is solid molded with a glass or spread carbon skin over a CNC cut foam core. The wing has a nice surface finish for low drag. The ailerons are fabricated with a living hinge. The only work required to finish the wings is installing the throwing blade and control horns. The supplied throwing blade is of an innovative split tang design, with the tangs being glued to the top and bottom surfaces of the wing, which is much easier than on most DLGs, which require the tip to be hollowed out. The throwing blade can be fitted to either tip, so the model is suitable for left and right handed throwers.
The tailplane (horizontal stabiliser) is mounted on a very nice mini articulated "V mount" on the top of the boom, and the fin (vertical stabiliser) has a perfectly matching hole molded into it, enabling easy mounting onto the end of the tailboom. The tailplane and fin are plain black spread carbon on the SC layup wing model (as illustrated). On the glass wing version the tailplane and fin are glass layups also, with attractive colouring to match the wing colour.
The model is supplied with a accessory pack including the control horns, V mount, launch blade, elevator pushrod, aileron pushrods, and wing mounting screws.
There is no manual available but there are excellent build photos {href, https://photos.google.com/share/AF1QipPe4IdXPzXNt5zgq3jT8MPCKl093mODiPP7UytzalTvnHfIKWwdm0a-KtFaVCBPsg?key=NmI4RzkzYUpBM2NLdUZBdTNQY2ZaNzMydlJyUEtR, here}. Also see this useful {href,https://www.rcgroups.com/forums/showthread.php?2797855-Malibu-1m,RCGroups thread} about an earlier version.
{table title="Malibu Pro DLG Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.0 m, 39 in
Wing area, 13.2 dm2, 205 sq in
Length, 85 cm, 33.5 in
Flying weight from, 140 g, 4.9 oz
Wing loading, 10.6 g/dm, 3.5 oz/sq ft
Aspect ratio, 7.6,
Wing airfoil, Propriety,
Dihedral angle, 5.0�,
Centre of Gravity, 70-75 mm from wing leading edge
Controls, "Ailerons, elevator"
{endtable}
{table title="Malibu Pro DLG Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 32.0 g, 1.1 oz
Wing (glass), 64.0 g, 2.3 oz
Wing (carbon), 59.0 g, 2.1 oz
Fin, 4.1 g, 0.1 oz
Tailplane, 5.1 g, 0.2 oz
Accessories, 3.5 g, 0.1 oz
Total structure (carbon wing), 103.7 g, 3.7 oz
"Glue, mounts etc", 2.0 g, 0.1 oz
Receiver, 5.0 g, 0.2 oz
Elevator servo, 4.5 g, 0.2 oz
Aileron servos, 9.0 g, 0.3 oz
Battery, 10.0 g, 0.4 oz
Noseweight, 5.8 g, 0.2 oz
Flying weight, 140.0 g, 4.9 oz
{endtable}
{table title="Recommended R/C-nano gear only" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator servo, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Hitec HS-40, KST X06
Aileron servos (2), Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Hitec HS-40, KST X06
Receiver *case removed, Spektrum AR6260*, AR6100e, AR400, Futaba R6004FF*, FrSky X4R, Orange DSM2 compatible, Jeti Duplex R5, Multiplex Mlink RX-6-DR Light*
Battery, 150 mAh 4.8V NiMH, Radient 1S 500 mAh LiPo, Radient 1S 600 mAh LiPo
{endtable}
{table title="Malibu Pro Control Throws" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator, 8 mm up / 8 mm down
Ailerons, 7 mm up / 6 mm down
Camber Settings
Launch, 0.5mm up
Cruise, 0 mm
Thermal 1, 2 mm down
Max thermal, 4 mm down
{endtable}
{video,74nzcEnbPTU}
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e � � � � s � � � � � � � � � �� � Malibu components:
One boom
One pod
One fin
One tailplane
One bag of accessories
One wing piece
Pushrods to be added to each kit:
0.81mm music wire approx 46cm long
22L PTFE tube 75cm
25/26SWG SS wire 75cm
q 5� "Carbon fibre, glass fibre, plastic f��
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FOXTROTT27 Foxtrott 2.7r
The {b,Foxtrott 2.7} is an easy to fly and build 2.7m (107") span all wood kit. Substantially larger than a 2m model it has a great presence in the air and a performance to match. The three piece wing has generous dihedral for good stability and ailerons and spoilers for good control, safe dethermalising and easy landings.
The good sized fuselage uses a nicely shaped balsa pod with a carbon tube boom to minimise weight and wetted area. The wing has a balsa sheeted Dbox front part for good torsional strength.
The {b,Foxtrott} comes with all hardware and a superb full size plan and build manual (in German).
{table title="Foxtrott 2.7 Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.7 m, 107 in
Wing area, 56.8 dm2, 880 sq in
Length, 122 cm, 47.9 in
Flying weight from, 1205 g, 42.5 oz
Wing loading, 21 g/dm, 7.0 oz/sq ft
Aspect ratio, 12.9,
Wing airfoil, S3021 mod,
Dihedral (EDA), 12.0�,
Centre of Gravity, 89mm from fing leading edge
Spinner Diameter, 38 mm,
Controls, "Rudder, elevator, ailerons, spoiler"
{endtable}
{table title="Foxtrott 2.7 Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing centre, 300 g, 10.6 oz
Wing tips, 315 g, 11.1 oz
Fuselage pod, 75 g, 2.6 oz
Tailboom, 30 g, 1.1 oz
Tailplane & fin, 50 g, 1.8 oz
Covering, 65 g, 2.3 oz
Total structure, 835 g, 29.5 oz
Wiring, 20 g, 0.7 oz
Receiver, 10 g, 0.4 oz
Rudder servo, 11 g, 0.4 oz
Elevator servo, 11 g, 0.4 oz
Spoiler servo, 11 g, 0.4 oz
Aileron servos, 22 g, 0.8 oz
Motor, 120 g, 4.2 oz
Prop & spinner, 25 g, 0.9 oz
Battery, 140 g, 4.9 oz
Flying weight, 1205 g, 42.5 oz
{endtable}
{table title="Recommended Servos" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator & rudder, KST X10-710, KST DS145MG, MKS DS6100, KST X08, Blue Bird BMS-125WV, Blue Bird BMS-M15H
Spoiler, KST X10 Mini, KST DS135MG, MKS DS6100, Blue Bird BMS-115HV, Blue Bird BMS-125WV, Blue Bird BMS-M15V
Aileron, KST X10 Mini, KST DS135MG, MKS DS6100, KST X08, Blue Bird BMS-115HV, Blue Bird BMS-125WV, Blue Bird BMS-M15V
{endtable}
{table title="Powertrain Recommendations" class=1 cols=2 width=130,310 align=L,L autohref=1}
XPower F2915/12 XLight, 3S 800mAh LiPo, 10x5 prop
Powerline Micro 1010, 3S 800mAh LiPo, 12x8 prop
Powerline Micro 1015, 3S 800mAh LiPo, 15x8 prop
AXI 2217/16 V2 Long, 3S 800mAh LiPo, 10x5 prop
Mega 16/15/4, geared 4.4:1 3S 800mAh LiPo, 16x8 prop
Mega 16/15/4, direct drive, 2S 1000mAh LiPo, 7x4 prop
Mega 16/15/5, direct drive, 2S 1000mAh LiPo, 8x4 prop
Dualsky XM2826CA-10 45g outrunner, 3S 800mAh LiPo, 10x7 prop (19A, 5.0 m/s)
{endtable}
{video,z__6QP13RAI} � � � � � � � � � � � � � 4c x� i��g
��b� INTRODUCTION-F5JIntroduction F5J 2.9m� The {b,Introduction F5J} is a plane for pilots who love long flights in the thermals as well as for those who love to have relaxing flights and for "come-without-charger-to-the-field" pilots. The Introduction F5J uses the same fuselage and tail as the well liked Inside F5J but with a more stable polyhedral wing with flaps on the centre panel only.
The model uses a tubular carbon spars, precisely lasercut wood parts, a very simple construction (think 3D-puzzle), easy and forgiving take off-, flight- and landing characteristics, large speed range due to the modified AG35 section, ecxellent handling and thermal characteristics.
2860mm wingspan, 920g flying weight, three-part wing with multiple dihedral and attached wingtips, lightweight rudder and elevator constructed in a solid interlocking framework, removable elevator (optional) mounted in front of the rudder, 90� deflectable landing flaps enabling you flying vertical descents, integrated wing connectors in the main spar, innovative (tool- and tape-free) fixation of the outer wings. Vertical descents with deflected landing flaps (90�) and landings avoiding the vortex zone on steep slopes are now possible without any problems.
The recommended drive - containing the BL-outrunner Hacker A20-22L Evo, a 3-cell LiPo with a capacity of 1300mAh and the CamCarbon 11x6 prop - allows a many many climbs to thermal country. Due to the light weight, a motor run time of 5 to 10 seconds per climb is sufficient.
The kit:
Main feature of the model is the tubular carbon spar, onto which the lasercut ribs are kind of "threaded". Stylish wingtips ensure an elegant appearance. Our Introduction F5J has the most beautiful and elegant fuselage of all of our Gruener kits so far and it is consistently designed for the use of small brushless outrunners. The flying weight starts at 920g. Considering a wing with nearly 3 meters wingspan and a wing area of 65dm� (wing loading approx. 14g/dm�) you might imagine the thermal abilities of this design. Due to the long fuselage and the multiple dihedral in combination with the wingtips, the INTRODUCTION F5J has excellent flight characteristics.
The fuselage made of balsa is reinforced with light plywood in the front section. A precisely shaped milled part is already prepared to fix the motor Hacker A20-22L Evo. The kit contains, besides of the lasercut parts, CRP-spars, GRP-leading edges, all the small parts and linkages needed to complete the model. An excellent full scale full colour plan and a richly illustrated German construction manual is supplied. An English translation of the Inside F5J (same fuse as Introduction F5J, but more complex wing) is available {href,https://hoellein.com/downloads/pdf-artikel/gruener/Inside-manual.v2.pdf,here}.
Not included in the kit are adhesives, covering material, powertrain and RC components. For covering the model we recommend {href, https://www.hyperflight.co.uk/products.asp?search=Oralight+,Oralight} film. Lots more info in this {href, https://www.rcgroups.com/forums/showthread.php?2555537-Introduction-F5J-build, Introduction F5J} and this {href, https://www.rcgroups.com/forums/showthread.php?t=2501537,Inside F5J} RCGroups threads.
{table title="Introduction F5J Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.9 m, 113 in
Wing area, 65.0 dm2, 1008 sq in
Length inc spinner, 143 cm, 56.4 in
Flying weight from, 920 g, 32.5 oz
Wing loading, 14.2 g/dm, 4.6 oz/sq ft
Aspect ratio, 12.6,
Wing airfoil, AG35,
EDA (dihedral), 12.0�,
Spinner Diameter, 38 mm,
Centre of Gravity, 87-90 mm from wing leading edge
Controls, "Rudder, elevator, flaps, throttle"
{endtable}
{table title="Introduction F5J Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Total structure, 600 g, 21.2 oz
Wiring, 10 g, 0.4 oz
Receiver, 10 g, 0.4 oz
Rudder servo, 11 g, 0.4 oz
Elevator servo, 11 g, 0.4 oz
Wing servos (2), 22 g, 0.8 oz
Speed control, 40 g, 1.4 oz
Motor, 44 g, 1.6 oz
Prop & spinner, 22 g, 0.8 oz
Battery, 150 g, 5.3 oz
Flying weight, 920 g, 32.5 oz
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,235 align=L,L autohref=2}
Rudder & Elevator, KST X06, KST X08, CHA DS09, MKS DS6100, MKS HV6100, Blue Bird BMS-125,Blue Bird BMS-126
Flaps, CHA DS09, MKS DS6100, MKS HV6100, MKS HV6110, Blue Bird BMS-115, Blue Bird BMS-125
Receiver, 5+ channel rx to match your transmitter
Power, 25A - 40A ESC with 2A - 3A uBEC
{endtable}
{table title="Powertrain Recommendations" class=1 cols=2 width=130,310 align=L,L autohref=1}
XPower F2915/12 XLight, 3S 900mAh LiPo, 10x5 or 10x6 (recommended)
Axi 2217/20 V2 Long, 3S 900mAh LiPo, 12x6
Dualsky XM2532EG-16, 3S 900mAh LiPo, 9x6 or 10x5
Dualsky EG500-14, 3S 900mAh LiPo, 10x6
Hacker A20-22L Evo, 3S 1300mAh LiPo, 11x6
Mega 16/15/5, 3S 900mAh LiPo, 7x5
{endtable} Note the Axi and Hacker motors have rotating cases and are thus harder to mount.
Choose a battery capacity after completing the model that will assist obtaining the correct CG.
{table title=" Recommended Control Throws" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder, 60mm each way
Tailplane, 15mm each way
Flaps, 70� - 90� deg down
{endtable}
{video,NOORhOS28PI}
{video,eonjPP5GVRQ}
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Rudder servo, 5 g, 0.2 oz
Speed control, 12 g, 0.4 oz
Motor, 20 g, 0.7 oz
Prop & spinner, 7 g, 0.2 oz
Battery, 30 g, 1.1 oz
Flying weight, 260 g, 9.2 oz
{endtable}
{video, z9gpjHvSAIA}
x � c � � � � � � � � � � � � 3j �� jr�� � � +� `��`� GIFT-VOUCHERHyperFlight Gift Voucher~ Please select the gift voucher value and check out.
We will email you the voucher code for use on the HyperFlight web site.
� � � � � � � � � � � � Hi xxx
Tl �}�b� LW-HORN-1)Small Ultra Lightweight Control Horns (2)� A pair if good quality ultra-lightweight control horns suitable for rudder and elevator surfaces on DLGs and other small models.
{table title="Small Ultra Lightweight Control Horn Specifications" class=1 cols=2 width=170,80 align=L,L,L}
Total height, 14 mm
Rebate thickness, 2.5 mm
Closest hole to rebate, 4 mm
Furthest hole to rebate, 10 mm
Hole Size, 0.6 mm
Number of holes, 4
Material thickness, 0.5 mm
Horn material, GRP
Weight, 0.06 g
{endtable} l � Y� � F� � � � � � � �
r !� Glass fibre c�sV �}�b�! LW-HORN-2#Large Lightweight Control Horns (2)� A pair of good quality lightweight control horns suitable for aileron, flap, rudder and elevator surfaces on many models.
{table title="Large Lightweight Control Horn Specifications" class=1 cols=2 width=170,80 align=L,L,L}
Total height, 27 mm
Rebate thickness, 3 mm
Closest hole to rebate, 7 mm
Furthest hole to rebate, 21 mm
Hole Size, 0.8 mm
Number of holes, 6
Material thickness, 1.0 mm
Horn material, GRP
Weight, 0.4 g
{endtable} v � � � <� � � � � � � � r !� Glass Fibre iVg %C /�� @�`�" HAWK2
Hawk 2 1m DLG2 The {b,Hawk 2} is an excellent 1 m mini DLG, offering high launches, a wide speed range and easy handling. It is an upgraded version of the original Hawk 1 m DLG, which earned a strong reputation for its launch performance and enjoyable flight characteristics.
The Hawk 2 retains the proven design of the original model but introduces a slightly wider fuselage and a slip-on nosecone, making RC installation and maintenance easier.
{b,Two Versions}
The Hawk 2 is available in two versions, which are identical apart from the wing and tail layup.
The glass {b,Hawk 2 DLG} is supplied with a strong, brightly coloured glass-skinned wing weighing approximately 58 g, together with a glass-skinned tailplane and fin.
The {b,SC Hawk 2} has a lighter Carboline spread-carbon wing weighing approximately 51 g, together with spread-carbon-skinned tail surfaces. The SC version is exceptionally light while remaining strong and rigid, allowing powerful launches.
Strong launchers can achieve still-air flight times of approximately 1 minute 30 seconds to 2 minutes. The Hawk 2 also offers good thermal performance and stability.
{b,Fuselage and RC Installation}
Both versions use a one-piece fuselage rather than a separate pod-and-boom construction. The fuselage has an oval cross-section, with a 2.4 GHz-friendly glass-fibre front section and a spread-carbon rear section.
The slip-on nosecone provides good access to the RC equipment, simplifying installation and maintenance. All four servos are mounted inside the pod to minimise nose weight and yaw inertia.
Although the Hawk 2 fuselage is slightly wider than that of the original model, the RC installation remains fairly compact. The available instructions consist mainly of online build logs, so the model may not be ideal for inexperienced builders.
{b,Tail Surfaces}
The tailplane, or horizontal stabiliser, is bolted to a small pylon moulded into the underside of the boom.
The SC fin, or vertical stabiliser, has a precisely moulded mounting hole that fits over the end of the tailboom, making alignment and installation straightforward.
{b,Wing Construction}
The Hawk 2 wing is solid-moulded, with either a glass or spread-carbon skin over a CNC-cut foam core. It has a smooth surface finish for low drag and long service life.
The ailerons use living hinges. The only work required to complete the wing is the installation of the throwing blade and control horns.
{b,Included Accessories}
The Hawk 2 is supplied with a comprehensive accessory pack containing:
{bullet}
Control horns
Pushrod wires
Tail torque springs
Tail pull cord
Pull-cord ferrules
Throwing blade
{endbullet}
We also recommend purchasing the sewn wing and tail bags. These help protect the glider from transport and storage damage, keeping it in excellent condition.
{b,Additional Equipment Required}
This product includes the Hawk 2 airframe structure only. The following equipment is also required:
{bullet}
RC transmitter
RC receiver
Four servos
Receiver battery
{endbullet}
Despite their appearance in some photographs, servos are not included. We do not have any colour options available. All the models have the multi-colour yellow-orange-magenta H2 design, ether on black (SC models) or on white (glass layup models).
Use epoxy or foam-safe superglue when installing the control horns and throwing blade. Standard cyanoacrylate adhesive may damage or melt the foam core.
For further information, please ask on the {href, https://www.rcgroups.com/forums/showthread.php?3021236-Hawk-1m-DLG-from-HyperFlight,RCGroups Hawk 1m DLG from HyperFlight} thread. Additional building information can also be found in {href, https://www.rcgroups.com/forums/showthread.php?2952429, this build thread}.
{table title="Hawk 2 DLG Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.0 m, 39 in
Wing area, 10.9 dm2, 169 sq in
Length, 72 cm, 28.2 in
Flying weight from, 130 g, 4.6 oz
Wing loading, 11.9 g/dm, 3.9 oz/sq ft
Aspect ratio, 9.2,
Wing airfoil, AG46,
Dihedral angle, 4.0�,
Centre of Gravity, 54-56 mm from wing leading edge
Controls, "Ailerons, elevator, rudder"
{endtable}
{table title="Recommended R/C-nano gear only" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator & rudder servos, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Hitec HS-40, KST X06, KST X06N, CHA DS06, CHA LV06
Aileron servos, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Hitec HS-40, KST X06,KST X06N, CHA DS06, CHA LV06
Receiver *case removed, Spektrum AR6260*, AR6100e, AR400, Futaba R6004FF*, FrSky X4R, Orange DSM2 compatible, Jeti Duplex R5, Multiplex Mlink RX-6-DR Light*
Battery, HyperFlight 150 mAh 4.8V NiMH, 1S 600hAh LiPo, 2S 250 mAh LiPo
{endtable}
{table title="Hawk 2 Control Throws" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder, 10 mm each way
Elevator, 8 mm up / 8 mm down
Ailerons, 6 mm up / 5 mm down
Camber Settings
Launch, 0.5mm up
Cruise, 0 mm
Thermal 1, 2 mm down
Max thermal, 4 mm down
Landing flaps, as much down as possible
{endtable}
{table title="Hawk 2 DLG Typ,� , � @�`�# CORSA-275Corsa 108" 2.75m The {b,Corsa 2.75 m} is a stretched (to 108") and improved version of the Schwing Cosra design from the well regarded slope soaring designer James Hammond. The extra span opens up the performance envelope considerably, allowing the model to stay up in lighter airs and also to fly larger higher energy aerobatics on big air days.
The all molded carbon and glass Corsa 2.75 has a superb speed range, very precise and predictable aerobatic handling, making it probably the best 2.75m sloper currently available. It is built strong enough for high energy slope aerobatics while also being light enough to be enjoyable in lighter winds.
The wing is based on the earlier Schwing Corsa designs and benefit from the revolutionary Sine Wave Spar that is now a feature of all Aeroic planes. The optimized and now stretched wing planform has undergone a series of changes throughout the development and testing of the model resulting good performance over a wide speed range.
The reducing thickness, optimally cambered sections will let you go from really slow landing speeds with the flaps down to heart thudding passes with a little reflex, yet despite its ability to carry heavy ballast loads, the airframe will thermal with the best of them. Large ailerons, large flaps and the stretched wing planform each add to the overall performance of the airframe.
Horns are factory fitted with well thought out geometry to allow flush servo installation using 10mm servos for flaps and 8mm servos for the ailerons. Using conventional linkages, you can get a clean, practical and most importantly serviceable wing installation optimized to use full servo travel to give high torque and low slop.
As used in several military aircraft the Sine Wave Spar (SWS) has been adapted for the first time to make up the heart of a model sailplane wing, and has frankly amazed us with its low weight, and ultra high strength. Unlike a conventional �Box� spar the Sine Wave Spar adds terrific torsional stiffness and yet actually weighs considerably less than the older conventional spar types. Now used in all Aeroic airframes, the Sine Wave Spar is lighter and far stronger than �conventional� spars and raises the overall performance level another few notches.
The slim and curvaceous fuselage is strong, light, and stiff with Carbon/Kevlar reinforcement and gives far more strength to the boom than most models. Electronics area is 2.4 GHz friendly with access to the radio and ballast through a slip-on nose cone. The long nose area accentuates the rakish lines but also provides plenty of space to easily balance the model. Snakes (not supplied) and/or rear mounted direct servos can be used for Rudder/Elevator control. Wing stub fairings with location dowel holes finish the fuselage with recesses for �green� Multiplex type connectors to connect the electronics pre-routed.
The partial accessory bag includes a wiring loom, good quality metal wing clevises and colour coded hatch covers. The accessories assume the rudder and elevator servo are mounted in the fin, allowing short slop-free linkages.
{b,Layup Options}
L = Light = Lowest weight, reduced strength
S = Sport = medium strength & weight
SS = Super Sport = strongest strength & higher weight
{table title="Recommended Servos" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder, KST A08, KST A08N, KST X08, KST X08N, MKS HV6110, MKS HV6100, MKS DS6100, Blue Bird BMS-126, CHA HV85
Elevator, KST A08, KST A08N, KST X08, KST X08N, MKS HV6110, MKS HV6100, MKS DS6100, Blue Bird BMS-126, CHA HV85
Flap, KST DS125, KST X10, MKS HV6130
Aileron*, CHA HV85H, KST HS08A, KST DS135, KST X10 Mini, MKS DS6100, MKS HV6100, MKS HV6110, Blue Bird BMS-125, Blue Bird BMS-126
{endtable}*A customer informed us that 10mm servos are a bit too thick, and 8mm or 9mm servos would be better.
� � � A � � � � � � � � � 3� wmd 850 9 +��2-3 Ah LiPo (choose size to aid correct CG)
4S LiPo prop � �}�b�$
STILETTO-WING Stiletto Hot Replacement Wingg Replacement DBox layup one piece wing for a Stiletto Hot DLG.
Colour: Orange with carbon black DBox. � � �2� � QF� � � � � � � � [ _� c1�C � �}�b�% STILETTO-TAILPLANEStiletto TailplaneD Replacement tailplane for a Stiletto Hot or a Stiletto Lift DLG.
� � $K� � � � � � � � � � , [ _� dt�R � �}�b�& SNIPE-2$Snipe 2 1.5m DLG including wing bags7 The {b,Vladimir's Models Snipe 2} has a great pedigree, as the Snipe 1 and the Snipe SN were already acknowledged as some of the best discus launched gliders ever made. However in preparation for the 2017 F3K World Championship Vladimir�s Models made a batch of experimental Snipe DLGs with 1 degree more wing incidence. This resulted in the horizontal stabiliser being lifted up on 25 mm (1�) in flight, reducing the airstream�s influence on the tailplane. Also the rigidity and stiffness of the control system were increased, giving more precise control and even higher flutter resistance. These models were successfully used by Cederic Duss (World Cup 2017, Eurotour 2017 winner), Igor Butseroga (2nd Place in F3K World Championship 2017), and the F3K teams from Austria, New Zealand, Ukraine, Italy and South Africa.
The {b,Snipe 2} is a further development of these improved competition models with a more streamlined and very much toughened fuselage.
The significant decrease in wing wake�s influence on the tail group improved the laminar flow on the tail surfaces and improved the Snipe 2�s control response, especially in turbulent conditions and when in strong lift. This allows the centre of gravity to be moved back 5 mm without compromising the handling or stability. This more rearward CG position decreased the required decalage (wing-stabiliser angle) also reducing aerodynamic drag.
The new thinner and more streamline Snipe 2 fuselage and stiffer wing construction is instrumental further drag reduction, giving higher launches. But above all these changes allow the Snipe 2 to climb better in thermals with smaller circles and giving clearer displays about the left and sink, so the model can be centred more quickly and reliably.
Vladimir�s Models have significantly increased the stiffness of all parts of the model to get the highest launch:
The rigidity of the fuselage is increased by 65% in relation to Snipe and Snipe SN. This has been achieved by using a wider tailboom made from Ultra High Module Carboline prepreg.
Snipe 2 has stiffer carbon aileron pushrods with ball links resulting in zero free play (no slop). The aileron horn has an extra shaft combined with the aileron hinge. This minimizes free play and compliance in the hinge and also greatly increases the rigidity of the ailerons� control system. Snipe 2 has tougher torsion springs and steel control cable in pull-spring tail control system.
Joe Wurts worked over many years to design the aerodynamics for a perfect DLG wing and came to the conclusion that thin profiles are needed, especially for the rear aileron part of the section. Structural analysis showed that hollow molded sandwich construction was not rigid enough and a completely new solution was required.
{img, extras/Snipe-DLG-wing-const-600.jpg, Snipe molded wing construction}
Working with Vladimir�s Models, Joe and Vladimir worked out how to integrate a carbon I-web spar into a solid Rohacell core. The spar/shear web significantly increases the wing rigidity and protects against spar delamination during the high launch loading. The other integrated shear web closes the aileron leading edge and makes the very thin aileron extremely rigid. All Rohacell cores are CNC cut from a specially sourced ultralight formula of Rohacell which is not available to other manufacturers.
{img, extras/Snipe-DLG-flap-const-600.jpg, Snipe molded wing flap construction}
The Snipe 2 is available in four wing layups:
The {b,Snipe 2 Regular} wing skin is made of unique ultrathin Carboline 39 g/m� carbon fabric and provides the wing with light weight, rigidity, strength and excellent profile accuracy.
The strong wing version of {b,Snipe 2 Strong} provides a high powerful launch with the strength to take 100g of ballast, even in windy conditions. Longitudinal Carboline reinforcement layers marginally increases the weight, but significantly increased the strength of the Snipe 2 Strong wing. Additional aileron reinforcement eliminates flutter even at high launch speed. The Snipe 2 Strong wing weights about 115g.
For expert pilots Vladimir�s Models developed a new Ultra High Module wing for the {b,Snipe 2 UHM}. The wing of this version only weighs 102-108g, however, the rigidity is 20% higher than the wing of Snipe 2 Regular.
Finally, the {b,Snipe 2 Light UHM} shares the light weight of earlier Snipe models with the improved construction of the latest wings to create an incredibly light and rigid wing that can be launched very high and will out float the competition on light air days.
A 2 piece wing is also available as an option. This asymmetrically split to the right of the centreline version adds only 6 grams to the weight, and makes transporting the model much more convenient - especially by air. This option is only recommended for right handed launchers. Also note the two piece wing model is shipped in a smaller box, reducing the delivery cost. This may make it the more economical option for many customers.
We will endeavour to stock all these layup options but if we do not please email us - we are delighted to special order models for customers.
The Snipe has the advantage in all phases of flight: it's very light weight and low drag allow pilots to throw the model to amazing altitudes with little exertion, the JW airfoil and light weight results in a great rate of climb even in weak thermals, and the clean aerodynamic design and internal aileron linkages give an extremely good L/D and the ability to return home from long distances downwind. The combination of outstanding launch height and an exceptionally low sink rate gives great still air duration. Even at its low weight the Snipe can cope with average wind speeds well, however 30 g, 60 g or 85 g ballast pieces can be fitted internally, allowing the model to be flown in winds up to the FAI limit with confidence.
Vladimir's Models now supplies Snipe 2 models with wing, tail and fuselage bags, so these are now included in the base price. No need to order wings bags separately.
For more info about the model see this {href, https://www.rcgroups.com/forums/showthread.php?2980972, RCGroups Snipe 2} thread. Also please click on the {i,More Details} links below to check out the kit contents and build manual.
(c) 2018 Neil Stainton.
{table title="Snipe 2 Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.5 m, 59 in
Wing area, 19.7 dm2, 305 sq in
Length, 108 cm, 42.6 in
Flying weight from, 205 g, 7.2 oz
Wing loading, 10.4 g/dm2, 3.4 oz/sq ft
Aspect ratio, 11.3,
Wing airfoil, JW proprietary
Dihedral angle, 5.5�,
Centre of Gravity, 66-70 mm from wing leading edge
Controls, "Rudder, elevator, ailerons"
{endtable}
{table title="Snipe 2 Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 37.2 g, 1.3 oz
Wings-light layup, 93.0 g, 3.3 oz
Fin, 5.8 g, 0.2 oz
Tailplane, 6.0 g, 0.2 oz
Accessories, 10.0 g, 0.4 oz
Total structure, 152.0 g, 5.4 oz
Glue etc, 3.0 g, 0.1 oz
Receiver, 5.0 g, 0.2 oz
Tail servos, 12.0 g, 0.4 oz
Wing servos, 12.0 g, 0.4 oz
Battery, 21.0 g, 0.7 oz
Flying weight, 205.0 g, 7.2 oz
{endtable}
{table title="Snipe Control Throws & Mixes" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder, 15 mm each way
Elevator, 7 mm up / 7 mm down
Ailerons, 10 mm up / 8 mm down
<i>Recommended snap-flap (elevator->camber) mix.</>
Full up elevator gives 6mm increased flaperon camber
<i>Recommended flaperon settings. Down=Flap TE down.</>
Launch preset, 1 mm down
Speed, 1 mm up (small ail>rud mix)
Cruise, 0 mm (a little more ail>rud mix)
Slow cruise and active thermal, 1 mm down (more ail>rud mix)
Minimum sink, 3 mm to 4 mm down (Slow cruise + slider camber)
Landing mode, as much down as possible
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
All servos, KST X08N, KST A08N, MKS DS65K, MKS DS75K-N, MKS HV75K-N, Blue Bird BMS-A10S
Receiver, 4/5 channel rx to match your transmitter, max size approx 60mm x 25mm x 12mm eg FrSky X4R, Spectrum AR6610T, Lemon LM0034, Futaba 6008HS*, Futaba R6106HFC *case removed
Power, HyperLiPo 2S 300 mAh LiPo
{endtable}
� � �2� � �[� � � � � � � � � �� i\� � ��b�( YGE-65LVT
YGE 65LVT ESCl The {b,YGE65 LVT ESC} is the latest high quality German engineered brushless electronic speed controller for powered gliders, helicopters, F3A aerobats, and sports models. YGE is the most reliable brand of speed controller currently available and gives the best performance from all electric motors.
Apart from having telemetry facilities the {b,YGE65 LVT ESC} has a very powerful BEC whose output voltage is configurable between 5.5V and 9.0V. The BEC can supply 8A continuously and 18A for up to 10 seconds making it suitable for large models.
What's new:
{bullet}
"T" for Telemetry. Following protocols are currently compatible: Graupner HoTT V4, Jeti ExBUS, Multiplex Sensor BUS V2, YGE-protocol for different telemetry-connections for example via YGE TexY (Futaba, Spektrum, FrSky), MSH Brain 2 or Spirit FBL
Firmare update capable using the optional USB-Adapter.
Entirely overhauled hardware and software (32-bit).
The PWM frequency is automatically optimised for the motor.
Current-limitation.
Super smooth motor startup using sinewave modulated currents.
Adjustable HV-BEC from 5.5 to 8.4V.
High BEC-current rating: 8A continuous / 18A peak.
Dimensions in mm: 64 x 26 x 9
Weight 45g with cables / 30g without.
Basic settings via mode-setup
BEC- and Telemetry-settings, as well as additional parameters adjustable via PC-Software using the optional USB-adapter.
Cannot be programmed using the ProgCard 3
{endbullet}
Use the {pref,yge-texy, TexY} product to interface with Futaba, Spektrum and FrSky radios.
{YGELVT, YGE65 LVT, 65, 75, 6V - 22V (2S-6S LiPo), 5.5V- 9.0, 8, 18, 64 mm x 26 mm x 9 mm, 30 g / 45 g}
� � � � � {"� � � � � � � � m o�2C4d h� jRT ' ��b�) YGE-USBYGE USB Adaptor for ESCs� The {b,YGE USB Adaptor for Telemetry ESCs} is used for setting-up YGE telemtery speed controls and updating the firmware.
More info and English manual soon. b � $ � � F� � � � � � � � M o�2C4d h� j%nf � �}�b�* SPINNERCONEP-30-WHI!White Cone for 30mm Power Spinner; Replacement white spinner cone for all 30mm Power Spinners. 3 � � � 2� � � � � � � � 2 i� Plastic f�(M � �}�b�
BMS-105-GS(Blue Bird BMS-105HV Replacement Gear Setl Blue Bird BMS-105HV replacement Gear Set - for repairing BMS-105 servos
Does NOT fit the BMS-115HV servo. ' � ]� .� `� � � � � � � � 2 R �� c1�C �� -�� ��b�+
ZAP-Z-ENDSZAP CA Z-Ends PT18C {b,Zap Z-Ends} are 10 pcs extended tips and 38 cm (15 inches) of micro dropper tubing. These fir to the end of ZAP Superglue bottles to allow smaller drops of glue to be placed accurately in hard-to-reach places.
Zap Z-Ends PT18 are suitable for thin and medium weight cyano acrylate glue, and fit most CA glue bottles.
The benefits of these tips include:
{bullet}
Smaller Drops
Precision Application
Extension into hard-to-reach areas
Maximum use of bottle
{endbullet}
Works on Zap and other brands of super glue products � � � � � � � � � � � �
2G2 q� Plastic
UnitedC/ +� @�`�, KST-RED-5MM-ARM*KST 25T-5 Heavy Duty Servo Output Arms (2)� Two heavy duty red plastic servo output arms (horns) that fit all KST servos with 5 mm diameter 25 tooth output splines. We think this is all KST servos between 10 mm and 12 mm thick. Note this does not include the KST X08 which is 8 mm thick.
Contains two substantial plastic output arms and retaining screws only. The distance from the servo output shaft axis to the holes ranges from 6.5 mm to 20 mm. s � � � H� � � � � � � � 1M3 150 prs[ �}�b�- VM12X4$VM 12x4.5 Pusher folding prop blades� A pair of very high quality {b,Vladimir's Models 12 x 4.5 Pusher folding prop blades}, suitable for the Plus F5J model.
Note although they are "pusher" blades they can be used in a tractor configuration if rotated anti-clockwise (when looking from the front) rather than the usual clockwise direction.
This product consists of two carbon propeller blades only. The central spinner/yoke assembly is not included.
{blade, VM Pusher, 12, 4.5, 7, 600}
� � !<� � � � � � � � � � 2 q� c1�C � �}�b� SUN-20PROSunrise 20A Pro SBEC ESC0 * Super fine and smooth touch of speed controlling, first-rate accurate linearity
* Quick-respond speed of throttle
* Separate voltage regulator IC for MCU (Micro Controller Unit)
* High capability of anti-interference to decrease the possibility out of control
* Low-voltage cut-off protection of battery
* Blocked rotation protection
* Throttle signal lose protection, can prolong the service life of ESC effectively
* Compatible with a programming card to change parameters easily and conveniently
* Safe power-on. The motor won�t start no matter which position the throttle stick is when battery connected.
Model: PRO-20A
Constant Current: 20A
Max Current: 25A for 10 seconds
BEC: 3A/5.5V
Lipo: 2-4S
Programming: YES
PCB Size: 44 x24 x9mm
Weight: 25 g
� �
� � P� � � � � � � � ( � �� c1�C� �}�b� SUN-30PROSunrise 30A Pro SBEC ESC- * Super fine and smooth touch of speed controlling, first-rate accurate linearity
* Quick-respond speed of throttle
* Separate voltage regulator IC for MCU (Micro Controller Unit)
* High capability of anti-interference to decrease the possibility out of control
* Low-voltage cut-off protection of battery
* Blocked rotation protection
* Throttle signal lose protection, can prolong the service life of ESC effectively
* Compatible with a programming card to change parameters easily and conveniently
* Safe power-on. The motor won�t start no matter which position the throttle stick is when battery connected.
Model: PRO-30A
Constant Current: 30A
Max Current: 40A for 10 seconds
BEC: 4A/5.5V
Lipo: 2-4S
Programming: YES
PCB Size: 41 x24 x20mm
Weight: 29 g , � � � � � � � � � � � 2 � �� c4�� E �}�b�. SUN-X2216-1400-Sunnysky X2216-1400 Outrunner Brushless Motor� The {b,Sunnysky X2216-1400} is a very nice small but powerful 28 mm diameter outrunner that is perfect for the Vladimir's Models Plus F5J model. It can be pushed to about 300W on 3S LiPo batteries.
{table title="Sunnsky X2216-8 Specifications" class=1 cols=3 width=145,150,150 align=L,L,L separator=: autohref=2}
Motor name : Sunnsky X2216-8 :outrunner
Motor weight: 72 g : 2.54 oz
Motor diameter: 27.7 mm : 1.09 in
Motor length: 32.0 mm : 1.26 in
Lead length: 10.0 cm : 3.94 in
Shaft diameter: 3.2 mm : 0.12 in
Mounting info: 2 M3 holes on 16 mm & 19 mm diameter circles
Manufacturers Rm: 55 mR
Manufacturers Kv: 1400 RPM/V
Manufacturers Geared Kv: 0 RPM/V
Manufacturers Io: 1.3 A @ 10 V
Max efficiency (10 V): 84 % @ 15 A
Operating efficiency (10 V): 80 % @ 30 A
Motor Km: 29 Nm/W^.5 X1000
Motor Km/Kg: 404 Nm/(W^.5 Kg)
Recommended battery: 3S LiPo
Rec max LiPo capacity: 1 Ah
Supplied accessories: 4 Mounting screws
{b,3S LiPo Performance}
Recommended prop: 12x4, 11x4, 10x5
Input power: 300 W on 12x4 prop
Current: 30 A on 12x4 prop
Rate of climb: 10 m/s for 1100 g glider
{endtable}
4 � 'Z� � (� � � � � � � � � r� c1�C`S +�d ��b�/ KST-RED-6MM-ARMAKST 25T-6 Heavy Duty Output Arms (2) - Also fits Blue Bird Servos� Two heavy duty red plastic servo output arms (horns) that fit all KST servos with 6 mm diameter 25 tooth output splines. We think this is most KST servos greater than 12 mm thick.
Also fits most Blue Bird servos apart from the tiny BMS-101 and A10 series.
Contains two substantial plastic output arms and retaining screws only. The distance from the servo output shaft axis to the holes ranges from 6.5 mm to 20 mm. $ � � � H� � � � � � � � ` 1M3 � �}�b�0 PLUS-TEMPLATES*Plus Wing and Tail Control Movement GaugesK This product consist of three clear plastic (probably perspex) gauges to help in setting up the control throws for the Plus F5J model.
The small gauge is for setting the V tail/elevator movement.
The medium gauge is for setting the aileron movement.
The large gauge is for setting the central flap and flapperon movements. d � #� � � � � � � � � � d r� Plastic cNw� Q �}�b�8 SPINNERCONEP-30-CRED&Cherry Red Cone for 30mm Power Spinner� Replacement cherry red spinner cone for all 30mm HyperSpinner Power spinners.
Note these cones only fit the 30mm {b,Power} HyperSpinners we sell, not the standard ones. 5 � � � #� � � � � � � � 2 �� Plastic f�(]2 �}�b�1 VM-BALL-LINKVM 4mm Ball Link (2)� A lightweight ball-link servo-pushrod attachment, as supplied on some Vladimir's Models planes. The hole for the pushrod is approx 2 mm, making it suitable for some threaded metal control rods and carbon tubes or rods.
Plastic socket body with a plated metal ball on a threaded shaft to attach to the servo output arm, the control surface, or the control surface horn.
Supplied in bags of 2.
Weight: 0.9 g each. � � � � � � � � � � � ( ~� Plastic, Brass c1�C � �}�b�2 VM-RUDDER-HORNVM Rudder HornE Good quality lightweight control horn suitable for aileron, flap, rudder and elevator surfaces on many models. Made from 1.5mm glass fibre sheet.
Supplied as a rudder horn on some Vladimir's Models planes.
Supplied singly.
Size of horn: 16.5 x 20.5 mm
Approx 10 mm from control surface center line to hole axis.
� �
� � � � � � � � � �
~� Glass fibre cNxvTG /� ��b�4
KST-X08H-PLUS-KST X08H Plus Servo - 5.3Kg.cm 0.09s 9.0g 8mm� The {b,KST X08H Plus} is a version of the KST X08 Plus servo with horizontal mounting lugs (also called mounting tabs), making it suitable for use in wing and other flying surfaces.The {b,KST X08H Plus} is a very light (9.5 g) low/medium/high voltage metal cased servo. It is based on the well regarded KST X08H V5 servo but with a larger motor fitted.
It is especially good for ailerons on F5J gliders, electric racers, and all models with thin flying surfaces. Despite being only 8 mm thick the powerful coreless DC motor and gearing provide good torque and high speed. The X08H Plus can be operated from a voltage as low as 3.8V (1S LiPo) or as high as 8.4V (2S LiPo). KST servos have excellent geartrain machining tolerances, and this servo is completely slop free, and equal to products costing twice as much. Despite not having an -MG moniker this servo has metal gears, and is very tough.
The KST X08H Plus's high torque, good speed, and 8mm thinness make it suitable for many high performance glider, pylon racers and EDF applications. With up to 5.3 kg.cm torque the KST X08 is appropriate for F5J, F5D, F3J and many types of high performance models.
{film}
{ServoSpecs}
` � - � � � � � � � � � � q�1M2 Y ��b� XM2230EG-16,Dualsky XM2230EG-16 1550 RPM/V 42g Outrunner� The {b,Dualsky XM2230EG-16} is a high quality outrunner for models weighing 300 - 800g.
4mm shaft. See images for full specifications.
Recommended props:
2S LiPo: 10x5, 10x6
3S LiPo: 8x4, 8x5, 9x4, 9x5
Customer comment:
<i>GM 9x5 blades are the perfect match to the Dualsky XM2230EG-16. The motor is 22.4 X 29.4mm , develops 275 watts on 3 cells, and the combo's total weight is 64g. It's all I use for under 800g/30 oz models. </i> * � ' � � � � � � � � � � m 2C2� �� jls m ��b� XM2221EG-38,Dualsky XM2221EG-38 1700 RPM/V 23g Outrunner� The {b,Dualsky XM2221EG-38} is a high quality outrunner for models weighing up to 350g
3mm shaft. See images for full specifications.
Recommended props:
2S LiPo: 8x4, 8x5, 9x4
3S LiPo: 6x3, 6x4, 6.5x4 � � � `� � � � � � � � T 2B2� �� i��D7 .r� ��b� XM2225EG-23,Dualsky XM2225EG-23 1600 RPM/V 32g Outrunner� The {b,Dualsky XM2225EG-23} is a high quality outrunner for models weighing 200 - 600g.
3mm shaft. See images for full specifications.
Recommended props:
2S LiPo: 9x5, 10x5, 10x6
3S LiPo: 7x4, 8x4, 8x5
This is a popular set up for 2m RES models:
Motor: DualSky XM2225EG-23 1600KV
Prop: GM 9x6 or CN 9x7 on a GM 30mm spinner with 3mm collet
Battery: 3 cell 600mAh - 800 mAh LiPo
ESC: HyperFlight 30A BLHeli32. � � � _� � � � � � � � b 2B2� � }�`� SNIPE-2E8Snipe 2 Electric 1.5m including powertrain and wing bags�
The {b,Snipe 2 Electric} from Vladimir's Models is an electric version of the competition winning Snipe 2 DLG. It is ideal for the new F5K class having a low weight and proven world-class performance. The DLG version of the Snipe has a brilliant speed range combined with a very good glide angle, allowing the pilot to range very far downwind when riding thermals. The electric version is no different, and also has a very sweet temperament, making for a low stress flying experience.
We supply the model with the {href, products.asp?code=VMF5K-PWRSET, Vladimir's Models Snipe 2e Powerset}, {href, https://www.hyperflight.co.uk/products.asp?code=SNIPE-WING-FUSE-BAG, Snipe 2 Wing Bags} and a fuselage servo mount for KST X06, KST X08H or SD100/D47 servos. The Snipe 2e is probably the most advanced of the F5K models currently available, and Vladimir's Models has pioneered the use of small drone type outrunners for these models, even producing new a special spinner/yoke/prop to minimise weight and give great performance.
Multiple times RC glider world champion and professional aeronautical engineer Joe Wurts worked over many years to optimise the aerodynamics for a perfect 1.5m glider wing and came to the conclusion that thin profiles are needed, especially for the rear aileron part of the section. Structural analysis showed that hollow molded sandwich construction was not rigid enough and a solid foam cored solution was required.
{img, extras/Snipe-DLG-wing-const-600.jpg, Snipe molded wing construction}
Working with Vladimir�s Models, Joe and Vladimir worked out how to integrate a carbon I-web spar into a solid Rohacell core. The spar/shear web significantly increases the wing rigidity and protects against spar delamination during the high launch loading. The other integrated shear web closes the aileron leading edge and makes the very thin aileron extremely rigid. All Rohacell cores are CNC cut from a specially sourced ultralight formula of Rohacell which is not available to other manufacturers.
{img, extras/Snipe-DLG-flap-const-600.jpg, Snipe molded wing flap construction}
The resulting wing and tail surfaces are beautifully molded with exceptional strength and lightness. The wing layups sometimes available are:
{b, Regular} - standard amount of regular modulus spread carbon wing layup - fine for most people
{b, Light UHM} - lighter layup of ultra-high-modulus spread carbon wing layup - about 10g lighter, maybe a little stiffer than regular, best for light conditions.
{b, UHM} - standard amount of ultra-high-modulus spread carbon wing layup - stiffer, better at speed, no weight penalty, best all round flier.
{b, Strong} - more regular modulus spread carbon wing layup - stronger, about 20g heavier, good for windier weather.
A two piece wing version is also available as an option. This asymmetrically split to the right of the centreline version adds only 6 grams to the weight, and makes transporting the model much more convenient - especially by air. Also note the two piece wing model is shipped in a smaller box, reducing the delivery cost. This may make it the more economical option for many customers.
We don't recommend that customers wait for their ideal layup and colour combination to come into stock, it will probably never happen. We can special order models for customers, though these usually take 2-3 months to arrive. One Snipe on the flying field is definitely worth two in the factory.
The Snipe 2e requires a little construction and does not include the RC (servos, receiver, transmitter). It is not suitable for a beginner, and some thought will be required to get everything to fit in the very limited pod space. The models comes with a complete accessory pack and a servo tray designed for KST X08H or Ripmax SD100/Dymond D47 servos only. The fuselage is as small as possible for the equipment and the servos are installed on a special 3D printed servo tray which is then mounted inside the fuselage, under the wing. However due to this advanced installation there is a surprising amount of room in the nosecone between the motor and the wing leading edge, giving lots of space for the battery. The model is suitable for use with 2S LiPo batteries only (not 3S or you will fry the RC) with capacities between 300mAh and 450mAh. Our HyperLiPo 2S 300 mAh LiPo battery can be used.
See this {href,https://www.rcgroups.com/forums/showthread.php?3153970-Snipe-2-Electric, RCGroups Snipe 2e,} thread for more info.
Note, we now bundle the powertrain, servo mount and wing bags into the base price, to avoid confusion. Only regular layup one piece wing models (if in stock) are actually availlable for the base price. Optional two piece wing and wings and lighter/stronger carbon layups increase the price, as shown at the end of the model's description.
THE POWERSET, WING BAGS AND SERVO MOUNTS ARE SUPPLIED WITH THE MODEL AND INCLUDED IN THE PRICE SHOWN.
{table title="Snipe 2e Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.5 m, 59 in
Wing area, 19.7 dm2, 305 sq in
Length, 103 cm, 40.6 in
Flying weight from, 250 g, 8.8 oz
Wing loading, 12.7 g/dm, 4.2 oz/sq ft
Aspect ratio, 11.4,
Wing airfoil, JW proprietary
Dihedral angle, 5.4�,
Spinner Diameter, 25 mm,
Centre of Gravity, 62-68 mm from wing leading edge
Controls, "Rudder, elevator, ailerons, throttle"
{endtable}
{table title="Snipe 2e Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 42.0 g, 1.5 oz
Wings, 94.0 g, 3.3 oz
Fin, 6.0 g, 0.2 oz
Tailplane, 6.0 g, 0.2 oz
Accessories, 5.0 g, 0.2 oz
Total structure, 153.0 g, 5.4 oz
Glue etc, 3.0 g, 0.1 oz
Receiver, 6.0 g, 0.2 oz
Tail servos, 10.0 g, 0.4 oz
Wing servos, 10.0 g, 0.4 oz
Sn2e Powerset, 33.0 g, 1.2 oz
Battery, 35.0 g, 1.2 oz
Flying weight, 250.0 g, 8.8 oz
{endtable}
{table title="Snipe 2e Control Throws & Mixes" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder, 15 mm each way
Elevator, 7 mm up / 7 mm down
Ailerons, 10 mm up / 8 mm down
<i>Recommended snap-flap (elevator->camber) mix.</>
Full up elevator gives 6mm increased flaperon camber
<i>Recommended flaperon settings. Down=Flap TE down.</>
Speed, 1 mm up (small ail>rud mix)
Cruise, 0 mm (a little more ail>rud mix)
Slow cruise and active thermal, 1 mm down (more ail>rud mix)
Minimum sink, 3 mm to 4 mm down (Slow cruise + slider camber)
Landing mode, as much down as possible
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
All servos, KST X08H, KST X06, Ripmax SD100, Dymond D47
Receiver, 5 channel rx to match your transmitter, max size approx 60mm x 25mm x 12mm eg FrSky X6R, Spectrum AR6610T, Futaba 6008HS*, Futaba R6106HFC *case removed
Power, 300 - 450 mAh 2S LiPo, HyperLiPo 2S 300 mAh LiPo
{endtable}
� � (2� � �� � � � � � � � � �� , Snipe 2e 2pw � reserve on for ua9kfr@mail.ru f� $Carbon fibre, plastic, steel, copper c1�C� `}�`�6 PNC-COMBO-288Powerline Turbo 10XX & Reisenauer 5:1 Motor Mount - 28mm� The {b,PNC Innovations 28 mm Powerline 1010; 1015; 1020; 1025 & Reisenauer 5:1 Motor Mount} is a beautifully CNC machined motor mount for securely attaching Powerline 1010, Powerline 1015, Powerline 1025 old and new Turbo motors and Reisenauer 5:1 gearbox motors and to the front of 28 mm diameter fuselages, like the Ultima and other smaller F5J fuselages. This firewall also fits some Maxon 4.4:1 gearboxes with 3 holes on a 14 mm diameter.
{bullet}
Easy to install.
Very strong.
Superb machining.
They look great!
{endbullet} {CNCMountGlue}
{table title="Powerline Turbo 10XX & Reisenauer 5:1 Motor Mount" class=abc cols=2 align=l separator==}
Fuselage outside diameter = 30 mm
Fuselage internal diameter = 28 mm
Mount internal diameter = 26 mm
Predrilled Powerline holes = 4 holes on a 17.5 mm circle
Predrilled Reisenauer holes = 3 holes on a 14 mm circle
Motor mounting hole diameter = 2.5 mm
Weight = 3.4g
{endtable}
{video,DDJW9y1B5m4}
� � -� � � � � � � � � � 2 . DO NOT BUY ANY MORE - MEGA 16/15/XX DO NOT FITP �� Aluminium c�e^ � �}�b�7
PNC-REIS52-28"Reisenauer 5:1 Motor Mount - 28 mm The {b,PNC Innovations 28 mm Reisenauer 5:1} is a beautifully CNC machined motor mount for securely attaching motors fitted with Reisenauer Microedition 5:1 gearboxes to the front of 28 mm diameter fuselages, like many top performing F5J fuselages.
It is drilled with 3 holes on 14mm pitch circle diameter.
Fuselage outside diameter = 28 mm (internal diameter is smaller)
{bullet}
Easy to install.
Very strong.
Superb machining.
They look great!
{endbullet}
{CNCMountGlue}
{video,DDJW9y1B5m4}
� "A� � � � � � � � � � 2 P �� c1�C � �}�b� SNP2-THROWING-BLADE Snipe 2 Offset Throwing Blade� {br,**Last Ever **}
The Vladimir's Models throwing blade, as used on the improved Snipe 2 DLG, incorporating the popular bird wing shape, but with ooffset blades to better match the shape of the hand. It is ideal for most discus launched glider. Beautifully molded from carbon fibre, and contoured to maximise launch height and comfort. Not symmetrical, so better for right handed throwers.
Note the tang has a trapezoidal cross section, not an oblong shape. Mount the wider end to the wing leading edge, and the thinner to the trailing edge.
The price of the {b,Snipe 2 Offset Throwing Blade} is not a mistake. Vladimir's Models considers this to be one of the great benefits of the Snipe 2, and is pricing it accordingly. We are not allowed to sell it at a lower price.
{table title="Snipe 2 Throwing Blade" class=1 cols=3 width=200,100 separator=: align=L,L,L}
Weight: 3.2 g
Max thickness of carbon: 2.2 mm
Height of both blades: 53 mm
Max width: 12.9 mm
Length of tang: 58 mm
{endtable}
The weight can be decreased by reducing the thickness of the carbon towards the ends of the blades, and by profiling the edges, to approximate to a thin ellipse.
To fit, open the end of the model's wing, and glue the tang inside the wing with epoxy or good quality thick CA. For excellent installation instructions see this {Href,http://www.rcgroups.com/forums/showthread.php?t=1517237, great RCGroups thread.}
Also called a contoured DLG launch blade, a seagull throwing peg, a curved launch blade. � - � � � � � � � � � � �� c��#� `}�`�9
FUSE-LDS-6100.Universal Fuselage LDS for MKS DS6100 & HV6100� In 2019 VM has released a new plastic version of their {b,Universal Fuselage LDS for MKS 6100}. See the first two photos. All other photos show the previous wood design - however these are useful to see the general configuration.
Vladimir's Models have developed the {b,Universal Fuselage LDS for MKS 6100} servo installation system to enable rudder and elevator servos to be mounted in the fuselage in a way that minimises the space required and maximises control rigidity. It is a simple, very rigid, light and compact control system.
This is brilliant idea for electric gliders and good for pure gliders too. It works for all modern F3J/F3F/F5J type gliders including the Shinto, Maxa Pro Electric, Maxa Pro glider and Supra Expert glider.
This LDS system is easy to make and easy to install. The servo horns are screwed to the bearing on the frame. The neutral position of the horns and rod length are regulated separately from the servos. After that we just fasten servos to the frame. This method greatly simplifies the installation and adjustment because servos occupy the entire volume of the upper part of the fuselage.
The {b,Universal Fuselage LDS for MKS 6100} has these advantages:
{bullet}
It works on most modern F3J, F3F, F5J etc fuselages.
Simple, quick, accurate installation.
Inverted upside down servos allow the tail pushrods to be straighter, reducing friction.
Lower pushrods move the rods down to improve space for the battery.
The servo horn has additional bearing support, reducing the servo backlash and protecting the servo gear against shock loads.
Works with the best economic servos currently available, the MKS DS6100 and MKS HV6100.
{endbullet}
See photos two to six for installation instructions. � � _� � (� � � � � � � � 2 A At the back of the metal bits box, bottom shelf, right hand side. �� f��d � � ,"� ��b�< M3-12-NY.M3x12 mm Countersunk Slot End Nylon Screws (5) {screw-slot, M3, 12} �
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2H4u � hMo�� �}�b�j MINI-VICKMini Vick 75cm Micro DLG� The {b,Mini Vick} is a great value built-it yourself foam and balsa 75 cm (30") span micro DLG. Its small size and low weight ensure great performance and lots of fun!
The Mini Vick will easily last one season's flying, and a lot longer if looked after. The wings can be covered with plastic tape or low temperature covering film. The {href, https://www.hyperflight.co.uk/products.asp?search=solite, Solite range} is particularly suitable.
Along with its larger cousin this quick-build micro DLG has the best bang/buck ratio of any DLG we sell! Amazing flight performance from a very reasonable budget. More info on this {href, https://www.rcgroups.com/forums/showthread.php?2114927-ViCK-mini-dlg-kit, RCGroups thread}.
{table title="Mini Vick 75cm Micro DLG Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 0.755 m, 30 in
Wing area, 10.5 dm2, 163 sq in
Length, 60 cm, 23.6 in
Flying weight from, 90 g, 3.2 oz
Wing loading, 8.6 g/dm, 2.8 oz/sq ft
Aspect ratio, 5.4,
Wing airfoil, MH32,
Dihedral angle, 11.0�,
Centre of Gravity, 60-65 mm from wing leading edge
Controls, "Rudder, elevator"
{endtable}
{table title="Mini Vick 75cm Micro DLG Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 19.0 g, 0.7 oz
Wing , 40.0 g, 1.4 oz
Fin, 5.0 g, 0.2 oz
Tailplane, 5.0 g, 0.2 oz
Total structure, 69.0 g, 2.4 oz
Receiver, 4.0 g, 0.1 oz
Rudder servo, 3.5 g, 0.1 oz
Elevator servo, 3.5 g, 0.1 oz
Battery, 10.0 g, 0.4 oz
Flying weight, 90 g, 3.2 oz
{endtable}
{table title="Recommended R/C-nano gear only" class=1 cols=2 width=110,235 align=L,L autohref=2}
Elevator & rudder servos, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Hitec HS-40, KST X06
Receiver, Orange compatible, Lemom compatible, Jeti Duplex R4 & R5, Multiplex Mlink RX-6-DR Light*, FrSky D4R II
Battery, CSS 1S 300 mAh, Ytong 1S 380 mAh, Radient Superpa LiPo 1S 500mAh, HyperFlight 150 mAh 4.8V
{endtable}
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{video,fHbFD7d-wFc}
{video,6SsZknJZPP0}
{video,6DJmjuOs2GQ} K � 0 � � � � � � � � � � | w T� )Balsawood, plywood, plastic, carbon fibre em�'{ �}�b�k BIG-VICKBig Vick 1m DLG� The {b,Big Vick} is a great value 1m built-it yourself foam and balsa mini DLG.
This foam, balsa and packing tape quick-build DLG has the best bang/buck ratio of any DLG we sell! Amazing flight performance from a very reasonable budget.
The Big Vick will easily last one season's flying, and a lot longer if looked after. The wings can be covered with plastic tape or low temperature covering film. The {href, https://www.hyperflight.co.uk/products.asp?search=solite, Solite range} is particularly suitable.
Download the manual from {href,https://drive.google.com/file/d/1onEd6qnGpngSbNJMLXm7ykwNKqK3-Ln6/view,here.} More info on this {href, https://www.rcgroups.com/forums/showthread.php?2114927-ViCK-dlg-kit, RCGroups thread}.
{table title="Big Vick 1m DLG Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.0 m, 39 in
Wing area, 14.0 dm2, 217 sq in
Length, 75 cm, 29.5 in
Flying weight from, 115 g, 4.1 oz
Wing loading, 8.2 g/dm, 2.7 oz/sq ft
Aspect ratio, 7.1,
Wing airfoil, MH32,
Dihedral angle, 10.0�,
Centre of Gravity, 60-65 mm from wing leading edge
Controls, "Rudder, elevator"
{endtable}
{table title="Big Vick 1m DLG Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 25 g, 0.9 oz
Wing , 48 g, 1.7 oz
Fin, 6 g, 0.2 oz
Tailplane, 6 g, 0.2 oz
Total structure, 85 g, 3.0 oz
Receiver, 5 g, 0.2 oz
Rudder servo, 5 g, 0.2 oz
Elevator servo, 5 g, 0.2 oz
Battery, 10 g, 0.4 oz
Noseweight, 6 g, 0.2 oz
Flying weight, 115 g, 4.1 oz
{endtable}
{table title="Recommended R/C-nano gear only" class=1 cols=2 width=110,235 align=L,L autohref=2}
Elevator & rudder servos, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Hitec HS-40, KST X06
Receiver, Orange compatible, Lemom compatible, Jeti Duplex R4 & R5, Multiplex Mlink RX-6-DR Light*, FrSky D4R II
Battery, Radient 1S 500 mAh, HyperLipo 2S 175 mAh, HyperFlight 150 mAh 4.8V, HyperFlight 300 mAh, Dream-Flight 300 mAh
{endtable}
{video,DTzcbWa9quc}
{video,DpkeIf2xd3Q}
_ � 7 � � � � � � � � � � � w a� Plastic foam, balsawood, carbon e;�� �� +I �}�b�l ALT-DLG
Alt 1m DLG1 NO LONGER AVAILABLE. FOR CUSTOMER INFO PURPOSES ONLY
The {b,Alt} is a great value 1m built-it yourself carbon and balsa mini DLG.
This balsa, carbon and film quick-build DLG has a fantasic bang/buck ratio and surprisingly good flight performance from a very reasonable budget. Lots of useful info in {href, https://www.rcgroups.com/forums/showthread.php?3010838, this} and {href, https://www.rcgroups.com/forums/showthread.php?3093699, this} RCGroups threads.
Check out this excellent {href, https://photos.app.goo.gl/pVnIS2OIfVfgsSK73, Alt Build Log}.
Download the plans using the links below the {b,More details} heading below.
We recommend {href, products.asp?search=solite, Solite}, {href, products.asp?search=oralight, Oralight} or {href, products.asp?code=FEATHER-COV, Feather Cover} covering material for this model.
{table title="Alt DLG Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.0 m, 39 in
Wing area, 15.1 dm2, 234 sq in
Length, 76 cm, 30 in
Flying weight from, 198 g, 7.0 oz
Wing loading, 13.1 g/dm, 4.3 oz/sq ft
Aspect ratio, 6.6,
Wing airfoil, MH32,
Dihedral angle, 11.0�,
Centre of Gravity, 60-68 mm from wing leading edge
Controls, "Rudder, elevator"
{endtable}
{table title="Alt DLG Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 44 g, 1.6 oz
Wing , 100 g, 3.5 oz
Fin, 7 g, 0.2 oz
Tailplane, 7 g, 0.2 oz
Total structure, 158 g, 5.6 oz
Receiver, 5 g, 0.2 oz
Rudder servo, 5 g, 0.2 oz
Elevator servo, 5 g, 0.2 oz
Battery, 20 g, 0.7 oz
Noseweight, 5 g, 0.2 oz
Flying weight, 198 g, 7.0 oz
{endtable}
{table title="Recommended R/C-nano gear only" class=1 cols=2 width=110,235 align=L,L autohref=2}
Elevator & rudder servos, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Hitec HS-40, KST X06
Receiver, Orange compatible, Lemom compatible, Jeti Duplex R4 & R5, Multiplex Mlink RX-6-DR Light*, FrSky D4R II
Battery, Radient 1S 500 mAh, Ytong 1S 380 mAh LiPo, HyperFlight 1S 240 mAh LiPo, HyperFlight 150 mAh 4.8V NiMH, HyperFlight 300 mAh, Dream-Flight 300 mAh
{endtable}
a � ; � � & � � � � � � �}�b�; SIMITRISimitri F5J 3.9m� The {b,Simitri F5J} is a brilliant design, with top quality construction and amazing value. The wing and tailplane are of all spread carbon construction, making the model extremely tough, rigid, and light. The aerodynamic design is similar to the Maxa and the Perfection - thus aerodynamically and structurally it has an excellent herritage. This shows in its very forgiving flying characteristics, excellent speed range, superb glide angle and also a very low sink speed.
The fuselage is very well thought out, with the motor, speed control, and rudder and elevator servos fitting at the front of the pod, with enough room to slip the battery through the large canopy hatch into the ample space behind the servos. Aft of that there is a ballast tube, so the plane's weight can be adjusted for windy conditions - however its excellent polar gives it a good speed range so extra weight is only beneficial for wind speeds above 15 mph (7m/s, 24 km/h).
The spread carbon skinned wing has a substantial spar, allowing high energy aerobatics if required. The wing is of conventional three piece construction. The control surfaces are large, so camber changes are very effective, and the large flaps allow the plane to be spot landed with ease. The spread carbon tailplane has a separate elevator to give very precise pitch control. The carbon fin sports a large film covered rudder to minimise tail weight, and is removable to help with transportation. The fit and finish is very good, with all the parts sliding into place perfectly. The pushrods, all control horns and linkages are supplied. The only work required to get the model airborne is gluing the tailboom and installing the RC and powertrain.
See the {href,https://www.rcgroups.com/forums/showthread.php?2794570-Simitri-F5J-3-8m-hollow-molded,RC Groups Simitri discussion} for more info.
{table title="Simitri F5J Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 3.9 m, 152 in
Wing area, 83.1 dm2, 1288 sq in
Length, 190 cm, 74.8 in
Flying weight from, 1531 g, 54.0 oz
Wing loading, 18.4 g/dm, 6.0 oz/sq ft
Aspect ratio, 17.8,
Wing airfoil, Proprietary,
Dihedral (EDA), 9.8�,
Spinner Diameter, 32 mm,
Centre of Gravity, 100-112 mm from wing leading edge
Controls, "Rudder, elevator, ailerons, flaps, throttle"
{endtable}
{table title="Simitri F5J Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Pod, 136 g, 4.8 oz
Boom & pushrods, 90 g, 3.2 oz
Wing centre panel, 386 g, 13.6 oz
Wing tip panels, 410 g, 14.5 oz
Tailplane, 42 g, 1.5 oz
Fin, 40 g, 1.4 oz
Accessories, 75 g, 2.6 oz
Total structure, 1180 g, 41.6 oz
Wiring, 20 g, 0.7 oz
Receiver, 10 g, 0.4 oz
Tail servos, 22 g, 0.8 oz
Wing servos, 44 g, 1.6 oz
Speed control, 30 g, 1.1 oz
Motor, 100 g, 3.5 oz
Prop & spinner, 25 g, 0.9 oz
Battery, 100 g, 3.5 oz
Flying weight, 1530 g, 54.0 oz
{endtable}
{table title="Recommended Servos" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator & rudder, MKS DS6100, MKS HV6100, KST X08
Flap,MKS DS6100, MKS HV6100, KST DS135, KST X10 Mini, MKS HV6130
Aileron, MKS DS6100, MKS HV6100, KST DS135, KST X10 Mini
{endtable}
{table title="Powertrain Recommendations" class=1 cols=2 width=130,310 align=L,L autohref=1}
Powerline Micro 1025 Turbo/3S, 3S 1Ah LiPo, 16x8 prop
Powerline Micro 1020 Turbo/3S, 3S 1Ah LiPo, 16x8 prop
Powerline Micro 1025 Turbo/3S, 3S 1Ah LiPo, 16x8 prop
Leomotion L3007-5000, 3S 1Ah LiPo, 16x8 prop
Leomotion L3013-4550, 3S 1Ah LiPo, 15x9 prop
Hacker A20-6XL geared 4.4:1, 3S 1Ah LiPo, 16x9 prop
{endtable}
{table title="Simitri Control Movements" class=1 cols=2 width=110,240 align=L,L,L}
Rudder, 25 mm each way
Flap, 85 degrees down
Ailerons, 15 mm up, 12 mm down
Elevator, 10 mm up, 10 mm down
<i>Recommended camber settings (measured at flap root TE)</>
Speed mode, -1.5� (flat bottom surface)
Cruise mode, 0� (flat top surface at hinge)
Thermal mode, +2� (3 mm down)
{endtable}
� � �� � � � � � � � � � � 7 [� c1�C � ��b�= M3-8-NY-M3x8 mm Countersunk Slot End Nylon Screws (5) {screw-slot, M3, 8} �
� �
� � � � � � � �
2H4u +� i��# � ��b� M3-6-SS-P<M3x6 mm Countersunk Pozi/Phillips Stainless Steel Screws (5)P {screw-pozi, M3, 6, Stainless steel}
Used on the Elf for the rear wing screw. 2 � � �
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M3-12-SS-H7M3x12 mm Countersunk Hex End Stainless Steel Screws (5)$ {screw-hex, M3, 12, Stainless steel} � :� � %� � � � � � � �
2H4u +� i�, � � ,#� ��b� M3-10-NY.M3x10 mm Countersunk Slot End Nylon Screws (5) {screw-slot, M3, 10} �
� �
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2H4 � � ,#� ��b� M2-5-SS-P<M2x5 mm Countersunk Pozi/Phillips Stainless Steel Screws (5)$ {screw-pozi, M2, 5, Stainless Steel} � � � �
� � � � � � � �
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M3-10-SS-H7M3x10 mm Countersunk Hex End Stainless Steel Screws (5)& {screw-hex, M3, 10, Stainless steel}
� :� � � � � � � � � �
2H4u +� j&1 � � +�t ��b�@ M3-8-SS-H6M3x8 mm Countersunk Hex End Stainless Steel Screws (5)# {screw-hex, M3, 8, Stainless steel} � :� �
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a `}�`�
MARAI-ARTFMirai F3-RES F5-RES 2m ARTF� Flying the beautiful {b,Mirai} 2m RES glider is one of the most rewarding aircraft models for modellers - nothing compares to relaxation flying in weak conditions, circling under clouds and flying quietly in the evenings where you can sit back and watch your elegant model almost fly itself. The Mirai is supplied ready built and superbly covered in Oralight. It just requires installation of the RC etc. The Mirai is an upgrade from the manufacturer�s previous well acclaimed Circle Dancer 2000 model.
These 2m models, launched using a hi-start and controlled only by rudder, elevator and spoiler have their special competition category, now called F3L, in which is not about showing off, but about flying with similarly like minded model fliers. There is also a category F5-RES for two-meter gliders with electric propulsion.
The Mirai is available in V tail and conventional X tail versions, and both pure glider pods and electric pods are available. See the options below the price.
Servo: 2x EMAX ES09D or KST X 06, 1 x EMAX ES9051 or KST X06
Glider battery: 500mAh 1S/2S LiPo
Electric battery: 450 mAh 2S/3S LiPo
Motor: Torcster Brushless Blue A2225/19, ART-500, Hacker A10-7L KV2200 + 4.4:1 or Dualsky XM225EH-23
Propellers: 9 x 5 / 12 x 10 oder 8 x 5
Spinner diameter: 30mm
{table title="Miria F3L / F5-RES Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.0 m, 79 in
Wing area, 36.0 dm2, 558 sq in
Length, 121 cm, 47.6 in
Flying weight from, 420 g, 14.8 oz
Wing loading, 11.7 g/dm, 3.8 oz/sq ft
Aspect ratio, 11.1,
Wing airfoil, HB RES,
Dihedral (EDA), 12.0�,
Spinner Diameter, 30 mm,
Centre of Gravity, 78-82 mm from wing leading edge
Controls, "Rudder, elevator, spoiler"
{endtable}
{table title="Miria F3L / F5-RES Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Pod, 60 g, 2.1 oz
Boom and pushrods, 30 g, 1.1 oz
Centre panel, 100 g, 3.5 oz
Wing tips, 100 g, 3.5 oz
Tailplane, 13 g, 0.5 oz
Fin+Rudder, 12 g, 0.4 oz
Accessories, 20 g, 0.7 oz
Total structure, 335 g, 11.8 oz
Receiver, 5 g, 0.2 oz
Rudder & elevator servos, 10 g, 0.4 oz
Spoiler servos, 10 g, 0.4 oz
Battery, 60 g, 2.1 oz
Flying weight from, 420 g, 14.8 oz
{endtable}
� � � � g � ` � � � � � � � � � Mirai AFTF components:
One boom
One pod
One bag of accessories
One ballast tube (carbon twill, 23cm)
Two long pushrods
Two packs of wing & tail pieces (one tips, one centre panel and tail)
Beware! There is a choice of Electric or Glider PLUS a choice of X or V tail.9 � dA!�� �}�b�A
M3-08-SB-H4M3x6 mm Countersunk Hex End Steel Machine Screws (5), M3x6 mm hex socket end wing and tail mounting black steel machine screws.
Sold in packet of 5.
{table title="6 mm M3 Steel Hex End Scew" class=1 cols=2 width=30,30 align=L,L,L}
Thead size, M3
Head shape, Countersunk
Drive type, Hex Socket
Length, 6 mm
Material, Stainless Steel
{endtable} ~ � :� �
� � � � � � � �
+� Steel c1�C � �}�b�B M3X-08-SB-H4M3x8 mm Countersunk Hex End Steel Machine Screws (5), M3x8 mm hex socket end wing and tail mounting black steel machine screws.
Sold in packet of 5.
{table title="8 mm M3 Steel Hex End Scew" class=1 cols=2 width=30,30 align=L,L,L}
Thead size, M3
Head shape, Countersunk
Drive type, Hex Socket
Length, 8 mm
Material, Stainless Steel
{endtable} � � :� �
� � � � � � � �
+� Steel c1�C� �}�b�C
M3-10-SB-H5M3x10 mm Countersunk Hex End Steel Machine Screws (5)/ M3x10 mm hex socket end wing and tail mounting black steel machine screws.
Sold in packet of 5.
{table title="10 mm M3 Steel Hex End Scew" class=1 cols=2 width=30,30 align=L,L,L}
Thead size, M3
Head shape, Countersunk
Drive type, Hex Socket
Length, 10 mm
Material, Stainless Steel
{endtable} � :� �
� � � � � � � �
+� Steel c1�C � ��b�E YGE-35LVTYGE 35 LVT ESCY The {b,YGE35 LVT ESC} is the latest high quality German engineered brushless electronic speed controller for F5J powered gliders, helicopters and sports models. YGE is the most reliable brand of speed controller currently available and gives the best performance from all electric motors.
Apart from having telemetry facilities the {b,YGE35 LVT ESC} has a very powerful BEC whose output voltage is configurable between 5.5V and 8.4V. The BEC can supply 5A continuously and 10A for up to 10 seconds making it suitable for most models.
What's new:
{bullet}
"T" for Telemetry. Following protocols are currently compatible: Graupner HoTT V4, Jeti ExBUS, Multiplex Sensor BUS V2, YGE-protocol for different telemetry-connections for example via YGE TexY (Futaba, Spektrum, FrSky), MSH Brain 2 or Spirit FBL
Firmare update capable using the USB-Adapter.
Entirely overhauled hardware and software (32-bit).
The PWM frequency is automatically optimised for the motor.
Current-limitation.
Super smooth motor startup using sinewave modulated currents.
Adjustable HV-BEC from 5.5 to 8.4V.
High BEC-current rating: 5A continuous / 10A peak.
Dimensions in mm: 34 x 23 x 8
Weight 25g with cables / 13g without.
Basic settings via mode-setup
BEC- and Telemetry-settings, as well as additional parameters adjustable via PC-Software using the optional USB-adapter.
Cannot be programmed using the ProgCard 3
{endbullet}
Use the {pref,yge-texy, TexY} product to interface with Futaba, Spektrum and FrSky radios.
{YGELVT, YGE35 LVT, 35, 45, 6V - 22V (2S-6S LiPo), 5.5V- 8.4, 5, 10, 34 mm x 23 mm x 8 mm, 25 g / 13 g}
^ � m � � MZ� � � � � � � � M 2C4d [� jb^& � �}�b�F HYPERSPIN-38-3-PWR'38mm HyperSpinner Power for 3 mm shafts< {Spinner38,38,3.0,0,25,15.4, AVA-Pro; Supra; Sprite and all} | � � � #� � � � � � � � < 0� Aluminium, steel, plastic d*�M �� +.8 ��b� SRIDSM-KST-X10NIntegrated Drive System/Mono for the KST X10, X10 Mini, DS125, DS135 and DS225� This updated frame has a larger gluing area and fits the KST DS125, DS135, DS225 as well as the newer X10 and X10 Mini servos.
{IDSM, KST DS125; DS135; DS225; X10 and X10 Mini, 12, 48, 81, 3}
� � <� � � � � � � � � � # 2BOX5I � �}�b�G STRIKE3-AILStrike 3 Aileron Horns (2)J A pair of new Strike 3 aileron horns, with forked ends for quick assembly. � �
2� � � � � � � � � � 2 j 6� c1�C � � ,"� ��b�H
M3-12-SS-P=M3x12 mm Countersunk Pozi/Phillips Stainless Steel Screws (5)% {screw-pozi, M3, 12, Stainless steel} ; � � �
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1 2H4u 6� � � ,"� ��b�
M3-10-SS-P=M3x10 mm Countersunk Pozi/Phillips Stainless Steel Screws (5)% {screw-pozi, M3, 10, Stainless steel} 6 � � �
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M3-08-NY-P1M3x8 mm Countersunk Phillips End Nylon Screws (2)@ M3x8 mm countersunk Phillips end nylon wing and tail mounting screws
As used in many Vladimir's Models planes. Sold in packet of 2.
{table title="8mm M3 Nylon Scew" class=1 cols=2 width=30,30 align=L,L,L}
Thead size, M3
Head shape, Countersunk
Drive type, Phillips
Length, 8 mm
Material, Nylon
{endtable}
� :� � 2� � � � � � � �
:� Nylon c1�Cs .t4 @�`�J PULL-CORD-CRIMPSPull Cord Crimps (5)s A set of 5 crimps for securing pull cords. Also called ferrules.
Similar to those provided by Vladimir's Models. w � 2� � � � � � � � � �
F 2G6v Ebay 8mm single fishing crimps
https://www.ebay.co.uk/itm/174107300200?ViewItem=&item=174107300200&var=472966785854
;�E �} �b�K FIREWALL-P29-29MM(Glassfibre 29mm Firewall for P29 Gearbox� # FW = Glassfibre firewall
# %1 mm diameter eg 30
# %2 gearbox, eg P29
# %3 hole pattern eg 4 holes on 23
# %4 centre hole diameter
{FW, 29, P29, 18, 4 holes on 23}
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� � 2� � � � � � � � r c1�CM �}�b�L FIREWALL-P29-30MM(Glassfibre 30mm Firewall for P29 Gearbox� # FW = Glassfibre firewall
# %1 mm diameter eg 30
# %2 gearbox, eg P29
# %3 hole pattern eg 4 holes on 23
# %4 centre hole diameter
{FW, 30, P29, 18, 4 holes on 23} " �
� � 2� � � � � � � � r ;� Glass fibre c1�CJ �} �b�M FIREWALL-P29-31MM(Glassfibre 31mm Firewall for P29 Gearbox� # FW = Glassfibre firewall
# %1 mm diameter eg 30
# %2 gearbox, eg P29
# %3 hole pattern eg 4 holes on 23
# %4 centre hole diameter
{FW, 31, P29, 18, 4 holes on 23} # �
� � 2� � � � � � � � r Glass fibre c1�C ? �} �b�N FIREWALL-P29-32MM(Glassfibre 32mm Firewall for P29 Gearbox� # FW = Glassfibre firewall
# %1 mm diameter eg 30
# %2 gearbox, eg P29
# %3 hole pattern eg 4 holes on 23
# %4 centre hole diameter
{FW, 32, P29, 18, 4 holes on 23} $ �
� � 2� � � � � � � � r c1�C J �} �b�O FIREWALL-P29-37MM(Glassfibre 37mm Firewall for P29 Gearbox� # FW = Glassfibre firewall
# %1 mm diameter eg 30
# %2 gearbox, eg P29
# %3 hole pattern eg 4 holes on 23
# %4 centre hole diameter
{FW, 37, P29, 18, 4 holes on 23} ) �
� � 2� � � � � � � � r Glass fibre c1�C J �} �b�P FIREWALL-P29-38MM(Glassfibre 38mm Firewall for P29 Gearbox� # FW = Glassfibre firewall
# %1 mm diameter eg 30
# %2 gearbox, eg P29
# %3 hole pattern eg 4 holes on 23
# %4 centre hole diameter
{FW, 38, P29, 18, 4 holes on 23} * �
� � 2� � � � � � � � r Glass fibre c1�C � �} �b�Q FIREWALL-UNIV-27MM(Glassfibre 27mm Firewall for Many Motors� # FW = Glassfibre firewall
# %1 mm diameter eg 30
# %2 gearbox, eg P29
# %3 hole pattern eg 4 holes on 23
# %4 centre hole diameter
{FW, 27, Speed 400/ Speed 480/ Speed 600/ Universal, 11, 2 holes on 16 mm plus 2 holes on 19}
� �
� � 2� � � � � � � � r Glass fibre c1�C � �}�b�R FIREWALL-UNIV-28MM(Glassfibre 28mm Firewall for Many Motors� # FW = Glassfibre firewall
# %1 mm diameter eg 30
# %2 gearbox, eg P29
# %3 hole pattern eg 4 holes on 23
# %4 centre hole diameter
{FW, 28, Speed 400/ Speed 480/ Speed 600/ Universal, 11, 2 holes on 16 mm plus 2 holes on 19} � �
� � 2� � � � � � � � r ;� c1�C� �} �b�S FIREWALL-UNIV-29MM(Glassfibre 29mm Firewall for Many Motors� # FW = Glassfibre firewall
# %1 mm diameter eg 30
# %2 gearbox, eg P29
# %3 hole pattern eg 4 holes on 23
# %4 centre hole diameter
{FW, 29, Speed 400/ Speed 480/ Speed 600/ Universal, 11, 2 holes on 16 mm plus 2 holes on 19} � �
� � 2� � � � � � � � r Glass fibre c��
} �} �b�T FIREWALL-UNIV-30MM(Glassfibre 30mm Firewall for Many Motors� # FW = Glassfibre firewall
# %1 mm diameter eg 30
# %2 gearbox, eg P29
# %3 hole pattern eg 4 holes on 23
# %4 centre hole diameter
{FW, 30, Speed 400/ Speed 480/ Speed 600/ Universal, 11, 2 holes on 16 mm plus 2 holes on 19} � �
� � 2� � � � � � � � r c1�C ��b� FG-SHEET-050.5mm Glass Fibre Sheet� Good quality 0.5 mm thick glass fibre / glass fiber / glassfibre / fibreglass / fiberglass sheet.
Sheet size 0.5 mm x 350 mm x 150 mm
� � _� � 2� � � � � � � � � 2I1p �� iz[ � �} �b�U FIREWALL-UNIV-31MM(Glassfibre 31mm Firewall for Many Motors� # FW = Glassfibre firewall
# %1 mm diameter eg 30
# %2 gearbox, eg P29
# %3 hole pattern eg 4 holes on 23
# %4 centre hole diameter
{FW, 31, Speed 400/ Speed 480/ Speed 600/ Universal, 11, 2 holes on 16 mm plus 2 holes on 19} � �
� � 2� � � � � � � � r Glass fibre c1�C� �} �b�V FIREWALL-UNIV-32MM(Glassfibre 32mm Firewall for Many Motors� # FW = Glassfibre firewall
# %1 mm diameter eg 30
# %2 gearbox, eg P29
# %3 hole pattern eg 4 holes on 23
# %4 centre hole diameter
{FW, 32, Speed 400/ Speed 480/ Speed 600/ Universal, 11, 2 holes on 16 mm plus 2 holes on 19} � �
� � 2� � � � � � � � r Glass fibre c1�C} �} �b�W FIREWALL-UNIV-37MM(Glassfibre 37mm Firewall for Many Motors� # FW = Glassfibre firewall
# %1 mm diameter eg 30
# %2 gearbox, eg P29
# %3 hole pattern eg 4 holes on 23
# %4 centre hole diameter
{FW, 37, Speed 400/ Speed 480/ Speed 600/ Universal, 11, 2 holes on 16 mm plus 2 holes on 19} � �
� � 2� � � � � � � � r c1�C �}�b�X FIREWALL-UNIV-38MM(Glassfibre 38mm Firewall for Many Motors� # FW = Glassfibre firewall
# %1 mm diameter eg 30
# %2 gearbox, eg P29
# %3 hole pattern eg 4 holes on 23
# %4 centre hole diameter
{FW, 38, Sped 400/ Speed 480/ Speed 600/ Universal, 11, 2 holes on 16 mm plus 2 holes on 19} � �
� � 2� � � � � � � � r ;� c1�C L �} �b�Y FIREWALL-PL-27MM.Glassfibre 27mm Firewall for Powerline Gearbox� # FW = Glassfibre firewall
# %1 mm diameter eg 30
# %2 gearbox, eg P29
# %3 hole pattern eg 4 holes on 23
# %4 centre hole diameter
{FW, 27, Powerline, 10, 4 holes on 17}
� �
� � 2� � � � � � � � r c1�CW �} �b�Z FIREWALL-PL-28MM.Glassfibre 28mm Firewall for Powerline Gearbox� # FW = Glassfibre firewall
# %1 mm diameter eg 30
# %2 gearbox, eg P29
# %3 hole pattern eg 4 holes on 23
# %4 centre hole diameter
{FW, 28, Powerline, 10, 4 holes on 17}
� �
� � 2� � � � � � � � r Glass fibre c1�C L �} �b�[ FIREWALL-PL-29MM.Glassfibre 29mm Firewall for Powerline Gearbox� # FW = Glassfibre firewall
# %1 mm diameter eg 30
# %2 gearbox, eg P29
# %3 hole pattern eg 4 holes on 23
# %4 centre hole diameter
{FW, 29, Powerline, 10, 4 holes on 17}
� �
� � 2� � � � � � � � r c1�CJ �} �b�\ FIREWALL-PL-30MM.Glassfibre 30mm Firewall for Powerline Gearbox� # FW = Glassfibre firewall
# %1 mm diameter eg 30
# %2 gearbox, eg P29
# %3 hole pattern eg 4 holes on 23
# %4 centre hole diameter
{FW, 30, Powerline, 10, 4 holes on 17} � �
� � 2� � � � � � � � r c1�C J �} �b�] FIREWALL-PL-31MM.Glassfibre 31mm Firewall for Powerline Gearbox� # FW = Glassfibre firewall
# %1 mm diameter eg 30
# %2 gearbox, eg P29
# %3 hole pattern eg 4 holes on 23
# %4 centre hole diameter
{FW, 31, Powerline, 10, 4 holes on 17} � �
� � 2� � � � � � � � r c1�C U �} �b�^ FIREWALL-PL-32MM.Glassfibre 32mm Firewall for Powerline Gearbox� # FW = Glassfibre firewall
# %1 mm diameter eg 30
# %2 gearbox, eg P29
# %3 hole pattern eg 4 holes on 23
# %4 centre hole diameter
{FW, 32, Powerline, 10, 4 holes on 17} � �
� � 2� � � � � � � � r Glass fibre c1�CU �} �b�_ FIREWALL-PL-37MM.Glassfibre 37mm Firewall for Powerline Gearbox� # FW = Glassfibre firewall
# %1 mm diameter eg 30
# %2 gearbox, eg P29
# %3 hole pattern eg 4 holes on 23
# %4 centre hole diameter
{FW, 37, Powerline, 10, 4 holes on 17} � �
� � 2� � � � � � � � r Glass fibre c1�CU �} �b�` FIREWALL-PL-38MM.Glassfibre 38mm Firewall for Powerline Gearbox� # FW = Glassfibre firewall
# %1 mm diameter eg 30
# %2 gearbox, eg P29
# %3 hole pattern eg 4 holes on 23
# %4 centre hole diameter
{FW, 38, Powerline, 10, 4 holes on 17} � �
� � 2� � � � � � � � r Glass fibre c1�Cn �} �b�a FIREWALL-RM-27MM;Glassfibre 27mm Firewall for Reisenauer Microedion Gearbox� # FW = Glassfibre firewall
# %1 mm diameter eg 30
# %2 gearbox, eg P29
# %3 hole pattern eg 4 holes on 23
# %4 centre hole diameter
{FW, 27, Reisenauer Microedion, 8, 3 holes on 14} � �
� � 2� � � � � � � � r Glass fibre c1�C b �} �b�b FIREWALL-RM-28MM:Glassfibre 28mm Firewall for Reisenauer Microedion Gearbox� # FW = Glassfibre firewall
# %1 mm diameter eg 30
# %2 gearbox, eg P29
# %3 hole pattern eg 4 holes on 23
# %4 centre hole diameter
{FW, 28, Reisenauer Microedion, 8, 3 holes on 14} � �
� � 2� � � � � � � � r c1�C r �|�b�c FIREWALL-RM-29MM:Glassfibre 29mm Firewall for Reisenauer Microedion Gearbox� # FW = Glassfibre firewall
# %1 mm diameter eg 30
# %2 gearbox, eg P29
# %3 hole pattern eg 4 holes on 23
# %4 centre hole diameter
{FW, 29, Reisenauer Microedion, 8, 3 holes on 14} � �
� � 2� � � � � � � � r Glass fibre c1�C g �|�b�d FIREWALL-RM-30MM:Glassfibre 30mm Firewall for Reisenauer Microedion Gearbox� # FW = Glassfibre firewall
# %1 mm diameter eg 30
# %2 gearbox, eg P29
# %3 hole pattern eg 4 holes on 23
# %4 centre hole diameter
{FW, 30, Reisenauer Microedion, 8, 3 holes on 14} � �
� � 2� � � � � � � � r c1�C g �|�b�e FIREWALL-RM-31MM:Glassfibre 31mm Firewall for Reisenauer Microedion Gearbox� # FW = Glassfibre firewall
# %1 mm diameter eg 30
# %2 gearbox, eg P29
# %3 hole pattern eg 4 holes on 23
# %4 centre hole diameter
{FW, 31, Reisenauer Microedion, 8, 3 holes on 14} � �
� � 2� � � � � � � � r c1�C v �}�b�f FIREWALL-RM-32MM<Glassfibre 32mm Firewall for Reisenauer Microedition Gearbox� # FW = Glassfibre firewall
# %1 mm diameter eg 30
# %2 gearbox, eg P29
# %3 hole pattern eg 4 holes on 23
# %4 centre hole diameter
{FW, 32, Reisenauer Microedion, 8, 3 holes on 14} � �
� � 2� � � � � � � � r <� Glass fibre g��� l_ �� ��b�g PT36'PT36 Z-Poxy 5 Minute Epoxy 25ml Syringe� {b,PT36 Z-Poxy} is an excellent 5 minute epoxy at a good price. This twin syringe package ensures that equal quantities of resin and hardener are dispensed, so a good bond is guaranteed.
An excellent addition to any workshop, but also indispensible in a field kit.
{bullet}
28 g / 1 oz twin syringe pack.
Good gap filling properties.
Allows 60 seconds for positioning.
Cures in approx 5 minutes.
Full strength in 30 minutes.
Works best on glass fibre, carbon fibre, Kevlar composite, balsa wood, hard woods, plywood, pottery, china, ceramic, some plastics, aluminium, most metals and finger nails!
{endbullet}
Zap Pacer PT-36 Z-Poxy PT36 ZPoxy 5 Minute Epoxy Dual Syringe 1oz 28g
� � Z� � F� � � � � � � � E
2G1 =� Plastic, adhesive
UnitSG +$� ��b� KRITKA2!Kritka 2 Shrouded Servo Cover (2)� These beautufully molded wing servo covers are light, low drag, and look good. They incorporate a large shroud to cover the servo output arm, clevis, and the control rod. This reduces the turbulence and improves performance measurably.
Supplied in pairs.
{table title="Kritka 2 Carbon Servo Covers Specification" class=1 cols=2 width=150,115 align=L,L,L}
Thickness of carbon sheet, 0.37 mm
Chordwise length inc shroud extension, 95 mm
Chordwise length exc shroud extension, 60 mm
Spanwise length, 59 mm
Distance of shroud from edge, 11 mm
Thickness of shroud, 9 mm
Height of shroud, 9.5 mm
Weight, 3.2 g
{endtable}
Trim to size to suit your application and attach with clear tape.
� � � i � � � � � � � �
2E29 2� carbo
� ,�� ��b� MKS-HV69+MKS HV69 Servo - 10.2Kg.cm 0.10s 21.0g 13mmj The {b,MKS HV69} servo is a well priced high performance servo with excellent torque and speed. At 13 mm thick it is suitable for mounting in the fuselage or in thicker wings and tails.
It is supplied with very useful wing mounting brackets which allow it to be mounted easily horizontally as a wing servo, in addition to conventional mounting.
{ServoSpecs} � � 92� � #<� � � � � � � � * 1D1 ��� `}�`�i ENIGMA
Enigma F5J 4m� The {b,Enigma F5J} is a beautiful 3.95m F5J glider from Russia. A well engineered and attractive F5J competition model with an excellent flying reputation. The finish is reasonable (but not as good as that of the top manufacturers) and the performance is first class.
The Enigma's major innovation is a very nicely engineered V tail designed for tail mounted KST X08 servos. The elimination of tail pushrods combined with the supplied lightweight tail wiring harness means this configuration does not need substantial extra nose weight, but the RC installation is considerably simplified and the whole of fuselage front is available for the powertrain and ballast.
The fuselage 99% completed with the firewall fitted and just the tailboom to be fixed to the forward part. A substantial ballast tube 55 cm long with an internal diameter of 16 mm is ready fitted. The fuselage is a nice simple design with ample space for the powertrain, receiver, and ballast.
The wing is has XPS foam cores with chequerboard spread carbon skins. The wing spars are improved and are substantial. The wing colour schemes are stylish modern faded designs usually with contrasting white underside stripes. A well made and very lightweight wiring harness built into the wing, with the plug already mounted.
The accessory pack includes wing control horns, clevises and pushrods. And wing and tail servo wiring harnesses as previously stated. The plane is sometimes/was previously called the Skiff and some links give that name. See this very helpful {href, https://www.rcgroups.com/forums/showthread.php?3482079-Enigma-F5J,RCGroups Enigma build thead.}
{table title="Enigma Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 4.0 m, 156 in
Wing area, 80.0 dm2, 1240 sq in
Length inc spinner, 176 cm, 69.1 in
Flying weight from, 1475 g, 52.0 oz
Wing loading, 18.4 g/dm, 6.0 oz/sq ft
Aspect ratio, 19.5,
Wing airfoil, Proprietary,
EDA (dihedral), 6.2,
Spinner Diameter, 32 mm,
Centre of Gravity, 105 - 115 mm from wing leading edge
Controls, "V tail, ailerons, flap, throttle"
{endtable}
{table title="Enigma Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 235 g, 8.3 oz
Wing centre panel(RHC), 440 g, 15.5 oz
Wing tips , 460 g, 16.2 oz
V tails, 55 g, 1.9 oz
Accessories, 10 g, 0.4 oz
Total structure, 1200 g, 42.3 oz
Receiver, 8 g, 0.3 oz
Tail servos, 16 g, 0.6 oz
Aileron servos, 20 g, 0.7 oz
Flap servos, 26 g, 0.9 oz
Speed control, 25 g, 0.9 oz
Motor, 80 g, 2.8 oz
Prop & spinner, 20 g, 0.7 oz
Battery, 80 g, 2.8 oz
Flying weight, 1475 g, 52.0 oz
{endtable}
{table title="Recommended Servos" class=1 cols=2 width=110,240 align=L,L autohref=2}
V Tail, KST X08N, KST A08N, Blue Bird BMS-A10S
Aileron, KST X10 Mini, KST X10, MKS DS6100, MKS HV6100, MKS HV6130, Blue Bird BMS-115WV, Blue Bird BMS-125WV
Flap, KST X10 Mini, KST X10, MKS DS6100, MKS HV6100, MKS HV6130, Blue Bird BMS-115WV, Blue Bird BMS-125WV
{endtable}
{table title="Enigma F5J Powertrain Recommendations" class=1 cols=2 width=130,310 align=L,L autohref=1}
Powerline Micro 1015, 3S 1Ah LiPo, 16x8 prop (10 m/s, 2000 fpm, 43A)
Powerline Micro 1020, 3S 1Ah LiPo, 16x8 prop (11 m/s, 2000 fpm, 44A)
Powerline Micro 1025, 3S 1Ah LiPo, 16x8 prop (10 m/s, 2000 fpm, 43A)
Leomotion L3013-4550, 3S 1Ah LiPo, 15x9 prop (11 m/s, 2200 fpm, 57A)
XPower F2919/10 Light, 3S 1Ah LiPo, 10x6 prop
XPower F2925/8 Windy, 3S 1Ah LiPo, 10x5 prop
{endtable}
{table title="Enigma Control Movements" class=1 cols=2 width=110,235 align=L,L,L}
V tail rudder, 14 mm each way
V tail elevator, 10 mm each way
Ailerons, 13 mm up, 10 mm down
Flap, 80 degrees down
Speed camber, flap 1.5 mm up, aileron aligned with flap
Cruise camber, flap 0 mm, aileron aligned with flap
Thermal camber 1, flap 3 mm down, aileron aligned with flap
Thermal camber 2, flap 5 mm down, aileron aligned with flap
Mix aileron ->rudder, 25%
{endtable}
� � � � � R � � � � � � � � � � Enigma components
One pod
One boom
One bag of accessories
One wing centre panel
Two wing tips
Two V tail pieces
Was adding �280 for RHCv �� hB� � �}�b�t
STARK-PRO-FINStark Pro Fin and Rudder% Replacement Stark Pro fin and rudder. � � 7� � � � � � � � � � � e� c1�C � �} �b�{ BMS-115HV5Blue Bird BMS-115HV Servo - 5.3Kg.cm 0.09s 10.9g 10mmJ he {b,Blue Bird BMS-115HV} is a the horizonal lug/wingservo verson of the highest torque servo in the very highly regarded Blue Bird BMS-105HV/106HV/107HV range of 10g servos. At 8.4V the BMS-115HV's torque is 5.3 kg.cm while still having an excellent speed of 0.09 seconds per 60� of movement.
The {b,Blue Bird BMS-115HV} is a great HV servo built to the same space saving form factor as the MKS HV6110. It is similarly precise, with no free play in the geartrain, and it is even more powerful and faster than the competing product. The large output spline is identical to Futaba 25 tooth splines, so replacement output arms are readily available. Note the output spline is not the same as MKS so the servo cannot be used with most MKS accesories.
HyperFlight is pleased to be able to supply the complete range of this excellent and increasingly popular range of Blue Bird servos. Many expert modellers are fitting these servos to the latest ultralight F5J models like the Ultima and the Infinity.
{servospecs}
{table title="Blue Bird BMS-115HV Wing Servo Specifications" class=1 cols=3 width=150,150,140 align=L,L,L separator=: autohref=2}
Body dimensions: 22.5 mm wide x 10.0 mm thick x 22.8 mm high : 0.89" wide x 0.39" thick x 0.90" high
Max dimensions: 32.5 mm wide x 10.0 mm thick x 25.0 mm high : 1.28" wide x 0.39" thick x 0.98" high
Stall torque / Speed @ 6V: 4.1 kg.cm / 0.12 s/60� : 57 oz.in / 0.12 s/60�
Stall torque / Speed @ 7.4V: 4.8 kg.cm / 0.10 s/60� : 67 oz.in / 0.10 s/60�
Stall torque / Speed @ 8.4V: 5.3 kg.cm / 0.09 s/60� : 74 oz.in / 0.09 s/60�
Weight: 10.9 g: 0.38 oz
Lead length: 15 cm: 6.0 in
Operating Voltage: 6.0V - 8.5V
Bearings: Plain
Gear material: Metal alloy
Case material: Nylon
Motor type: Coreless DC motor
Working frequency: 250 Hz
Dead band/resolution: 2 �s
Pulse width for � 60�: 1000 - 2000 �s
Digital: Yes, 12 bit A2D
Programmable: No
Position sensor: Potentiometer
Operating temperature: -20 to +60 �C
Supplied accessories: 2 plastic output arms, 1 arm retaining screw, 4 mounting screws, sticker set
{endtable}
n � � � *� � � � � � � � R hK� � �}��b�8 KST-SERVO KST Servo ' � � � � � � � � � � � �� !aluminium, copper, steel, plastic f�~od �}�b�p
SNIPE2-BAL-65Snipe 2 Ballast 65g� This ballast system clips into the Snipe 2 fuselage to increase the model's penetration in windier conditions. It is quick and easy to insert and remove.
The 65 g ballast is suitable for winds up to 7 m/s or 27 km/h or 16 mph 4 � � �
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SNIPE2-BAL-95Snipe 2 Ballast 95g� This ballast system clips into the Snipe 2 fuselage to increase the model's penetration in windy conditions. It is quick and easy to insert and remove.
The 95 g ballast is suitable for winds over 7 m/s or 27 km/h or 16 mph 6 � � 2� � � � � � � � � � a� eB��� �}�b�r SNIPE2-BALLAST-SETBallast Slug Set4 A set of 10 metal ballast slugs, each weighing approx 18 g.
Each slug is sized 30 mm x 8 mm x 8 mm so all could be installed inside the Snipe 2 ballast tunnel, allowing up to approx 180 g of ballast to be added to the model.
No "lollipop" stick is supplied, so the customer will need to make this.
: � � � � � � � � � � � � a� dm�? � �}�b�s SNIPE2-BALLAST-FIX Snipe 2 Ballast Front Fixing This molded nylon part clips into the front of the Snipe 2 ballast tunnel and engages on a user supplied "lollipop" stick to which the ballast is fixed.
This item is not required for the 40 g, 65 g, or 95 g ballast sets as they already include this part. < � � � � � � � � � � � a� c1�C � �}�b�u STARK-PPRO-TAILPLANEStark Pro Tailplane@ Replacement Stark Pro tailplane / horizontal stabiser / elevator � � 7� � � � � � � � � � � e� c1�C | `}�`�v PACKING-TAPE-WHITEWhite Polypropylene Tape� {b,White Polypropylene Tape} is rather translucent and really only works well over white foam. It is fine for the Libelle, Ahi and Alula but not over blue or pink foam as used on the Vick models.
{PackingTape, White} � � � � F� � � � � � � � d Rajapck ID: P48W i� g7eu � @�`�y 50MM-TAPE-GREEN Green Polypropylene Tape 50mm {PackingTape, Green} � � � � F� � � � � � � � � 2E0 Rajapck ID: P48G j� jCv� � `}�`�x PACKING-TAPE-ORANGEOrange Polypropylene Tape {PackingTape, Orange} � � � � F� � � � � � � � d Rajapck ID: P48O j� g7e� � @�`�w
50MM-TAPE-REDRed Vinyl Tape 50mm {PackingTape, Red} � � _� � F� � � � � � � � � 2F02 From 22/07/2024 ID = V48R
was Rajapck ID: P48R j� jgo� +=` ��b�}
SAMBAE-KIT!Samba RES Electric Conversion Kity This add-on kit can be used to electrify the Samba RES 2 and Samba RES Evo F3-RES models.
Use this kit to assist in changing either of these models to electric powered gliders.
This kit uses a 30 mm firewall, and thus is suitable for a 30 mm spinner. However it is designed for geared inrunners and the size may be a bit small if a direct drive outrunner is to be used.
Z � (� � � � � � � � � � , 2F3c �� Balsawood,< �}�b�z SNIPE-TEMPLATE Snipe & Snipe 2 Setup Template� This product consist of a clear plastic (probably perspex) gauge to help in setting up the control throws for the Snipe, Snipe SNT and Snipe 2 DLGs.
Very nicely made. � � Q� (� � � � � � � � < �� Plastic c1�Cn �}�b� AURI
Auri 1.5m DLG� The new {b,Auri DLG} from LD Models is a great improvement over their previous designs, in both quality of construction and contest success. See this RCGroups post from the designer:
<i>Last two years I flew the Stark Pro and found that it was rather hard to fly in dead air. Me myself prefer forward CG and speed flying. So, when thermals are very unstable or when you only have "good" and "bad" air Stark Pro never showed a sign it can climb in something.
My decision was to change the central wing airfoil section to make the model more sensitive to weak thermals. At the same time I wanted to keep penetration and speed of the plane near the same. Also I really like wing's planform of the Stark Pro and didn't want to change it. So, after hours with XFLR and Solid Works new airfoils were ready and we started our work on moulds.
It took 1.5 months to mill wing and tails moulds, sand and polish them. First prototype was ready 1 day before the first contest this season.
I was really surprised when I won that contest with ease. And it was only beginning of my amazing flying season with Auri. Now, when my flying season is over I can say that it is really big success of LD Models team.</i>
The Auri is ideal for customers looking for great flying performance and model toughness at reasonable cost.
#The Auri now comes with top quality {pref, F3K-WING-BAG, sewn fabric Wing Bags}, making it even better value.
The fuselage is a one piece design with a generous front to facilitate a four-servos-in-the-pod RC installation, eliminating the need for noseweight. It is available in an all carbon layup as standard, or with a 2.4GHz friendly Kevlar nose aread (dyed black) which allows the receiver antennas to be kept internal.
The light and nicely finished tailplane (horizontal stabiliser) and fin (vertical stab) are availabe with matching coloured glass skins or with all black spread carbon skins at extra cost. The rudder and elevator are ready hinged and give good control response.
The wing is beautifully molded from spread carbon with a Rohacell core to maximise strength and dimensional stability, ensuring the surface finish stays smooth. The design incorporates nicely designed ailerons to give excellent control at all speeds. The hinge gap is sealed with hinge tape, eliminating a common drag source and ensuring high launches.
The supplied accessories include a glass fibre servo mount (sized for KST X08), tail pylon, aileron pushrods, rudder and elevator pull cables, torque springs, all control horns and a nice asymmetrical throwing blade.
For more info and build photos see the {href,https://www.rcgroups.com/forums/showthread.php?3127216-Auri,RCGroups Auri} thread.
{table title="Auri Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.5 m, 59 in
Wing area, 20.0 dm2, 310 sq in
Length, 105 cm, 41.2 in
Flying weight from, 220 g, 7.8 oz
Wing loading, 11.0 g/dm2, 3.6 oz/sq ft
Aspect ratio, 11.2,
Wing airfoil, LD series,
Dihedral, 6.0�,
Centre of Gravity, 63-64 mm from wing leading edge
Controls, "Rudder, elevator, ailerons"
{endtable}
{table title="Auri Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 32 g, 1.1 oz
Wings (Light SC), 107 g, 3.8 oz
Fin, 6 g, 0.2 oz
Tailplane, 5 g, 0.2 oz
Accessories, 9 g, 0.3 oz
Total structure, 159 g, 5.6 oz
Wiring & glue, 3 g, 0.1 oz
Pushrods, 5 g, 0.2 oz
Receiver, 4 g, 0.1 oz
Rudder & elevator servos, 16 g, 0.6 oz
Aileron servos, 16 g, 0.6 oz
Battery, 17 g, 0.6 oz
Flying weight, 220 g, 7.8 oz
{endtable} Chequerboard wing is approx 10g heavier.
{table title="Recommended R/C" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator & rudder servos, KST X08, Blue Bird BMS-A10H, MKS DS65K, MKS DS75K, MKS HV75K, MKS DS6100, MKS HV6100
Aileron servos, KST X08, Blue Bird BMS-A10H,MKS DS65K, MKS DS75K, MKS HV75K, MKS DS6100, MKS HV6100
Receiver, 4/5 channel rx to suit your transmitter, eg Spectrum AR6610T, AR6100e, Lemon LM0034, Futaba R6004FF, Orange DSM2 compatible, Jeti Duplex R5, Multiplex Mlink RX-6 Light & RX-5 Light
Battery, HyperLiPo 2S 300 mAh, Radient 1S 600 mAh, Radient 1S 700 mAh
{endtable}
{table title="Control Throws" class=1 cols=2 width=120,240 align=L,L}
Aileron, 8 mm down, 8 mm up
Elevator, 10 mm down, 6 mm up
Rudder, 10 mm each way
Flap-launch, 1.5 mm up
Flap-fast cruise, 0.5 mm up
Flap-thermal/slow cruise, 0 mm
Flap-thermal, 2-3 mm down
Flap-brakes, 28 mm down
{endtable}
{video,9QmwDM5zvA0}
{video,8VP0RHqlneg}
Build video
{video,KQKPi1jhLOE} � � �� � h � � � � � � � � � E� dl�Q � ��b� GM-BLADE-SCREWS GM Blade Retaining Screws (2)A Replacement blade retaining screws for GM F5J spinner assemblies. 2 � � � � � � � � � � � 2A5O W� Steel jh� ;% �}�b� PURES-V2 PuRES V2 2m� The {b,Pures V2} is one of the original models that drove this class to worldwide success. The Pures V2 and the Slite V2 are probably the most highly regarded models in this 2m balsa glider class.
In 2011 Josef Gergetz of SETA Modelltechnik started to manufacture high quality sailplane kits for the newly emerging 2m build up glider competition class. By the end of 2017 the demand for Pures was so high that Josef Gergetz could no longer keep up with the production. Delivery times many months and it was decided to switch the production to lasercut technology at a larger manufacturer, resulting in the Pures V2.
The {b,Pures V2} uses a slightly modified version of the highly regarded AG35 - AG36 airfoil family by Mark Drela. To allow accurate construction of the originally very thin trailing edge the rear of the airfoil was slightly thickened. It gives high lift with comparatively little drag over a wide range of lift coefficients (Cl). Compared to the Pures V2 the Pures V2 has improved L/D, especially at higher speeds.
The wing of the Pures V2 iis built as an open rib construction over very strong wound carbon fiber tube spars. To reduce sagging of the covering film between the ribs an extra sub rib is used between each full rib. This ensures the wing profile conforms much better to Mark Drela's original airfoil than other built-up designs.
A balsa jig is supplied to ease positioning of the numerous ribs, ensuring the wing is built in an accurate and speedy manner. The laser cut structure is almost identical to the previous CNC version as there was nearly nothing to improve.
What is new? Besides the new lasercut production, the components are now numbered to ease building. Furthermore, there is an excellent multicolored construction plan and richly illustrated building instructions (in German only). Check out this excellent {href,https://www.rcgroups.com/forums/showthread.php?3063070-PuRES-V2-Re-Tooled-Back-Again, RC Groups build thread} for good English language build info.
{b,Wing construction}
The optimised design uses wound carbon fiber spar tubes, a tapered tail boom and pultruded carbon fibre tubes for the leading edge. The Pures V2 has a three piece wing and is built as an open tubular spar rib construction. The wing joiner is made of 5mm class composite rod. The flat inner wing (with the central airbrake) has an a rectangular planform. The strongly tapered mid panels are joined to the center panel with a dihedral of 10�.The lightweight tip panel is joined to the mid panel with a dihedral of 16�.
{b,Fuselage construction}
The front of the fuselage is made from balsa with plywood reinforcements and plywood formers. Behind the wing, the wooden fuselage joins the CRP tail boom (wound, tapered carbon fiber spar tube) which is supplied already drilled for the V tail mounts and slots for the bowden tubes are also already milled out. The CRP tail boom is manufactured in the same way as the tubular carbon spars of the wings to similarly minimise weight and maximise stiffness. The fuselage is wide enough to fit a 4 x AAA sized NiMH (or similarly sized LiPo) battery.
{b,Tailplane construction}
The tailplane is quickly constructed from solid balsa sheets, with lightening holes shaping its Pures name.
{b,Electric Modification}
The Pures fuselage is 31 mm wide and 40mm high at the front. Major modifications are required to fit an electric powertrain, but it can be done.
The kit consists of carefully selected and numbered laser cut balsa and plywood parts. All small parts and good quality linkages are included in the kit. RC components, glues and covering material are not included.
{table title="Pures V2 Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.0 m, 78 in
Wing area, 36.0 dm2, 558 sq in
Length, 112 cm, 44.1 in
Flying weight from, 435 g, 15.3 oz
Wing loading, 12.1 g/dm2, 4.0 oz/sq ft
Aspect ratio, 11.0,
Wing airfoil, AG35; AG36
Dihedral (EDA), 12.3�,
Centre of Gravity, 75-78 mm from wing leading edge
Controls, "Rudder, elevator, spoilers"
{endtable}
{table title=" Pures V2 Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Bare structure, 300 g, 10.6 oz
Covering, 50 g, 1.8 oz
Total structure, 350 g, 12.3 oz
Wiring, 6 g, 0.2 oz
Receiver, 6 g, 0.2 oz
Rudder servo, 5 g, 0.2 oz
Elevator servo, 5 g, 0.2 oz
Spoiler servo, 5 g, 0.2 oz
Battery, 55 g, 1.9 oz
Noseweight, 3 g, 0.1 oz
Flying weight, 435 g, 15.3 oz
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
V tail servos, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Blue Bird BMS-A10H, CHA DS06, KST X06, Emax ES9051
Spoiler servo, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, CHA DS06, Blue Bird BMS-A10V, Emax ES9052, KST X06H, KST X08H
Receiver, 4 or 5 channel receiver to match your transmitter
Battery, HyperLipo 2S 300 mAh, Dream-Flight 300 mAh 4.8V NiMH, HyperFlight 650 mAh 4.8V NiMH, Dream-Flight 700 mAh 4.8V NiMH, 1S 2600 mAh Li-Ion cell.
{endtable}
� � � � � �(� � � � � � � � � 4\ �� i�# 2 �}�b�� FLITZ2Flitzbogen 2 DLG 1.5m� HyperFlight is proud to stock the {b,Flitzebogen 2 } - or {b,Flitz 2} to English speakers. The {b,Flitz2} is a superbly built discus launched glider with an illustrious contest record and an enthusiastic following by the cognoscenti. Oleg Golovidov placed second using a Flitz at the recent US IHLG contest, a tribute to Oleg and the glider! The Flitz 2 is an update on the original design with a higher aspect ratio wing and other aerodynamic and structural improvements. The surface finish is of the highest standard.
The small fuselage is a nicely made carbon molding with a 2.4GHz transparent glass radio compartment, to simplify the RC installation and maximise range. The tailplane is mounted on a lightweight pylon that can be mounted above or below the tailboom, whichever the builder prefers. The fin is a strong but light design.
Like the rest of the model the wing is a beautifully molded with carbon skin of attractive lozenge shaped spread carbon, over a solid core. The aileron servos are mounted in the wing for the most direct and rigid control connection, and the aileron pocket outlines are already moulded into the lower wing skin. The wing is available in two weights, {i,Light} and {i,Standard} - the Standard layup is about 10g heavier and suitable for all flying conditions.
The wing launch peg and other hardware are included in the full accessory packet. See this {href, https://www.rcgroups.com/forums/showthread.php?2679842-Flitz2,RC Groups Flits 2} thread for a lot more infio and great build photos by Oleg. BTW {i,flitzebogen } is German for {i,crossbow}.
Also see {href,https://drive.google.com/file/d/0B6vsDVb26nuRRUVVRktjTnVSS2c/view,this French manual with excellent photos} and {href,http://olgol.com/Flitz2/flitz2_instructions.pdf, Oleg's manual.}
{table title="Flitz DLG Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.5 m, 59 in
Wing area, 20.7 dm2, 321 sq in
Length, 100 cm, 39.4 in
Flying weight from, 222 g, 7.8 oz
Wing loading, 10.7 g/dm2, 3.5 oz/sq ft
Aspect ratio, 10.9,
Wing airfoil, Rodax,
Dihedral angle, 6.5�,
Centre of Gravity, 65-68 mm from wing leading edge
Controls, "Rudder, elevator, ailerons"
{endtable}
{table title="Flitz DLG Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 33.0 g, 1.2 oz
Wings (Light), 109.0 g, 3.8 oz
Fin, 6.3 g, 0.2 oz
Tailplane, 6.2 g, 0.2 oz
Accessories, 7.5 g, 0.3 oz
Total structure, 162.0 g, 5.7 oz
Glue etc, 5.0 g, 0.2 oz
Receiver, 5.0 g, 0.2 oz
Tail servos, 15.0 g, 0.5 oz
Wing servos, 15.0 g, 0.5 oz
Battery, 20.0 g, 0.7 oz
Flying weight, 222.0 g, 7.8 oz
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Aileron servos, KST X08N, MKS DS65K, MKS DS75K-N, MKS HV75K
Rudder & elevator servos, KST X08, MKS DS65K, MKS DS75K, MKS HV75K
Receiver, 4/5 channel rx to match your transmitter,
Power, Radient 1S 600 mAh LiPo, HyperLiPo 2S 300 mAh LiPo
{endtable}
; � �-� � � � � � � � � � � � J b� c1�C �}�b�~ GRAECALIS-BAGS Graecalis Wing and Tail Bags� A set of beautifully made padded heavy duty fabric wing and tail bags to protect the Graecalis glider during storage and transport.
Recommended. � �2� � Z � � � � � � � � X ^ c1�Cvk +p ��b� PNC-UNIV-38,Universal Mount - 38mm 16 & 19mm Motor Holes� The {b,PNC Innovations 38 mm Kontronik KPG 25 / Speed 480 / Speed 600 / Universal Motor Mount} is a beautifully CNC machined motor mount for securely attaching motors with a 19mm PCD to the front of 38 mm diameter fuselages.
{bullet}
Easy to install.
Very strong.
Superb machining.
They look great!
{endbullet} {CNCMountGlue}
{table title="38mm Universal Motor Mount" class=abc cols=2 align=l separator==}
Fuselage outside diameter = 38 mm
For fuselage internal diameter = 36 mm
Firewall internal diameter = 33.7 mm
Centre hole = 10 mm
Predrilled hole pattern 1 = 4 holes on a 16 mm diameter circle
Predrilled hole pattern 2 = 4 holes on a 19 mm diameter circle
{endtable}
{video,DDJW9y1B5m4}
� � -� � � � � � � � � � 2A4P �� Alu� ���b� -SALE-101General Sale �1 Add this "product" to the shopping basket to make a special purchase from HyperFlight.
We often use it when requesting payment for special orders or other items not listed on the web site.
Change the quantity to the number of UK pounds (GBP) to pay and optionally add a short description in the Charge For field below the price. Click the Add to Basket button and then check out normally, paying by any method.
When exporting outside the UK VAT is deducted, so this actually adds only 83p to the cost, not �1.
Wt 1g � � � � 2� � � � � � � � c7&u �� ,ü ��b� DFFA021&Dream-Flight 700 mAh 4.8V NiMH Battery Four cell 4.8V NiMH battery suitable for the Ahi and other small to medium gliders.
Small four cell 4.8V battery of 4 x 2/3 AA sized cells is suitable for the Ahi and many F3-RES gliders. The battery comes with a universal (JR type) RC plug.
This battery should be trickle charged at 75 mA for approx 14 hrs. You can make up a charge lead using a 100 ohm 0.5W (or larger) resistor. Charge from a 12V DC voltage source.
{table title="Dream-Flight 700 mAh NiMH Weasel Battery Specification" class=1 cols=2 width=130,200 align=L,L}
Chemistry, Nickel Metal Hydride
Number of cells, 4
Voltage, 4.8V nominal
Capacity, 700 mAh
Charge current range, 50 mA - 700 mA
Trickle charge, 75 mA for 14 hrs
Weight, 57 g
Length, 57 mm
Width, 31 mm
Height, 14.5 mm
{endtable}
{NiMHPost}
� � � � -� � � � � � � � E �}�b�� DFFA0135 cm Battery Extension Lead� This short extension wire is a simple and lightweight alternative to a switch. It allows you to disconnect the battery for on/off and charging without having to touch the receiver. Not suitable for servo cable extension as the signal wire is not connected.
The wire is 3 cm long, the overall length including the plug and socket is 6 cm. Works with all makes of RC.
Weight = 1.3 g i � I� � P� � � � � � � � < �� c1�C_ ��b� HAWK-FINHawk & Hawk 2 DLG Fin� A replacement fin for the Hawk & Hawk 2 1m DLG.
This product is the fin only, not fin and tailplane, as shown in the photo.
When gluing in the horn use epoxy or foam-safe superglue. Normal CA will melt the foam core.
� � � � � � � � � � � � � 2F1t H� g�N; � `}�`�� WING-HNS-88'Large 4 Servo Wing Wiring Harness 88 cm� This wiring hardness is suitable for two piece wing models or three piece wing models where the centre panel is no more than 1.7m long. Two pieces supplied, suitable for one four servo wing.
This harness has a very generous cable length at the fuselage end. Note this harness has white/red/black twisted wires, not flat ribbon cable as shown on the photos.
{b,Wing End}
Aileron servo extension length: 30 cm
Flap servo extension length: 88 cm
Wing/Fuse connection: Green Multiplex type 6 pin socket
{b,Fuselage End}
Aileron to receiver extension length: 47 cm
Flap to receiver extension length: 47 cm
Wing/Fuse connection: Green Multiplex type 6 pin plug
Weight of compete harness: 75 g
[202]
6 � Z� � K� � � � � � � � x HK Ref: 76328 / 015000202 � c1�C �� .s ��b� PLM-1010-19Powerline Micro 1010/19 68gG The new {b,Powerline Micro 1010 Turbo} is optimised for 3S LiPo power of F5J models weighing up to 1400 g. Max current 34A on a 3S LiPo with a max capacity 600 mAh. This new version has forced cooling allowing even higher power for a given weight of powertrain.
{table title="Powerline Micro 1010 Turbo Weights" class=1 cols=2 width=135,150 align=L,L, separator=: autohref=2}
Suitable for gliders weighing:Up to 1400 g max
Max power: 320W
Max current: 32A
Motor/gearbox weight: 68.5 g
Length: 58 mm
Diameter: 22 mm
Mounting pitch circle diameter: 17 mm
Shaft diameter: 5 mm
Gearbox ratio: 6.75:1
Recommended ESC: YGE 35 LVT
Recommended propeller: Vitaprop 12x7, GM 12x8, VM 12x8, RF 12x8 (approx 32A on 3S)
Recommended battery: 3s Lipo up to 600 mAh
{endtable}
{table title="Powerline Micro 1010 Turbo Weights" class=1 cols=2 width=135,150 align=L,L, separator=: autohref=2}
Powerline Micro 1010 Turbo: 68 g
Propeller RF 12 x 8: 10 g
Spinner RF 30mm : 13 g
Lipo 3s 600 40C: 60 g
ESC YGE 35 LVT: 30 g
Plugs and screws: 4 g
Total weight: 185 g
{endtable}
V � � � � �6� � � � � � � � � 2C35 �� +� ��b� PLM-1015-17Powerline Micro 1015/17 79g7 The new {b,Powerline Micro 1015 Turbo} is optimised for 3S LiPo power of F5J models weighing up to 1700g. Max current 34A on a 3S LiPo with a max capacity 1000 mAh. This new version has forced cooling allowing even higher power for a given weight of powertrain.
{table title="Powerline Micro 1015 Turbo Weights" class=1 cols=2 width=135,150 align=L,L, separator=: autohref=2}
Suitable for gliders weighing:1300-1700 g max
Max power: 340W
Max current: 34A
Motor/gearbox weight: 79 g
Length: 64 mm
Diameter: 22 mm
Mounting pitch circle diameter: 17 mm
Shaft diameter: 5 mm
Gearbox ratio: 6.75:1
Recommended ESC: YGE 35 LVT
Recommended propeller: GM 16x8, RF 16x8, RF 16x8.5 (approx 34A on 3S)
Recommended battery: 3s Lipo up to 1000 mAh
{endtable}
{table title="Powerline Micro 1015 Turbo Weights" class=1 cols=2 width=135,150 align=L,L, separator=: autohref=2}
Powerline Micro 1015 Turbo: 79 g
Propeller RF 16�8.5: 12 g
Spinner RF 30 mm : 13 g
Lipo 3s 850 40C: 80 g
ESC YGE 60: 38 g
Plugs and screws: 4 g
Total weight: 226 g
{endtable}
[ � � � �=� � � � � � � � � 2C35 �� +� ��b� PLM-1020-12Powerline Micro 1020/12 91g& The new {b,Powerline Micro 1020 Turbo} is optimised for 3S LiPo power of F5J models weighing up to 1800g. Max current 38A on a 3S LiPo with a max capacity 1300 mAh. This new version has forced cooling allowing even higher power for a given weight of powertrain.
{table title="Powerline Micro 1020 Turbo Weights" class=1 cols=2 width=135,150 align=L,L, separator=: autohref=2}
Suitable for gliders weighing:1300-1800 g max
Max power: 380W
Max current: 38A
Motor/gearbox weight: 91 g
Length: 68 mm
Diameter: 22 mm
Mounting pitch circle diameter: 17 mm
Shaft diameter: 5 mm
Gearbox ratio: 6.75:1
Recommended ESC: YGE 65 LVT
Recommended propeller: GM 16x8, RF 16x8, RF 16x8.5
Recommended battery: 3s Lipo up to 1300 mAh
{endtable}
{table title="Powerline Micro 1020 Turbo Weights" class=1 cols=2 width=135,150 align=L,L, separator=: autohref=2}
Powerline Micro 1020 Turbo: 91 g
Propeller RF 16 x 8.5: 12 g
Spinner RF 30 mm : 13 g
Lipo 3s 1000 40C: 98 g
ESC YGE 60: 38 g
Plugs and screws: 5 g
Total weight: 257 g
{endtable}
` � � � �� � � � � � � � � 2C35 ! -�` @�`� PLM-1025-10 Powerline Micro 1025/10 102g The {b,Powerline Micro 1025/10} is the new 2020 Turbo version with Competition gearbox. It is good for 3S or 4S (with a smaller prop) LiPo power of optionally ballasted F5J models weighing up to 2400g. Max current 50A on a 3S LiPo with a max capacity 1600 mAh. The Powerline Micro 1025/10 Turbo has forced cooling allowing even higher power for a given weight of powertrain.
The new {b,2020 version} is supplied with a stronger {b,Competition gearbox} that better handles the higher power this motor is cable of. This is coloured sliver-grey rather than black for the previous version.
This new {b,Powerline Micro 1025/10} motor is specially designed for use on F5J models that have a ballast provision, and can get a heavy 2.4 Kg model to 200 m in 30 seconds even in windy conditions. It will of course be fine when the model is flown unballasted too. It is also perfect for converted F3J models which usually weigh more than modern F5J models.
{table title="Powerline Micro 1025/10" class=1 cols=2 width=135,150 align=L,L, separator=: autohref=2}
Suitable for gliders weighing:1300-2400 g max
Max power: 500W
Max current: 50A
Motor/gearbox weight: 102 g
Length: 75 mm
Diameter: 22 mm
Mounting pitch circle diameter: 17 mm
Shaft diameter: 5 mm
Gearbox ratio: 6.75:1
Winds: 10
Recommended ESC: YGE 65 LVT
Recommended 3S propeller: GM 16x8, RF 16x8, RF 16x8.5
Recommended 4S propeller: GM 14x10, GM 14x9F, GM 14x8F
Recommended battery: Lipo up to 1600 mAh
{endtable}
{table title="Powerline Micro 1025/20 Turbo 2020 Weights" class=1 cols=2 width=135,150 align=L,L, separator=: autohref=2}
Powerline Micro 1025 Turbo: 102 g
Propeller RF 16 x 8.5: 12 g
Spinner RF 30 mm : 13 g
Lipo 3s 1000 40C: 98 g
ESC YGE 60: 38 g
Plugs and screws: 5 g
Total weight: 268 g
{endtable}
e � * � � �/� � � � � � � � � 2C3m 13/08/2019 none in stock, short 2.
20/8/19 - 2 found with Leomotion stock...
20/08/2019 updated stock level5 * +0� ��b� PLM-1015-12Powerline Micro 1015/12 79g� The new {b,Powerline Micro 1015 Turbo} is optimised for 2S LiPo power of F5J models weighing up to 1700g. Max current 50A on a 2S LiPo with a max capacity 1400 mAh. This new version has forced cooling allowing even higher power for a given weight of powertrain.
This motor is perfect for modellers wanting to use HV servos directly powered from the 2S LiPo flight battery.
{table title="Powerline Micro 1015 Turbo Weights" class=1 cols=2 width=135,150 align=L,L, separator=: autohref=2}
Suitable for gliders weighing:1300-1700 g max
Max power: 330W
Max current: 50A
Motor/gearbox weight: 79 g
Length: 64 mm
Diameter: 22 mm
Mounting pitch circle diameter: 17 mm
Shaft diameter: 5 mm
Gearbox ratio: 6.75:1
Recommended ESC: YGE 65 LVT
Recommended 2S propeller: GM 16x8, RF 16x8, RF 16x8.5
Recommended battery: 2s Lipo up to 1400 mAh
{endtable}
{table title="Powerline Micro 1015 Turbo Weights" class=1 cols=2 width=135,150 align=L,L, separator=: autohref=2}
Powerline Micro 1015 Turbo: 79 g
Propeller RF 16�8.5: 12 g
Spinner RF 30 mm : 13 g
LiPo 2S 1100 40C: 80 g
ESC YGE 60: 38 g
Plugs and screws: 4 g
Total weight: 226 g
{endtable}
] � � � � �(� � � � � � � � � 2C35 � �}�b� MALIBU-V-MOUNTSmall DLG V Mount This carbon tailplane V mount fits the Malibu DLG and is suitable for any small glider. This ultra light arriculated tailplane mount minimises drag and tail weight.
Influenced by the Mark Drela design, this quality mount is hand crafted from high modulus carbon and keeps the tailplane above the turbulent flow near the fuselage. This increases the amount of laminar flow on the tailplane, reducing drag.
Boom fitting inside diameter: 7.5 mm
Height of the tailplane mounting plate above the boom: 15 mm
Weight: 0.65g
@ � <� � � � � � � � � � 2 q �� f�� L �}�b� MINI-DLG-THOWING-BLD Easy Fit Mini DLG Throwing Blade� An easy fit throwing blade suitable for small discus launched gliders, as supplied with the Malibu 1m DLG. This throwing blade/peg is beautifully molded from carbon fibre. Use abrasive paper to shape the blade to an airfoil and sweep back the leading dege to maximise launch height and comfort. Almost symmetrical, so it can be used for right handed and left handed throwers.
Much easier to fit that more conventional thowing blades using tangs. Glue the horizontal mounts over the tip of the wing with epoxy or good quality thick CA. To eliminate the chance of it coming loose drill a 2 mm hole all through the mount and wing and peg it in place with some 2mm carbon rod. The weight can be decreased by reducing the thickness of the carbon towards the ends of the blades, and by profiling the edges, to approximate to a thin ellipse.
{table title="Easy Fit Throwing Blade Specifications" class=1 cols=3 width=140,100 separator=: align=L,L,L}
Weight: 1.0 g
Max thickness of carbon: 1.9 mm
Height of both blades: 40 mm
Max width: 10 mm
Length of tangs: 20 mm
Height of a single blade: 20 mm
{endtable}
Also called a contoured DLG launch blade, a seagull throwing peg, a curved launch blade. < � S� � � � � � � � � � q �� f��� � �}��b�� SAPPHIRE-TAILPLANESapphire TailplaneA Replacement Sapphire tailplane / horizontal stabiliser / elevator � � #F� � � � � � � � � � � �� c1�C�� +>� ��b� PNC-UNIV-30,Universal Mount - 30mm 16 & 19mm Motor Holes@ The {b,PNC Innovations 30 mm Universal Motor Mount} is a beautifully CNC machined motor mount for securely attaching many motors to the front of 30 mm diameter fuselages. The bolt hole pattern is as shown in the second photo.
{bullet}
Easy to install.
Very strong.
Superb machining.
They look great!
{endbullet} {CNCMountGlue}
{table title="30mm Universal Motor Mount" class=abc cols=2 align=l separator==}
Fuselage outside diameter = 30 mm
For fuselage internal diameter = 28 mm
Firewall internal diameter = 25.5 mm
Centre hole = 12.1 mm
Predrilled hole pattern 1 = 4 holes on a 16 mm diameter circle
Predrilled hole pattern 2 =4 holes on a 19 mm diameter circle
{endtable} Sorry, these do not fit XPower or Mega 16/15/xx motors, the motor diameter is too great.
Photo needs updating
{video,DDJW9y1B5m4}
� � -� � � � � � � � � � 2A4P J� Alu� ` �`�� CG-SCALECG Measuring Scale� The {b,CG Measuring Scale} is an accurate digital scale which shows the exact location of the centre of gravity location in millimetres from the wing leading edge, plus the model's weight in grams. Ideal for F3K, F5J, F3J, F3F, F3B, F3B, F3F and all similarly sized model aircraft.
The centre of gravity scale comes with a 9 V battery which supplies the energy to this complex device. The scale consists of the main unit holding the scales, a 3D printed cradle to hold the model, and a microcomputer with LCD display to output the info.
Available in two versions as shown below. We recommend the {i,Small 3 Kg} version for most modellers as perversely it has a slightly lager max fuse size.
During boot up the battery voltage is displayed. Occasionally new 9V batteries are too high initially in which case the display is incorrect until the voltage drops. The battery is changed by unscrewing the plate near the switch.
{table title="CG Measuring Scale Types" class=1 cols=3 width=170,150,150 align=L,L,L separator=: }
Size: Small 3Kg : Regular 4 Kg
Target model: F3K, DLG, Mini DLG, F5J: F3J, F3F, F3B
Max model weight: 3 Kg : 4 Kg
Max rearward CG : 120 mm : 145 mm
Min wing chord: 132 m : 155 mm
Max fuse width under wing: 65 mm: 52 mm
Max fuse depth under wing: 65 mm: 65 mm
{endtable}
Technical characteristics:
Measuring range: 0 to 3 or 4 kg
Display: LCD 65x16mm, display on 2 lines
Power supply: 9v battery (included)
Dimensions CG scale (LxWxH): 173x148x140mm approx.
Dimensions display case (LxWxH): 85x40x20mm approx.
Weight of the CG scale: 410g approx.
How to use it:
1) Set the CG balance switch to ON
2) Wait for the display on the tare screen (GR: 0000)
3) Place the glider on the 4 pins, fuselage well centred in the supports and leading edges bearing against the stops
4) Read the weight of the model (g) and the position of centre of gravity (mm)
� � xK� � K2� � � � � � � � � � See https://www.topmodel.fr/en/product-detail-22471-cg-scale-0-8kg
https://portachiavi.es/producto/brazos-de-soporte-de-tamano-mediano-mediums-size-arms/
x c1�C ��b� FG-SHEET-101.0mm Glass Fibre Sheet� Good quality 1.0 mm thick glass fibre / glass fiber / glassfibre / fibreglass / fiberglass sheet.
Sheet size 1 mm x 350 mm x 150 mm � � 7� � P� � � � � � � � � 2I1p �� i�� ��b� FG-SHEET-151.5mm Glass Fibre Sheet� Good quality 1.5 mm thick glass fibre / glass fiber / glassfibre / fibreglass / fiberglass sheet.
Sheet size 1.5 mm x 350 mm x 150 mm � � U� � (� � � � � � � � � 2I1p �� jV�� ��b� FG-SHEET-202.0mm Glass Fibre Sheet� Good quality 2.0 mm thick glass fibre / glass fiber / glassfibre / fibreglass / fiberglass sheet.
Sheet size 2 mm x 350 mm x 150 mm � � � � � � � � � � � � � 2I1p �� ii,� ��b� FG-SHEET-303.0mm Glass Fibre Sheet� Good quality 3.0 mm thick glass fibre / glass fiber / glassfibre / fibreglass / fiberglass sheet.
Sheet size 3 mm x 350 mm x 150 mm � �
� � P� � � � � � � � � 2I1p �� j?�� � �}�b� SNIPE2-NOSECONESnipe 2 NoseconeN Molded Kevlar composite nosecone for the Snipe 2 DLG.
2.4 GHz tranparent.
� #� � � � � � � � � � 2 �� c1�C�� +1| ��b� GM-SPLIT-COLLET-5MM 5mm Split Collet for GM Spinners� These 5 mm hole split collets fit all the GM spinners we sell. They are suitable for motors/gearboxes with 5 mm diameter shafts.
Use to replace the original split collect so the spinner can be used with a different sized motor/gearbox shaft. � �
2� � � � � � � � � � X 2A5O �� Al�� +D� ��b� GM-SPLIT-COLLET-6MM 6mm Split Collet for GM Spinners� These 6 mm hole split collets fit all the GM spinners we sell. They are suitable for motors/gearboxes with 6 mm diameter shafts.
Use to replace the original split collet so the spinner can be used with a different sized motor/gearbox shaft. � �
2� � � � � � � � � � 2A5O �� Alu � `}�`� PULSAR-PRO-2-CANOPY Pulsar Pro 2 & 2.5 Canopy HatchN A replacement canopy hatch for all versions of the Pulsar Pro 2 & 2.5 models. � � � � � � � � � � � � d 19 / 10 �� c1�C �}�b�� F3K-WING-BAG-DISCDLG F3K Wing and Tail Bagss Very good quality wing, tailplane and fin bags for protecting F3K DLG glider flying surfaces. These bags are made from a good thick material and have a nicely stitched edging that will remain strong for years.
Will suit most modern discus launched glider wings and tails. The planform and shape is based on Gerald Taylor's Zone2 design with a 176 mm root wing chord.
S � ,
� � � � � � � � � � � y � c1�C c `}�`�� WING-HNS-90'Large 4 Servo Wing Wiring Harness 90 cm� This wiring hardness is suitable for two piece wing models or three piece wing models where the centre panel is no more than 1.7 m long. Two pieces supplied, suitable for one four servo wing.
Note this harness has orange/red/brown flat ribbon wire. If you are concerned abour RF interference gently twist the ribbon cables.
{b,Wing End}
Aileron servo extension length: 31 cm
Flap servo extension length: 90 cm
Wing/Fuse connection: Green Multiplex type 6 pin socket
{b,Fuselage End}
Aileron to receiver extension length: 32 cm
Flap to receiver extension length: 32 cm
Wing/Fuse connection: Green Multiplex type 6 pin plug
Weight of compete harness: 62 g
[200]
@ � _� �
� � � � � � � � d HK Ref: 76326 / 015000200 � c1�C \ ��b� SRB-KST-X10:Frame with bearing for the KST X10, X10 Mini, DS125, DS135� A nicely molded filled nylon servo frames with an external bearing, to fit the KST X10, X10 Mini, DS125, DS135, and DS225 servos. This updated frame has a larger gluing area and fits the older KST DS125, DS135, DS225 as well as the newer KST X10 and X10 Mini servos.
This product does not work with other manufacturer's (eg MKS) servos as the output spline size and retaining arm screw size is particular to KST.
These frames speed-up servo installation, keep the servo secure and rigidly mounted, and also allow easy removal for maintenance or replacement. The external bearing reduces side load at the servo output arm, reducing compliance and extending the life of the servo. The external bearing reduces any free play, increasing the stiffness of the control surface, improving control and avoiding flutter problems.
Sold singly. Add two to the basket for mounting two servos
Size: 58 mm x 47 mm x 10.5 mm
Weight: 6 g � � K� � � � � � � � � �
2BOX4I � j`�} 8+ +% ��b� KRITKA1,Kritka 1 Shrouded Servo Cover with bulge (2)� These beautufully molded wing servo covers are light, low drag, and look good and are molded with a small bulge to allow thicker servos to be used. The bulge is approx 4 mm deep and allows servos up to 16 mm thick to be used, depending on the wing airfoil thickness.
The large shroud covers the servo output arm, clevis, and the control rod. This reduces the turbulence and improves performance measurably.
Supplied in pairs.
{table title="Kritka 1 Carbon Servo Covers (with bulge) Specification" class=1 cols=2 width=150,115 align=L,L,L}
Thickness of carbon sheet, 0.37 mm
Chordwise length inc shroud extension, 95 mm
Chordwise length exc shroud extension, 60 mm
Spanwise length, 59 mm
Depth of servo bulge, 4 mm
Distance of shroud from edge, 11 mm
Thickness of shroud, 9 mm
Height of shroud, 9.5 mm
Weight, 3.4 g
{endtable}
Trim to size to suit your application and attach with clear tape. � � � i � � � � � � � � # 2E29 2� carb8+ +a� ��b� GM-F5J-30-SPINNER Replacement 30mm GM Spinner Cone� Replacement molded 30 mm carbon spinner cone for GM F5J spinner assemblies.
The carbon cone only. Does not include the hub/yoke or any screws. < � F� �
� � � � � � � � 2B5O <� Carb8' +�L ��b� GM-F5J-32-SPINNER Replacement 32mm GM Spinner Cone� Replacement molded 32 mm carbon spinner cone for GM F5J spinner assemblies.
The carbon cone only. Does not include the hub/yoke or any screws. > � F� �
� � � � � � � � 2B5O <� 8+ -�` ��b� GM-F5J-38-SPINNER Replacement 38mm GM Spinner Cone� Repaclement molded 38 mm carbon spinner cone for GM F5J spinner assemblies.
The carbon cone only. Does not include the hub/yoke or any screws. D � U� � � � � � � � � � 2B5O <� Carb8+ +l� ��b� GM-F5J-28-SPINNER Replacement 28mm GM Spinner Cone� Replacement molded 28 mm carbon spinner cone for GM F5J spinner assemblies.
The carbon cone only. Does not include the hub/yoke or any screws. : � F� �
� � � � � � � � 2A5O <� Carb� �}�b� HAWK-TAILPLANEHawk & Hawk 2 DLG Tailplane A replacement tailplane / horizontal stabiliser / elevator for the Hawk & Hawk 2 1m DLG.
This product is the tailplane only, not fin and tailplane, as shown in the photo.
When gluing in the horn use epoxy or foam-safe superglue. Normal CA will melt the foam core.
� � � � � � � � � � � � � t H� f��+ �}��b�� FLIPPER-TAILPLANEFlipper Tailplane� A replacement tailplane / horizontal stabiliser / elevator for the Flipper 1.2m DLG.
This product is the tailplane only, not fin and tailplane, as shown in the photo. � �
� � � � � � � � � � � Q I� c1�C � �}��b�� FLIPPER-FIN Flipper Fin� A replacement fin and rudder for the Flipper 1.2m DLG.
This product is the fin only, not fin and tailplane, as shown in the photo. � �
� � � � � � � � � � � Q I� c1�C �� -9� ��b� PNC-UNIV-32,Universal Mount - 32mm 16 & 19mm Motor Holes4 The {b,PNC Innovations 32 mm Kontronik KPG 25 / Speed 480 / Speed 600 / Universal Motor Mount} is a beautifully CNC machined motor mount for securely attaching Kontronik KPG 25 / Speed 480 / Speed 600 / Mega and may orther motors to the front of 32 mm diameter fuselages. The bolt hole pattern is as shown in the second photo.
{bullet}
Easy to install.
Very strong.
Superb machining.
They look great!
{endbullet} {CNCMountGlue}
{table title="32mm Universal Motor Mount" class=abc cols=2 align=l separator==}
Fuselage outside diameter = 32 mm
For fuselage internal diameter = 30 mm
Firewall internal diameter = 27.5 mm
Centre hole = 12.1 mm
Predrilled hole pattern 1 = 2 holes on a 16 mm diameter circle
Predrilled hole pattern 2 = 2 holes on a 19 mm diameter circle
{endtable}
{video,DDJW9y1B5m4}
� � -� � � � � � � � � � 2A4P J� Alu` �}�b� SHINTO-JNR-BALLASTShinto Joiner/J Ballast Set� Joiner ballast set to fit into the Shinto hollow wing joiner. The set consists of 4 pcs of ballast that fit snugly in the hollow wing joiner, increasing the model's weight by up to 690 g. Each ballast slug weights approximately 172 g
For Shinto F3J and F5J models this is the only way of ballasting the model as the J wing does not include the ballast compartments.
This ballast can also be used in addition to the wing slugs on Shinto F3B and F3F models.
i � 2� � � � � � � � � � P� dm�5� �}�b� VITA8X5 Vitaprop 8x5 Folding prop blades A pair of high quality {b,Vitaprop 8 x 5 folding propeller blades}, suitable for HyperFlight's and other makes of folding prop yokes and spinners.
These blades are very high quality carbon moldings with an excellent aerodynamic design to maximise efficiency. They will tend to pull a little less current than cheaper folding propellers. They are designed for very high power levels and the blade root is reinforced with an aluminium bearing to ensure good folding, reduce wear, and maximise strength.
Note this product consists of two carbon propeller blades only. The central spinner/yoke assembly is not included. Also it is common for prop blades to not fit all spinner/yokes perfectly as supplied. It is often necessary to reduce the width the blade root slightly to ensure free folding movement. Also the cut out in the spinner cone often needs to be increased to allow the blades to fully extend. The root of the blade should not touch the spinner cone when the prop is fully opened.
{blade,Vitaprop, 8,5,7.6, 1000}
% � � �
� � � � � � � � ( g Y� eiM � �}�b� SNIPE2-AIL-HORN$Snipe 2 Aileron Horns & Balls (pair)M A pair of replacement metal aileron horns with balls for the Snipe 2 DLG.
> � � � (� � � � � � � � W� c1�C� �}�b� VITA8X4 Vitaprop 8x4 Folding prop blades A pair of high quality {b,Vitaprop 8 x 4 folding propeller blades}, suitable for HyperFlight's and other makes of folding prop yokes and spinners.
These blades are very high quality carbon moldings with an excellent aerodynamic design to maximise efficiency. They will tend to pull a little less current than cheaper folding propellers. They are designed for very high power levels and the blade root is reinforced with an aluminium bearing to ensure good folding, reduce wear, and maximise strength.
Note this product consists of two carbon propeller blades only. The central spinner/yoke assembly is not included. Also it is common for prop blades to not fit all spinner/yokes perfectly as supplied. It is often necessary to reduce the width the blade root slightly to ensure free folding movement. Also the cut out in the spinner cone often needs to be increased to allow the blades to fully extend. The root of the blade should not touch the spinner cone when the prop is fully opened.
{blade,Vitaprop, 8,4,7.5, 1000}
$ � � �
� � � � � � � � 2C6g Y� jZl� �}�b�
SUN-5UBEC6Sunrise 5.5V 6A UBEC� Adopting the most advanced designing of Switch mode mastered by the main-controlling chip, combination of FET of extremely low resistor against high frequency, current limit protection, high efficiency of chip up to 93%.
Small and light.
Heavy output current. Continuous output current is 6A, burst output current is 8A, which can meet the demand of digital servo of high torque or simulating servo fully.
Output wires configured with a professional filtering magnet loop largely reduces the electromagnetic interference to assure the receiver�s regular work.
6V to 33.6V wide range of regular working voltage.
Maximum operating frequency >1MHz.
Output port adopted high quality solid capacitance and silica gel wires
Model: UBEC 6A
Output Voltage: 5.5V
Continuous output current: 6 Amps
Burst output current: 8 Amps
Input: 6V-33.6V
Quiescent current: 10mA
Size: 25mm*20mm*7mm
Weight: 16g � � ]� � � � � � � � � � � �� c1�C � ��b� HAWK-CANOPYHawk Canopy Hatch7 Replacement canopy hatch for the Hawk / Light Hawk DLG. � � F� � � � � � � � � � 2 2G6t "� gE�G3 +�� ��b� GM-SL-50*50mm GM SL Scale Spinner (Requires Collet)� New GM Scale Line spinners here now. Profile to suit scale gliders. Painted white.
Blades and collet not incuded - select to suit your motor/gearbox.
More info soon. � � 6 � � & � � � � � � � � 2C5q �}�b��
WILLOW-SORWillow SOR F3F 2.75m� The {b,Willow SOR F3F} is an updated version of the well regarded Willow F3F racer designed by Ian Mason. This 2.75 m span model has solid F3F credentials and is designed for typical European conditions, however it is made to a high standard in the Far East at a very economic price. Flying qualities, structural strength, fit and finish are all excellent.
The objective of the Willow SOR F3F is to create an affordable F3F plane that can give a lot of fun when sport flying, but still very capable in F3F racing events, allowing newcomers to this category to give it a try.
The Willow SOR is made to a high standard. The surface finish is as good as top rated manufacturer's planes. The design has been optimised to create a forgiving, easy to fly model that excels in high speed and high G flight.
The fuselage is glass with carbon reinforcements and features a large access hatch for easy installation of the RC. The attractive carbon canopy hatch RC has wire retaining springs ready fitted. The tail pushrod outers are bonded in place.
The two piece wings are nicely molded giving a high gloss finish. The wings are available in Full Carbon and Carbon DBox layups. Available in carbon Dbox and Full Carbon layups. The Dbox version is recommended for sports flying and the Full Carbon version for F3F racing and fully ballasted high speed runs in BIG air. The skins are very strong to minimise hanger rash and are bonded to a substantial carbon spar. The wings include openings for the flap and aileron servos and the aileron/flap control horns are supplied. Each wing root also includes spaces for extra ballast to be fitted.
Get one of these rare models at an excellent price. There is no catch, this is a high quality all molded 3 m class F3F racer for the price of a 2 m sports model. It is a superb sports sloper as well as a good entry-level racer.
Supplied with all pushrods and control linkages and a 16 mm ID ballast tube.
{table title="Willow SOR Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.75 m, 108 in
Wing area, 55.9 dm2, 866 sq in
Length, 148 cm, 58.3 in
Flying weight from, 2550 g, 89.9 oz
Wing loading, 45.6 g/dm, 14.9 oz/sq ft
Aspect ratio, 13.5,
Wing airfoil, DP-IM-F3F (Dirk Pflug)
EDA (dihedral), 2.0�,
Centre of Gravity, 106-108 mm from wing leading edge
Controls, "Ailerons, flaps, V tail"
{endtable}
{table title="Willow SOR Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage inc pushrods, 319 g, 11.3 oz
Left wing, 813 g, 28.7 oz
Right wing, 814 g, 28.7 oz
V tails, 89 g, 3.1 oz
Wing joiner, 122 g, 4.3 oz
Ballast tube, 42 g, 1.5 oz
Accessories, 25 g, 0.9 oz
Total structure, 2224 g, 78.4 oz
Wiring, 30 g, 1.1 oz
Receiver, 10 g, 0.4 oz
Tail servos (2), 40 g, 1.4 oz
Wing servos (4), 92 g, 3.2 oz
Battery, 154 g, 5.5 oz
Flying weight from, 2550 g, 90 oz
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
V tail (servo body max 23 mm x 12 mm), KST DS145, KST X10-710, KST DS215MG, KST X12-508, KST MS320, MKS HV6125e, MKS DS6125e, MKS HV6130H
Flap (servo max 12 mm thick), MKS HBL6625, MKS HV6130, KST DS225, KST DS125, KST X10, Blue Bird A56V
Aileron (servo max 10 mm thick), MKS HBL6625 Mini, MKS HV6130, KST DS225, KST DS125, KST X10, KST X10 Mini, Blue Bird A56V, KST X08 Plus
Receiver, 6 channel rx to match your transmitter
Power, Overlander 2S 1000mAh, Radient 1600 mAh 6V, HyperFlight 2200 mAh 4.8V, 1600 mAh 2S LiFe
{endtable}
{b,Control Throws}
V tail elevator function: 6 mm each way (measured at the root)
V tail rudder function: 5 mm each way (measured at the root)
Aileron: 9 mm up / 6 mm down (measured at the wing tip)
Flaps: Up to 80 degrees down
{b,Mixes}
Snap flap: 2 mm down flap with up elevator, with ailerons following flap movement.
Roll: Flaps follow ailerons with 25% of the movement.
Aileron->Rudder: a little aileron to rudder mix to help keep the nose down.
Crow: flaps fully down, ailerons 40% up, elevator 40% down.
{video-vimeo, 167348802}
� � � � � � � � � � � � � � � z <� c1�C� �}�b�� MERLINMerlin F3F 2.75mC The {b,Merlin F3F} is a very cost-effective way of getting into F5F slope racing and fast slope soaring generally. The build is very strong and the finish is first class. The model has a reputation of being groovy and easy to fly depite its fast pedigree.
The model comes with pushrod inners and outers pre-fitted to the fuselage, and an accessory pack containing linkage hardware. Also included is a nice 20 mm ballast tube to allow the model to be ballasted for very strong conditions.
{table title="Merlin F3F Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.75 m, 108 in
Wing area, 58.0 dm2, 899 sq in
Length, 139 cm, 54.7 in
Flying weight from, 2517 g, 88.8 oz
Wing loading, 43.4 g/dm, 14.2 oz/sq ft
Aspect ratio, 13.0,
Wing airfoil, Special 6.6%
EDA (dihedral), 1.0�,
Centre of Gravity, 65-80 mm from wing leading edge
Controls, "Rudder, elevator, ailerons"
{endtable}
{table title="Merlin F3F Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 317 g, 11.2 oz
Wings, 1656 g, 58.4 oz
V tails, 98 g, 3.5 oz
Accessories, 98 g, 3.5 oz
Total structure, 2169 g, 76.5 oz
Wiring, 20 g, 0.7 oz
Receiver, 10 g, 0.4 oz
V tail servos (2), 46 g, 1.6 oz
Wing servos (4), 112 g, 4.0 oz
Battery, 150 g, 5.3 oz
Flying weight, 2517 g, 88.8 oz
{endtable}
{table title="Recommended Servos" class=1 cols=2 width=110,240 align=L,L autohref=2}
V tail, KST X10-710, KST DS145, KST X12-508, KST MS320, MKS HV6130H
Flap, KST X10, KST DS125, MKS HBL6625, MKS HV6130
Aileron, KST X10, KST X10 Mini, KST DS135, KST DS125
{endtable}
^ � v � � � � � � � � � � � � z <� c1�Ck_ +J\ ��b� GM12X8GM 12x8 Folding prop blades� A pair of very high quality {b,GM 12 x 8 folding prop blades}, suitable for HyperFlight's and other makes of folding prop yokes and spinners. The photos show the similar GM 13 x 8 blades but this product has 12" (30.5 cm) diameter by 8" (20 cm) pitch blades.
These blades are thinner (they have a higher aspect ratio) than normal folding propeller blades, allowing larger diameter blades to be fitted without pulling too much current. This increases the propulsive efficiency of the powertrain. They are also engineered to fold closer to the fuselage, and cause less drag when folded than other props. See photos 3 and 4 for a visual comparison of GM, RF and Aeronaut props, kindly produced by Andre Jeber Demetrio.
Note this product consists of two carbon propeller blades only. The central spinner/yoke assembly is not included. Also it is common for prop blades to not fit all spinner/yokes perfectly as supplied. It is often necessary to reduce the width the blade root slightly to ensure free folding movement. Also the cut out in the spinner cone often needs to be increased to allow the blades to fully extend. The root of the blade should not touch the spinner cone when the prop is fully opened.
{blade, GM, 12, 8, 10.9,2000}
� � � � � � � � � � � � 2B6O 2 �}�b� GREMLIN Gremlin 1.5m� The {b,Gremlin 1.5m} is a lovely 60" slope soarer that flies beautifully in most wind conditions. A great model for mad 3D aerbatics and general fun flying. It has a good speed range and is extremely manouverable.
{b, Wings}
The optimized sections will let you go from extreme aerobatics, through big air, graceful manoeuvres down to really slow landing speeds with the flaps down. Large ailerons, large flaps and a semi elliptical wing plan form each add to the overall performance of the sailplane.
{b, Aeroic Sine Wave Spar}
Used in several military aircraft, the Sine Wave Spar has been adapted for the first time to make up the heart of a model sailplane wing, and has frankly amazed us with its low weight, and ultra high strength. Unlike a conventional spar the Sine Wave Spar adds terrific torsional strength and yet actually weighs considerably less than the older non-optimized spar. Now used in all ACAP sailplanes, the Sine Wave Spar is a lighter and far stronger upgrade that raises the technology level yet another notch.
{b, Fuselage}
The beautifully contoured fuse is deep, and balanced front to back to give the side area required for some aerobatic manoeuvres. Its strong, light, and stiff with Carbon/Kevlar. Electronics area is 2.4 GHz friendly with access to the radio and ballast through a conventional slide-on hatch type canopy. The long nose area provides plenty of space to easily balance the model without resorting to shoehorning lead in every nook and cranny.
Snakes or rear mounted direct servos can be used for Rudder/Elevator control. These are all positioned to take the �head scratching� out of installing the radio gear and to allow the use of standard 19/20mm round ballast slugs, 10 of them if you need them, which added to the optional ballast in the wings allows more than 1.5kg capability!
The rudder is designed large enough to be effective for both aerobatics and slow landing speeds. Wing stub fairings with location dowel holes finish the fuselage. An added advantage is that it�s extremely easy to convert to electric.
{b, Tailplane}
At 10%, the tail sailplane section is thicker than is the norm but the infinitesimal increase in drag is easily offset by the increased control response for less deflection. To increase the efficiency, pitch control is accomplished by using an elevator. The elevator is driven by either an optional ball raced bell crank from a servo in the fuse, or a servo can be placed in a hatch through the fin to give solid elevator control. The tails remain removable for convenient transport or storage.
{b, Production}
In addition to the supplied ballast tube the kit accessory bag includes the fuselage servo tray, four plastic servo mounting frames (designed to take larger 30 mm x 35 mm wing servos), good quality metal wing clevises and pushrods, and colour coded hatch covers. The fuselage is fitted with two nice carbon pushods. The elevator servo can be fitted in the fin to simplify the installation, or in the front of the fuse to help with the CG. In the later case rthe customer will need to supply a belcrank to operate the all flying tail. In both cases the customer will need to supply the tail linkage hardware. The cut outs in the fuselage servo tray are for servos with a body footprint of 23 mm x 12 mm.
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder & Elevator (servo body max 23 mm x 12 mm), MKS HV6125e, MKS DS6125e, KST DS215MG, KST X12-508, KST MS320, Blue Bird BMS-106HV, Blue Bird BMS-107HV
Flap (servo max 10 mm thick), MKS HBL6625, MKS HV6130, KST DS225, KST DS125, KST X10, Blue Bird A56V
Aileron (servo max 10 mm thick), MKS HBL6625, MKS HV6130, KST DS225, KST DS125, KST X10, Blue Bird A56V, KST X08 Plus*, KST X08*
Receiver, 6 channel rx to match your transmitter
Power, Overlander 2S 1000mAh, Radient 1600 mAh 6V, HyperFlight 2200 mAh 4.8V, 1600 mAh 2S LiFe
{endtable} *The supplied servo frames fit KST DS125 and X10 sized servos.
� � �2� � T � � � � � � � � � k �� jD�r I ��b� MALIBU-TAILPLANEMalibu DLG Tailplane� A replacement tailplane / horizontal stabiliser / elevator for the Malibu 1m DLG.
This product is the tailplane only, in a coloured glass layup, not in carbon as shown in the main picture. J � � � � � � � � � � � � 2F1q ~� i}X( 1 +)� ��b�
MALIBU-FIN
Malibu Fin� A replacement fin for the Malibu 1m DLG. Will fit many other small models also.
This product is the fin only, in a coloured glass layup, not in carbon as shown in the main picture. O � � 2�
� � � � � �}�b� VM-SPING-X08-PULLEYS.VM Spring Loaded Pulley Set for X08 Servos (2)* The {b,VM Spring Loaded Pulley Set for X08 Servos} is an aluminium pulley with splines to fit all X08 servos, for use in pull-spring control surface actuation. What makes this very special is that a coil spring is included to offset the pull of the control surface spring, so the servo is not under strain all the time. This increases servo longevity, servo performance and reduces current draw, increasing battery life too.
A very clever solution to a difficult problem, showing what a great engineer Vladimir is.
Two pulleys and coil springs are included.
Note these are not intended for DLG use, as the torque springs used on discus launched gliders are not strong enough to cause the KST X08 any difficulties. These are intended for larger models/control surfaces that require stronger springs.
� (� � P� � � � � � � � 2 �� Alumninium, steel c1�Cq ��b� GM-CONE-SCREW16,16mm GM Spinner Cone Retaining Screw - Black� One 16 mm long M5 domed hex end high tensile gunmetal black steel screw.
This is suitable as a replacement carbon spinner cone retaining screw for 38 mm and larger GM F5J spinner assemblies.
) � � � � � � � � � � � 2A5O �� Steel j�� �}�b� SNIPE2-BALL-HORNS0Ball End Control Horn as used on the Snipe 2 (2)6 A pair (2) of ball ended M3 threaded aluminium control horns, as used on the Snipe 2 DLG.
{table title="Ball End Control Horn Specifications" class=1 cols=2 width=170,80 align=L,L,L}
Shoulder to Ball Centre, 6 mm
Ball Diameter, 4.9 mm
Thread Size, M3
Thread Length, 3 mm
Material, Aluminium
{endtable} ? � (� � (� � � � � � � � �� Steel c1�C� �}�b� VM13X9VM 13x9 Folding prop blades A pair of very high quality {b,VM 13 x 9 folding prop blades}, suitable for Vladimir's Models new Pro Spinners and other folding prop yokes and spinners.
These blades are extremely thin (they have a higher aspect ratio), thinner even than GM blades. This allows larger diameter blades to be fitted without pulling too much current. This increases the propulsive efficiency of the powertrain. When used with VM Pro Spinners they will fold closer to the fuselage, and cause less drag than other props.
Note this product consists of two carbon propeller blades only. The central spinner/yoke assembly is not included. Also it is common for prop blades to not fit all spinner/yokes perfectly as supplied. It is often necessary to reduce the width the blade root slightly to ensure free folding movement. Also the cut out in the spinner cone often needs to be increased to allow the blades to fully extend. The root of the blade should not touch the spinner cone when the prop is fully opened.
{blade, VM, 13, 9, 7.7, 700}
� ! � � � � � � � � � � 2 (� d !��o ,;� `�`�� VM-SPINNER-25-M5 VM 25mm Spinner for M5 shafts� The {b,Vladimir's Models VM25/5 Spinner} is a great spinner for small F5K type electric gliders. It is the lightest spinner available for M5 shafts and is the benchmark design that other companies have replicated. It has a diameter of 25 mm and is suitable for motors with a M5 threaded 5mm output shaft. The yoke/hub is CNC machined from aluminium alloy and has been anodised to increase the surface hardness and corrosion resistance.
<b>March 2025: The Vladimir's Models VM25/5 Spinner is now supplied with three spinner cones - one each in black, white and lime yellow. </b>
This spinner will only fit onto motors with an M5 threaded motor shaft. There is no grub screw to hold the spinner into place, it has to be screwed onto the motor shaft.
{table title="VM25/5 Spinner Specification" class=1 cols=2 width=160,160 align=L,L}
Diameter, 25 mm
Motor shaft, 5 mm (threaded M5)
Distance across hinge pins, 18 mm
Prop hinge pin diameter, 2 mm
Prop blade root width, 5 mm
Weight, 3.8 g
{endtable}
� � � � � � � � � � � � �} ��b�� SN2E-MOUNT-X08H"Snipe 2e Mount for KST X08H Servosg This Snipe 2e KST X08H servo mount kit massively simplifies mounting KST X08H servos in the Snipe 2 Electric model. Highly recommended.
The kits consits of:
1 pc 3D printed plastic tray
2 pcs ball link clevises
1 pc M2 standard clevis
1 pc M2 modified clevis
2 pcs short connecting rods
4 pcs servo mounting screws
2 pcs tray mounting screws
� �
2� � � � � � � � � � 2 Plastic, steel f�� �� /?� ��b�� BMS-207WV5Blue Bird BMS-207WV Servo - 7.5Kg.cm 0.05s 17.5g 12mm� The {b,Blue Bird BMS-207WV } is fast, and have amazing high torque, making it a great servo for most RC applications. Weighing 17.5 g, and 12 mm thick, it is perfect for RC planes and gliders. At 8.4V the BMS-207WV's torque is still a very impressive 7.5 kg.cm while having an amazing speed of 0.05 seconds per 60� of movement. These are very impressive speed and torque figures for such a small and well priced servo, making it good for most applications. It is suitable for all control surfaces and especially flaps on F5J models, most gliders wingspan and many RC sports models and helicopters. At 12 mm thick it is suitable for mounting in small fuselages and thin wings and tails.
The {b,WV} in the name stands for Wide Voltage, indicating that this servo has wide range of acceptable supply voltages and is suitable for 1S LiPo, 4 or 5 cell NiMH and 2S LiPo operation.
The {i,Blue Bird BMS-207HV} is a great servo and uses the same technology as the new BMS 125/126/125 range of servos. It is similarly precise, with no free play in the geartrain, and it is even more powerful and faster than the smaller servos. The large output spline is identical to Futaba 25 tooth splines, so replacement output arms are readily available.
{ServoSpecs}
� � � � @� � � � � � � � ' 1J3R �� +-� �~�b�� SRB-KST-X15"Frame with bearing for the KST X15/ A single nicely molded filled nylon servo frame with an external bearing, to fit the KST X15 servo.
These frames speed-up servo installation, keep the servo secure and rigidly mounted, and also allow easy removal for maintenance or replacement. The external bearing reduces side load at the servo output arm, reducing compliance and extending the life of the servo. The external bearing reduces any free play, increasing the stiffness of the control surface, improving control and avoiding flutter problems.
Size: 58 mm x 47 mm x 10.5 mm
Weight: 6 g � � K� � � � � � � � � � 2BOX4I �}�b� CD2000-ARTF.Circle Dancer 2000 RES Glider/Electric ARTF 2mu The {b,Circle Dancer 2000 RES} is a great {i,Almost Ready To Fly} 2m F3-RES type model with an excellent pedigree. The model is supplied fully built and superbly covered, but does not include any RC. It is available with either an electric or a glider fuselage - see the {i,Fuselage} option below the {i,Colour} option.
Like the Circle Dancer 3000 and 3600 models it is expertly constructed, and beautifully covered in Oracover Light. By the time you have added in the covering and glue costs it is not much more expensive than one of the build-it-yourself-in-a-few-months kits.
The fuselage consists of a wooden pod with a large access hatch ready-fitted with securing magnets. At the font of the glider version the beautifully carved nose block has been hollowed to take lead shot nose weight. The front of the electric version's pod has a ply 33 mm diameter firewall with holes ready drilled on 14 mm and 19 mm diameters. Inside the pod a plywood tray has been installed for screwing the rudder and elevator servos too. The servos can be up to 24 mm long by 12 mm wide. The pod includes nuts to take the wing mounting screw and fittings to take the supplied adjustable tow hook. The carbon tailboom cleverly slides into the rear of the pod and locates into a rear bulkhead. A pylon for mounting the tailplane is molded into the rear of the tailboom, together with flats for the fin to be glued to. The tailboom also has been fitted with low friction plastic pushrod outer tubes and wire pushrods.
The all balsa fin includes a large rudder for good directional control. The tailplane is similarly constructed and both are attractively shaped, giving the model a charming look.
The wing centre panel incorporates a substantial spruce spar and top surface forward sheeting to minimise drag. The centre panel incorporates a large spoiler for accurate landing and safely exiting strong thermals. The spoiler servo can be up to 10 mm thick. The ends of the centre panel have magnets built in to keep the tip panels in place. The tip panels are more lightly built and use front riblets to help maintain the correct forward airfloil shape. The tip panels are attached to the centre panel with a beautifully molded carbon dihedral brace.
The accessory pack includes the adjustable tow hook (glider version), control surface horns and other small fittings. The spoiler is designed to be actuated by a long spoiler servo output arm. The tail surfaces are intended to be connected directly to the wire pushrods with L bends. No clevises are supplied or needed in our opinion, but a keeper will be required to ensure the L bends don't become detached. The carbon tailboom fairing visible in some photos is not included in the current kit, as it contravened the German F3-RES rules. The current fuserlage is longer and does not need this part.
The only work required to finish the model is gluing the boom into the pod, the fin onto the end of the tailboom, the rudder and elevator horns and installing the RC. This should only take a couple of evenings.
The quality of the workmanship used for building and covering the model cannot be overstated. It really is a tour-de-force of balsa construction. In particular how the nose block is covered with no seems showing is beyond me. The covering job is beyond amazing.
{table title="CD2000 RES Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.0 m, 78 in
Wing area, 35.1 dm2, 545 sq in
Length, 124 cm, 48.8 in
Flying weight from, 475 g, 16.8 oz
Wing loading, 13.5 g/dm, 4.4 oz/sq ft
Aspect ratio, 11.3,
Wing airfoil, AG35/36/37,
Dihedral (EDA), 11.3�,
Spinner dia (el version), 33 mm (32mm spinner okay)
Centre of gravity, 78-82 mm from wing leading edge
Controls, "Rudder, elevator, spoiler"
{endtable}
{table title="CD2000 RES Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Pod, 65 g, 2.3 oz
Boom and pushrods, 35 g, 1.2 oz
Centre panel, 106 g, 3.7 oz
Wing tips, 112 g, 4.0 oz
Tailplane, 13 g, 0.5 oz
Fin+Rudder, 11 g, 0.4 oz
Accessories, 20 g, 0.7 oz
Total structure, 362 g, 12.8 oz
Receiver, 6 g, 0.2 oz
Rudder & elevator servos, 10 g, 0.4 oz
Spoiler servo, 5 g, 0.2 oz
Battery, 60 g, 2.1 oz
Noseweight, 32 g, 1.1 oz
Flying weight, 475 g, 16.8 oz
{endtable}
{table title="Circle Dancer 2000 Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder & elevator servos, Ripmax SD100, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Blue Bird BMS-126WV, KST X06, KST X08, Graupner DES 261, EMAX ES08A
Spoiler servo, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Blue Bird BMS-126WV, KST X06, KST X08
Receiver, 4 or more channel receiver to match your transmitter
{endtable}
{table title="CD2000 Control Throws" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder, 60 mm each way
Elevator, 10 mm up / 5 mm down
Spoiler, 40 mm up (75�)
Tow hook, 9 mm forward of CG
{endtable}
{table title="Electric Version Powertrain Recommendations" class=1 cols=2 width=130,310 align=L,L autohref=1}
Hacker A10-7L geared 4:1, 3S 450mAh LiPo, 12x10 folding prop
Hacker A10-7L geared 4:1, 3S 450mAh LiPo, 13x8 folding prop
ADH300L / MM1914-1100 Front Mount, 3S 450mAh LiPo, 8x4 folding prop
ADH300L / MM1914-1100 Front Mount, 2S 600mAh LiPo, 9x6 folding prop
Hacker B20-18L geared 4:1, 2S 600mAh LiPo, 12x7 folding prop
Hacker B20-18L geared 4:1, 3S 450mAh LiPo, 10x5 folding prop
Axi 2208/26 V2 Long, 2S 600mAh LiPo, 8x4 folding prop
Axi 2208/34 V2 Long, 3S 500mAh LiPo, 9x6 folding prop
Hacker A20-20L, 3S 500mAh LiPo, 10x6 folding prop
Mega 16/15/4 direct drive, 2S 700mAh LiPo, 9x5 folding prop
Mega 16/15/5 direct drive, 3S 500mAh LiPo, 7x4.5 folding prop
{endtable}
� � e � � | � � � � � � � � � 9 5� c1�C � ��b�� STRIKE3-NOSECONEStrike 3 Nosecone) Replacement nosecone for the Strike 3 DLG v � � � � � � � � � � � d 2F1j *� j5�� � �}�b��
MALIBU-POD
Malibu Pod" Replacement pod for the Malibu DLG T � / � � � � � � � � � � 2F1q *� i �� � �}�b��
MALIBU-CANOPYMalibu Canopy Hatch Malibu Canopy Hatch Y � F� �
� � � � � � � � ( 2G6q *� i �� � `}�`�% HAWK2-RTF'Hawk 2 RTF 1m DLG with Servos Installed� The {b, Hawk 2 RTF} is a great 1m mini DLG from Ukraine that is built beautifully and flies excellently. This version comes with servos installed. The Hawk 1m DLG launches high and has a good speed range. The Hawk 2 is an upgrade of the original Hawk 1m DLG that has well earned reputation for launching high and having a good speed range while also being easy to fly. The Hawk 2 is very similar to the previous model but has a slightly wider fuselage with a slip-on nosecone for easier RC installation and maintenance.
<i>These RTF Hawks 2 are almost ready to fly, with just the receiver and battery needing to be supplied by the buyer. These models have either Hitec HS-40 or CHA DS06 servos fitted. All linkages and control horns have beautifully installed. Also the throwing blade has been expertly fitted to the left wing, making these models suitable for right-handed throwers (though a left-handed launcher could fit a throwing blade to the right wing also). </i>
The glass {b,Hawk 2 DLG} model is supplied with a strong and brightly coloured glass layup wing, which weighs approx 60 g. The SC Hawk 2 version is supplied with a lighter Carboline spread carbon wing weighing 52 g. The SC model especially is exceptionally light, while also being strong and very rigid, allowing high launches. Still air times of 1:30 to 2 minutes can be obtained by strong launchers, and thermal performance and stability is good.
The SC Hawk's 2 fuselage is a one piece (not pod and boom) design of oval cross section, with the front part made from 2.4GHz friendly glass, and the rear from spread carbon. The glass Hawk 2 version's fuselage is all glass construction. The fuselage has a slip-on nosecone that gives good access to the RC, for easier installation and maintenance. All the servos are installed in the pod to minimise nose weight and yaw inertia. The Hawk 2's fuselage is a bit wider that the original version's however the RC installation is still a fairly cramped. As the only instructions available are various online build logs the model is not ideal for inexperienced builders.
The tailplane (horizontal stabiliser) is bolted onto a small pylon molded into the underside of the boom, and the fin (vertical stabiliser) has a perfectly matching hole molded into it, enabling easy mounting onto the end of the tailboom.
The Hawk 2 wing is solid molded with a glass or spread carbon skin over a CNC cut foam core. The wing has a good surface finish ensuring low drag and longevity. The ailerons are fabricated with a living hinge. The only work required to finish the wings is installing the throwing blade and control horns.
We recommend that the sewn wing and tail bags are also purchased. These will help avoid transport and storage damage, keeping the glider in top condition.
Note the aileron pushrods initially look to be too short, but are correct. The flaperons need more down movement than up movement so the pushrods are set to flaperon midpoint (half way between max down and max up) at the servo midpoint. You will need to use your transmitter programming facilities to centre the flaperons with the flaps up, and at cruise camber. Then set up mixes to give you landing flaps and wing camber adjustment. If you have any questions please ask on the {href, https://www.rcgroups.com/forums/showthread.php?3021236-Hawk-1m-DLG-from-HyperFlight,RCGroups Hawk 1m DLG from HyperFlight} thread. Also see {href, https://www.rcgroups.com/forums/showthread.php?2952429, this thread for build info}.
See the options below the price to see the colours and layup of the models currently in stock. All models are for right-handed launchers unless described {i,Left Handed}.
{table title="Hawk 2 DLG Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.0 m, 39 in
Wing area, 10.9 dm2, 169 sq in
Length, 72 cm, 28.2 in
Flying weight from, 120 g, 4.2 oz
Wing loading, 11.0 g/dm, 3.6 oz/sq ft
Aspect ratio, 9.2,
Wing airfoil, AG46,
Dihedral angle, 5.0�,
Centre of Gravity, 54-56 mm from wing leading edge
Controls, "Ailerons, elevator, rudder"
{endtable}
{table title="Hawk 2 DLG Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 15.0 g, 0.5 oz
Wing (glass), 60.0 g, 2.1 oz
Wing (carbon), 52.2 g, 1.8 oz
Fin, 3.1 g, 0.1 oz
Tailplane, 3.6 g, 0.1 oz
Accessories, 7.1 g, 0.3 oz
Total structure (carbon wing), 81.0 g, 2.9 oz
"Glue, mounts etc", 2.0 g, 0.1 oz
Receiver, 5.0 g, 0.2 oz
Tail servos, 9.0 g, 0.3 oz
Wing servos, 9.0 g, 0.3 oz
Battery, 10.0 g, 0.4 oz
Noseweight, 4.0 g, 0.1 oz
Flying weight, 120.0 g, 4.2 oz
{endtable}
{table title="Recommended R/C-nano gear only" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator & rudder servos, Hitec HS-40, KST X06, CHA DS06, servos ready installed
Aileron servos, Hitec HS-40, KST X06, CHA DS06, servos ready installed
Receiver *case removed, Spektrum AR6260*, AR6100e, AR400, Futaba R6004FF*, FrSky X4R, Orange DSM2 compatible, Jeti Duplex R5, Multiplex Mlink RX-6-DR Light*
Battery, HyperFlight 150 mAh 4.8V NiMH, 1S 300 mAh LiPo, 1S 380 mAh LiPo
{endtable}
{table title="Hawk 2 Control Throws" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder, 10 mm each way
Elevator, 8 mm up / 8 mm down
Ailerons, 6 mm up / 5 mm down
Camber Settings
Launch, 0.5mm up
Cruise, 0 mm
Thermal 1, 2 mm down
Max thermal, 4 mm down
Landing flaps, as much down as possible
{endtable}
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k � c � � � � � � � � � � � � � Hawk RFT components
One fuselage and fin
One tailplane
One wing piece
All serial numbers MUST match
06/12/2021 base price was �355 for glass, BMS-101 servos
22/02/2022 removed
The model is supplied with a {pref, LIPO1S300,CSS 1S 300 mAh LiPo battery} if we can legally ship this. We can send LiPos to the UK, Belgium, France, Germany, Italy, Netherlands and Spain mainlands only.
t �� g.5& � ,�� � �b�" PICO-SWITCH-RED3Pico Switch RED/F5J Backup System & Magnetic Switch] The {b,PicoSwitch RED} is a lightweight battery backup system and magnetic switch and is ideal for RC gliders and F5J electric soarers. This device has two power inputs and allows the radio control gear to be powered from ether battery/power source. It is switched on and off by holding the supplied magnet close to the switch for three seconds.
The PicoSwitch RED has two standard RC (JR) sockets at the battery end. The receiver end is fitted with a standard RC (JR) plug, as used on servos.
If the switch is mounted under fuse skin the magnet can be outside and the switch inside, so the RC can be switched on without removing the access hatch. Careful firmware design ensures that stray magnetic fields cannot toggle the switch incorrectly.
The device defaults to {b,on} when first powered up - this safety feature means that if there is a brief voltage drop caused by a bad connection or low battery voltage the device will stay on when the voltage returns. It also means that the model can be flown if the magnet is lost, just unplug and re-plug the receiver battery to switch it on.
{b,The benefits of this backup system and magnetic RC on-off switch}
{bullet}
Backup facility will run the RC from the highest voltage power source.
Can be powered from 1S & 2S LiPo batteries, 4-6 cell NiMH batteries, and an ESC BEC.
Batteries/ESC can output different voltages, the RC will be powered from the highest voltage source.
The lower voltage battery will not be reverse charged, so 1S LiPos can be safely used as the backup battery. This will allow a battery voltage telemetry warning to tell the pilot that the system has switched to the backup battery.
Clever firmware indicates when the switch is sensing the magnet to give instant feedback.
When switched on the LED flashes indicating the RC is now on.
The flashes are very brief to keep the switch's energy usage to a minimum.
The magnetic switch utilises a Hall Effect Sensor (no mechanical switching parts).
Safe and reliable :
Default to on - if the battery is disconnected and then reconnected the output will turn on every time.
The magnetic switch is programmed to ensure the magnet is over the sensor for 3 seconds without interruption and only then will it toggle the switch state.
Extremely resilient to magnetic interference due to the algorithm used.
{endbullet}
{b,Installation}
When the switch is plugged into the power supply for the first time the output will turn on and the LED will flash.
{bullet}
Place the switch as close to the fuselage or wing surface as possible.
Use a thin piece of double sided tape to hold the switch in place.
To locate the sensor simply sweep over the approximate sensor location area, when the Hall effect device sees the magnet the LED will turn solid on indicating the perfect position.
Use a marker pen and mark where the sensor is located.
{endbullet}
{b,Magnetic Switch Operation}
{bullet}
To turn the switch off place the supplied magnet over the sensor and the LED will light up continuously. Hold the magnet in place for 3 seconds without interruption. Tip: count 1, 1000, 2, 2000, 3, 3000.
To turn on the RC hold the magnet over the sensor again, keeping it still for three seconds, as above.
{endbullet}
Please ensure a full range check of the model is undertaken prior to use. The pack includes the switch and two small neodymium magnets - one needed plus a spare. It does not include the {pref, PICO-KEYFOB, Magnetic Keyfob and Lanyard} shown in the related products sidebar. To mount the magnet and make it more visible cut some balsawood to the required size, make a hole for the magnet, and cover it with sticky tape.
{table title="PicoSwitch RED Backup System & Magnetic RC Switch Specifications" class=1 cols=2 width=140,250 align=L,L,L}
Weight, 6 g - 9 g (0.2 oz - 0.3 oz)
Dimensions, 28 mm x 14 mm x 6 mm
Overall length inc leads, 14 cm
Max cont current @ 25�C, 7A
Max current for 10s, 8A
Max burst current, 20A
Supply voltage, 3.5V - 9V (1S to 2S LiPo, 3 to 6 cells NiMH)
On Vdrop @ 2A, 30 mV
Off quiescent current, 16 - 35 �A
Operating temperature, -40�C to +80�C
{endtable} d � * � � � � � � � � � � 2F4W � � ,&� ��b�? MUSIC-WIRE-15MM1.5mm Music Wire (91 cm) {musicwire,1.50,0.91,} E � � � P� � � � � � � � 3 T�
United � -� @�`�� NRJ NRJ 1.5m DLG; The {b,NRJ F3K} is a highly prized competition model from Anton Ovcharenko of OA Composites, with aerodynamic design by Christophe Bourdon. An NJR piloted by Pierre Meunier recently won the Nancy Cup in France.
The NRJ F3K project benefits from Anton and Christophe's vast experience of flying F3K events throughout Europe. Christophe started with careful observation about different model formulas and he has created a design that has realised the best overall DLG performance in currently available designs. Old DLG pilots have seen the impressive evolution in model weights, aspect ratios, speed range, launch height and of course manufacturing technologies. The {b,NRJ} (pronounced {i,Energy}) synthesises these improvements into a new state of the art model.
The {b,NRJ} flight style can be summarised as easy handling, excellent glide angle, good in slow speed situations, wide speed range, the ability to fly in wind without ballast due to keeping its energy so well. You can fly across large areas of sink and turbulences with improved stability, saving precious altitude. The combined structural optimisations (including one of the thinnest fuselages) and aerodynamic refinements result in a glider that uses the very minimum amount of energy, allowing longer flights more consistently from the launch and thermal energy available.
{I, Aerodynamics}
Christophe Bourdon�s analysis is that in thermal flight, and for discus launched gliders in particular, we don't need so much camber on our airfoils. Camber consumes energy, wasting it in increased profile drag. As improving building technologies allow us to build lighter and lighter models it is logical to reduce the average airfoil camber and it is useful to morph the foils in other ways to tweak their shapes and lift-drag polars, especially at the wing tips with their critical lowest Reynolds number. Successfully achieving well attached flow at the tips has resulted in very forgiving handling qualities over the entire flight range, and especially very good slow flight and thermal climb capabilities.
The airfoil series has a thickness of 6.0% at the root down to 5.2% at the tips, with a good elliptic lift distribution, with no washout required. The airfoils were designed to keep the wing twisting moment (Cm) low and for it to change smoothly between speed and thermal flight conditions. This choice allows the glider�s speed to be changed easily without losing energy which is very useful in changeable flight conditions.
{I, Easy To Fly With High Performance}
Because the well designed wing has smooth transitions from high speed to high lift working points the glider handles very progressively and is easier to tune to the pilot�s preferences. Also the flying techniques for obtaining full performance can be learned quickly and easily, even by average fliers.
The generous 7 degree dihedral allows small RC inputs to be used when maintaining thermal turns, minimising control drag. The special wing tip shape was chosen to help make the model more recognizable and thus easier to fly in crowded thermals as often found in competitions.
The NRJ may surprise some pilots because the wing working points were implemented in a unique way. However once the pilot adjusts to this flying becomes very natural and more relaxing than most high performance DLGs.
{I, Kit Description}
The NRJ fuselage is very thin, to reduce weight and drag. However it conveniently incorporates a slip-on nosecone and a large opening for the RC. Instaling the radio gear is made even easier by the 3D printed servo mount. This is designed for KST X08 servos, though other servos can be fitted with a little extra work. The fuselage is carbon from the opening rearwards, but the very front is made from 2.4 Ghz friendly material so the receiver antennas can be safely installed internally. The rear of the fuselage has an underslung tail pylon ready molded in place. The fin and tailplane are extremely lightweight molded spread carbon jobs, and like the wing have an excellent surface finish.
The two piece wings are beautifully molded with a thin airfoil, and large ailerons. Considering the light weigh it is very rigid and has a good finish. It is usually available in Light (CW40), Standard (CW60) and Strong layups. A ballast set is available for extending the performance envelope of the glider. The Light layup should only be flown with a max of 40 g of ballast, the Standard up to 60 g, and the Strong can take the full 98 g load.
The NRJ kit includes these accessories: 3D printed servo mount for 4 KST A08 or X08 servos, throwing blade, all control horns, and pushrods, wire for tail torque springs, pull cord wire and crimps, wing and tail screws. See the {file,NRJ-buiding-instructions-F3Klaus-20200411.pdf, NRJ Build Manual 2020} and the {file,NRJ-EN-instructions-2019.pdf, NRJ Build Instructions 2019} for build info. Also check out {href, https://www.rcgroups.com/forums/showthread.php?3200547-NRJ-%28OA-composites%29,RCGroups NRJ thread} for current build and flying info.
September 2025 delivery: These great models now have a two piece wing to simplify transport.
(C) Neil Stainton.
{table title="NRJ DLG Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.5 m, 59 in
Wing area, 19.0 dm2, 295 sq in
Length, 96 cm, 38.0 in
Standard layup flying weight from, 213 g, 7.5 oz
Wing loading, 11.2 g/dm2, 3.7 oz/sq ft
Aspect ratio, 11.7,
Wing airfoil, NRJ Series
Dihedral angle, 7.0�,
Centre of Gravity, 64.5-66.5 mm from wing leading edge
Controls, "Rudder, elevator, ailerons"
{endtable}
{table title="NRJ DLG Standard Layup Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 38.0 g, 1.34 oz
Wing (standard), 97.0 g, 3.42 oz
Fin, 5.4 g, 0.19 oz
Tailplane, 4.7 g, 0.17 oz
Accessories, 12.0 g, 0.42 oz
Total structure, 157.1 g, 5.54 oz
Glue; mounts etc, 2.0 g, 0.07 oz
Receiver, 5.0 g, 0.18 oz
Tail servos, 17.0 g, 0.60 oz
Wing servos, 17.0 g, 0.60 oz
Battery, 15.0 g, 0.53 oz
Flying weight from, 213 g, 7.5 oz
{endtable}
We intend to stock the NRJ with these wing layup options. The lighter wing layups come with lighter fins and tailplanes.
{table title="NRJ Wing Approx Weights" class=1 cols=2 width=110,115 align=L,L}
Light, 84g - 90g
Standard, 94g - 100g
Strong, 109g - 115g
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
All servos, KST A08, KST X08, MKS HV70, MKS DS65K, MKS DS75K, MKS HV75K, MKS HS75H
Receiver (max size approx 60mm x 25mm x 12mm), 4/5 channel rx to match your transmitter, eg FrSky X4R, Spectrum AR6610T, Lemon LM0034, Futaba 6008HS*, Futaba R6106HFC *case removed
Power, Tatu 1S 350 mAh, HyperLiPo 2S 300 mAh LiPo, Radient 1S 600 mAh
{endtable}
{table title="NRJ Control Throws & Mixes" class=1 cols=2 width=110,240 align=L,L }
Rudder, 12 mm each way
Elevator, 8 mm up / 8 mm down
Ailerons, 13 mm up / 19 mm down
<i>Recommended snap-flap (elevator->camber) mix.</i>
Full up elevator, 5 mm down aileron
Full down elevator, 3 mm up aileron
<i>Recommended Flight Mode Aileron Settings</i>
Launch preset, 1 mm up aileron & 2.5 mm up elevator
Speed, 1.5 mm up aileron
Cruise, 0 mm aileron
Slow cruise, 2 mm down aileron
Thermal, 6 mm down aileron
Landing mode, as much down aileron as possible
{endtable}
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� � � � � � � � � � � � � � � 3^ NRJ components� �}�b�� NJR-BALLASTNRJ Ballast System A ballast system for the NRJ DLG consisting of five ballast slugs. Note the first photo only shows the four lighter ones.
This allows the NRJ to be flown in all wind conditions.
Ballast weights included are: 20g, 40g, 60g, 79g, 98g
The 98g ballast is not shown in the photos.
� 2 � � � � � � � � � � , j � f��_ +L� ��b�� NRJ-BAGSNRJ Wing and Tail Bags Good quality wing and tail bags to protect the NRJ DLG. Now includes a fuselage bag also (not shown in the photos).
A beautiful set of wing and tail bags for the NRJ DLG. The covers will protect the surfaces from physical damage and from solar radiation which can warp and weaken naked carbon structures, even in northern climates.
The bags are made from aluminised Mylar covered foam with a coloured fabric (canvas-like) edging and pocket ends. The wing bags include a Velcro area for attaching both halves together. A � , � � � � � � /?� �~�b�� BMS-125WV6Blue Bird BMS-125WV+ Servo - 7.1Kg.cm 0.09s 11.3g 10mmu The {b,Blue Bird BMS-125WV+} is the {b, highest torque} servo in the new {i, Blue Bird BMS-125WV+/126WV+/127WV+} range of 11g servos. At 8.4V the torque of the BMS-125WV+ is a massive 7.1 kg.cm. The speed is lower than the other servos in the range but is still 0.09 seconds per 60� of movement, which is fine for 99% of models. It is suitable for all control surfaces on lighter F5J models and most gliders up to 4 m wingspan. At 10 mm thick it is suitable for mounting in small fuselages and thin wings and tails.
The {b, WV} in the name stands for Wide Voltage, indicating that this servo has wide range of acceptable supply voltages and is suitable for 1S LiPo, 4 or 5 cell NiMH and 2S LiPo operation.
The {b,+} {i, plus} moniker on these servos is to indicate this version is an upgrade on the BMS-125WV we previously sold. Some of the photos still show the BMS-125WV as apart from the label the new servo looks identical.
The {i, Blue Bird BMS-125HV+} is a great servo built to the same space saving form factor as the MKS DS6100 and MKS HV6100. It is similarly precise, with no free play in the geartrain, and it is much more powerful and faster than the competing products. The large output spline is identical to Futaba 25 tooth splines, so replacement output arms are readily available. Note the output spline is not the same as MKS so the servo cannot be used with most MKS accessories.
Although it looks like the {i,BMS-105HV} the {i,BMS-125 WV+} uses new components, better bearings and an improved internal design and does not suffer the longevity problems that affected some high hours BMS-105 installations.
{ServoSpecs}
o � � � -� � � � � � � � ! � 1K3R � �~�b�� BMS-126WV6Blue Bird BMS-126WV+ Servo - 6.5Kg.cm 0.07s 11.3g 10mm/ The {b,Blue Bird BMS-126WV+} is optimised or both {b,good speed and good torque}, making it the medium option in the new {i,Blue Bird BMS-125WV+/126WV+/127WV+} range of 11g servos. At 8.4V the torque of the BMS-126WV+ is still a very impressive 6.5 kg.cm while also having an excellent speed of 0.07 seconds per 60� of movement. These are very impressive speed and torque figures, making it good for most applications. It is suitable for all control surfaces except flaps on F5J models, most gliders up to 3.5 m wingspan and many RC sports models and helicopters. At 10 mm thick it is suitable for mounting in small fuselages and thin wings and tails.
The {b,WV} in the name stands for Wide Voltage, indicating that this servo has wide range of acceptable supply voltages and is suitable for 1S LiPo, 4 or 5 cell NiMH and 2S LiPo operation.
The {b,+} {i, plus} moniker on these servos is to indicate this version is an upgrade on the BMS-125WV we previously sold. Some of the photos still show the BMS-126WV as apart from the label the new servo looks identical.
The {i,Blue Bird BMS-126HV+} is a great servo built to the same space saving form factor as the MKS HV6100/DS6100. It is similarly precise, with no free play in the geartrain, and it is even more powerful and faster than the competing product. The large output spline is identical to Futaba 25 tooth splines, so replacement output arms are readily available. Note the output spline is not the same as MKS so the servo cannot be used with most MKS accessories.
Although it looks like the {i,BMS-105HV} the new {i,BMS-126 WV+} uses better components, better bearings and an improved internal design and does not suffer the longevity problems that affected some high hours BMS-105 installations. The BMS-106HV was not affected by the problem anyway.
{ServoSpecs}
p � � � -� � � � � � � � ! Q 1L3R l� jr m� ��b�� BMS-127WV6Blue Bird BMS-127WV+ Servo - 5.3Kg.cm 0.05s 11.3g 10mm� The {b,Blue Bird BMS-127WV+} is the {b,highest speed} servo in the new {i,Blue Bird BMS-125WV+/126WV+/127WV+} range of 11g servos. At 8.4V the speed of the BMS-127WV+ is an amazing 0.05 seconds per 60� of movement. The torque is slightly lower than the other servos in the series but is still very good at 5.3 Kg.cm. It is suitable for all ailerons and elevators on lighter F5J models, most gliders up to 3 m wingspan and many RC sports models and helicopters. It is especially good for heli tail rotors. At 10 mm thick it is suitable for mounting in small fuselages and thin wings and tails.
The {b,WV} in the name stands for Wide Voltage, indicating that this servo has wide range of acceptable supply voltages and is suitable for 1S LiPo, 4 or 5 cell NiMH and 2S LiPo operation.
The {b,+} {i, plus} moniker on these servos is to indicate this version is an upgrade on the BMS-125WV we previously sold. Some of the photos still show the BMS-127WV as apart from the label the new servo looks identical.
The {i,Blue Bird BMS-127HV+} is a great servo built to the same space saving form factor as the MKS DS6100 and HV6100. It is similarly precise, with no free play in the geartrain, and is much faster than the competing product. The large output spline is identical to Futaba 25 tooth splines, so replacement output arms are readily available. Note the output spline is not the same as MKS so the servo cannot be used with most MKS accessories.
Although looking like the {i,BMS-105HV}, the {i,BMS-127 WV+} uses new components, better bearings and an improved internal design and does not suffer the longevity problems that affected some high hours BMS-105 installations. The BMS-107HV was not affected by the problem anyway.
{ServoSpecs}
q � � � -� � � � � � � � ! D 1L3R l� jq��h �}�b�G BMS-M15V4Blue Bird BMS-M15V Servo - 7.5Kg.cm 0.10s 14.0g 10mm� The {b,Blue Bird BMS-M15V } servo is a ground-breaking new servo from Bluebird. It uses a magnetic contactless position sensor which will never wear out and thus removes the major failure mode of my most RC servos. The case of the {b,-V} version incorporates two {b,horizontal mounting lugs} for secure mounting in wings and tail services.
Despite being only 10 mm thick the M15V�s torque and speed are both very high making it suitable for all control surfaces on fast gliders and jets. The voltage range goes from 4.5V up to 8.5V, making it perfect for use from electronic speed controls (ESC), 4.8V NiMH or 2S Lipo batteries. The high-quality metal gears are supported on two ball bearings and the servo is driven by a high-quality coreless DC motor. The black case is anodised aircraft grade aluminium alloy, not plastic.
The large output spline is identical to Futaba 25 tooth splines, so replacement output arms are readily available.
{ServoSpecs}
� � ; � 2� *Y� � � � � � � � # R �� hK�C �}�b�� VM6X3;VM Modified Grp CAM 6x3 Folding prop blades (2mm hinge pin)� A pair of specially {b,VM Modified Graupner CAM 6x3 prop blades}. Vladimir's Models have completely reengineered and upgraded these blades. They have improved the shape and completely changed the hinge pin position to enable them to fold and open fully when used with their VM25/5 spinner. They are suitable for the Snipe 2e, the Yoda Electric and other F5K type electric gliders.
These blades require smaller spinner/hub assemblies with 2mm diameter hinge pins. Note this product consists of two carbon filled pastic propeller blades only. The central spinner/yoke assembly is not included.
{table title="VM Modified Grp 6x3 Folding Propeller Blade Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=:}
Prop diameter: 15 cm: 6 in
Prop pitch: 8 cm: 3 in
Weight of 2 blades: 3.3 g: 0.12 oz
Width of blade root: 5.0 mm: 0.197 in
Hinge pin hole dia: 2.0 mm: 0.079 in
Max power: 180 W
{endtable}
[ �
� � F� � � � � � � � !� c��� U ��b�� ELF-SPIN-PWRSETVM Lightweight Powerset 17g� The VM Lightweight Powerset consists of a pair of 4.2x2.3 VM folding prop blades in a special 25 mm spinner ready mounted onto a tiny SunnySky 110X outrunner motor that fits inside the spinner. To this a speed control running BLHeli32 firmware has been expertly soldered. The battery connector on the ESC is a Mini JST red BEC socket but this can be replaced if necessary.
The speed control has been modified to optionally output 5V or unregulated 2S LiPo battery voltage to the receiver and thus servos.
As supplied the ESC outputs the unregulated 2S Lipo battery voltage (approx 8.2V initially unloaded). This is good when using high voltage servos, and especially if using receiver voltage telemetry, as you can see/hear the battery voltage on the transmitter. On the other hand if you are using normal voltage servos you will need to extricate the wire marked 8.4V and insert the wire marked 5V into the RC plug.
The prop/motor/ESC is suitable for 2S LiPo batteries only with a capacity between 150 mAh and 450 mAh.
The total weight of this power set is 16.7 g (0.59 oz).
Mounted using 4 pcs M2 screws (supplied) on a 9 mm diameter.
The speed control will overheat if full power is used for more than approx 5 seconds. We recommend that the throttle channel travel is reduced to 60% on the transmitter to limit the current and avoid overheating.
DO NOT CONDUCT STATIC POWER TESTS.
YOU ARE LIKELY TO OVERHEAT THE MOTOR OR ESC
3 SECOND GROUND RUNS MAX. � _ � � /� � � � � � � � [ 2B3 �� j)��Z �}�b�� GRP6X34Graupner 6x3 CAM Folding prop blades (2mm hinge pin)� {br, Limited to one per customer}
A pair of Graupner 6x3 CAM prop blades suitable for the Snipe 2e and other F5K type electric gliders. These blades require smaller spinner/hub assemblies with 2mm diameter hinge pins.
Note this product consists of two carbon filled pastic propeller blades only. The central spinner/yoke assembly is not included.
{table title="Graupner 6x3 CAM Folding Propeller Blade Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=:}
Prop diameter: 15 cm: 6 in
Prop pitch: 8 cm: 3 in
Weight of 2 blades: 3.4 g: 0.12 oz
Width of blade root: 5.0 mm: 0.197 in
Hinge pin hole dia: 2.0 mm: 0.079 in
Max power: 180 W
OEM ID: 1336.15.8
{endtable}
[ �
A� � c� � � � � � � � N� c1�C � �}�b�� VMF5K-PWRSET/F5K/Snipe 2e Powerset with ESC and 6x3 Prop 34gU {br,No longer available.}
The VM F5K/Snipe 2e power set consists of a pair of 6x3 CAM folding prop blades in a VM 25 mm spinner ready mounted onto a LDARC XT1806 2500 RPM/V racing outrunner. To this a KS 30A speed control running BLHeli32 firmware has been expertly soldered. The battery plug on the ESC is an XT30 but this can be replaced if necessary
Update: Jan 2021: the speed control used now has a 5V 2A BEC circuit to allow normal 5V servos to be used. The BLHeli32 settings on the one we checked were as in the last photo.
The total weight of this power set is 33.7 g (1.2 oz). It is highly recommended for the VM Snipe 2e model.
We suggest that a 2S LiPo battery with a capacity between 300 mAh and 600 mAh is used. Vladimir's Models recons they can be used on a 3S LiPo but this is pushing them very far and risks overheating the motor. We do not guarantee the powerset on this voltage.
{b,The supplied M2 motor mounting bolts are too long and can protrude into the motor and damage the windings when using a thin firewall. Either shorten the bolts or use washers to avoid this.}
" � cK� � =P� � � � � � � � d T� c_�v�� +/� ��b� VMF5-PWRNOSE-Vladimir's Models F5 PowerNose 35g 2500 RPM/V� {BR, We have these in stock but they are all allocated to Yoda EL models}
The VM F5 Power Nose consists of a pair of VM 6x4 carbon folding prop blades in a special lengthened VM spinner ready mounted onto a LDARC XT1806 2500 RPM/V (or similar) racing outrunner. To this a 30A speed control running BLHeli32 firmware has been expertly soldered. The battery plug on the ESC is an XT30 but this can be replaced if necessary
The special thing about the PowerNose is that the motor is fully enclosed inside the lengthened spinner, so the complete powerset mounts in front of a 28 mm diameter firewall. This makes modifying DLGs or other small gliders to electric extremely easy. Just cut off the nose, install a 28mm diameter firewall, make a 12mm x 5mm opening for the ESC, and bolt the PowerNose in place. Very low drag, no soldering, no worry about outrunner wires, no messing.
The total weight of this power set is 34.4 g (1.2 oz).
We suggest that a 2S LiPo battery with a capacity between 300 mAh and 600 mAh is used. Vladimir's Models recons they can be used on a 3S LiPo but this is pushing them very far and risks overheating the motor. We do not guarantee the powerset on this voltage.
{table title="Vladimir's Models F5 PowerNose Specifications" class=1 cols=2 width=40,150 align=L,L,L separator=: autohref=2}
Weight: 34.4g
Spinner diameter: 28 mm
Leng� �}�b�� PLUS-X)Plus X F5J 4m including wing bags and IDSS The Vladimir's Models Plus X is one of the top F5J models. Superb engineering. Excellent design.
Supplied with:
IDS fitted in the wing for easy flap and aileron servo installation
Wing and tail bags
Fuselage MKS 6110 mount plate for easy tail servo mounting
https://www.facebook.com/k.lindinger/videos/3757166950967905/?t=0
� � �2� � �`� � � � � � � � � ^� c1�C �{ -m @�`� MAGNUSMagnus Slope Racer 1.5m� Designed by UK expert modeller Jonathan Wells the {b,Magnus} is a tough high performance 1.5m (60") all molded glass and carbon fast sports slope glider that has a great speed range and forgiving handling characteristics. The model looks fantastic with a good surface finish and a practical easy to fit-out design. An {pref,MAGNUS-E,electric hotliner} version is also available.
The two piece wing is available in glass and carbon layups. The glass version has a fair amount of carbon and is very strong. The full carbon version is about 50g heavier and is extremely strong and rigid and will be ideal for DSing on the backface. The wings are kept in place with a very substantial carbon joiner. The tailplane is removable making the model very easy to store and transport. The fuselage is glass with carbon reinforcement and is a very sleek design. The large canopy hatch gives great access to the long nose, making for a very easy RC installation and easy balancing. There is some space under the wing for ballast, and also pockets approx 20mm x 8mm x 100mm are molded into the wing roots for more ballast (not supplied).
The complete accessory pack includes all pushrods, ply wing servo mounts (for X08 family servos), control horns, a ply elevator fuselage servo mount, and colour coded wing servo covers. See the link below the videos for English build instructions and this excellent {href, https://forum.alofthobbies.com/index.php?threads/magnus-build-thread-tjirc.1245,Magnus build log } by the designer. Also check out the {href, https://www.facebook.com/groups/306848527156158/?notif_id=1611489005879337¬if_t=group_invited_to_group&ref=notif, Facebook Magnus group.} Note that although the surface finish is generally good the fit and finish of the model is not up to that of a top price European model. Small bumps and fit problems are normal at this price-point. Our thanks to Chris Malcolm for his photos.
{table title="Magnus Glider Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.5 m, 59 in
Wing area, 21.3 dm2, 330 sq in
Length, 92 cm, 36.2 in
Flying weight from, 950 g, 33.5 oz
Wing loading, 44.7 g/dm2, 14.6 oz/sq ft
Aspect ratio, 10.6,
Wing airfoil, Custom 8% thick
Dihedral (EDA), 2.0�,
Centre of Gravity, 76-84 mm from wing leading edge
Controls, "Elevator, ailerons, flaps"
{endtable}
{table title="Recommended Servos" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator (10-12mm), MKS DS6100, MKS HV6100, Blue Bird BMS-126WV, Blue Bird BMS-127WV, Blue Bird BMS-207WV, KST DS145, KST DS215MG, KST X10-710, KST MS320
Flap (9mm), CHA DS09, CHA HV85H, KST HS08A, KST HS08B, KST X08H Plus, KST X08 Plus, KST A08H, KST A08, KST X08H, KST X08, MKS DS6100, MKS HV6100, MKS HV6110, Blue Bird BMS-125
Aileron (8mm), KST HS08A, KST HS08B, KST X08H Plus, KST X08 Plus, KST A08H, KST A08, KST X08H, KST X08, Blue Bird BMS-A10V
{endtable} The wing is very thin and 8 mm servos are required for the ailerons, and ideally 9 mm for the flaps. 10 mm thick flap servos can perhaps be used but the servo covers will need adjusting. The supplied plywood wing servos mounts have a 24mm servo cut and we recommend KST HS08A (flap) and KST A08H (aileron) servos.
Extension leads required:
4 pcs 20-30 cm ext leads (for receiver)
2 pcs 10-15 cm ext leads (for aileron servos)
2 pcs 25-30 cm ext leads (for flap servos)
{table title="Magnus Glider Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 163 g, 5.7 oz
Wings (glass), 380 g, 13.4 oz
Wing joiner, 49 g, 1.7 oz
Tailplane, 47 g, 1.7 oz
Accessories, 37 g, 1.3 oz
Total structure, 676 g, 23.8 oz
Glue mounts etc, 8 g, 0.3 oz
Wiring, 23 g, 0.8 oz
Receiver, 8 g, 0.3 oz
Elevator servo, 20 g, 0.7 oz
Aileron servos, 20 g, 0.7 oz
Flap servos, 20 g, 0.7 oz
Battery, 100 g, 3.5 oz
Noseweight, 75 g, 2.6 oz
Flying weight, 950 g, 33.5 oz
{endtable}
{video,ey4oM0OPffY}
{video,cpHIp5P0G3c}
� � ' � � � � � � � � � � � 3� Magnus components:
One fuselage and fin
One bag of accessories
One wing joiner
One tailplane
One carbon tube 69.5cm long
Tw � �}�b�� STILETTO-FIN Stiletto FinE Replacement fin and rudder for a Stiletto Hot or a Stiletto Lift DLG. � � $K� � � � � � � � � � � [ \� c1�C � � ,'� ��b� NRJ-NOSECONE NRJ Nosecone$ Replacement nosecone for the NRJ DLG � � � � � � � � � � � � 2F1j � �|�b�� SERVO-COVER-F5J Blistered F5J Servo Cover (2)� These smaller blistered wing servo covers are light, low drag, and perfect for F5J and electric soarers with wing mounted servos. They are like the {pref,SERVO-COVER-DLG,Blistered DLG Servo Cover} but made from thicker carbon. They incorporate a small 17 mm long aerodynamically shaped blister to fair the servo output arm when using a top drive linkage. This reduces the turbulence and improves performance measurably.
Supplied as a single sheets containing two blisters. Cut in half to make two covers.
{table title="Blistered F5J Servo Cover Specification" class=1 cols=2 width=160,115 align=L,L,L}
Thickness of carbon sheet, 0.4 mm
Chordwise length, 60 mm
Spanwise length, 62 mm
Distance of blister from edge, 21 mm
Width of blister, 6 mm
Height of blister, 3 mm
Weight, 1.4 g each
{endtable}
Trim to size to suit your application and attach with clear tape.
See this great {href,http://www.rcgroups.com/forums/showpost.php?p=33829888&postcount=22,RCGroups} post for installation advice and tips. D � -� � � � � � � � � � 2 V o� c1�C� �}�b�� NEUTRINOXNeutrino F5J 4mT The {b,Neutrino F5J} is a lightweight 4m electric soarer from JIM Aero. It has excellent performance and can be broken down into small parts for easy transport, making it the perfect competition plane. Despite its F5J focus it is a very practical 4m electric glider with lots of room for easy RC and powertrain installation. The performance is excellent with several completion wins.
The fuselage is beautifully molded from chequerboard spread carbon. The nose section is long and has a large canopy hatch, giving good access to the front, and enabling a straight forward powertrain installation. There is ample room to install the rudder and elevator servos at the rear of the canopy hatch opening, under the wing, or at the front of the dismountable tailboom. A firewall is supplied but not fitted to allow maximum flexibility for motor mounting. Also one of our {href, products.asp?search=Motor+Mount+-+32mm,32mm CNC aluminium mounts} could be used.
The long tailboom is another lightweight chequerboard spread carbon molding that plugs into the fuselage nose section. It has provisions at its front for mounting the rudder and elevator servos. The tailplane is mounted on a short pylon that is bonded to the top of the boom.
The lightweight spread carbon fin slips into premade holes in the tailboom and can also be dismounted for easy transport. The large spread carbon tailplane only weighs 30g. It has a separate elevator for good pitch response and bolts to tail pylon.
The four piece spread carbon over a Rohacel cored wing boasts an excellent finish and has the attractive Neutrino name and logo painted on the top surface, and contrasting colour and white underside stripes. The airfoil section is very thin, and the control surfaces are large and rigid, giving the model an excellent speed range and a low min sink for calm days.
The complete accessory bag contains a firewall, servo mounts, a partially made wiring harness and control linkages.
The very first versions of the Neutrino had a rather short front fuselage which resulted in nose weight being required to obtain the correct the CG. This has now been corrected and the nose has been lengthened (and the tail moment reduced) by about 5 cm which just about solves the issue, so long as the rudder and elevator servos are located in the nose. Alternatively it is possible to locate them in the front of the detachable tailboom to allow the fuselage to be easily disassembled without trim changes. In this format the rudder and elevator servos are behind the CG and an approx 50g heavier powertrain or battery will be required for balance. The supplied pushrods are for aft mounted tail servos. We recommend two {pref, BOWDEN-CABLE-13-2, 1.3mm Bowden Cables} if you intend to use front mounted servos.
There are many threads about the Neutrino on RCGroups, including
{href, https://www.rcgroups.com/forums/showthread.php?3104662, Announcement}
{href, https://www.rcgroups.com/forums/showthread.php?3171843, Update}
{href, https://www.rcgroups.com/forums/showthread.php?3269779, Neutrino build Log}
{href, https://www.rcgroups.com/forums/showthread.php?3279959, Another review}
A photo assembly guide is {href,\extras\NeutrinoAssemblyPhotos.pdf,available here}.
{table title="Neutrino F5J Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 4.0 m, 156 in
Wing area, 78.4 dm2, 1215 sq in
Length, 190 cm, 74.8 in
Flying weight from, 1300 g, 45.9 oz
Wing loading, 16.6 g/dm, 5.4 oz/sq ft
Aspect ratio, 19.9,
Wing airfoil, DI8120..820 6.9% to 5.0%
Dihedral (EDA), 8.0�,
Spinner Diameter, 32 mm,
Centre of Gravity, 98-108 mm from wing leading edge
Controls, "Rudder, elevator, ailerons, flaps, throttle"
{endtable}
{table title="Neutrino F5J Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Pod, 109 g, 3.8 oz
Boom & tail mount, 40 g, 1.4 oz
Wing centre panel, 412 g, 14.5 oz
Wing tip panels, 254 g, 9.0 oz
Tailplane, 30 g, 1.1 oz
Fin, 39 g, 1.4 oz
Joiner & Accessories, 85 g, 3.0 oz
Total structure, 969 g, 34.2 oz
Wiring, 22 g, 0.8 oz
Pushrods, 15 g, 0.5 oz
Receiver, 9 g, 0.3 oz
Tail servos, 20 g, 0.7 oz
Wing servos, 44 g, 1.6 oz
Speed control, 33 g, 1.2 oz
Motor, 80 g, 2.8 oz
Prop & spinner, 18 g, 0.6 oz
Battery, 90 g, 3.2 oz
Flying weight, 1300 g, 45.9 oz
{endtable}
{table title="Neutrino Recommended Servos" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator & rudder, KST X08, MKS DS6100, MKS HV6100, KST X08, Blue Bird BMS-M15H
Aileron, KST X08, KST X08 Plus, MKS DS6100, MKS HV6100, MKS HV6110, Blue Bird BMS-M15V
Flap, KST X10 Mini, MKS DS6100, MKS HV6100, MKS HV6110, MKS HV6130, Blue Bird BMS-M15V, Blue Bird BMS-M57V
{endtable}
{table title="F5J Powertrain Recommendations" class=1 cols=2 width=130,310 align=L,L autohref=1}
Powerline Micro 1015, 3S 1Ah LiPo, 16x8 prop (10 m/s, 2000 fpm, 43A)
Powerline Micro 1020, 3S 1Ah LiPo, 16x8 prop (11 m/s, 2000 fpm, 44A)
Powerline Micro 1025, 3S 1Ah LiPo, 16x8 prop (10 m/s, 2000 fpm, 43A)
Leomotion L3007-5000R, 3S 1Ah LiPo, 13x6 prop (7 m/s, 39A)
Axi 2220/20 V2 Long, 3S 1Ah LiPo, 13x8 prop (6 m/s, 35A)
{endtable}
{table title=" Recommended Control Throws" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder, 45 mm each way
Elevator, 12 mm up / 12 mm down
Ailerons, 16 mm up / 10 mm down
Flap, 3 mm up / 80 degree down
<i>Recommended flight mode settings</>
Speed mode, flap 3 mm up, ailerons aligned with flap
Cruise mode, flap 0, ailerons aligned with flap
Thermal mode, flap 4 mm down, ailerons aligned with flap
Crow brake mix, 10 mm up aileron with full down flap
Ail->Rudder mix, 25 mm rudder with full aileron
{endtable}
� � �2� �F� � � � � � � � � � � �� [ D� c1�C �W ,(� ��b�� 15T4-PULLEY5Pulleys For KST X06 and all 15T 4mm Spline Servos (4)2 This product consists of 4 pulleys that fit all KST X08 and KST X06 servos and also all others servos with a 15T 4mm output spline.
They allow the servo to be used most easily with DLG pull-spring control runs. They are better than using normal output arms because they are more compact and give a more linear control throw and force.
To secure the pull wire, wrap the wire around the centre screw and then tighten it well.
4 pulleys supplied in each pack, enough for two discus launched gliders.
Fits all� `}�`�� FALCONFalcon 2 1.5m DLG� The new {b,Falcon 2 DLG} is an evolutionary improvevment of the well-regarded Falcon DLG. The Falcon 2 is a modern high aspect ratio 2 piece wing DLG with many innovations, a good quality structure and excellent value.
The Falcon 2's wing design unchanged - it is a proven performer and a very friendly wing that suits both low experience pilots and experts. Also unchanged is the simplicity of assembly, with a 4-in-the-pod fuselage. The improvements that were made on Falcon-2 are the following:
{bullet}
Smaller cross-section nose for lower drag; the pod still fits the same 4 servos, they just have a bit less space around them.
Shorter nose for lower moment of inertia; in most cases very little or no nose weight had been required in Falcons; and with an emphasis on making lighter tails, and the new shorter tail boom (see next bullet), it was thought to be beneficial to reduce the nose length by about 20mm.
Shorter tail boom by about 25mm for improved manoeuvrability and circling; with the generous areas of the horizontal and vertical tails, stability of Falcon had never been an issue; it was decided that a small reduction of the tail length would bring some extra manoeuvrability and improve the feel of the plane.
Slightly smaller vertical tail, again for improved circling and for weight reduction; the original vertical tail on Falcons is very generous - tests showed that reducing the fin area did not noticeably affect the launch performance.
Keyed and removable attachment of the vertical tail; this is one cool feature that needs to be seen in person to be fully appreciated; the vertical tail locks onto the boom very nicely and needs only a wrap of tape to keep it from sliding off; this can help those who pack their Falcons for travel; but it will also greatly simplify the assembly process, eliminating one critical step completely.
{endbullet} Designed by Oleg Golovidov and beautifully fabricated by HQ Composites in Ukraine. The quality of the parts is excellent. The fit and finish are superb. You have to see the plane to really appreciate how nice and shiny the surfaces are.
The model is all spread carbon composite construction. The fuselage is a very nice design with a good sized pod for easy instillation of the RC. Additionally underneath a ballast tunnel is built-in, to allow weights to be added easily when flying in windy conditions. The fuselage also features recesses to partially fair in the aileron horns. This ia a great innovation, featuring the simplicity of external aileron horns together with most of the drag saving of internal horns and pushrods.
The wing is beautifully molded from spread carbon with solid core construction, and a good surface finish. The wing aerodynamics are based on the Gerald Taylor's Synergy airfloil family modified to work at the lower wing chords of this high aspect ratio design. All the current stock have 2 piece wings, making storage and transport easier.
The fin and tailplane are substantial and again nicely finished.
The very complete accessory bag contains a very strong launch blade, all control horns, torque springs for the tail surfaces, pull cord wire and two servo trays, for four KST X08 or four MKS DS75K or HV75K servos. Also some inastallations have used BMS 101 servos.
Please see the {href, https://www.rcgroups.com/forums/showthread.php?4283591-Falcon-2, RCGroups Falcon 2 thread} and the original {href, https://www.rcgroups.com/forums/showthread.php?3251007-Falcon, RCGroups Falcon thread} for lots more info and photos.
{table title="Falcon 2 DLG Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.5 m, 59 in
Wing area, 19.0 dm2, 295 sq in
Length, 97.4 cm, 38.3 in
Flying weight from, 218 g, 7.7 oz
Wing loading, 11.5 g/dm2, 3.8 oz/sq ft
Aspect ratio, 11.8,
Wing airfoil, GT Synergy2 mod
Dihedral angle, 6.0�,
Centre of Gravity, 62-64 mm from wing leading edge
Controls, "Rudder, elevator, ailerons"
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
All servos, KST A08, KST X08, MKS DS75K, MKS HV75K, MKS HV70, CHA DS06, CHA LV06, CHA HV06
Receiver (max size approx 60mm x 25mm x 12mm), 4/5 channel rx to match your transmitter, eg FrSky X4R, Spectrum AR6610T, Lemon LM0034, Futaba 6008HS*, Futaba R6106HFC *case removed
Power, Tatu 1S 350 mAh, HyperLiPo 2S 300 mAh LiPo, Radient 1S 600 mAh
{endtable}
{table title="Falcon 2 Control Throws & Mixes" class=1 cols=2 width=110,240 align=L,L }
Rudder, 20� each way
Elevator, 15� up / 15� down
Ailerons, 15� up / 15� down
<i>Recommended Flight Mode Aileron Settings</i>
Speed/Launch, 0� camber
Cruise, 2� camber
Thermal, 4� - 8� camber
Landing mode, 35� down
{endtable}
{table title="Falcon 2 DLG Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 37.0 g, 1.31 oz
Wing (light), 88.0 g, 3.10 oz
Fin, 6.5 g, 0.23 oz
Tailplane, 5.5 g, 0.19 oz
Accessories, 15.0 g, 0.53 oz
Total structure, 152.0 g, 5.36 oz
Glue mounts etc, 2.0 g, 0.07 oz
Receiver, 5.0 g, 0.18 oz
Tail servos, 17.0 g, 0.60 oz
Wing servos, 17.0 g, 0.60 oz
Battery, 20.0 g, 0.71 oz
Noseweight, 5.0 g, 0.18 oz
Flying weight approx, 218 g, 7.7 oz
{endtable} The above weights can be improved on with careful equipment selection. See the photo of the 204g Falcon taken from the RCGroups thread. The builder believes he could have got it down to 200g.
Sorry, this model is not availailable to US & Canada buyers, please buy from Oleg Golovidov.
� � � � � � � � � � � � � � � � Falcon components:
One fuselage
One fin
One tailplane
One bag of accessories
One pushrod set
Two wing pieces with wing joinert M� f᪭9 ��b�� NRJ-FINNRJ Fin� Replacement fin for the NRJ DLG
Fin only, not fin and tailplane as shown in the photo.
This very light and nice fin/rudder can be used on may other discus paunched gliders, not just the NRJ. � 7 � � " � � � � � � � � � 2F1j �� j
���� ,"` ��b��
NRJ-TAILPLANE
NRJ Tailplane Replacement tailplane/horizontal stsbiliser/elevator for the NRJ DLG.
Tailplane only, not fin and tailplane as shown in the photo.
This very light and nice horizontal stabiliser/elevator/tailplane can be used on may other discus paunched gliders, not just the NRJ. � 7 � � # � � � � � � � � � 2F1j + ��b��
CF-TWILL-10MM!9.8mm OD 8mm ID Wound Carbon Tube� # Woven Carbon tube, rigid ctubew
# %1 = outside diameter
# %2 = inside diameter
# %3 = weight per meter
{ctubew, 9.8, 8, 39, N/A, CF-TWILL-12MM} 6 � � � P� � � � � � � � n 3| �� iOӲ 5 ��b��
CF-TWILL-12MM#11.8mm OD 10mm ID Wound Carbon Tube� # Woven Carbon tube, rigid ctubew
# %1 = outside diameter
# %2 = inside diameter
# %3 = weight per meter
{ctubew, 11.8, 10, 46, CF-TWILL-10MM, CF-TWILL-14MM} 8 �
� � <� � � � � � � � n 3| �� i�s� 5 ��b��
CF-TWILL-14MM#13.8mm OD 12mm ID Wound Carbon Tube� # Woven Carbon tube, rigid ctubew
# %1 = outside diameter
# %2 = inside diameter
# %3 = weight per meter
{ctubew, 13.8, 12, 57, CF-TWILL-12MM, CF-TWILL-16MM} : � � � � � � � � � � � n 3| �� jN�" 9 ��b��
CF-TWILL-16MM#15.8mm OD 14mm ID Wound Carbon Tube� # Woven Carbon tube, rigid ctubew
# %1 = outside diameter
# %2 = inside diameter
# %3 = weight per meter
{ctubew, 15.8, 14, 64, CF-TWILL-14MM, CF-TWILL-18MM} : � � � 2� � � � � � � � n 3| �� jo� + ��b��
CF-TWILL-20MM!20mm OD 18mm ID Wound Carbon Tube� # Woven Carbon tube, rigid ctubew
# %1 = outside diameter
# %2 = inside diameter
# %3 = weight per meter
{ctubew, 20, 18, 89, CF-TWILL-18MM, N/A} @ � � �
P� � � � � � � � n 3| �� j0ZS � �}�b��
BELI-ZELL-0182Beli Zell "White" 10 Minute Polyurethane Glue #018 {b,Beli Zell White} 10 minute is a fast reacting one component Polyurethane glue. It expands � 1 drop becomes the 2.5 � 3 times larger within approx 10 minutes curing time.
Beli Zell needs a little water � the natural humidity of wood or expanded polystyrene is enough for the curing. The curing time depends also on temperature.
In summer at 28� C the curing time is accelerated to about 3-4 minutes, in comparison to up to 10 minutes in the winter.
Under 6�C Beli-Zell becomes inert, which is good for storage.
� � S� )� E� � � � � � � � < } �� c1�C � �}�b�� BELI-CA-THIN5Beli CA Thin Fast Curing Low Viscosity Superglue #050 {b,Beli CA Thin} is a good quality long life low viscosity CA.
Beli CA is a low viscosity formulation of Beli's excellent cyanoacrylate (CA) quick setting super-glue. This is a professional quality cyanoacrylate glie, as used in industry.
{bullet}
20 g / 0.7 oz bottle of Zap-a-Gap.
Thin - low thickness.
Good for penetration.
Cures in 10 seconds.
Accelerate with kicker.
Works best on balsa wood, hard woods, rubber, pottery, china, ceramic, most plastics, glass, carbon, and Kevlar composites.
{endbullet} } � I� � 8� � � � � � � � ( } �� d-V�� �}�b�� BELI-CA-MED3Beli CA Fast Curing Medium Viscosity Superglue #075C {b,Beli CA} is a good quality long life medium CA.
Beli CA is a medium viscosity formulation of Beli's excellent cyanoacrylate (CA) quick setting super-glue. This is a professional quality cyanoacrylate glie, as used in industry.
{bullet}
20 g / 0.7 oz bottle of Zap-a-Gap.
Medium thickness.
Good gap filling properties.
Allows 7-10 seconds for positioning.
Cures in 20 seconds.
Accelerate with kicker.
Works best on balsa wood, hard woods, rubber, pottery, china, ceramic, most plastics, glass, carbon, and Kevlar composites, aluminium and most metals.
{endbullet} n � c� � >� � � � � � � � ( } �� d-V� � �}�b�� BELI-CA-ACTIVATOR Beli CA Activator Spray #060& 200 ml good quality CA activator spray � � 3� � 7� � � � � � � � < } �� d-V� r �}�b�� AJ14X10#Russian 14 x 10 Folding prop blades� A pair of rare {b,Russian 14 x 10 folding prop blades}, suitable for HyperFlight's and other makes of folding prop yokes and spinners.
This is a one-off purchase, when they are gone they are gone.
Note this product consists of two carbon propeller blades only. The central spinner/yoke assembly is not included. Also it is common for prop blades to not fit all spinner/yokes perfectly as supplied. It is often necessary to reduce the width the blade root slightly to ensure free folding movement. Also the cut out in the spinner cone often needs to be increased to allow the blades to fully extend. The root of the blade should not touch the spinner cone when the prop is fully opened.
{table title="Russian 14x10 Folding Propeller Blade Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=: autohref=2}
Prop diameter: 36 cm: 14 in
Prop pitch: 25 cm: 10 in
Weight of two blades: 18 g: 0.71 oz
Width of blade root: 7.95 mm
Size of hinge hole: 3 mm
{endtable}
� � #� � � � � � � � � � 2 Q �� c1�C " �}��b��
AJ-3BLADE-HUB Three Blade Folding Prop Hub� A nicely made aluminium holding prop yoke for a three blade prop. Internal shaft hole is 8 mm making it suitable for Aeronaut and other prop adaptors.
One off purchase - when they are gone they are gone
Central hole size: 8 mm
Motor shaft: Dependent upon prop adaptor (not supplied)
Prop twist: 0�
Radius of hinge pins: 26 mm
Prop hinge pin diameter 3 mm
Prop blade root width 8 mm
Weight 18 g
� � K� � � � � � � � � � O �� c1�C -q� ��b��
KST-25T-6C>KST 25T-6C Metal Servo Output Arm - Also fits Blue Bird Servosn One strong aluminium servo output arm (horn) that fits KST servos with a 6 mm output spline. This is used on KST servos 15 mm thick and larger. Does not fit the KST X08 or X10 servos.
Contains one substantial metal output arm only. The distance from the servo output shaft axis to the holes ranges from 18.5 mm to 24.5 mm. The holes are threaded for M2 screws.
Clamped in place using a hex end screw. Allen key not supplied.
Same spline size as used on Futaba servos. Also fits most Blue Bird servos apart from the tiny BMS-101 and A10 series and larger MKS servos that also use a Futaba compatible output spline. . � 2� � <� � � � � � � � 1M3 u @�`�� DREAM-2Dream 2.0 Slope Soarer - 2mP
The {b, Dream 2.0} is a hot new 2m slope soarer. This model is nicely finished with great graphics. The Dream 2.0 has a good speed range and very nice handling qualities.
The Dream 2 glider fuselage is sleek and has a good sized canopy hatch. The fuselage has the rudder and elevator pushrods ready-installed, with 1.8mm carbon pushrods. The rear of the elevator pushrod is already connect to the nicely engineered bell crank that actuates the all-flying tail. The fin incorporates an access hatch for maintenance, should this ever be required.
The two part wing is has a high quality finish and is of hollow molded construction. The through-fuselage wing joiner is very substantial and imparts just one degree of dihedral per panel, ensuring good aerobatic performance and an attractive look in the air. The wing has generous sized access hatches for the flap and aileron servos which can be up to 10 mm thick. The wing is available in glass and carbon layups. The carbon version is a very strong very heavy layup which should hold up well to the rough and tumble of slope flying.
The supplied accessories include all control horns, four plywood wing servo frames (for KST X10 or similar sized servos), and clevises and control rods for the flap and aileron connections. Also included ins a plywood fuselage servo mounting tray for 25mm x 12mm body sized servos (eg KST MS320, KST X12-508, KST DS215MG). No build manual is available but assembly is straight-forward. Note that although the surface finish is generally good the fit and finish of the model is not up to that of a top price European model. Small bumps and fit problems are normal at this price-point.
{table title="Dream 2 Slope Soarer Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.0 m, 79 in
Wing area, 32.2 dm2, 499 sq in
Length, 119 cm, 46.8 in
Flying weight from, 1443 g, 50.9 oz
Wing loading, 44.8 g/dm, 14.7 oz/sq ft
Aspect ratio, 12.4,
Wing airfoil, Proprietary,
EDA (dihedral), 1.0�,
Centre of Gravity, 65-80 mm from wing leading edge
Controls, "Rudder, elevator, ailerons, flaps"
{endtable}
{table title="Dream 2 Slope Soarer Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 280 g, 9.9 oz
Wings, 674 g, 23.8 oz
Tail Plane, 53 g, 1.9 oz
Wing joiner, 77 g, 2.7 oz
Accessories, 35 g, 1.2 oz
Total structure, 1119 g, 39.5 oz
Wiring, 24 g, 0.8 oz
Pushrods, 12 g, 0.4 oz
Receiver, 8 g, 0.3 oz
Rudder servo, 20 g, 0.7 oz
Elevator servo, 20 g, 0.7 oz
Wing servos (4), 50 g, 1.8 oz
Battery, 140 g, 4.9 oz
Nose weight, 50 g, 1.8 oz
Flying weight, 1443 g, 50.9 oz
{endtable}
{table title="Recommended Servos" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder & Elevator, KST MS320, KST X12-508, KST DS215MG, KST X10-710*, KST DS145*, MKS HV6130H*
Flap, KST X10, KST DS125, MKS HV6130
Aileron, KST X10 Mini, KST X10, KST DS135, KST DS125, MKS HV6130
{endtable} * A bit too big for the fuselage servo tray included.
{table title=" Recommended Control Throws" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder, 20 mm each way
Elevator, 12 mm up / 12 mm down
Ailerons, 14 mm up / 10 mm down
Flap, 45 mm down
Crow brake mix, 10 mm up aileron with full down flap
{endtable}
{video,4Ty5IXFytv4}
{href,https://v.youku.com/v_show/id_XMzk0NTI4MDY4MA==.html?spm=a2hzp.8244740.0.0, Chinese video of Dream 2.0}
� � � � � � � � � � � � � � 3� Dream 2.0 components
One fuselage and fin
One bag of accessories
One wing joiner
Two tailplane pieces
Two wing pieces
(interrnal pushrods in fuse)~ �� jP�t �w +l� @�`�� DREAM-2E Dream 2.0 Electric 2m Hotliner[ The {b,Dream 2.0 Electric} is fast 2m electric hotliner. This model is nicely finished with great graphics. The design is conventional apart from a hatch aft of the wing for the tail servos, to allow maximum space to be used for the powertrain and battery. We are just stocking the all carbon version, and this is a very strong very heavy layup which should hold up well to high power setups.
The fuselage has a good sized canopy hatch. No firewall has been fitted but a thick 36 mm firewall is included in the complete accessory pack. The fin incorporates a nicely engineered bell crank to actuate the all-flying tail, and an access hatch for connecting the linkage.
The two part wing is nicely finished and of hollow molded construction. The through-fuselage wing joiner is very substantial and imparts just one degree of dihedral per panel, ensuring good aerobatic performance and an attractive look in the air. The wing has generous sized access hatches for the flap and aileron servos which can be up to 10 mm thick.
The photos mostly show the glider version, but we stock both glider and electric Dream 2.0 models, and electric Dream 2 versions do have the nosecone removed, and a firewall supplied.
The supplied accessories include all control horns, four plywood wing servo frames (for KST X10 or similar sized servos), and clevises and control rods for the flap and aileron connections. No build manual is available but assembly is straight-forward. Note that although the surface finish is generally good the fit and finish of the model is not up to that of a top price European model. Small bumps and fit problems are normal at this price-point.
{table title="Dream 2 Hotliner Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.0 m, 79 in
Wing area, 32.2 dm2, 499 sq in
Length inc spinner, 119 cm, 46.8 in
Flying weight from, 1655 g, 58.4 oz
Wing loading, 51.4 g/dm, 16.8 oz/sq ft
Aspect ratio, 12.4,
Wing airfoil, Proprietary,
EDA (dihedral), 1.0�,
Spinner Diameter, 36 mm
Centre of Gravity, 65-80 mm from wing leading edge
Controls, "Rudder, elevator, ailerons, flap, throttle"
{endtable}
{table title="Dream 2 Hotliner Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 300 g, 10.6 oz
Wings, 674 g, 23.8 oz
Tail Plane, 53 g, 1.9 oz
Wing joiner, 77 g, 2.7 oz
Accessories, 35 g, 1.2 oz
Total structure, 1139 g, 40.2 oz
Wiring, 24 g, 0.8 oz
Pushrods, 12 g, 0.4 oz
Receiver, 8 g, 0.3 oz
Rudder servo, 10 g, 0.4 oz
Elevator servo, 10 g, 0.4 oz
Wing servos (4), 50 g, 1.8 oz
Speed control, 50 g, 1.8 oz
Motor, 150 g, 5.3 oz
Prop & spinner, 22 g, 0.8 oz
Battery, 180 g, 6.3 oz
Flying weight, 1655 g, 58.4 oz
{endtable}
{table title="Recommended Servos" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder & Elevator, KST DS145, KST X12-508, KST MS320, MKS HV6130H, MKS HV6125E
Flap, KST X10, KST DS125, MKS HV6130
Aileron, KST X10 Mini, KST X10, KST DS135, KST DS125, MKS HV6130
{endtable}
{table title="Dream 2.0 Powertrain Recommendations" class=1 cols=2 width=90,160 align=L,L autohref=1 autohref=2}}
XPower F3426/7 Storm, 2Ah 3S LiPo, 13x8,12x9
XPower F3426/7 Storm, 2Ah 4S LiPo, 11x8,10x8
Axi 2820/10 V2 Long, 2Ah 3S LiPo, 10x8, 11x7
Axi 2820/14 V2 Long, 2Ah 4S LiPo, 10x8, 11x7
Axi 2826/8 V2 Long, 2Ah 3S LiPo, 10x8, 13x8
Axi 2826/8 V2 Long, 2Ah 4S LiPo, 10x8, 11x7
Leomotion L3025-4550, 2Ah 4S LiPo, 14x9, 15x8
Powerline Micro 1520/10, 1.2Ah 4S LiPo, 15x10, 16x8
{endtable}
{table title=" Recommended Control Throws" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder, 20 mm each way
Elevator, 12 mm up / 12 mm down
Ailerons, 14 mm up / 10 mm down
Flap, 45 mm down
Crow brake mix, 10 mm up aileron with full down flap
{endtable}
{video,4Ty5IXFytv4}
{href,https://v.youku.com/v_show/id_XMzk0NTI4MDY4MA==.html?spm=a2hzp.8244740.0.0, Chinese video of Dream 2.0} � � � � � � � � � � � � � � 3� Dream 2E components
One fuselage with fin
One accessory pack
One wing joiner
Two wing pieces
Two tail pieces
Two carbon tubes 53cm long (1pc 5mm OD, 1pc �� ,�8 @�`�� MINI-Q'Mini Q Slope/Electric Sports Racer 81cm� The {b,Mini Q} is a lovely 80 cm (32") composite glass/carbon flying wing model that can be built as an electric sports racer or as a slope soarer. It is fast! We previously listed it as Tiny Q.
The kit consist of a very nicely molded glass and carbon one piece wing and pod. The attractively shaped fin is also molded and fits into a slot in the rear of the pod. A little fettling may be required to get it to slide into place smoothly. A nosecone molding and a carbon firewall are also supplied. Either one of these should be fitted depending on whether the model is built as a slope soarer or an electric racer . The firewall is about 33 mm diameter so it should be possible to mount 28 mm outrunner motors without too much difficulty.
A complete accessory pack is supplied including elevon pushrods with clevises, plywood servo mounts suitable for KST X08 servos, and carbon control horns and servo covers.
Note this model is quite highly loaded and is not suitable for less experienced modellers. Don't forget to reflex the elevons 2mm and start with a forward CG and launch over long grass until the trim has been dialled-in.
More info in this useful RCGrpoups {href, https://www.rcgroups.com/forums/showthread.php?3511377-Mini-Q!, Mini Q} thread.
{table title="Mini Q Electric Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 0.81 m, 32 in
Wing area, 10.2 dm2, 158 sq in
Length, 43 cm, 17 in
Flying weight from, 397 g, 14.0 oz
Wing loading, 39 g/dm, 12.9 oz/sq ft
Aspect ratio, 6.4,
Wing airfoil, 7% proprietary
Dihedral (EDA), 2.5�,
Spinner Diameter, 32 mm,
Centre of Gravity, 17 - 22 mm from wing leading edge
Controls, "Elevons, throttle"
{endtable}
{table title="Mini Q Electric Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing & body, 178 g, 6.3 oz
Fin, 18.5 g, 0.7 oz
Accessories, 10 g, 0.4 oz
Total structure, 210 g, 7.4 oz
Receiver, 5 g, 0.2 oz
Elevon servos, 16 g, 0.6 oz
Speed control, 12 g, 0.4 oz
Motor, 40 g, 1.4 oz
Prop & spinner, 15 g, 0.5 oz
Battery, 100 g, 3.5 oz
Glue etc, 2 g, 0.1 oz
Flying weight, 397 g, 14.0 oz
{endtable}
{table title="Mini Q Slope Soarer Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 0.81 m, 32 in
Wing area, 10.2 dm2, 158 sq in
Length, 43 cm, 17 in
Flying weight from, 336 g, 11.9 oz
Wing loading, 33 g/dm, 10.8 oz/sq ft
Aspect ratio, 6.4,
Wing airfoil, 7% proprietary
Dihedral (EDA), 2.5�,
Centre of Gravity, 17 - 22 mm from wing leading edge
Controls, "Elevons",
{endtable}
{table title="Mini Q Slope Soarer Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing & body, 178 g, 6.3 oz
Fin, 18.5 g, 0.7 oz
Nosecone, 3.5 g, 0.1 oz
Accessories, 8 g, 0.3 oz
Total structure, 208 g, 7.3 oz
Receiver, 5 g, 0.2 oz
Elevon servos, 16 g, 0.6 oz
Glue etc, 2 g, 0.1 oz
Battery, 85 g, 3.0 oz
Noseweight, 20 g, 0.7 oz
Flying weight, 336 g, 11.9 oz
{endtable}
{table title="Recommended R/C-nano gear only" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevon servos (2), Blue Bird BMS-101DMG, Blue Bird BMS-101HV, CHA DS06, MKS DS65K, MKS DS75K, MKS HV75, KST X06, KST X08, KST X08H
Receivers, 4+ channel rx to suit your transmitter, eg Spektrum AR6610T, AR6100e, FrSky X4R, Futaba R2106GF, Orange DSM2 compatible, Jeti Duplex R5, Multiplex Mlink RX-6-DR Light
Glider battery, HyperFlight 750 mAh 4.8V NiMH, HyperFlight 1600 mAh 4.8V NiMH, HyperFlight 1600 mAh 6V NiMH
Electric batery, 2S - 3S 600 mAh - 1200mAh LiPo, Radient LiPo 2S 600mAh, Bonka HV LiPo 2S 550mAh, Radient LiPo 3S 450mAh 11.1V, Radient LiPo 3S 450mAh 11.1V
{endtable}
<b>See the {pref,DF-ALULA-FLIGHTPACK, Alula Flight Pack} for a kit of metal geared servo, battery, and extension reald - all you need to get the model in the air except the receiver.</b>
{b,Manufacturer's Recommended configuration}
Motor :2207 2650kv
Propeller :6*4
Battery :2S 1200
Servo :5g - 9g mini servo
CG:10mm - 15mm
{b,Control Throws }
Aileron: +/- 5mm
Elevator: +/- 4mm
Aileron neutral: up 2-3 mm
{video, zoNB4vkyc7g?si=T4s8nE4bQu6u0Pys}
{video, _je2lLdfA6s}
{video,eYZTs3isZHw}
{video, J3DXtv0HDDQ}
{video,My1wUDUtn5Y}
{video,XU1uvPeFclA}
{video,P7_fR2bFFpc �}�b�� TINY-QETiny-Q Electric� The {b,Tiny Q} is a lovely 80 cm (32") flying wing electric soarer and sports model.
See the New Mini Q page which replaces this one. ' � �K� � U � � � � � � � � � ~ �� c1�C � �}�b��
BMS-12X-FRAME4Ply Frame for BMS-125WV, BMS-126WV, BMS-127WV (pair) These HyperFlight CNC cut ply servo frames make fitting a {pref,BMS-125WV,Blue Bird BMS-125WV}, {pref,BMS-125WV,Blue Bird BMS-125WV} and {pref,BMS-125WV,Blue Bird BMS-125WV} servos to a molded wing very easy. No thickness is added to the installation, and the servo is mounted securely, yet can be removed easily if required.
They can also be used with the older BMS-105HV and BMS-106HV servos - the slot for the mounting lug needs to be opened up a little.
Two servo frames supplied in the pack.
{ServoFrame} � 9� � 2� � � � � � � � ' �� d[�I + �}�b��
MKS-DS9910-MKS DS9910 Servo - 26.0Kg.cm 0.16s 58.0g 20mm� The {b, MKS DS9910} servo is ideal for F3A models, jets, and any large high performance RC model. With a giant torque of 26 Kg.cm, excellent speed and a superb 0.7�S (0.0007 mS) resolution it is one of the best scale and jet servos available.
{bullet}
Three Coppers Bushings / Strong, Accurate
Waterproof Bearing / Dustproof, Waterproof
Metal Alloy Gear / Wear-resistant, Smooth
Middle Aluminium Alloy Case / High Heat Dissipation
Japan High Quality Coreless Motor
Competition Level, High performance
High torque
Incredible efficiency
Low power consumption.
0.0007mS brilliant resolution.
{endbullet}
{ServoSpecs}
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MKS-HV747R2MKS HV747R Wing Servo - 15.0Kg.cm 0.13s 40.0g 15mm The {b,MKS HV747R High Torque Wing Servo} is designed for glider control surfaces and is perfect for many high performance gas, jet, and electric RC planes. This -R version of the popular HV747 servo has mounting lugs in the plane of the case, making it suitable for wing (or tail surface) mounting. The speed, strength and precision of the HV747R is astonishing.
The gear train uses a new type of gear structure, giving negligible backlash and an even longer service life. The MKS HV747R is powered by a substantial 12 mm diameter x 20 mm long high eficiency coreless DC motor, and can operate with supplies from 5.5V to 8.4V, allowing the servo to be operated safely from an unregulated 2S LiPo battery. The feedback mechanism uses a 9mm VR ultra high resolution potentiometer, to ensure the servo moves very accurately, and holds its position 100% when adverse torque is applied.
{MKSCNC}
{film}
The MKS HV747R uses a Futaba 25T spline on the output shaft, so a Futaba metal arms can be fitted, if required.
{servospecs}
� � c � � <� � � � � � � � = 1D2 �� L? .�L ��b�� SRIDS-MICRO-PUSHRODS5Integrated Drive System/Mono Micro Pushrod & Horn Set� A set of 6 pushrods and a horn for an IDS/Mono system - micro length
Shortest pushrod = 45 mm between holes
Longest pushrod = 58 mm between holes � � � � � � � � � � � � 2BOX7I � �}�b�� VM-PRO-30-6"30mm VM Pro Spinner for 6mm shafts {VMProSpinner, 30,6,19,8.6} 2 � � � � � � � � � � � 2 �� e�!� � �}�b�� VM-PRO-30-5"30mm VM Pro Spinner for 5mm shafts {VMProSpinner, 30,5,19,8.6}
1 � � � � � � � � � � � 2 �� e��
�� /9� ��b�� YGE-TEXYYGE TexY Telemetry Adapter6 Telemetry adapter for YGE LVT ESCs to add support for Futaba SBUS2, Spektum XBUS, FrSky S.Port and Powerbox CORE radios and protocols. This interface allows a lot of useful data to be sent back to the pilot. For example, when using FrSky radios, the following information is sent using the 2.4 Ghz link back to the transmitter for logging and display:
{bullet}
Battery Voltage
Battery Current
RPM
Battery capacity used
Throttle setting (0% - 100%)
PMW received
Output FET transistor temperature in �C
BEC temperature in �C if available
BEC Voltage if available
BEC Current if available
{endbullet}
Note this product is only of use to customers with Futaba, Spektum, FrSky and Powerbox Core radios. It does not add any functionality for other radio protocols
Weight: approx. 3g
Dimensions: 39 x 12 x 9mm
: � . � � � � � � � � � � 2 2C4d
G �}�b�5 VM-F3K-REPAIR-KIT VM F3K DLG Composite Repair Kit� The {b, VM F3K DLGComposite Model Repair Kit} is a very comprehensive pack of composite materials to facilitate the repair of smaller composite RC models, but F3K type discus launched gliders.
Included in the kit are:
{bullet}
30 cm x 20 cm SC39/2/45 Carboline 39 g/m2 spread carbon for wing repair
30 cm x 20 cm woven carbon fabric, approx 200 g/m2 weight for fuselage repair and local reinforcement
30 cm x 20 cm woven glass fabric, approx 163 g/m2 weight for 2.4 GHz friendly repair
32 cm x 6.3 cm carbon moulded DLG wing front
10 cm x 5 cm x 2 cm Rohacel foam core
10 cm unique VM hinge repair material
3 m carbon tow/roving 1600 TEX for spar repair and local reinforcement.
{endbullet}
{b,Wing 1 min repair}
Cut the DLG wing front to the size of the hole with scissors and tape it around the hole with strong self-adhesive tape.
{b,Wing 15 min repair}
Cut the DLG wing front to the size of the hole with scissors. Sand the d-box inside with sandpaper for better adhesion. Sand a place for d-boxing on the wing for better adhesion. Glue the d-box with glue (CA or epoxy).
{b,VM hinge repair material}
It is unique combination of Kevlar hinge material and ultra-high module carbon.
The material has a scratch in the carbon in hinge place already.
- cut a strip about 10 mm long with scissors;
- glue the strip to the repair spot (Kevlar side to the wing) with CA glue (superglue). Make sure scratch in the carbon is exactly matches the flap hinge.
- Break the glue inside the Kevlar in the hinge area and move a new hinge several time by hand. (it is advisable to disconnect the servo rod)
{b,Carboline SC39 2/45}
- Pre-restore the geometry of the wing using Rohacell or other material.
- Mark the repair spot with paper tape so that the rest of the wing will be not dirty. And cut a piece of Carboline preform 5mm smaller than the marked spot.
- Apply epoxy resin to the repair spot.
- Put the preform on top of the resin at the repair site. Use your finger to push the entire area of the preform so that the resin impregnates carbon completely. If necessary, add resin from the outside.
- Soak out excess resin with a paper towel. It should seem to you that the carbon is completely dry.
- cover the area with polythene sheet (not supplied) and apply pressure if possible to give a smooth shiny surface. Remove after epoxy sets.
- If desired, after the resin polymerization, fill and paint the repair spot, but this will add a lot of weight. � (_� � � � � � � � � � � 6� c:� o �}�b�� BLS-2112"Blue Bird BLS-2112 Brushless Servo� Blue Bird BLS-2112 Brushless Servo
Obtained to special order only.
Specifications
Torque At 4.8V 15.8 kg-cm / 219 oz-in
Torque At 6.0V 21.8 kg-cm / 303 oz-in
Torque At 7.4V 28.6 kg-cm / 397 oz-in
Speed At 4.8V 0.18 sec / 60�
Speed At 6.0V 0.14 sec / 60�
Speed At 7.4V 0.11 sec / 60�
Power Supply
Operating Voltage Range 4.5V ~ 8.5V ( 4 ~ 6 Cell Ni-MH or 2S Li-Poly )
Standard Servo
Control System Digital Controller
Dead Band Width 0.001ms ( 1us )
Mechanical Specifications
Ball Bearing Dual
Gear Titanium Alloy Gears
Motor Brushless Motor
Horn / Gear Spline 25 Teeth ( Same as F-Type )
Physical Specifications
Dimension (mm) 40.5 x 20 x 39 mm / 1.59 x 0.79 x 1.54 in
Weight (gram) 66 � 2 grams / 2.33 oz ' � 57� � 'c� � � � � � � � 2 R �� c1�C �{ +"� ��b� BMS-101-ACC#Blue Bird BMS-101 & A10 Accessories� A set of accessories as supplied with Blue Bird BMS-101 and all A10 servos.
Includes 4 plastic output arms, 2 arm retaining screws, 2 mounting screws, double sided mounting tape.
Can also be used with Dream-Flight 4.8 g Metal Gear servo � � -� � � � � � � � � � 1M3R � ��b� MLW-TWISTED-CABLE2Medium Light Servo Twisted Extension Cable 6.4 g/m$ Medium lightweight and thin flexible PVC servo wire made from three 0.14 mm2 copper conductors each consisting of many thin copper wires. This increases flexibility, fatigue resistance, and possibly improves conductivity over fewer thicker conductors. This medium lightweight cable is still lighter than most wiring harness cables.
Twisted extension leads suffer less from interference from other RF sources, reducing servo chatter and other RC problems. They also radiate less electromagnetic noise, reducing the likelihood of the extension leads causing interference.
Weighs 6.4 g per meter for the servo cable . Sold by the meter. Enter a quantity of 5 for a 5 m length of servo wire.
{table title="Medium-Lightweight Twisted Servo Extension Cable Specifications" class=1 cols=2 width=175,122 align=L,L,L}
Number of conductors in cable, 3
Area of each conductor, 0.14 mm2
Conductor material, Copper
Weight per meter, 6.4 g
Resistance of each conductor per, 0.2 Ohms/meter
Sheath material, PVC
Colours of wires, "Black, red, white"
Format, Three wire twisted cable
{endtable}
{table title="Servo Cable Colour Code" class=1 cols=4 width=100,10,60,60 align=L,L,L}
#Usage, , JR, Futaba
Battery positive, +, Red, Red
Battery negative, -, Brown, Black
Servo signal, S, Orange, White
{endtable} � � � � 0� � � � � � � � 1B1Y �� jr m @�`�j PLM-1025-13 Powerline Micro 1025/13 102g� The {b,Powerline Micro 1025/13} is the new 2020 Turbo version with Competition gearbox. It is optimised for 4S up to 6S LiPo power of optionally ballasted F5J models weighing up to 2400g. Max current 50A on a LiPo with a max capacity 1600 mAh. The Powerline Micro 1025 Turbo has forced cooling allowing even higher power for a given weight of powertrain.
The new {b,2020 version} is supplied with a stronger {b,Competition gearbox} that better handles the higher power this motor is cable of. This is coloured sliver-grey rather than black for the previous version.
This new {b,Powerline Micro 1025/13} motor is specially designed for use on F5J models that have a ballast provision, and can get a heavy 2.4 Kg model to 200 m in 30 seconds even in windy conditions. It will of course be fine when the model is flown unballasted too. It is also perfect for converted F3J models which usually weigh more than modern F5J models.
{table title="Powerline Micro 1025/13" class=1 cols=2 width=135,150 align=L,L, separator=: autohref=2}
Suitable for gliders weighing:1300-2400 g max
Max power: 500W
Max current: 50A
Motor/gearbox weight: 102 g
Length: 75 mm
Diameter: 22 mm
Mounting pitch circle diameter: 17 mm
Shaft diameter: 5 mm
Gearbox ratio: 6.75:1
Winds: 13
Recommended ESC: YGE 65 LVT
Recommended battery: Lipo up to 1600 mAh
{endtable}
{table title="Powerline Micro 1025 Turbo 2020 Weights" class=1 cols=2 width=135,150 align=L,L, separator=: autohref=2}
Powerline Micro 1025/13: 102 g
Propeller: 12 g
Spinner RF 30 mm : 13 g
Lipo 2s 1350 40C: 98 g
ESC YGE 60: 38 g
Plugs and screws: 5 g
Total weight: 268 g
{endtable}
j � +K� � �/� � � � � � � � � 2C3�
Recommended ESC: YGE 65 LVT
#Recommended 2S propeller: GM 16x8, RF 16x8, RF 16x8.5
#Recommended 3S propeller: 14x7
#Recommended 4S propeller: 13x8
#Recommended 5S propeller: 12x8
Recommended battery: Lipo up to 1600 mAh5 �� i��� � �}�b� VM-PRO-32-5"32mm VM Pro Spinner for 5mm shafts {VMProSpinner, 32,5,20,9.5}
E � � � � � � � � � � � F �� e�� � `}�`� VM-PRO-32-6"32mm VM Pro Spinner for 6mm shafts {VMProSpinner, 32,6,20,9.5} F � � � � � � � � � � � ) 2C6 real cost 18.15 �� h�Z*� `}�`� ADH-300S-FM0ADH300S / MM1906-2400 Front Mount 21g 2400 RPM/V
The {b,AEO RC MM1906-2400 / ADH300S } is a very nice small but powerful outrunner that is narrow enough to fit in small glider noses. It is excellent for electrifying lighter F3-RES models and DLGs
It can be pushed to about 120W on 3S LiPo batteries or 80W on 2S LiPos.
The photos show rthe rear mount motor - this motor has the shaft on the same end as the motor wires.
{table title="AEORC MM1906-2400 / ADH300S Front Mount Specifications" class=1 cols=2 width=40,150 align=L,L,L separator=: autohref=2}
Weight: 21g
Dimensions: 14 mm long x 23 mm diameter
Voltage: 7.2V~11.1v, 2S~3s LiPo
Kv: 2400 rpm/v
Shaft: 3mm diameter
Max Load: 12A
Max Watts: 120W
Suggested Prop: 6x3, 7x3.5 perhaps on 2S only
Mounting: On the same side as the prop shaft.
{endtable} �
A� � Z� � � � � � � � < 21ge �� c1�C \O +0� @�`� ADH-300S-RM:ADH300S / MM1906-2400 2400 RPM/V 21g Rear Mount Outrunner� The {b,AEO RC MM1906-2400 / ADH300 S} is a very nice small but powerful outrunner that is narrow enough to fit in small glider noses. It is excellent for electrifying lighter F3-RES models and DLGs
It can be pushed to about 120W on 3S LiPo batteries or 80W on 2S LiPos.
{table title="AEORC MM1906-2400 / ADH300S Rear Mount Specifications" class=1 cols=2 width=40,150 align=L,L,L separator=: autohref=2}
Weight: 21g
Dimensions: 14 mm long x 23 mm diameter
Voltage: 7.2V~11.1v, 2S~3s LiPo
Kv: 2400 rpm/v
Shaft: 3mm diameter
Max Load: 12A
Max Watts: 120W
Suggested Prop: 6x3, 7x3.5 perhaps on 2S only
Mounting: On the opposite side to the prop shaft.
{endtable}
� � � F� � � � � � � � C 2C3 21ge �� +0d @�`�
ADH-C20-FM:ADH C20 / MM1908-2050 2050 RPM/V 26g Front Mount Outrunner The {b,AEO RC MM1908-2050 / C20} is a very nice small but powerful outrunner that is narrow enough to fit in small glider noses. It is excellent for electrifying lighter F3-RES models and DLGs
It can be pushed to about 140W on 3S LiPo batteries or 100W in 2S LiPos.
{table title="AEO RC MM1908-2050 / C20 Specifications" class=1 cols=2 width=40,150 align=L,L,L separator=: autohref=2}
Weight: 26g
Dimension: 22 mm long by 23 mm diameter
Voltage: 7.2V~11.1v, 2S~3s Lipo
Kv: 2050 rpm/V
Shaft : 3mm diameter
Shaft length: 9.5mm
Max Power: 14A or 140W
Thrust : about 560g on a 7x3.5 prop on a 3S LiPo
Thrust: about 490g on a 8x4 prop 2S LiPo
Mounting: On the same side to the prop shaft.
2S Prop: 6x3, 6x4, 7x3.5, 7x4
3S Prop: 5x4, 6x3
{endtable}
� � � F� � � � � � � � P 2B3 26ge � �`� KNIFEKnife Racer 1m� The {b,TJI RC Knife} is a new 1m (39") wingspan racer with brilliant performance. Good quality composite glass and carbon all molded model, good design, great price!
The pylon racer is very nicely molded with a strong wing spar and a massive battery compartment, which will allow 4S 2Ahr batteries, or even larger to be fitted with ease. Performance is very good, very straight at high speed, very nice high speed glide, and a reasonable landing speed with the flaps down. The aerodynamic shape is good. The model looks like a scaled up Sergey Sobokin Stinger Speed 400 pylon racer, which indicates a good heritage.
Note the Knife originally had centrally mounted aileron servos and was called Knief, but now has wing mounted servos and a less confusing name. :-)
Some info on RCGoups {href, https://www.rcgroups.com/forums/showthread.php?3344995-Knief-racer-%28flash%29-from-TJIRC,here}.
{table title="Knife Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.00 m, 39 in
Wing area, 9.8 dm2, 153 sq in
Length, 64 cm, 25 in
Flying weight from, 550 g, 19.4 oz
Wing loading, 56 g/dm, 18.3 oz/sq ft
Aspect ratio, 10.2,
Wing airfoil, 7% proprietary
Dihedral (EDA), 1.3�,
Spinner Diameter, 38 mm,
Battery compartment, approx 40 x 38 x 170 mm
Centre of Gravity, 42 - 47 mm from wing leading edge
Controls, "Elevator, ailerons, throttle"
{endtable}
{table title="Knife Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing, 147 g, 5.2 oz
Fuselage and fin, 85 g, 3.0 oz
Tailplane, 17 g, 0.6 oz
Accessories, 17 g, 0.6 oz
Total structure, 266 g, 9.4 oz
Receiver, 6 g, 0.2 oz
Elevator servo, 8 g, 0.3 oz
Aileron servos (2), 16 g, 0.6 oz
Speed control, 25 g, 0.9 oz
Motor, 74 g, 2.6 oz
Prop & spinner, 15 g, 0.5 oz
Battery, 140 g, 4.9 oz
Flying weight, 550 g, 19.4 oz
{endtable}
{table title=" Recommended Control Throws & Mixes " class=1 cols=2 width=110,235 align=L,L autohref=2}
Elevator, 3 mm up, 3 mm down
Ailerons, 4 mm up, 4 mm down
Snap Flap, full up elevator -> 1 mm down flap
Landing mode, motor off -> 5 mm down flap
{endtable}
{table title="Recommended Servos" class=1 cols=2 width=110,235 align=L,L autohref=2}
Elevator, KST X08, Blue Bird BMS-A10H, MKS DS75K, MKS DS6100, MKS HV6100, MKS HV6110, Blue Bird BMS-126WV, Blue Bird BMS-127WV
Ailerons (2 servos), KST X08H, MKS DS75K, Blue Bird BMS-A10S, Blue Bird BMS-A10V
{endtable}
{table title="Recommended Powertrains" class=1 cols=2 width=50,295 align=L,L autohref=2}
100 mph, Mega 16/15/3, 4.7x4.7 35A ESC, 3S LiPo, 350W
110 mph, Mega 16/15/2, 4.7x4.7 50A ESC, 2S LiPo, 400W
120 mph, Mega 16/15/3, 4.1x4.1, 50A ESC, 4S LiPo, 500W
130 mph, Mega 16/15/2, 4.1x4.1 60A ESC, 3S LiPo, 600W
135 mph, Mega 16/20/2, 4.5x4.5 60A ESC, 4S LiPo, 650W
{endtable} Use Mega 16/20/2 or 16/25/1 for higher performace setups (Kv 3000 - 4500)
{video,ny0xK8laQjE}
{video,WwK9M18PNqQ}
{video,-NS4j6rwOsA}
{video,aQSsgAoNtZI}
d � � � � � � � � � � � � � � T ��3x Knife components
One fuselage and fin
One tailplane
One wing piece
One bag of accessories
One carbon tube 338mm
~ �� j^�� � �}�b� PLUS-X-BALLASTPlus X Fuselage Ballast Set This 540g ballast set is specially made for the Plus X. It fits inside the fuselage while still allowing space for the batteries and electronics.
It consists of a special wire ballast holder and 10 ballast slugs, allowing the weight to be adjusted in 52g steps up to 540g.
� D� -D� ' � � � � � � � � X y� c1�C � ��b�] SR-REIS-E300Reisenauer Plastic Firewall - 30mm (Explorer 30), {SRFR, 29.2, 30.2, 2.5} Marked "Explorer 30" e
� N� � � � � � � � � � 2B4I �� j(( � � +�d �}�b�& X-DREAM
X-Dream 2m The {b,X-Dream} is a built-up laser cut balsa and ply kit designed for the new F3-RES high-start launched 2m Rudder-Elevator-Spoiler glider class popular in Germany and Austria.
The {b,X-Dream} is the very latest development of Alois Janowetz, the designer of the X-RES, Minores, Desire 2 - the top models of the 2018 and 2019 seasons in Austria and Germany. The new X-Dream is even lighter and performs even better.
The X-Dream has well harmonised flight characteristics and amazing performance. Despite the compettion-optimised design the model is agile and extremely easy to fly. The simple yet strong design and the brilliant use of weight-optimized materials allows a flying weight as low as 380g and thus a wing loading of only 10.6 g/dm2 (3.5 oz/sq ft), resulting in very low sink rates.
The large 2-part spoilers allow almost vertical descents without an increase in speed. The wing separates into three panels and the tailplane is removable making the model very easy to transport.
The laser cut kit has very simple and robust construction. Apart from the 6 mm carbon fibre wing joiners and the CF all moving tailplane mount the model is built from selected and optimized laser cut balsa and plywood. The model can be built very quickly using cyanoacrylate superglue, white glue or 5-minute epoxy. Oralight covering is recommended. An adjustable tow hook is standard and is included in the kit, as are the servo linkages. The kit includes a colour plan and comprehensive instructions, in German only. See the {b,More detals} heading below for links to the German manual and an English translation.
January 2025 update: Best manual can be downloaded from {href, https://www.dropbox.com/sh/ghlcfeb08udnifm/AABjWgOv_YUUgwr_XyWspaKwa?dl=0, here} - select the one by Brian Brendler.
{table title="X-Dream Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.0 m, 79 in
Wing area, 36.0 dm2, 558 sq in
Length, 118 cm, 46.5 in
Flying weight from, 380 g, 13.4 oz
Wing loading, 10.6 g/dm2, 3.5 oz/sq ft
Aspect ratio, 11.1,
Wing airfoil, Modified AG,
Dihedral (EDA), 12.0�,
Centre of Gravity, 75-78 mm from wing leading edge
Controls, "Rudder, elevator, spoilers"
{endtable}
{table title="X-Dream Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Total structure, 295.0 g, 10.4 oz
Receiver, 5.0 g, 0.2 oz
Rudder servo, 5.0 g, 0.2 oz
Elevator servo, 5.0 g, 0.2 oz
Spoiler servos (2), 10.0 g, 0.4 oz
Battery, 55.0 g, 1.9 oz
Noseweight, 5.0 g, 0.2 oz
Flying weight, 380.0 g, 13.4 oz
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder & elevator servos, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Blue Bird BMS-A10H, KST X06, KST X08
Spoiler servos (2), Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Blue Bird BMS-A10H, KST X06, KST X08
Receiver, 4-5 channel rx to match your transmitter
Battery, Dream-Flight 300 mAh 4.8V NiMH, HyperFlight 750 mAh 4.8�� +Ӕ `��`� HF-AHI-FLIGHTPACK,HyperFlight Flight Pack for Dream-Flight Ahig Get your Ahi into the air quickly with excellent spec wide voltage range servos. All components are a close fit to ensure a quick and easy RC installation. Although the servos are not identical to Dream-Flight servos only very small adjustments are needed to get them to fit the model, and they are considerably better servos.
The HyperFlight Flight Pack for Dream-Flight Ahi includes:
4 pcs Blue Bird BMS-127WV+ servos
1 pc 5 cm Battery Extension Wire (Simple and lightweight alternative to a switch)
2 pcs 15 cm Aileron Extension leads
{b,NiMH Battery Option}
1 pc DreamFlight 700 mAh 4.8V NiMH Battery
{b,LiPo Battery Option}
1 pc Bonka HV 550mAh 2S LiPo
1 pc JST BEC to JR RC Plug Convertor
Note this option is only available to UK and some EU destinations due to restrictions on shipping LiPo batteries.
Note the servos are wide voltage range and can be operated from a 1S LiPo, 4.8V NiMH, 6V NiMH, 2S LiFe or 2S LiPo battery. The battery, servos, and extensions feature universal style connectors.
The HyperFlight Flight Ahi Pack represents a 10% saving over buying the items separately.
a � Y_� � � � � � � � � � � 2F3� Contents
4 x BMS-125WV servos (ID 3841)
1 x "flat" battery (ID4821)
or Bonka 550 2s (ID9722) + convertor (ID3971)
1 x 5cm lead (ID 1081)
2 x 15cm leads (ID 7971)
�� Plastic, copper, stee�g ,�� @�`�+ MAGIC*Magic 3 Allround and SuperLight F3L F5L 2m) The {b,Magic 3 Allround} and {b,Magic 3 Superlight} have built up a cult following in Turkey and Eastern Europe. You only have to watch some of the {href, https://www.facebook.com/salahi.tezel/videos/3160655740648725/, hand launch videos} (via Facebook unfortunately) to see this is no ordinary model, it has an exceedingly low sink rate and an excellent glide angle. The {b,Magic 3} shows that well engineered built up models can equal and even exceed the best composites, at least in low lift/low wind conditions. It really lives up to its name.
The {b,Magic 3 Allround} is designed to fly well in all conditions, from light airs to 15 mph winds. Designed by Salahi Tezel it was developed from the Magic Pro over 8 months and has an elliptical wing to minimise induced drag. By modifying the Drela AG24/25/26 airfoils and improving the wing structure the effect of the bumpiness of film covered wings was mitigated, reducing local flow separations. This improved the performance and flying characteristics, enabling easy and tight circles even in small and weak thermals. The Magic 2 Allround has a flying weight of about 410 g (14.5 oz) and has ballast provision to allow flight in higher winds.
The {b,Magic 3 Superlight} version is designed for up to 10 mph winds has a flying weight as low as 345 g (12.2 oz), an amazing weight for a model with a wing area of 33.8 dm2 (524 sq in). The structure of the {i, Super Light} version is the same as the {i, Allround}, with the weight reduction apparently coming from lighter wood selection and covering.
Both models use carbon fibre tubular spars and tailbooms to simplify construction and minimise weight. The three piece wings have two riblets between each full rib to almost eliminate covering sag. The wing has two spoilers to reduce the trim change when applying brakes, and the large spoiler area allows almost vertical descents, stopping the possibility of fly-aways and allowing easily controlled spot landings.
The substantial fuselage is constructed from 3 mm balsa and plywood. The tailboom is a 9 mm carbon tube, ready slotted for fitting the fin and tailplane mounts. All servos are placed in the pod with the control surfaces actuated using pull-springs.
The tailplane uses a carbon spar for lightness and rigidity and is mounted on a lightweight fitting attached to the boom. Both the tailplane and fin are detachable for easy transport.
The kit consists of balsa and ply parts, a well drawn plan, and all accessories apart from RC, glue and covering material. We recommend Oracover Light covering is used. Build photos and help are available via a {href, https://www.facebook.com/groups/1646426389021440, Facebook Magic 2 group} and this excellent {href, https://hyperflight.co.uk/extras/Magic 2 build by Martin Oldershaw.pdf, Build Log (235Mb PDF)}.
{href, https://www.facebook.com/salahi.tezel/videos/3160655740648725/, Watch this amazing hand launch video}
{i,This table is for the previous version - to be updated}
{table title="Magic 3 SuperLight Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.0 m, 79 in
Wing area, 31.9 dm2, 494 sq in
Length, 123 cm, 48.2 in
Flying weight from, 345 g, 12.2 oz
Wing loading, 10.8 g/dm2, 3.5 oz/sq ft
Aspect ratio, 12.5,
Wing airfoil, AG - modified
Dihedral (EDA), 12.0�,
Spinner Diameter, 32 mm,
Centre of Gravity, 69 - 75 mm from wing leading edge
Controls, "Rudder, elevator, spoilers"
{endtable}
{table title="Magic 3 SuperLight Glider Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Bare structure, 222 g, 7.8 oz
Covering, 52 g, 1.8 oz
Total structure, 274 g, 9.7 oz
Rudder servo, 5 g, 0.2 oz
Elevator servo, 5 g, 0.2 oz
Spoiler servo, 5 g, 0.2 oz
Battery, 50 g, 1.8 oz
Flying weight from, 345 g, 12.2 oz
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder & elevator servos, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, KST X06, CHA DS06
Spoiler servo, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, KST X06, CHA DS06
Receiver, 4 or 5 channel receiver to match your transmitter
Battery, Radient 1S 700 mAh LiPo, Dream-Flight 300 mAh 4.8V NiMH, HyperFlight 650 mAh 4.8V NiMH, Dream-Flight 700 mAh 4.8V NiMH, 1S 2600 mAh Li-Ion, 2S 300-600mAh LiPo
{endtable}
{table title="Control Throws" class=1 cols=2 width=120,240 align=L,L}
Rudder, 20 mm each way
Elevator, 9 mm up & down
Spoilers, 80� - 90� up
{endtable}
Watch this ultra-professional promo video
{video-extras, magic2 SL flight.m4v}
Good workshop walkthrough video
{video-extras, magic2 SL2 assembly.m4v}
� �}�b� SUN-10PROSunrise 10A Pro SBEC ESC0 * Super fine and smooth touch of speed controlling, first-rate accurate linearity
* Quick-respond speed of throttle
* Separate voltage regulator IC for MCU (Micro Controller Unit)
* High capability of anti-interference to decrease the possibility out of control
* Low-voltage cut-off protection of battery
* Blocked rotation protection
* Throttle signal lose protection, can prolong the service life of ESC effectively
* Compatible with a programming card to change parameters easily and conveniently
* Safe power-on. The motor won�t start no matter which position the throttle stick is when battery connected.
Model: PRO-10A
Constant Current: 10A
Max Current: 12A for 10 seconds
BEC: 3A/5.5V
Lipo: 2-3S
Programming: YES
PCB Size: 22 x18 x6 mm
Weight: 9 g d � Z� � Z� � � � � � � � � �� c1�C> �~�b�& SR14X8'SR 14x8 F5J Type 1A Folding prop blades� A pair of {b,SR 14 x 8 Type 1A} folding prop blades, suitable for HyperFlight's and other makes of folding prop yokes and spinners. These quality blades are made from injection molded carbon fibre reinforced plastic to a very innovative design.
Aero design is by Julian Benz who specially optimised them for F5J 3m - 4m gliders. Their unusual shape enables them to fold flat against a glider fuselage, reducing glide drag. Despite not being hand made from epoxy resin and carbon cloth/rovings like most of the high quality props we sell these blades are light, highly efficient, and can cope with high power setups.
Note this product consists of two propeller blades only. The central spinner/yoke assembly is not included. Also it is common for prop blades to not fit all spinner/yokes perfectly as supplied. It is often necessary to reduce the width the blade root slightly to ensure free folding movement. Also the cut out in the spinner cone often needs to be increased to allow the blades to fully extend. The root of the blade should not touch the spinner cone when the prop is fully opened.
{blade, SR, 14, 8, 12.7, 1900}
{video,R-bX59Djzjw} � � � 2�
� � � � � � � � 2D6I �� Carbon fibre reinforced plastic jGz� � ��b�� KST-HS08A/KST HS08A Wing Servo - 5.2Kg.cm 0.11s 11.0g 8mm� KST delivers once again with the {b,KST HS08} series competition servos for F5J glider pilots and soaring enthusiasts who demand the best! The all new HS08 are almost as compact as the much loved KST X08 series and offer power and performance levels approaching that of the X10 Mini servos in an 8 mm thick case. The slim 8mm thick casing is crafted from 7075 aluminium alloy, so not only do these servos look fantastic but they are also very rigid and robust.
The HS08 series are available with wing mounting tabs (A version) or normal mounting tabs (B version), to allow convenient installations in fuselages or wings or even tail surfaces. This is the KST HS08{b,A}, the {b,wing mount} version
The {b,KST HS08A} has a hardened steel drive train and a coreless motor capable of running all the way from 3.8V to 8.4V (1S to 2S LiPo) making these WV (wide voltage range) servos will deliver the power and reliability you need.
{b,KST HS08A Features}
Compact and light weight design
Excellent torque and speed
Wide 1S to 2S voltage range
Designed for high performance RC Gliders
Excellent heat dissipation
Ultra slim 8mm body
7075 Alloy casing
Hardened Steel gears
Wing mounting tabs
{ServoSpecs}
Stall Current: 0.68A
Continuous rated Current: 0.25A
n � 0 � � � � � � � � � � �1K2 � ji�H; /�� �~�b� DFFA018 /Dream-Flight Metal Gear Flight Pack for Libelle� The Dream-Flight Libelle Metal Gear Flight Pack contains:
<i>
4 pcs 4.8g Digital Metal Gear Servos
1 pc 4.8V NiMH 300mAh Receiver Battery
2 pcs Aileron Extension Leads
1 pc Battery Extension Wire
</i>
{b,4.8g DMG (Digital Metal Gear) Servo Specifications:}
Weight: 4.8g (includes wire, plug, arm, and screw)
Maximum Torque (4.8V): 0.8 Kg cm
Size: 18.8 x 7.8 x 21.5mm
Speed: (4.8V): 0.08s for 60�
Motor: Coreless with digital driver
Drive Train: Metal gears
{b,Receiver Battery Specifications:}
Voltage: 4.8V (4 cell 1/3AA)
Capacity: 300mAh
Weight: 31g
Size: 57 x 29 x 15mm
Charge: 100-250mA (automatic charger with NiMH mode recommended) f � x � � LA� � � � � � � � � 2FR3< � �}�b� GM-F5J-28-3!28mm GM F5J Spinner for 3mm shaft {GMSpinner, 28,3,24,12} � &U� � � � � � � � � � 2 O � c1�C � �}�b� GM-F5J-28-4!28mm GM F5J Spinner for 4mm shaft {GMSpinner, 28,4,24,12} � &U� � � � � � � � � � 2 O � c1�C � �}�b� GM-F5J-30-3!30mm GM F5J Spinner for 3mm shaft {GMSpinner, 30,3,26,13} / � &U� � � � � � � � � � 2 O � c1�C � �}�b� GM-F5J-30-4!30mm GM F5J Spinner for 4mm shaft {GMSpinner, 30,4,26,13} 0 � &U� � � � � � � � � � 2 O � c1�C � �}�b� GM-F5J-32-3!32mm GM F5J Spinner for 3mm shaft {GMSpinner, 32,3,28,13} C � &U� � � � � � � � � � 2 O � c1�C � �}�b�
GM-F5J-32-4!32mm GM F5J Spinner for 4mm shaft {GMSpinner, 32,4,28,13} D � &U� � � � � � � � � � 2 O � c1�C oc .�| ��b� DFFA020)Dream-Flight Intelligent USB NiMH Charger� Just like charging your phone! Utilize any USB port or USB phone charger to charge your Dream-Flight receiver batteries. Perfect for the home work bench, or take it with you on the go. Just plug in any of our NiMH batteries and wait for the GREEN light. It's that easy!
Specifications:
Input: 5-16V DC (any USB power port)
Battery pack voltage range: 2.4-7.2V NiMH
Battery chemistry: NiMH batteries only
Average charging current: 200mA for a typical 4.8V Rx pack.
Trickle charge current: 20mA (if battery is left plugged in after LED switches to green)
Hot Tip: If using a notebook computer USB port for powering charger, make sure to deactivate SLEEP or HIBERNATE mode on the computer to ensure a complete charge. p � � � � � � � � � � � E 2G3< S �}�b�
HS-TOWHOOKAdjustable Tow Hook - Large� Nicely engineered large adjustable tow hook for use in F3J, F3-RES and other towline gliders. Supplied with a plywood mounting frame.
{table title="Large Tow Hook Specification" class=1 cols=2 width=60,60 align=L,L}
Hook position range, 25 mm
Aluminium plate size, 48 mm x 18 mm
Plywood mount size, 55 mm x 22 mm
Weight without plywood mount, 15.7 g
Weight including plywood mount, 17.3 g
Hook wire diameter, 3.9 mm
{endtable} - � 7� � O� � � � � � � � 2 � Aluminium, steel, plywood d�j@ �|�b�
HS7X41Plastic 7x4.5 Folding Prop Blades (2mm hinge pin)h A pair of economy 7 x 4.5 folding propeller blades, suitable for HyperFlight's and other makes of folding prop yokes and spinners. These blades require smaller spinner/hub assemblies with 2mm diameter hinge pins.
These nicely made plastic blades are suitable for use with smaller electric models.
Note this product consists of two propeller blades only. The central spinner/yoke assembly is not included. Also it is common for prop blades to not fit all spinner/yokes perfectly as supplied. It is often necessary to reduce the width the blade root slightly to ensure free folding movement. Also the cut out in the spinner cone often needs to be increased to allow the blades to fully extend. The root of the blade should not touch the spinner cone when the prop is fully opened.
{table title="Hobby Squadron 7x4.5 Folding Propeller Blade Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=:}
Prop diameter: 18 cm: 7 in
Prop pitch: 11.5 cm: 4.5 in
Weight of 2 blades: 7.5 g: 0.26 oz
Width of blade root: 5.0 mm: 0.197 in
Hinge pin hole dia: 2.0 mm: 0.079 in
Max power: 300 W
{endtable}
� � 2� � [� � � � � � � � 2A6 � hv1~ � ��b� MPX-GREEN-6 MPX Green 6 Pin Plug & Socket7 MPX Green compatible 6 pin connector - plug and socket. � � (� � A� � � � � � � � 2E3� � Pllastic, steel, copper i^� � `}�`� HS-4069+Large 4 Servo Wing Wiring Harness 80 cm (2) This wiring harness is suitable for two piece wing models or three piece wing models where the centre panel is no more than 1.6m long. Two packets supplied, suitable for one four servo wing.
{b,Wing End}
Flap servo extension length: 30 cm
Aileron servo extension length: 80 cm
Wing/Fuse connection: RC type 6 pin plug
{b,Fuselage End}
Aileron to receiver extension length: 20 cm
Flap to receiver extension length: 20 cm
Wing/Fuse connection: RC type type 6 pin socket
Weight of compete harness: 2 * 25 g
" � K� � @� � � � � � � � < 9 6 PIN CONNECTOR SET RX SIDE 20/20cm /SERVO SIDE 30/80cm � c_� � �}�b� NRJ-FUSE NRJ FuselageV Replacement fuselage for the NRJ discus launched glider.
Nosecone NOT included
� � � � Q � � � � � � � � � j $� f� rc +-� ��b�
NRJ-MKS-MOUNT4NRJ Mount for 2 MKS DS75K/HV75K and 2 KST X08 Servos� A 3D printed part for mounting two MKS DS75K/MKS HV75K servos (towards the rear) and two KST X08 servos (at the front) in an NRJ discus launched glider.
Could be used with other DLGs too. � 7� � � � � � � � � � 2BOX3j C�Q �}�b�� SUN-12CIC Sunrise BLHELI-S-Circada 12A� � Chips on EFM8BB21F16,50MHZ Greatest
� BLHeli_S is designed for superior performance in multirotors, and uses hardware generated motor pwm for smooth throttle response and silent operation.
� Small size combined with light weight for easy installation.
� The code supports regular 1-2ms pulse width input, as well as Oneshot125 (125-250us), Oneshot42 (41.7-83.3us) and Multishot (5-25us).
The input signal is automatically detected by the ESC upon power up.
� All codes use damped light mode.Damped light does regenerative braking, causing very fast motor retardation, and inherently also does active freewheeling.
� The code supports features to prevent sync loss. There are tuneable parameters that can make the code run well even in the most demanding situations, although default settings will work
excellently in normal operating environments.
� The code also supports a beacon functionality, where the ESC will start beeping after a given time of zero throttle. This can be very useful for finding lost crafts.
BLHELI-S-Cicada
Model: BLHELI-S 12A 2-4S
Constant Current: 12A
Peak Current(10s): 15A
BEC: NO
Lipo: 2-4S
Programming : YES
PCB Size: 22MM*12MM
Weight: 5.4g
� U� � F� � � � � � � � ( � �� c1�C �}�b� TEMP"Scratch product *** do not buy *** � � � � � � � � � � � � � -� c1�C = �}��b�L KST-135-TO-X10-UPG;Upgrade fron KST DS135MG Mini to X10 Mini with 10% discount� Upgrade fron KST DS135MG Mini to X10 Mini with 10% discount.
Must have purchases KJST DS135 servos already.
For contacted cuatomers only. �� � P� � � � � � � � � � c2�4� �}�b� PLUS-X-TEMPLATEPlus X Wing Template@ This product consist of a clear plastic (probably perspex) gauge to help in setting up the aileron and flap control throws for the Vladimir's Models Plus X F5J electric glider.
This product consist of two clear plastic (probably perspex) gauges to help in setting up the control throws for the Plus F5J model.
_ � 2� � � � � � � � � � 2 0� Plastic c1�C � �}�b� VM-PRO-30-4"30mm VM Pro Spinner for 4mm shafts {VMProSpinner, 30,4,19,8.6} 0 � � � � � � � � � � � 2 4� e&�� �}�b� VM16X85 VM 16x8.5 Folding prop blades A pair of very high quality {b,VM 16 x 8.5 folding prop blades}, suitable for Vladimir's Models new Pro Spinners and other folding prop yokes and spinners.
These blades are extremely thin (they have a higher aspect ratio), thinner even than GM blades. This allows larger diameter blades to be fitted without pulling too much current. This increases the propulsive efficiency of the powertrain. When used with VM Pro Spinners they will fold closer to the fuselage, and cause less drag than other props.
Note this product consists of two carbon propeller blades only. The central spinner/yoke assembly is not included. Also it is common for prop blades to not fit all spinner/yokes perfectly as supplied. It is often necessary to reduce the width the blade root slightly to ensure free folding movement. Also the cut out in the spinner cone often needs to be increased to allow the blades to fully extend. The root of the blade should not touch the spinner cone when the prop is fully opened.
{blade, VM, 16, 8.5, 9.5, 700}
I � $ � � P� � � � � � � � 2 (� d !�� �}�b� VM12X8VM 12x8 Folding prop blades A pair of very high quality {b,VM 12 x 8 folding prop blades}, suitable for Vladimir's Models new Pro Spinners and other folding prop yokes and spinners.
These blades are extremely thin (they have a higher aspect ratio), thinner even than GM blades. This allows larger diameter blades to be fitted without pulling too much current. This increases the propulsive efficiency of the powertrain. When used with VM Pro Spinners they will fold closer to the fuselage, and cause less drag than other props.
Note this product consists of two carbon propeller blades only. The central spinner/yoke assembly is not included. Also it is common for prop blades to not fit all spinner/yokes perfectly as supplied. It is often necessary to reduce the width the blade root slightly to ensure free folding movement. Also the cut out in the spinner cone often needs to be increased to allow the blades to fully extend. The root of the blade should not touch the spinner cone when the prop is fully opened.
{blade, VM, 12, 8, 7.4, 700}
� � $ � � � � � � � � � � 2 (� d*��
B �}�b� VM-COMP-REPAIR-KIT VM Composite Model Repair Kit� The {b, VM Composite Model Repair Kit} is a very comprehensive pack of composite materials to facilitate the repair of many composite RC models, but particularly larger F3J and F5J type gliders.
Included in the kit are:
{bullet}
30 cm x 20 cm SC39/2/45 Carboline 39 g/m2 spread carbon for wing repair
30 cm x 20 cm woven carbon fabric, approx 200 g/m2 weight for fuselage repair and local reinforcement
30 cm x 20 cm woven glass fabric, approx 163 g/m2 weight for 2.4 GHz friendly repair
29 cm x 7 cm Kevlar/carbon moulded wing Dbox
10 cm x 5 cm x 2 cm Rohacel foam core
10 cm unique VM hinge repair material
3 m carbon tow/roving 1600 TEX for spar repair and local reinforcement.
{endbullet}
{b,Wing D-box 1 min repair}
Cut the D-box to the size of the hole with scissors and tape it around the hole with strong self-adhesive tape.
{b,Wing D-box 15 min repair}
Cut the D-box to the size of the hole with scissors. Sand the d-box inside with sandpaper for better adhesion. Sand a place for d-boxing on the wing for better adhesion. Glue the d-box with glue (CA or epoxy).
{b,VM hinge repair material}
It is unique combination of Kevlar hinge material and ultra-high module carbon.
The material has a scratch in the carbon in hinge place already.
- cut a strip about 10 mm long with scissors;
- glue the strip to the repair spot (Kevlar side to the wing) with CA glue (superglue). Make sure scratch in the carbon is exactly matches the flap hinge.
- Break the glue inside the Kevlar in the hinge area and move a new hinge several time by hand. (it is advisable to disconnect the servo rod)
{b,Carboline SC39 2/45}
- Pre-restore the geometry of the wing using Rohacell or other material.
- Mark the repair spot with paper tape so that the rest of the wing will be not dirty. And cut a piece of Carboline preform 5mm smaller than the marked spot.
- Apply epoxy resin to the repair spot.
- Put the preform on top of the resin at the repair site. Use your finger to push the entire area of the preform so that the resin impregnates carbon completely. If necessary, add resin from the outside.
- Soak out excess resin with a paper towel. It should seem to you that the carbon is completely dry.
- cover the area with polythene sheet (not supplied) and apply pressure if possible to give a smooth shiny surface. Remove after epoxy sets.
- If desired, after the resin polymerization, fill and paint the repair spot, but this will add a lot of weight. � ' � � � � � � � � � � � 4� d 1� � �}�b� SN2E-FIN'Snipe 2e & Yoda Electric Fin and RudderE Replacement fin and rudder for the Snipe 2e and Yoda Electric models. b � 7 � &2� P� � � � � � � � � :� c��o3' +A� ��b� OAC-COMP-REPAIR-KIT'DLG & Small Glider Composite Repair Kit� The {b, DLG & Small Glider Composite Model Repair Kit} is a very comprehensive pack of composite materials to facilitate the repair of many composite RC models, but particularly smaller DLG and F3K type gliders and rocket gliders.
Included in the kit are:
{bullet}
30 cm x 20 cm CW30 30 g/m2 spread carbon for wing repair
30 cm x 20 cm CW40 40 g/m2 spread carbon for wing repair
30 cm x 20 cm Textreme80 80 g/m2 spread carbon for fuselage repair and local reinforcement
30 cm x 20 cm woven glass fabric, approx 100 g/m2 weight for 2.4 GHz friendly repair
5 m carbon tow/roving UHM
10 cm x 15 cm x 13 mm Rohacell foam core material
{endbullet}
� & � � � � � � � � � � � 2F7j � +F� ��b� OA7X45,OA 7x4.5 Folding prop blades (2mm hinge pin)h A pair of high quality lightweight carbon Andrey Yakovlev designed 7 x 4.5 folding propeller blades made under licence by OA Composites. These blades require smaller spinner/hub assemblies with 2mm diameter hinge pins.
These nicely made blades are suitable for use with F5K type and smaller electric models.
Note this product consists of two propeller blades only. The central spinner/yoke assembly is not included. Also it is common for prop blades to not fit all spinner/yokes perfectly as supplied. It is often necessary to reduce the width the blade root slightly to ensure free folding movement. Also the cut out in the spinner cone often needs to be increased to allow the blades to fully extend. The root of the blade should not touch the spinner cone when the prop is fully opened.
{table title="OA/AY 7x4.5 Folding Propeller Blade Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=:}
Prop diameter: 18 cm: 7 in
Prop pitch: 11.4 cm: 4.5 in
Weight of 2 blades: 2.5 g: 0.09 oz
Width of blade root: 5.0 mm: 0.197 in
Hinge pin hole dia: 2.0 mm: 0.079 in
Max power: 250 W
{endtable}
� � � � � � � � � � � � 2A6j �� /�� �~�b� GM14X7F!GM 14x7F Folding prop blades Flatl A pair of very high quality {b,GM 14 x 7 F flat folding prop blades}, suitable for HyperFlight's and other makes of folding prop yokes and spinners. <b>These blades have less twist than usual, allowing them to fold flatter against a glider fuselage, reducing drag.</b>
These blades are thinner (they have a higher aspect ratio) than normal folding propeller blades, allowing larger diameter blades to be fitted without pulling too much current. This increases the propulsive efficiency of the powertrain. The reduced twist (flatness) also allows them to fold closer to the fuselage, and cause less drag when folded than other props. The flatness does reduce the efficiency slightly, but this is more than offset by the improved glide. See photos 3 and 4 for a visual comparison of GM, RF and Aeronaut props, kindly produced by Andre Jeber Demetrio.
Note this product consists of two carbon propeller blades only. The central spinner/yoke assembly is not included. Also it is common for prop blades to not fit all spinner/yokes perfectly as supplied. It is often necessary to reduce the width the blade root slightly to ensure free folding movement. Also the cut out in the spinner cone often needs to be increased to allow the blades to fully extend. The root of the blade should not touch the spinner cone when the prop is fully opened.
{blade, GM Flat, 14, 7, 11.8, 2000}
� � � � � � � � � � � 2B6O �� - �~�b� GM14X8F!GM 14x8F Folding prop blades Flath A pair of very high quality {b,GM 14 x 8 F flat folding prop blades}, suitable for HyperFlight's and other makes of folding prop yokes and spinners. <b>These blades have less twist than usual, allowing them to fold flatter against a glider fuselage, reducing drag.</b>
These blades are thinner (they have a higher aspect ratio) than normal folding propeller blades, allowing larger diameter blades to be fitted without pulling too much current. This increases the propulsive efficiency of the powertrain. The reduced twist (flatness) also allows them to fold closer to the fuselage, and cause less drag when folded than other props. The flatness does reduce the efficiency slightly, but this is more than offset by the improved glide. See photos 3 and 4 for a visual comparison of GM, RF and Aeronaut props, kindly produced by Andre Jeber Demetrio.
Note this product consists of two carbon propeller blades only. The central spinner/yoke assembly is not included. Also it is common for prop blades to not fit all spinner/yokes perfectly as supplied. It is often necessary to reduce the width the blade root slightly to ensure free folding movement. Also the cut out in the spinner cone often needs to be increased to allow the blades to fully extend. The root of the blade should not touch the spinner cone when the prop is fully opened.
{blade, GM Flat, 14, 8, 11.8, 2000}
� � � � � � � � � � � � 2B6O � /�� �~�b� GM14X9F!GM 14x9F Folding prop blades Flatm A pair of very high quality {b,GM 14 x 9 F flat folding prop blades}, suitable for HyperFlight's and other makes of folding prop yokes and spinners. <b>These blades have less twist than usual, allowing them to fold flatter against a glider fuselage, reducing drag.</b>
These blades are thinner (they have a higher aspect ratio) than normal folding propeller blades, allowing larger diameter blades to be fitted without pulling too much current. This increases the propulsive efficiency of the powertrain. The reduced twist (flatness) also allows them to fold closer to the fuselage, and cause less drag when folded than other props. The flatness does reduce the efficiency slightly, but this is more than offset by the improved glide. See photos 3 and 4 for a visual comparison of GM, RF and Aeronaut props, kindly produced by Andre Jeber Demetrio.
Note this product consists of two carbon propeller blades only. The central spinner/yoke assembly is not included. Also it is common for prop blades to not fit all spinner/yokes perfectly as supplied. It is often necessary to reduce the width the blade root slightly to ensure free folding movement. Also the cut out in the spinner cone often needs to be increased to allow the blades to fully extend. The root of the blade should not touch the spinner cone when the prop is fully opened.
{blade, GM Flat, 14, 9, 11.8, 2000}
� � � � � � � � � � � � 2B6O �� -@ �~�b�! GM14X10F"GM 14x10F Folding prop blades Flatj A pair of very high quality {b,GM 14 x 10 F flat folding prop blades}, suitable for HyperFlight's and other makes of folding prop yokes and spinners. <b>These blades have less twist than usual, allowing them to fold flatter against a glider fuselage, reducing drag.</b>
These blades are thinner (they have a higher aspect ratio) than normal folding propeller blades, allowing larger diameter blades to be fitted without pulling too much current. This increases the propulsive efficiency of the powertrain. The reduced twist (flatness) also allows them to fold closer to the fuselage, and cause less drag when folded than other props. The flatness does reduce the efficiency slightly, but this is more than offset by the improved glide. See photos 3 and 4 for a visual comparison of GM, RF and Aeronaut props, kindly produced by Andre Jeber Demetrio.
Note this product consists of two carbon propeller blades only. The central spinner/yoke assembly is not included. Also it is common for prop blades to not fit all spinner/yokes perfectly as supplied. It is often necessary to reduce the width the blade root slightly to ensure free folding movement. Also the cut out in the spinner cone often needs to be increased to allow the blades to fully extend. The root of the blade should not touch the spinner cone when the prop is fully opened.
{blade, GM Flat, 14, 10, 11.8, 2000}
� � � � � � � � � � � � 2B6O z ���b��
MKS-HBL550)MKS HBL550 Servo - 39Kg.cm 0.08s 79g 20mm� {BR,PURCHASED TO ORDER.}
MKS X5 HBL550 Brushless Servo. Available to special order
Specifications:
Torque:
@6.0V: 29 Kg.cm - 402 oz-in
@7.4V: 36 Kg.cm - 499 oz-in
@8.4V: 39 Kg.cm - 527 oz-in
Speed:
@6.0V: 0.117 s
@7.4V: 0.094 s
@8.4V: 0.085 s
Weight: 79.5 g
Dimension: 40x20x38.5mm
Working Voltage: 3.5 ~ 8.4 V (2S LiPo unregulated)
Working frequency: 1520�s / 333Hz
Dead Band: 0.001 ms (Default)
Bearing: 2BB
Motor: Brushless Motor
Gear: Alloy gear � a � � >
� � � � � � � � � 1� Taiwani�,8 � �}�b�D F5J-POD3M4Carbon Pod suitable for 3m-3.7m F5J Electric Gliders3 Electric glider lightweight carbon pod suitable for 3m-3.7m F5J Electric Gliders. This very light pod is expertly constructed from carbon-epoxy composites. Suitable for use is F5J type home designed electric RC gliders. For pure gliders a wooden nosecone can easily be glued in place.
A large 24 cm long carbon canopy is supplied for good access to the motor and RC. On the fuselages initially supplied to HyperFlight the opening for these is approx 125 mm x 32mm, leaving a shelf to the rear for mounting the rudder and elevator servos, as shown in one of the photos. However the hanopy hatch access opening could be increased in size to approx 210 mm x 35 mm if preferred.
The pod front as suplied is approx 35 mm diameter however no firewall has been attached and only approx 3 mm needs to be trimmed from the front to fit a 38 mm firwewall.
Supplied with a removable carbon canopy. The spigot fits our {pref, CARBON-BOOM-25-9,25 mm boom} and our {pref, CARBON-BOOM-26-9,26 mm boom}. Note these are not included in the price and one should be purchased separately. The {pref,AVA-V-MOUNT,AVA V mount} fits these boom to make a complete Drela type pod-boom-tail mount fuselage.
{table title="F5J Pod Specification" class=1 cols=3 width=110,115,115 align=L,L,L}
Electric pod length inc spigot, 62 cm, 24.4 in
Electric pod length ex spigot, 55 cm, 21.6 in
Nose to wing LE, 33.3 cm, 13.0 in
Boom spigot diameter, 24.3 mm, 0.96 in
Wing root chord approx, 18.5 cm, 7.3 in
Max wing chord, No limit
Weight, 74 g, 2.6 oz
Spinner diameter, 35 mm -38 mm
{endtable}
� H-� � . � � � � � � � � � � 0� c1�C% ��b�:
CF-TWILL-25MM$25mm OD 23mm ID 1" Wound Carbon Tube� # Woven Carbon tube, rigid ctubew
# %1 = outside diameter
# %2 = inside diameter
# %3 = weight per meter
{ctubew, 25, 23, 112, N/A, N/A} � 2� � 2� � � � � � � � x 3| K� jAg{S �}�b�- FIREBIRDFirebird 1.5m 60"� The {b,Firebird 1.5m} is a new 60" sports sloper from James Hamond. The Firebird has a highly optimized wing planform and completely new and improved wind tunnel tested aerofoils. Slimmed down from previous designs as servo technology has improved and become more widely available, the layout has enough room to allow plenty of ballast in the Fuselage, while the operating servos can be situated in the front radio bay or in the fin. Nicely engineered magnetically attached canopy and a fin hatches give good access to the RC.
As the model responds so well to aileron only input many fliers prefer the simplicity of aileron only for directional control and forgo the rudder. This simplifies the installation too. To this end the fuselage and fin molding can be supplied with or without a cut out and hinged rudder. See the options below the price.
Aerofoils:
The sections used are the most recent highly smoothed developments from James�s highly successful original aerofoil designs: These are really fast sections.
Wing:
Completely different from the previous design, and made possible by the revolutionary Sine Wave Spar that is now a feature of all Aeroic planes, the highly optimized wing planform has undergone a series of changes throughout the development and testing of the model resulting in the somewhat �radical� swept elliptical shape that we now see.
The descending thickness, optimally cambered sections will let you go from really slow landing speeds with the flaps down to heart stopping passes with a little reflex. Large ailerons, large flaps and the new wing plan form each add to the overall performance of the airframe.
Like all Aeroic planes, the �standard� wing is carbon type.
Horns are factory fitted with well thought out geometry to allow flush servo installation using 9mm or 10mm flap and 8mm aileron servos. Using conventional linkages, you can get a clean, practical and most importantly serviceable wing installation optimized to use full servo travel to give high torque and low slop.
Aeroic Sine Wave Spar:
Used in several military aircraft, which is actually Doc J�s designer background, the Sine Wave Spar has been adapted for the first time to make up the heart of a model sailplane wing, is a revolution with its low weight, and ultra high strength. Unlike a conventional spar the Sine Wave Spar adds terrific torsional strength and yet actually weighs considerably less than the older non-optimized �Box� type spars.
Now used in all Aeroic airframes, the Sine Wave Spar is lighter and far stronger than �conventional� spars and raises the level another couple of notches.
Fuselage:
The practical but curvaceous fuse is strong, light, and stiff with Carbon/Kevlar reinforcement and gives far more strength to the boom than most 60� models. Electronics area is 2.4 GHz friendly with access to the radio and ballast through a slip-on nose cone. The long nose area accentuates the rakish lines but also provides plenty of space to easily balance the model without resorting to shoehorning lead in every available crevice.
Snakes and/or rear mounted direct servos can be used for Rudder/Elevator control. These are all positioned to take the �head scratching� out of installing the radio gear.
Wing stub fairings with location dowel holes finish the fuselage with �green� Multiplex type connectors to connect the electronics pre routed.
Tailplane:
Here the aerofoils were specifically designed for Aeroic sailplanes and this time for maximum control response with minimum deflection. At 10%, the tail airframe section is thicker than is the norm but the infinitesimal increase in drag is easily offset by the increased control response for less deflection.
To further increase the efficiency, pitch control is accomplished by using an elevator. No wobbly all moving tail and the elevator is driven by either an optional ball raced bell crank from a servo in the fuse, or where ultimate control is required, a servo can be placed in a hatch through the fin to give solid elevator control. The tails remain removable for convenient transport or storage.
Production:
The Firebird has been designed with far greater capability potential than any average sports model, and this, coupled with the fact that like all Aeroic sailplanes the pre-production models underwent thorough testing, not only in flying performance, but also in making the installation straightforward and practical, leads to an airframe that is a snip to fit out, and flies like the true thoroughbred it is.
The model is supplied with a wiring harness and most accessories for connecting the servos. Also a very nice fuselage mounted ballast tube is supplied which takes 0.75" (20 mm) brass or lead slugs (not included).
{table title="Firebird 1.5m Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.50 m, 59 in
Wing area, 22.5 dm2, 349 sq in
Length, 97 cm, 38 in
Flying weight from, 931 g, 32.8 oz
Wing loading, 41 g/dm2, 13.6 oz/sq ft
Aspect ratio, 10.0,
Wing airfoil, JH3680; JH3675; JH3670
Dihedral, 4.3�,
Centre of Gravity, 75 - 80 mm from wing leading edge
Controls, "Elevator, rudder, ailerons, flaps"
{endtable}
{table title="Firebird 1.5m Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing (Sport), 380 g, 13.4 oz
Fuselage and fin, 174 g, 6.1 oz
Tailplane, 50 g, 1.8 oz
Accessories, 35 g, 1.2 oz
Ballast tube, 13 g, 0.5 oz
Pushrods, 10 g, 0.4 oz
Total structure, 662 g, 23.4 oz
Receiver, 10 g, 0.4 oz
Elevator servo, 11 g, 0.4 oz
Rudder servo, 11 g, 0.4 oz
Aileron servos (2), 17 g, 0.6 oz
Flap servos, 17 g, 0.6 oz
Wiring harness, 53 g, 1.9 oz
Battery, 100 g, 3.5 oz
Nose weight, 50 g, 1.8 oz
Flying weight, 931 g, 32.8 oz
{endtable} The WMD layup wing is approx 80 g heavier.
{table title="Recommended Servos" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator & rudder, MKS DS6100, MKS HV6100, Blue Bird BMS-126WV, KST DS145, KST DS215MG, KST X10-710
Flap (9mm), KST X08H, KST X08 Plus, MKS DS6100, MKS HV6100, MKS HV6110, Blue Bird BMS-125, Ripmax SD150
Aileron (8mm), KST X08H, Blue Bird BMS-A10V
{endtable} The wing is very thin and 8 mm servos are required for the ailerons, and ideally 9 mm for the flaps. 10 mm thick flap servos can perhaps be used but the servo covers will need adjusting.
� � K� �� w � � � � � � � � � k r� c1�C � @}�`�# SC55"Chequerboard 55 g/m2 Spread Carbon9 One sheet of Textreme style 55 g/m2 chequerboard spread carbon.
15 mm squares.
Sheet size approx 100 cm x 75 cm
Sold in full sheets only.
Due to the difficulty packing and shipping this product we many have to request extra shipping payment, especially if other items are ordered at the same time.
� � F � # �
� � � � � � � � � True cost 38.50
| �� i�p� j �}��b�% HAWK-FUSEHawk 2 Fuselage� Hawk 2 fuselage, as supplied with a Hawk & Hawk 2 DLG. Includes the nosecone and wing and tail retaining bolts. Compable with Hawk 1 and Hawk 2 wings and tails (they are unchanged).
The front is 2.4GHz friendly, even in the carbon version. � � F � � � � � � � � � � � t z� f�� � �}�b�3 VM11X7VM 11x7 Folding prop blades A pair of very high quality {b,VM 11 x 7 folding prop blades}, suitable for Vladimir's Models new Pro Spinners and other folding prop yokes and spinners.
These blades are extremely thin (they have a higher aspect ratio), thinner even than GM blades. This allows larger diameter blades to be fitted without pulling too much current. This increases the propulsive efficiency of the powertrain. When used with VM Pro Spinners they will fold closer to the fuselage, and cause less drag than other props.
Note this product consists of two carbon propeller blades only. The central spinner/yoke assembly is not included. Also it is common for prop blades to not fit all spinner/yokes perfectly as supplied. It is often necessary to reduce the width the blade root slightly to ensure free folding movement. Also the cut out in the spinner cone often needs to be increased to allow the blades to fully extend. The root of the blade should not touch the spinner cone when the prop is fully opened.
{blade, VM, 11, 7, 7, 700}
S � $ � � � � � � � � � � 2 -� d !� � �}�b�$ SN2-PUSHRODSnipe 2 Pushrods (2)* One pair of Snipe 2 pushore with ball ends @ � (� � <� � � � � � � � 2 v� Steel, plastic c1�C �� /� ��b�' GM9X5GM 9x5 Folding prop blades A pair of very high quality {b,GM 9 x 5 folding prop blades}, suitable for HyperFlight's and other makes of folding prop yokes and spinners. Although designed for direct drive installations, they are perfect when used with a geared motor too.
{blade, GM, 9, 5, 6.5,2000} � � � � � � � � � � � � 2B6O �� .�l ��b�( GM9X6GM 9x6 Folding prop blades A pair of very high quality {b,GM 9 x 6 folding prop blades}, suitable for HyperFlight's and other makes of folding prop yokes and spinners. Although designed for direct drive installations, they are perfect when used with a geared motor too.
{blade, GM, 9, 6, 6.6, 2000} � � � � � � � � � � � � 2B6O �� -�` ��b�) GM10X5GM 10x5 Folding prop blades A pair of very high quality {b,GM 10 x 5 folding prop blades}, suitable for HyperFlight's and other makes of folding prop yokes and spinners. Although designed for direct drive installations, they are perfect when used with a geared motor too.
{blade, GM, 10, 5, 6.9, 2000} � � � � � � � � � � � � 2B6O �� - ��b�* GM10X6GM 10x6 Folding prop blades A pair of very high quality {b,GM 10 x 5 folding prop blades}, suitable for HyperFlight's and other makes of folding prop yokes and spinners. Although designed for direct drive installations, they are perfect when used with a geared motor too.
{blade, GM, 10, 6, 7.0, 2000} � � � � � � � � � � � � 2B6O �� +�� ��b�+ GM11X5GM 11x5 Folding prop blades A pair of very high quality {b,GM 11 x 5 folding prop blades}, suitable for HyperFlight's and other makes of folding prop yokes and spinners. Although designed for direct drive installations, they are perfect when used with a geared motor too.
{blade, GM, 11, 5, 7.3,2000} Q � � � � � � � � � � � 2B6O�� /�� ��b�, GM11X6GM 11x6 Folding prop blades A pair of very high quality {b,GM 11 x 6 folding prop blades}, suitable for HyperFlight's and other makes of folding prop yokes and spinners. Although designed for direct drive installations, they are perfect when used with a geared motor too.
{blade, GM, 11, 6, 7.4,2000} R � � � � � � � � � � � 2B6O � �}�b�9 ALPHA2 Alpha 2.0O The {b,Alpha 2.0} is an outstanding lightweight 2m electric glider from Ukraine. This is a new design from a respected manufacturer and the quality of the carbon composite construction is brilliant.
The {b,Alpha 2.0} is a great 200 cm (79") span F5J electric thermal soarer for sports and competition modellers wanting a smaller model. It is very light, well designed, and built to a very high standard. The Alpha 2.0's advanced structural design ensures it is strong enough for its intended mission, and its finish, completeness and attention to detail is outstanding. The kit is very complete with all control conection accessories included.
Special features of this model include:
{bullet}
A well designed low drag fuselage with good underwing access for easy RC installation and maintenance.
A beautiful canopy hatch with magnetic fasteners for easy access to the powertrain and quick battery changes.
A high aspect ratio wing with Drela airfoils optimised for F5J flying - the wing excels in tight thermal turns, allowing the model to be confidently climbed away from small, weak thermals.
Despite its extremely good thermal performance the wings maintain a good L/D up to higher speeds, allowing the Alpha 2.0 to easily return from far downwind.
Superb quality of construction and attention to detail. The model had been constructed by master builders who must have invested hundreds of hours in each airframe. The level of finish achieved is very rare.
The wing breaks down into two pieces and the tailplane is easily removable, allowing the model to be easily transported to contests.
{endbullet}
The accessory bag contains a tail pylon, glass fuselage servo mount, carbon servo covers, wire for flap and aileron pushrods, pull cable and torque springs for the tail surfaces, and all control horns. No manaual is available but do look at the {href, https://www.rcgroups.com/forums/showthread.php?3582137-Alpha-2M-F5J-Sailplane,Alpha 2.0 RCGroups thread} and {href, https://www.rcgroups.com/forums/showthread.php?3710683-Alpha-2M-RCGroups-Review, Alpha 2.0 RCGroups Review thread} for useful build info.
{table title="Alpha 2.0 Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.0 m, 79 in
Wing area, 28.6 dm2, 443 sq in
Length inc spinner, 116 cm, 45.5 in
Flying weight from, 500 g, 17.7 oz
Wing loading, 17.5 g/dm, 5.7 oz/sq ft
Aspect ratio, 14.0,
Wing airfoil, AG44/45/46,
EDA (dihedral), 5.0�,
Spinner Diameter, 30 mm,
Centre of Gravity, 60-70 mm from wing leading edge
Controls, "Rudder, elevator, ailerons, flap, throttle"
{endtable}
{table title="Alpha 2.0 Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 71 g, 2.5 oz
Wings, 180 g, 6.3 oz
Tailplane, 14.7 g, 0.5 oz
Fin, 11.7 g, 0.4 oz
Accessories & glue, 23 g, 0.8 oz
Total structure, 300 g, 10.6 oz
Wiring, 10 g, 0.4 oz
Pushrods, 10 g, 0.4 oz
Receiver, 6 g, 0.2 oz
Rudder servo, 5 g, 0.2 oz
Elevator servo, 5 g, 0.2 oz
Wing servos (4), 28 g, 1.0 oz
Speed control, 25 g, 0.9 oz
Motor, 45 g, 1.6 oz
Prop & spinner, 16 g, 0.6 oz
Battery, 50 g, 1.8 oz
Flying weight, 500 g, 17.7 oz
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder & elevator servos, KST X06N, KST X08N, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Blue Bird BMS-A10H, MKS DS65K
Aileron servos (2), KST X06N, KST X08N, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, MKS DS65K
Flap servos (2), KST X06N, KST X08N, Blue Bird BMS-101DMG, Blue Bird BMS-101HV
Receiver, 5+ channel rx to match your transmitter
Speed control, 15A - 35A ESC, Sunrise 20A Pro, HyperFlight 30A BLHELI-32, Sunrise 30A Pro, YGE 35 LVT ESC
{endtable}
{table title="Alpha 2.0 Powertrain Recommendations" class=1 cols=2 width=130,310 align=L,L autohref=1}
ADH300L / MM1914-1100 Front Mount, 3S 500mAh LiPo, 9x5 prop
ADH300L / MM1914-1100 Front Mount, 2S 600mAh LiPo, 11x6 prop
Axi 2208/34 V2 Long, 3S 500mah LiPo, 8x5 prop
Axi 2212/26 V2 Long, 3S 500mah LiPo, 9x6 prop
Mega 16/15/4 , 2S 600mAh LiPo, 10x5 prop
Mega 16/15/5, 3S 600mAh LiPo, 7x5 prop (29A, 8.2 m/s, 1640 fpm)
Powerline Micro 1010/19, 3S 600mAh LiPo, 12x7
Hacker A20-20L, 3S 500mah LiPo, 10x7 prop (21A, 1950 fpm)
Hacker A20-20L, 2S 600mah LiPo, 13x9 prop (23A, 1750 fpm)
Hacker A20-26M, 3S 500mah LiPo, 9x6 prop (16A, 1530 fpm)
Dualsky XM2826-10, 2S 600mAh LiPo, 10x7 prop
{endtable}
� � �K� � O � � � � � � � � � � -� c1�C J ��b�W A10V-3DFRAME)3d Printable Frame for the Blue Bird A10V� A free STL file for a 3d printed servo frame for the Blue Bird A10V can be downloaded using the link below.
Remove the .txt extension from the file name after downloading it. � � � � � � � � � � � � r� c��) g `}�`�; SUR500Hendrych/Surpass 500 110g� This nicely engineered Surpass 500W power unit is a great economic alternative from Hendrych Technik, for electric gliders and F5J models weighing up to 2000g
Motor: Surpass 2445
Manufacturer's Kv: 5400
Rotor poles 4
Max. power: 500 W
Max. Voltage: 3S LiPo
Max. current: 50 A
Timing 8-10�
Geardrive:
Type PG23 planetary gear (3L with BB)
Gear ratio 4.14 : 1
Max. power on 500 W
Shaft diameter 5 mm
Lubricating without disassembly by hole in shaft
Mounting holes 4xM3 screws in 19 mm diameter
Weight: 110 g
{table title="Hendrych/Surpass 2445-5400 Specifications" class=1 cols=3 width=145,150,150 align=L,L,L separator=: autohref=2}
Motor name : Hendrych/Surpass 2445-5400 :inrunner
Motor+GB weight: 110 g : 3.88 oz
Motor diameter: 24.0 mm : 0.94 in
Motor+GB length: 65.0 mm : 2.56 in
Lead length: 6.0 cm : 2.36 in
Shaft diameter: 5.0 mm : 0.20 in
Mounting info: 4 M3 screws on a 19 mm diameter circle
Manufacturers Rm: 28 mR
Manufacturers Kv: 5400 RPM/V
Manufacturers Io: 3 A @ 10 V
Max efficiency (10 V): 83 % @ 26 A
Operating efficiency (10 V): 81 % @ 39 A
Motor & gearbox Km: 57 Nm/W^.5 X1000
Motor & gearbox Km/Kg: 518 Nm/(W^.5 Kg)
Recommended battery: 2S - 3S LiPo
Rec max LiPo capacity: 1.3 Ah
Supplied accessories: 4 Mounting screws
{b,2S LiPo Performance}
Recommended prop: 12x8, 12x7, 11x8
Input power: 350 W on 12x8 prop
Current: 50 A on 12x8 prop
Rate of climb: 8.5 m/s for 1600 g glider
{b,3S LiPo Performance}
Recommended prop: 11x6,10x6
Input power: 500 W on 11x6 prop
Current: 50 A on 11x6 prop
Rate of climb: 11 m/s for 1600 g glider
{b,Gearbox}
Gearbox diameter: 24.0 mm : 0.94 in
Gearbox length: 21.0 mm : 0.83 in
Motor+GB length: 65.0 mm : 2.56 in
Gearbox Ratio: 4.13
Planet bearings: Ballraces
Estimated GB efficiency: 95 %
{endtable}
� � �2� � ] � � � � � � � � � ] Surpass 500-kv3600-4,14: 1, Tenshock 450-kv4000-4,14: 1, Tenshock 360-kv 4400-6: 1.
One motor was kv 5400, modded below page to frig it for thus kv
-- page for 3600 kv motor
This niceley engineered Surpass 500W power unit is a great economic alternative from Hendrych Technik, for electric gliders and F5J models weighing up to 2000g
Motor:
Surpass 2445
Manufacturer's Kv: 3600
Rotor poles 4
Max. power: 500 W
Max. Voltage: 4S LiPo
Max. current: 38 A
Timing 8-10�
Geardrive:
Type PG23 planetary gear (3L with BB)
Gear ratio 4.14 : 1
Max. power on 500 W
Shaft diameter 5 mm
Lubricating without disassembly by hole in shaft
Mounting holes 4xM3 screws in 19 mm diameter
Weight: 110 g
{table title="Hendrych/Surpass 2445-3600 Specifications" class=1 cols=3 width=145,150,150 align=L,L,L separator=: autohref=2}
Motor name : Hendrych/Surpass 2445-3600 :inrunner
Motor+GB weight: 110 g : 3.88 oz
Motor diameter: 24.0 mm : 0.94 in
Motor+GB length: 65.0 mm : 2.56 in
Lead length: 6.0 cm : 2.36 in
Shaft diameter: 5.0 mm : 0.20 in
Mounting info: 4 M3 screws on a 19 mm diameter circle
Measured Rm: 35 mR
Measured Kv: 3700 RPM/V
Measured Geared Kv: 896 RPM/V
Measured Io: 2.4 A @ 10 V
Max efficiency (10 V): 83 % @ 26 A
Operating efficiency (10 V): 81 % @ 39 A
Motor & gearbox Km: 57 Nm/W^.5 X1000
Motor & gearbox Km/Kg: 518 Nm/(W^.5 Kg)
Recommended battery: 3S - 4S LiPo
Rec max LiPo capacity: 1.3 Ah
Supplied accessories: 4 Mounting screws
{b,3S LiPo Performance}
Recommended prop: 12x8, 12x7, 11x8
Input power: 400 W on 12x8 prop
Current: 40 A on 12x8 prop
Rate of climb: 9.3 m/s for 1600 g glider
{b,4S LiPo Performance}
Recommended prop: 11x7, 11x6,10x6
Input power: 546 W on 11x6 prop
Current: 39 A on 11x6 prop
Rate of climb: 12.6 m/s for 1600 g glider
{b,Gearbox}
Gearbox diameter: 24.0 mm : 0.94 in
Gearbox length: 21.0 mm : 0.83 in
Motor+GB length: 65.0 mm : 2.56 in
Gearbox Ratio: 4.13
Planet bearings: Ballraces
Estimated GB efficiency: 95 %
{endtable}
F K� c1�C � `}�`�< TEN450Hendrych/Tenshock 450 110g New 110g 450W power unit from Hendrych Technik, for electric gliders and F5J models weighing up to 1700g
Recommended setup: 12x7, 12x8, 13x6 or 13x7 prop on 3S 850mAh LiPo
Motor:
Tenshock 1515/14
Kv 4000
Rotor poles 4
Max. power on 480W
Max. Voltage 22 V (max. 5S LiPo HV)
Max. current 45 A
Timing 8-10�
Geardrive:
Type PG23 planetary gear (3L with BB)
Gear ratio 4.14 : 1
Max. power on 500 W
Shaft diameter 5 mm
Lubricating without disassembly by hole in shaft
Mounting holes 4xM3 screws in 19 mm diameter
� � �_� � } � � � � � � � � � S Surpass 500-kv3600-4,14: 1, Tenshock 450-kv4000-4,14: 1, Tenshock 360-kv 4400-6: 1.F K� c1�C `}�`�= TEN360Hendrych/Tenshock 350 76g3 New 76g 350W power unit from Hendrych Technik, for electric gliders and F5J models weighing up to 1400g
Recommended setup: 12x7, 12x8 or 13x6 prop on 3S 850 mAh LiPo
Also: 15x8 on 2S 850 mAh LiPo
Motor:
Tenshock 1020/12
KV: 5100
Rotor poles 4
Max. power: 350 W
Max. Voltage: 19 V (max. 4S LiPo-HV)
Max. current: 34 A
Timing 8-10�
Geardrive:
Type PG23 planetary gear (3L with BB)
Gear ratio 6 : 1
Max. power on 500 W
Shaft diameter 5 mm
Lubricating without disassembly by hole in shaft
Mounting holes 4xM3 screws in 19 mm diameter
� � �U� � x � � � � � � � � � S Surpass 500-kv3600-4,14: 1, Tenshock 450-kv4000-4,14: 1, Tenshock 360-kv 4400-6: 1.F K� c1�C� +D� ��b�/ GM-SPLIT-COLLET-4MM 4mm Split Collet for GM Spinners� These 4 mm hole split collets fit all the GM spinners we sell. They are suitable for motors with 4 mm diameter shafts.
Use to replace the original split collect so the spinner can be used with a different sized motor/gearbox shaft. � �
2� � � � � � � � � � 2A5O �� A� ��b�0 GM-SPLIT-COLLET-3MM 3mm Split Collet for GM Spinners� These 3 mm hole split collets fit all the GM spinners we sell. They are suitable for motors with 3 mm diameter shafts.
Use to replace the original split collect so the spinner can be used with a different sized motor/gearbox shaft. � �
2� � � � � � � � � � 2A5O �� Aluminium jX�.� �}�b��
SKY-SERGIO
Sky Sergio 2mw The {b,Sky Sergio} is a lightweight 2m full house mostly balsa with a little carbon electric glider. Despite the low tech film covered construction the models has a wide speed range and good performance.
Specifications:
Wing span 1950 mm
Length 1200 mm
Wing Area 31 sq. dm
Airfoil AG 25 mod.
Weight (less R/C gear) 290 g
Flying weight approx 550 g
Control: Ailerons, Rudder, Elevator, Flap, Motor.
Recommended Equipment:
Servo 2 x 8 mm elevator and rudder (Dymond D47)
3 x 9 mm flap and ailerons (Dymond D60)
Recommended Control Travel:
Ailerons +6/-4 mm
Elevator +/- 8 mm
Rudder +/- 20 mm
Flap Full down
Use the template to set "0" flaps and ailerons.
Download template. � � ; � � � � � � � � � � � � n� .� c1�C� �}�b�1 CD2000 Circle Dancer 2000 RES kit 2mf The {b,Circle Dancer 2000 RES} is a great build it yourself 2m F3-RES kit model with an excellent pedigree. The model is supplied as a kit of CNC cut balsa, ply and carbon parts. The nicely drawn large full size plan includes English translations of all text. A brief photo-illustrated manual is avalable, but as the text is in Czech only the kit is more suitable for seasoned builders. Click on the following links to download the various manual sections: {file, Kridlo1 -popis.pdf, Wing assembly}, {file,Trup1 popis.pdf,Fuselage assembly}, {file,VOPSOP - popis.pdf,Tail assembly}, {file,Trup elektro-popis.pdf, Electric installation}
The fuselage consists of a wooden pod with a large access hatch ready-fitted with securing magnets. At the font a large nose block is hollow to take lead shot nose weight. Inside the pod a plywood tray is used for mounting the rudder and elevator servos. The servos can be up to 24 mm long by 12 mm wide. The pod includes nuts to take the wing mounting screw and fittings to take the supplied adjustable tow hook. The carbon tailboom cleverly slides into the read of the pod and locates into a rear bulkhead. A pylon for mounting the tailplane is molded into the rear of the tailboom, together with flats for the fin to be glued to. The tailboom also has been fitted with low friction plastic pushrod outer tubes and wire pushrods.
Although the fuselage is mainly intended for pure glider use the pod is quite large and it can easily be built as an electric glider, with a 30 mm or 32 mm spinner.
The all balsa fin includes a large rudder for good directional control. The tailplane is similarly constructed and both are attractively shaped, giving the model a charming look.
The wing centre panel incorporates a substantial spruce spar and top surface forward sheeting to minimise drag. The centre panel incorporates a large spoiler for accurate landing and safely exiting strong thermals. The spoiler servo can be up to 10 mm thick. The ends of the centre panel have magnets built in to keep the tip panels in place. The tip panels are more lightly built and use front riblets to help maintain the correct forward airfloil shape. The tip panels are attached to the centre panel with a beautifully molded carbon dihedral brace.
The accessory pack includes the adjustable tow hook, control surface horns and other small fittings. The spoiler is designed to be actuated by a long spoiler servo output arm. The tail surfaces are intended to be connected directly to the wire pushrods with L bends. No clevises are supplied or needed in our opinion, but a keeper will be required to ensure the L bends don't become detached. The carbon tailboom fairing and tail mount visible in some photos are not included in the current kit, as they contravened the German F3-RES rules. The current fuserlage is longer and does not need these parts.
{table title="CD2000 RES Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.0 m, 78 in
Wing area, 35.1 dm2, 545 sq in
Length, 124 cm, 48.8 in
Flying weight from, 475 g, 16.8 oz
Wing loading, 13.5 g/dm, 4.4 oz/sq ft
Aspect ratio, 11.3,
Wing airfoil, AG35/36/37,
Dihedral (EDA), 11.3�,
Centre of Gravity, 78-82 mm from wing leading edge
Controls, "Rudder, elevator, spoiler"
{endtable}
{table title="CD2000 RES Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Pod, 65 g, 2.3 oz
Boom and pushrods, 35 g, 1.2 oz
Centre panel, 106 g, 3.7 oz
Wing tips, 112 g, 4.0 oz
Tailplane, 13 g, 0.5 oz
Fin+Rudder, 11 g, 0.4 oz
Accessories, 20 g, 0.7 oz
Total structure, 362 g, 12.8 oz
Receiver, 6 g, 0.2 oz
Rudder & elevator servos, 10 g, 0.4 oz
Spoiler servo, 5 g, 0.2 oz
Battery, 60 g, 2.1 oz
Noseweight, 32 g, 1.1 oz
Flying weight, 475 g, 16.8 oz
{endtable}
{table title="Circle Dancer 2000 Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder & elevator servos, Ripmax SD100, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Blue Bird BMS-126WV, KST X06, KST X08, Graupner DES 261, EMAX ES08A
Spoiler servo, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Blue Bird BMS-126WV, KST X06, KST X08
Receiver, 4 or more channel receiver to match your transmitter
{endtable}
{table title="CD2000 Control Throws" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder, 60 mm each way
Elevator, 10 mm up / 5 mm down
Spoiler, 40 mm up (75�)
Tow hook, 9 mm forward of CG
{endtable}
� � �_� �
( � � � � � � � � � 9 5� c1�C � �}�b�2 FUSE-SET&X-RES elektro fuse, fin and rudder set � p#� � H � � � � � � � � � Y *� c1�C� �}�b� SUN-45PROSunrise 45A Pro SBEC ESC- * Super fine and smooth touch of speed controlling, first-rate accurate linearity
* Quick-respond speed of throttle
* Separate voltage regulator IC for MCU (Micro Controller Unit)
* High capability of anti-interference to decrease the possibility out of control
* Low-voltage cut-off protection of battery
* Blocked rotation protection
* Throttle signal lose protection, can prolong the service life of ESC effectively
* Compatible with a programming card to change parameters easily and conveniently
* Safe power-on. The motor won�t start no matter which position the throttle stick is when battery connected.
Model: PRO-45A
Constant Current: 45A
Max Current: 60A for 10 seconds
BEC: 6A/5.5V
Lipo: 2-6S
Programming: YES
PCB Size: 70 x25 x16mm
Weight: 53 g � � +� � Z� � � � � � � � K � �� eK� � �}�b� SUN-60PROSunrise 60A Pro SBEC ESC- * Super fine and smooth touch of speed controlling, first-rate accurate linearity
* Quick-respond speed of throttle
* Separate voltage regulator IC for MCU (Micro Controller Unit)
* High capability of anti-interference to decrease the possibility out of control
* Low-voltage cut-off protection of battery
* Blocked rotation protection
* Throttle signal lose protection, can prolong the service life of ESC effectively
* Compatible with a programming card to change parameters easily and conveniently
* Safe power-on. The motor won�t start no matter which position the throttle stick is when battery connected.
Model: PRO-60A
Constant Current: 60A
Max Current: 80A for 10 seconds
BEC: 6A/5.5V
Lipo: 2-6S
Programming: YES
PCB Size: 75 x26 x17mm
Weight: 65 g X � 2(� � � � � � � � � � Z � �� c1�C q �}�b�4 HI-START-BOBBINGBobbin - discontinued, replaced by High Start & Tow Line Bobbin / Spool� A kit for a plywood bobbin / spool for storage and quick deployment of glider high starts and tow lines.
Quick to build. Includes bearings CMC cut ply parts. & �
� � � � � � � � � � � � 9 /� Plywood, plastic, steel c1�C/ �}��b�6 SN2E-MOUNT-D47+Snipe 2e Mount for D47 / H47/ SD100 Servos� This Snipe 2e KST mount kit massively simplifies mounting Dymond D47, Hepf H47, Ripmax SD100 and similar rebranded servos in the Snipe 2 Electric model. Highly recommended.
The kits consits of:
1 pc 3D printed plastic tray
2 pcs ball link clevises
1 pc M2 standard clevis
1 pc M2 modified clevis
2 pcs short connecting rods
4 pcs servo mounting screws
2 pcs tray mounting screws
� �
2� � � � � � � � � � 2 6� Plastic, steel f�� `}�`�7 VM-CLEAR-COVER,Vladimir's Models Clear Flat Servo Cover (2)a One pair of flat clear wing servo covers, as used on many Vladimir's Models planes.
{table title="Vladimir's Models Clear Flat Servo Cover Specification" class=1 cols=2 width=150,115 align=L,L,L}
Thickness of sheet, 0.4 mm
Width, 45 mm
Length, 52 mm
Weight, 1.1 g
{endtable}
Trim to size to suit your application and attach with clear tape.
� � � � � � � � � � � cost was �1.50, sale was �2.50 6� f��� +Ө `�`�8 JOLT2Jolt 2 Pylon Racer 1.4m�
The {b,Jolt 2} is a fast and substantial sport pylon racer. The surface finish is excellent and very thin high aspect ratio wing and cavernous fuselage to take a big motor and battery make this a very fast and impressive economy racer.
The fuselage tailboom and fin is a strong all carbon one piece molding. The under-wing battery compartment is a generous 13 cm x 4 cm x 4 cm. The wing is fixed by three M3 bolts with threaded hard points already installed in the fuselage. Note people usually fit the elevator servo under the rear wing hold down bolt.
The one piece wing is a massively strong all carbon affair with a substantial spar supplementing the bullet proof wing skins. The wing is very slim and even 8 mm thick aileron servos will stand proud of the skin. The wing has comparatively small 35 mm x 24 mm hatches for the aileron servos. No flap servo access hatch has been installed by the manufacturer so that will have to be done by the customer if the flapped version is selected.
The tailplane is a lightweight molding which fits an a slot in the rear of the fin. This was quite tight in our test model and may need sanding slightly to allow the tailplane to be slid into place. Gluing in the tailplane, the control horns, the firewall (supplied) and installing the RC is the only construction work required.
The only accessories supplied are bulged aileron servo covers, 2 aileron horns and a 30 mm firewall. The customer will need to supply the aileron linkages, elevator horn, tail pushrod, and flap horns and linkages for four servo wing versions. Note the nose is quite short and the tail moment arm is long, so it is worthwhile keeping the tail pushrod as light as possible. Also the fuse front is quite bulbous and when we fitted a prop for the photo shoot the blades would not fold completely when using either GM 30 mm or VM Pro 30 mm spinners. The blades folded reasonably well when using a GM 32 mm spinner with a GM 30 mm cone, but a larger yoke may be even better.
See this {href, https://www.rcgroups.com/forums/showthread.php?2252822-Jolt-2-F5D, RCGroups thread} for more info about the model.
{table title="Jolt 2 Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.4 m, 55 in
Wing area, 15.0 dm2, 233 sq in
Length, 89 cm, 35.0 in
Flying weight from, 1060 g, 37.4 oz
Wing loading, 70.7 g/dm, 23.2 oz/sq ft
Aspect ratio, 13.1,
Wing airfoil, Proprietary,
Dihedral (EDA), 0.8�,
Spinner Diameter, 30 mm,
Centre of Gravity, 46-50 mm from wing leading edge
Controls, "Elevator, ailerons, throttle, optional flaps"
{endtable}
{table title="Jolt 2 Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 144 g, 5.1 oz
Wing, 312 g, 11.0 oz
Tailplane, 33 g, 1.2 oz
Accessories, 5 g, 0.2 oz
Total structure, 494 g, 17.4 oz
Wiring, 25 g, 0.9 oz
Pushrods, 17 g, 0.6 oz
Receiver, 8 g, 0.3 oz
Elevator servo, 10 g, 0.4 oz
Aileron servos, 16 g, 0.6 oz
Speed control, 40 g, 1.4 oz
Motor, 220 g, 7.8 oz
Prop & spinner, 30 g, 1.1 oz
Battery, 200 g, 7.1 oz
Flying weight, 1060 g, 37.4 oz
{endtable}
{table title="Recommended Servos" class=1 cols=2 width=110,235 align=L,L autohref=2}
Elevator, CHA HV85, KST X08, MKS DS75K, MKS DS6100, MKS HV6100, Blue Bird BMS-126WV, Blue Bird BMS-127WV
Ailerons (2 servos), CHA HV85H, KST X08H, KST X08H Plus
Flaps (2 servos), CHA HV85H, KST X08H, KST X08H Plus
{endtable}
Possible powertrain: Mega 16-40-2E F5D motor on 5S LiPo and a 7 x 10 folding prop, in-flight rpm is 21,000 RPM, 190mph+
{video,GM7mNACdcDI} � � � � � � � � � � � � � � X 3] Jolt2 components
One fuselage and fin
One tailplane
One wing piece
One � +Lp � �b� BMS-ARM-SETBlue Bird Servo Output Armsu Two strong plastic output arms and one retaining screw, sutiable for Blue Bird servos with Futaba 25 tooth splines.
� � _� � � � � � � � � � 1M3R �� +%� ��b�> GM-SPLIT-COLLET-317(3.17mm 1/8" Split Collet for GM Spinners These 3.17 mm (1/8") hole split collets fit all the GM spinners we sell. They are suitable for motors with 3.17 mm or 1/8 inch diameter shafts.
Use to replace the original split collect so the spinner can be used with a different sized motor/gearbox shaft. � �
2� � � � � � � � � � 2A5O N� Alu � � +� @�`�m GM-F5J-30%30mm GM F5J Spinner (Requires Collet) {GMSpinner2, 30, 26,13} , � ! � � � � � � � � � �
" 2B5
8 mm screwO �� Carbon fibre, a � ��b�C MUSIC-WIRE-06MM0.64mm Music Wire (91 cm) {musicwire,0.64,0.91, } , � 2� � !� � � � � � � � 3 U�
United Statesj][N� �}�b�E RDNB5001S15+Radient 1S 500 mAh LiPo (Short) RDNB5001S15
Small 1S 500 mAh LiPo battery suitable for discus launched gliders, or other very lightweight models. Comes with a JST BEC power connector plug. This battery is shorter and wider than our other 500 mAh 1S LiPo and is more suitable for many DLGs
This battery has enough capacity to fly an average four servo DLG for 1-2.5 hours.
{table title="Riadient Supera LiPo 1S 500 mAh Battery Specification" class=1 cols=2 width=100,220 align=L,L}
Chemistry, Lithium Polymer
Number of cells, 1
Voltage, 3.7V nominal
Capacity, 500 mAh
Weight, 13 g
Discharge rating, 15 C
Length, 44 mm
Width, 25 mm
Thickness, 6 mm
Power lead length, 7 cm
Power plug, Mini JST (BEC) plug
Balance lead length, NA
Balance plug, Not fitted
Supplier ref, RDNB5001S15
{endtable}
{LiPost}
) � S� � 9� � � � � � � � d Z� Plastic, copper, Lithium saltChinac1�C� �}�b�F MK-COVER-BULGE1)Shrouded Servo Cover with small bulge (2)Z These beautifully molded wing servo covers are light, low drag, and look good and are molded with a small bulge to allow thicker servos to be used. The bulge is approx 1.5 mm deep and allows servos up to 13 mm thick to be used, depending on the wing airfoil thickness.
The large shroud covers the servo output arm, clevis, and the control rod. This reduces the turbulence and improves performance measurably.
Supplied in pairs.
{table title="Shrouded Carbon Servo Covers (with small bulge) Specification" class=1 cols=2 width=150,115 align=L,L,L}
Thickness of carbon sheet, 0.35 mm
Chordwise length, 70 mm
Spanwise length, 60 mm
Depth of servo bulge, 1.5 mm
Distance of shroud from edge, 11 mm
Thickness of shroud, 10 mm
Height of shroud, 10 mm
Weight, 3.0 g
{endtable}
Trim to size to suit your application and attach with clear tape. � X� � � � � � � � � � 2 2E2� Z� h,_|: �}�b�H BMS-M15H4Blue Bird BMS-M15H Servo - 7.5Kg.cm 0.10s 14.0g 10mm� The {b,Blue Bird BMS-M15H } servo is a ground-breaking new servo from Bluebird. It uses a magnetic contactless position sensor which will never wear out and thus removes the major failure mode of my most RC servos. The case of the {b,-H} version incorporates two {b,normal servo mounting lugs}.
Despite being only 10 mm thick the M15H�s torque and speed are both very high making it suitable for all control surfaces on fast gliders and jets. The voltage range goes from 4.5V up to 8.5V, making it perfect for use from electronic speed controls (ESC), 4.8V NiMH or 2S Lipo batteries. The high-quality metal gears are supported on two ball bearings and the servo is driven by a high-quality coreless DC motor. The black case is anodised aircraft grade aluminium alloy, not plastic.
The large output spline is identical to Futaba 25 tooth splines, so replacement output arms are readily available.
{ServoSpecs}
� � :P� (_� (5� � � � � � � � # R �� hK� � �}�b�I BMS-M15S4Blue Bird BMS-M15S Servo - 7.5Kg.cm 0.10s 13.8g 10mm� The {b,Blue Bird BMS-M15S } servo is a ground-breaking new servo from Bluebird. It uses a magnetic contactless position sensor which will never wear out and thus removes the major failure mode of my most RC servos. The case of the {b,-S} version is {i,smooth}, it does not incorporate any mounting lugs. The servo is usually mounted by bonding it with epoxy glue to the model's structure.
Despite being only 10 mm thick the M15S�s torque and speed are both very high making it suitable for all control surfaces on fast gliders and jets. The voltage range goes from 4.5V up to 8.5V, making it perfect for use from electronic speed controls (ESC), 4.8V NiMH or 2S Lipo batteries. The high-quality metal gears are supported on two ball bearings and the servo is driven by a high-quality coreless DC motor. The black case is anodised aircraft grade aluminium alloy, not plastic.
The large output spline is identical to Futaba 25 tooth splines, so replacement output arms are readily available.
{ServoSpecs}
� � :P� (� (5� � � � � � � � # R �� hK�V �}�b�J BMS-M57V5Blue Bird BMS-M57V Servo - 10.6Kg.cm 0.09s 22.5g 10mm� The {b,Blue Bird BMS-M57V } servo is a ground-breaking new servo from Bluebird. It uses a magnetic contactless position sensor which will never wear out and thus removes the major failure mode of my most RC servos.
Despite being only 10 mm thick the M57V�s torque and speed are both very high making it suitable for all control surfaces on fast gliders and jets. The voltage range goes from 4.5V up to 8.5V, making it perfect for use from electronic speed controls (ESC), 4.8V NiMH or 2S Lipo batteries. The high-quality metal gears are supported on three ball bearings and the servo is driven by a high-quality coreless DC motor. The black case is anodised aircraft grade aluminium alloy, not plastic, and the case incorporates four horizontal mounting lugs for secure mounting in wings and tail services.
The large output spline is identical to Futaba 25 tooth splines, so replacement output arms are readily available.
{ServoSpecs}
� � G(� 9� 3E� � � � � � � � , R �� hK� �}�b�K EDGE
Edge F5J 3.8mt The {b,Edge F5J} is the new electric R/C glider from the Doroshenko works in Ukraine. They are the experts who produce the Euphoria and Simitri F3/F5J so you know the build quality is up with the very best.
The Edge is the most innovative thermal soarer for a long time, and to combine this with a very light and competitive F5J weight is extraordinary. Innovations include:
{bullet}
Cranked wingtips with connected two part ailerons, so they are both operated by a single aileron servo per side.
The fuselage pod incorporates a ballast holder with a very clever design.
The four piece wing and two part fuselage allows the model to fit into a box just 112 cm ( 44") long.
The tailboom incorporates front mounted tail servos (to help with CG and to minimise inertia) so that separating the fuselage pod from the tail does not affect the trim and only requires unplugging electrical connectors.
The tailplane incorporates elevators for quick and precise pitch control AND variable incidence so the trim drag can be eliminated.
Both tailplane incidence and elevator pushrods are pre-installed. The tailplane incidence can be fixed in place once you have determined your favourite position, connected to the elevator servo for max control authority, or connected to a separate servo to separate trimming from pitch control.
Internal flap and aileron LDS style pushrods are installed in the wing to speed construction and eliminate control connection drag. {endbullet}
The fuselage pod is a strong carbon structure with a ready-fitted 30 mm firewall. The flying surfaces are all solid molded spread carbon over Rohacel to ensure a robust, rigid model with a long-lasting high quality finish. All control connections are included in the complete accessory pack. Despite the high tech and state of the art design the Edge F5J is very easy and quick to finish.
More info available on this {href, https://www.rcgroups.com/forums/showthread.php?3346205, RCGroups Edge thread}.
{table title="Edge F5J Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 3.8 m, 150 in
Wing area, 74.2 dm2, 1150 sq in
Length, 169 cm, 66.5 in
Flying weight from, 1230 g, 43.4 oz
Wing loading, 16.6 g/dm, 5.4 oz/sq ft
Aspect ratio, 19.5,
Wing airfoil, Proprietary,
Dihedral (EDA), 7.6�,
Spinner Diameter, 30 mm,
Centre of Gravity, 99-110 mm from wing leading edge
Controls, "Rudder, elevator, ailerons, flaps, throttle, optional tail incidence"
{endtable}
{table title="Edge F5J Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Pod, 135 g, 4.8 oz
Boom & pushrods, 80 g, 2.8 oz
Wing centre panel, 346 g, 12.2 oz
Wing tip panels, 264 g, 9.3 oz
Tailplane, 40 g, 1.4 oz
Fin, 24 g, 0.8 oz
Accessories, 65 g, 2.3 oz
Total structure, 954 g, 33.7 oz
Receiver, 9 g, 0.3 oz
Tail servos, 22 g, 0.8 oz
Wing servos, 44 g, 1.6 oz
Speed control, 30 g, 1.1 oz
Motor, 75 g, 2.6 oz
Prop & spinner, 16 g, 0.6 oz
Battery, 80 g, 2.8 oz
Flying weight, 1230 g, 43.4 oz
{endtable}
{table title="Recommended Servos" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator & rudder, MKS DS75K-N, MKS HV75K-N, MKS DS6100, MKS HV6100, BMS-126WV, KST X08N
Flap,MKS DS6100, MKS HV6100, MKS HV6110, BMS-115HV, BMS-125WV, BMS-M15V, BMS-M57V, KST X10 Mini, MKS HV6130
Aileron, MKS DS75K-N, MKS HV75K-N, MKS DS6100, MKS HV6100, MKS HV6110, BMS-115HV, BMS-125WV, BMS-M15V, KST X08, KST X08H, KST X10 Mini
{endtable}
{table title="Powertrain Recommendations" class=1 cols=2 width=130,310 align=L,L autohref=1}
Powerline Micro 1015/17, 3S 700 mAh LiPo, 16x8 prop
Powerline Micro 1020/12, 3S 700 mAh LiPo, 16x8 prop
Powerline Micro 1025/10, 3S 1Ah LiPo, 16x8 prop
Leomotion L3007-5000, 3S 1Ah LiPo, 16x8 prop
Leomotion L3013-4550, 3S 1Ah LiPo, 15x9 prop
{endtable}
{table title="Edge Control Movements" class=1 cols=2 width=110,240 align=L,L,L}
Rudder, 25 mm each way
Flap, 85 degrees down
Ailerons, 14 mm up, 14 mm down
Elevator, 12 mm up, 12 mm down
<i>Recommended camber settings (measured at flap root TE)</>
Speed mode, -1.5� (flat bottom surface)
Cruise mode, 0� (flat top surface at hinge)
Thermal mode, +2� (3 mm down)
{endtable}
| � # � � L � � � � � � � � � 7 \� &Carbon fibre, Rohacell, plastic, steel c1�C � �}�b� MK-COVER-BULGE2)Shrouded Servo Cover with large bulge (2)# These beautifully molded wing servo covers are light, low drag, and look good and are molded with a larger bulge to allow thicker servos to be used. The bulge is approx 4 mm deep and allows thicker servos to be used.
The large shroud covers the servo output arm, clevis, and the control rod. This reduces the turbulence and improves performance measurably.
Supplied in pairs.
{table title="Shrouded Carbon Servo Covers (with large bulge) Specification" class=1 cols=2 width=150,115 align=L,L,L}
Thickness of carbon sheet, 0.35 mm
Chordwise length, 77 mm
Spanwise length, 90 mm
Depth of servo bulge, 4 mm
Distance of shroud from edge, 30 mm
Thickness of shroud, 11 mm
Height of shroud, 10 mm
Weight, 3.5 g
{endtable}
Trim to size to suit your application and attach with clear tape. � X� � � � � � � � � � 2 2E2� H� h,_u � �}�b�M SNIPE-FUSE-BAG:Vladimir's Models Fuselage and Tail Bags for the Snipe DLG> A beautifu fuselage and tailplane bags for the Snipe DLG made by Vladimir's Models. The covers will protect the fuselage and tailsurfaces from physical damage and from solar radiation which can warp and weaken naked carbon structures, even in northern climates.
The set consists of:
{bullet}
A sophisticated fuselage and fin bag that protects the pod, boom, and fin in transport, and on the field. The bag can be fitted with the wings in place, and can be removed without having to disassemble the model.
A pair of tailplane/elevator bags for the horizontal stabiliser.
{endbullet}
The bags are made from aluminised Mylar covered foam with a black fabric (canvas-like) edging and grey pocket ends. The wing bags include a coloured Snipe logo and the fuselage and fin bag has a matching coloured zip. Rave on, Vladimir.
4 � � � � � � � � � � � � e� c1�C % ,(� �}�b�N
AXI2217-12V2L,Axi 2217/12 V2 Long 1380 RPM/V 74g Outrunner� The high quality and performance of AXI 2217 V2 motors meant that they were a perfect base for development of the new AXI 2217/12 GOLD LINE. New small and powerful motor AXI 2217/12 GOLD LINE V2 with rotating case is suitable for aerobatic models up to 1000g and for light sailplanes up to 1200g. It has a 3.17 mm hardened steel shaft supported by two large ball bearings to ensure very good mechanical stability.
Thanks to using newest materials this motors achieve in their weight category extremely high efficiency and high load possibility. AXI GOLD LINE V2 with the high quality of manufacturing, reliability and performance are the best outrunners available in the market
The Axi 2217/12 V2 Long is the same as the Axi 2217/12 V2 Long F5J motor but with a 3.17 mm shaft instead of a 4 mm shaft. This makes it a bit lighter.
Axi 2217/12 V2 Long TECHNICAL SPECIFICATION
No. of cells 2-3s Li-Poly
Kv 1380 RPM/V
Max. efficiency 86%
Max. efficiency current 15 - 24 A (>75%)
No load current 0,4 A
Current capacity 32 A/60 s
Internal Resistance 61 mohm
Dimensions (� x L) 27,7 x 64,6 mm
Shaft diameter 3.17 mm
Weight 74 g
Max. Power 330 W J � D� � ,)� � � � � � � � � 2C1� 2 �}�b�O
AXI2217-16V2L,Axi 2217/16 V2 Long 1050 RPM/V 74g Outrunner� The high quality and performance of AXI 2217 V2 motors meant that they were a perfect base for development of the new AXI 2217/16 GOLD LINE. New small and powerfull motor AXI 2217/16 GOLD LINE V2 with rotating case is suitable for aerobatic models up to 700g and for light sailplanes up to 1000g. Hardened steel Shaft have 3.17mm diameter and is supported by two large ball bearings wich ensure very good mechanical stability.
Thanks to using newest materials this motors achieve in their weight category extremely high efficiency and high load possibility. AXI GOLD LINE V2 with the high quality of manufacturing, reliability and performance are the best outrunners available in the market
The Axi 2217/16 V2 Long is the same as the Axi 2217/16 V2 Long F5J motor but with a 3.17 mm shaft instead of a 4 mm shaft. This makes it a bit lighter.
Axi 2217/16 V2 Long TECHNICAL SPECIFICATION
No. of cells 2-3s Li-Poly
Kv 1050 RPM/V
Max. efficiency 85%
Max. efficiency current 10 - 18 A (>75%)
No load current 0,4 A
Current capacity 24 A/60s
Internal Resistance 120 mohm
Dimensions (� x L) 27,7 x 64,6 mm
Shaft diameter 3.17 mm
Weight 74 g
Max. Power 245 W I � D� � ,)� � � � � � � � � 2C1� {� g�w� tg +%� ��b�P
AXI2217-20V2L+Axi 2217/20 V2 Long 840 RPM/V 74g Outrunner� The high quality and performance of AXI 2217 V2 motors meant that they were a perfect base for development of the new AXI 2217/20 GOLD LINE. New small and powerfull motor AXI 2217/20 GOLD LINE V2 with rotating case is suitable for aerobatic models up to 1000g and for light sailplanes up to 1200g. Hardened steel Shaft have 3.17mm diameter and is supported by two large ball bearings wich ensure very good mechanical stability.
Thanks to using newest materials this motors achieve in their weight category extremely high efficiency and high load possibility. AXI GOLD LINE V2 with the high quality of manufacturing, reliability and performance are the best outrunners available in the market. Delivered without prop. holder and Radial mount set!
The Axi 2217/20 V2 Long is the same as the Axi 2217/20 V2 Long F5J motor but with a 3.17 mm shaft instead of a 4 mm shaft. This makes it a bit lighter.
Axi 2217/20 V2 Long TECHNICAL SPECIFICATION
No. of cells 2-4s Li-Poly
Kv 840 RPM/V
Max. efficiency 84%
Max. efficiency current 8 - 14 A (>75%)
No load current 0,4 A
Current capacity 20 A/60 s
Internal Resistance 185 mohm
Dimensions (� x L) 27,7x44,4 mm
Shaft diameter 3.17 mm
Weight 74 g
Max. Power 270 W
J � I2� :P� ,)� � � � � � � � 2C1� 5 �}�b�Q AXI2217-12V2L-F5J0Axi 2217/12 V2 Long F5J 1380 RPM/V 84g Outrunner� The high quality and performance of AXI 2217 V2 motors meant that they were a perfect base for development of the new AXI 2217/12 GOLD LINE. New small and powerful motor AXI 2217/12 GOLD LINE V2 with rotating case is suitable for aerobatic models up to 1000g and for light sailplanes up to 1200 g. It has a 4 mm hardened steel shaft supported by two large ball bearings to ensure very good mechanical stability.
Thanks to using newest materials this motors achieve in their weight category extremely high efficiency and high load possibility. AXI GOLD LINE V2 with the high quality of manufacturing, reliability and performance are the best outrunners available in the market
The Axi 2217/12 V2 Long F5J is the same as the Axi 2217/12 V2 Long motor but with a 4 mm shaft instead of a 3.17 mm shaft to better withstand F5J dork landings.
Axi 2217/12 V2 Long F5J TECHNICAL SPECIFICATION
No. of cells 2-3s Li-Poly
Kv 1380 RPM/V
Max. efficiency 86%
Max. efficiency current 15 - 24 A (>75%)
No load current 0,4 A
Current capacity 32 A/60 s
Internal Resistance 61 mohm
Dimensions (� x L) 27,7 x 64,6 mm
Shaft diameter 4 mm
Weight 84 g
Max. Power 330 W
T � D� � 09� � � � � � � � � � t� f+��C �}�b�R AXI2217-16V2L-F5J0Axi 2217/16 V2 Long F5J 1050 RPM/V 84g Outrunner� The high quality and performance of AXI 2217 V2 motors meant that they were a perfect base for development of the new AXI 2217/16 GOLD LINE. New small and powerfull motor AXI 2217/16 GOLD LINE V2 with rotating case is suitable for aerobatic models up to 700g and for light sailplanes up to 1000g. Hardened steel Shaft have 4mm diameter and is supported by two large ball bearings wich ensure very good mechanical stability.
Thanks to using newest materials this motors achieve in their weight category extremely high efficiency and high load possibility. AXI GOLD LINE V2 with the high quality of manufacturing, reliability and performance are the best outrunners available in the market
The Axi 2217/16 V2 Long F5J is the same as the Axi 2217/16 V2 Long motor but with a 4 mm shaft instead of a 3.17 mm shaft to better withstand F5J dork landings.
Axi 2217/16 V2 Long F5J TECHNICAL SPECIFICATION
No. of cells 2-3s Li-Poly
Kv 1050 RPM/V
Max. efficiency 85%
Max. efficiency current 10 - 18 A (>75%)
No load current 0,4 A
Current capacity 24 A/60s
Internal Resistance 120 mohm
Dimensions (� x L) 27,7 x 64,6 mm
Shaft diameter 4 mm
Weight 84 g
Max. Power 245 W S � I2� B2� 09� � � � � � � � 2C1� {� i��6 zo /T� ��b�S AXI2217-20V2L-F5J/Axi 2217/20 V2 Long F5J 840 RPM/V 84g Outrunner� The high quality and performance of AXI 2217 V2 motors meant that they were a perfect base for development of the new AXI 2217/20 GOLD LINE. New small and powerfull motor AXI 2217/12 GOLD LINE V2 with rotating case is suitable for aerobatic models up to 1000g and for light sailplanes up to 1200g. Hardened steel Shaft have 4mm diameter and is supported by two large ball bearings wich ensure very good mechanical stability.
Thanks to using newest materials this motors achieve in their weight category extremely high efficiency and high load possibility. AXI GOLD LINE V2 with the high quality of manufacturing, reliability and performance are the best outrunners available in the market. Delivered without prop. holder and Radial mount set!
The Axi 2217/20 V2 Long F5J is the same as the Axi 2217/20 V2 Long motor but with a 4 mm shaft instead of a 3.17 mm shaft to better withstand F5J dork landings.
Axi 2217/20 V2 Long F5J TECHNICAL SPECIFICATION
No. of cells 2-4s Li-Poly
Kv 840 RPM/V
Max. efficiency 84%
Max. efficiency current 8 - 14 A (>75%)
No load current 0,4 A
Current capacity 20 A/60 s
Internal Resistance 185 mohm
Dimensions (� x L) 27,7 x 64,6 mm
Shaft diameter 4 mm
Weight 84 g
Max. Power 270 W R � I2� :P� 0:� � � � � � � � 2D1� �� ,(� �}�b�T
AXI2220-12V2L,Axi 2220/12 V2 Long 1200 RPM/V 91g Outrunner� The high quality and performance of AXI 2220 V2 motors meant that they were a perfect base for development of the new AXI 2220/12 GOLD LINE. New small and powerfull motor AXI 2220/12 GOLD LINE V2 with rotating case is suitable for aerobatic models up to 1100g and for light sailplanes up to 1300g. Hardened steel Shaft have 4mm diameter and is supported by two large ball bearings wich ensure very good mechanical stability.
AXI 2220/12 GOLD LINE V2 TECHNICAL SPECIFICATION
No. of cells 2-3s Li-Poly
Kv 1200 RPM/V
Max. efficiency 87%
Max. efficiency current 20 - 28 A (>75%)
No load current 1,5 A
Current capacity 35 A/60 s
Internal Resistance 39,1 mohm
Dimensions (� x L) 27,7 x 51,6 mm
Shaft diameter 4 mm
Weight 91 g
Max. Power 450W
\ � K<� � 1`� � � � � � � � � 2D1� n �}�b�U
AXI2220-16V2L+Axi 2220/16 V2 Long 910 RPM/V 91g Outrunner� The high quality and performance of AXI 2220 V2 motors meant that they were a perfect base for development of the new AXI 2220/16 GOLD LINE. New small and powerfull motor AXI 2220/16 GOLD LINE V2 with rotating case is suitable for aerobatic models up to 800g and for light sailplanes up to 1000g. Hardened steel Shaft have 4mm diameter and is supported by two large ball bearings wich ensure very good mechanical stability.
TECHNICAL SPECIFICATION
No. of cells 2-3s Li-Poly
Kv 910 RPM/V
Max. efficiency 85%
Max. efficiency current 20 - 28 A (>75%)
No load current 1,5 A
Current capacity 29 A/60 s
Internal Resistance 75,6 mohm
Dimensions (� x L) 27,7 x 51,6 mm
Shaft diameter 4 mm
Weight 91 g
Max. Power 400W [ � K<� � 1`� � � � � � � � � � {� f+�� � �}�b�V
AXI2220-20V2L+Axi 2220/20 V2 Long 720 RPM/V 91g Outrunner� The high quality and performance of AXI 2220 V2 motors meant that they were a perfect base for development of the new AXI 2220/20 GOLD LINE. New small and powerfull motor AXI 2220/20 GOLD LINE V2 with rotating case is suitable for aerobatic models up to 900g and for light sailplanes up to 1200g. Hardened steel Shaft have 4mm diameter and is supported by two large ball bearings wich ensure very good mechanical stability.
AXI 2220/20 GOLD LINE TECHNICAL SPECIFICATION
No. of cells 2-3s Li-Poly
Kv 720 RPM/V
Max. efficiency 87%
Max. efficiency current 18 - 24 A (>75%)
No load current 0,7 A
Current capacity 20 A/60 s
Internal Resistance 111,6 mohm
Dimensions (� x L) 27,7 x 51,6 mm
Shaft diameter 4 mm
Weight 91 g
Max. Power 300W
Z � K<� � 1`� � � � � � � � � 2C1� {� h5� VK +,� ��b�X MK-PUSHROD-FAIRING2'Streamlined Pushrod Exit Fairings (2)**� A pair (2) of streamlined pushrod exit fairings. Although designed to be used on a tailboom they can be used in many applications.
Length: 41 mm
Max width: 6.3 mm
Max height: 6.5 mm * � � � � � � � � � � � 2E2� � �}�b�Y
MK-STAB-MOUNT 2.5m - 4m Glider Tailplane Mount$ This nicely made carbon moulding is used to securely mount the tailplane (also called horizontal stabiliser or hoz stab) on larger 2.5m to 4.5m gliders and electric gliders. The mount (also called pylon) has a nice aifoil shape and is designed to be bonded to the tailboom.
{table title="2.5m - 4m Tailplane Mount Specifications" class=1 cols=3 width=200,115 align=L,L,L}
Overall length, 100 mm
Min tailboom diameter, 15 mm
Stab mount platform width, 23 mm
Stab mount length, 64 mm
Stab height above boom, 12 mm
Weight, 3.5 g
{endtable} } �
� � � � � � � � � � < 2G6� r� h,_� � ��b�Z
NRJ-DLG-BLADE OA Composites Throwing BladeP Excellent quality throwing blade as supplied with the highly regarded NRJ DLG.
; � � � � � � � � � � � 2 �2H6j r� j3� & +#d �}�b�[ MK-SHROUDED-COVERShrouded Servo Covers (2)**� These beautufully molded wing servo covers are light, low drag, and look cool! They incorporate a shroud to cover the servo output arm, clevis, and the control rod. This reduces the turbulence and improves performance measurably.
Supplied as one piece. Cut into two to make a pair. Trim to size to suit your application and attach with clear tape.
{table title="Shrouded Servo Cover Specification" class=1 cols=2 width=150,115 align=L,L,L}
Thickness of carbon sheet, 0.25 mm
Max chordwise length, 62 mm
Max spanwise length, 65 mm
Distance of shroud from edge, 15 mm
Thickness of shroud, 8 mm
Height of shroud, 8 mm
Weight, 1.8 g
{endtable}
� � 2� � � � � � � � � � 2E2� �}�b�\ MK-AERIAL-SUPPORTCarbon Antenna Supports (2)o These beautifully molded carbon pieces support a 2.4 Ghz antenna / aerial / whisker where it exits the fuselage.
They offer these benefits:
{bullet}
Protect the antennas
Look cool
Reduce drag
Improve radio reception by keeping the antennas at 90 deg to each other.
{endbullet}
Supplied in pairs. Glue to the fuselage using epoxy, thickened if possible.
� � P� �
� � � � � � � � 2E2� �� Carbon fibre hv1� � ��b�� MEGA-16-15-3$Mega 16/15/3 3000 RPM/V 77g InrunnerR The {b, Mega 16/15/3 Brushless Motor} is a Speed 400 sized brushless motor that is powerful, efficient and reliable. Highly recommended for pylon racers.
{bullet}
Hardened steel shaft, diameter 3.2 mm.
Two precise ball bearings
Dynamically balanced
Neodymium magnet rotor
Handmade stator, lightweight rotor allows high revolution.
Kevlar bandage rotor
Motor mount has 2 holes on a 16mm diameter and 2 on a 19mm diameter, all M3 threaded
Efficiency up to 88%
{endbullet}
{table title="Mega 16/15/3 Specifications" class=1 cols=3 width=145,150,150 align=L,L,L separator=: autohref=2}
Motor name : Mega 16/15/3 :inrunner
Motor weight: 77.0 g : 2.72 oz
Motor diameter: 28.0 mm : 1.10 in
Motor length: 36.0 mm : 1.42 in
Lead length: 0.0 cm : 0.00 in
Shaft diameter: 3.2 mm : 0.12 in
Mounting info: 2 M3 holes on 16mm & 2 on 19mm diameter
Estimated Rm: 28 mR
Estimated Kv: 3000 RPM/V
Estimated Io: 1.90 A @ 10 V
Max efficiency (10 V): 86 % @ 26.0 A
Operating effic'y (10 V): 86 % @ 30.0 A
Motor Km: 19.0 Nm/W^.5 X1000
Motor Km/Kg: 247 Nm/(W^.5 Kg)
Recommended battery: 3S LiPo
Rec max LiPo capacity: 1.5 Ah
Supplied accessories: None
{b,3S LiPo Performance}
Recommended prop: 4.7x4.7
Input power: 270 W on 4.7x4.7 prop
Current: 27.0 A on 4.7x4.7 prop
{endtable}
K � L � � 1(� � � � � � � � � 2C3� 2� i�_! � � .� ��b�^ SR-REIS-D30"Reisenauer Plastic Firewall - 30mm {SRFR, 29.1, 30.1, 1.9}
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� N� � � � � � � � � � 2B4I � � ,�� ��b�_ SR-REIS-D32"Reisenauer Plastic Firewall - 32mm {SRFR, 31.1, 32.1, 2.1}
h
� N� � � � � � � � � � 2B4I � ��b�d SR-UNIV-D36!Universal Plastic Firewall - 36mm {SRFU, 36, 37, 3.5, 31} ^ � N� � � � � � � � � � 2B4I �� i�� � � +@� ��b�e
SR-PWR-E303Powerline Turbo 10XX Plastic Firewall - Explorer 30, {SRFP, 29.2, 30.2, 2.4} Marked "Explorer 30" � � N� � � � � � � � � � 2B4I � � ,�� ��b�f
SR-PWR-D30,Powerline Turbo 10XX Plastic Firewall - 30mm {SRFP, 29.1, 30.1, 1.7} � � N� � � � � � � � � � 2B4I � � +?� ��b�g
SR-PWR-D32,Powerline Turbo 10XX Plastic Firewall - 32mm {SRFP, 31.1, 32.1, 2.0} � � N� � � � � � � � � � 2B4I � � +A ��b�h
SR-PWR-D36,Powerline Turbo 10XX Plastic Firewall - 36mm {SRFP, 35.2, 36.2, 2.6} � � N� � � � � � � � � � 2B4I � � +� ��b�k PICO-KEYFOBMagnetic Keyfob and LanyardN Plastic keyfob with a lanyard holding a strong magnet to activate a Picoswitch n � $� � � � � � � � � � 2F4W � ,(� ��b��
AXI2208-34V2L,Axi 2208/34 V2 Long 1100 RPM/V 48g Outrunneri The Axi 2208 V2 Long motors have been specially commissioned by HyperFlight to allow smaller electric gliders to use glider-optimised direct drive outrunners which will fit in sleek glider noses.
The high power delivered by these small and very robust, brushless motors with rotating case suitable for all gliders and electric planes weighing up to 450 g. The hardened steel 3.17mm diameter shaft is supported by two large ball bearings which ensure very good mechanical reliability with front or radial mounting. As a result of using the latest ferromagnetic materials the AXI 2208/xx V2 Long motors offer extremely high efficiency and high load capability for their weight.
Kv 1100 RPM/V
Max. efficiency 83%
Max. efficiency current 4 - 7 A (>74%)
No load current 0,35 A
Current capacity 10 A/60 s
Internal Resistance 157 mohm
Dimensions (� x L) 27,7x25,5 mm
Mounting 2 M3 holes on 16mm and 2 M3 holes on 19mm diameters
Shaft diameter 3,17 mm
Weight 48 g
No. of cells 3s Li-Poly
Max. Power 100 W
3S Prop: 10x5, 9x7, 9x6
2S Prop: 12x8, 12x7, 11x8
Note the photo temporarily shows the larger Axi 2212 V2 Long 0 � > � 1<� * � � � � � � � � d 2C1� � ��b�l PLM-1520-10 Powerline Micro 1520/10 182g� The {b,Powerline Micro 1520/10} is a powerful 4S-6S motor with Turbo cooling and a strong gearbox, making it sutable for 2 Kg - 4 Kg models.
For new class F3G (F3B electric):
Powerline Micro 1520/10
YGE65LVT ESC
4S 1.2Ah LiPo
GM 16x8 prop.
~ � ] � � � � � � � � � � � 2C35 �� hA��� ��b�n GM-SPLIT-COLLET-8MM 8mm Split Collet for GM Spinners+ These 8 mm hole split collets fit all the GM spinners we sell. They are suitable for motors/gearboxes with 8 mm diameter shafts.
Unlike the other sizes the 8 mm collet uses a set screw to fix the spinner to the gearbox shaft. Grind a flat on the shaft if necessary to ensure a good attachment.
� �
2� � � � � � � � � � 2A5O �� Aluminium jh� � � +�< @�`�o GM-F5J-28%28mm GM F5J Spinner (Requires Collet) {GMSpinner2, 28, 26,12} � ! � � � � � � � � � �
2B5
8 mm screwO �� Carbon fibre, al � � +G� @�`�p GM-F5J-32%32mm GM F5J Spinner (Requires Collet) {GMSpinner2, 32, 28,13} @ � ! � � � � � � � � � �
2B5% 8 mm screw
28/05/2021 16 were 33mmO �� Carbon fibre, alu � � +�d ��b�q GM-F5J-36%36mm GM F5J Spinner (Requires Collet) {GMSpinner2, 36, 34,15} h � ( � � � � � � � � � � 2B5O � � +E ��b�r GM-F5J-38%38mm GM F5J Spinner (Requires Collet) {GMSpinner2, 38, 38,16} | � ( � � � � � � � � � � 2B5O � � +0x @�`�s GM-F5J-40%40mm GM F5J Spinner (Requires Collet) {GMSpinner2, 40, 38,19} � � ( � � � � � � � � � � 2B5. 11/04/2024 swapped bits t make up 40 from a � � +�� ��b�t GM-F5J-42%42mm GM F5J Spinner (Requires Collet) {GMSpinner2, 42, 40,21} � � * � � � � � � � � � � 2B5O � � +EH ��b�u GM-F5J-45%45mm GM F5J Spinner (Requires Collet) {GMSpinner2, 45, 43,25} � � * � � � � � � � � � � 2C � � ,�� @�`�v GM-CL-30(30mm GM CL F5J Spinner (Requires Collet) {GMCLSpinner, 30, 10}
- � + � � � � � � � � � � 2B5
8 mm screwO �� Carbon fibre, al � � +�` @�`�w GM-CL-32(32mm GM CL F5J Spinner (Requires Collet) {GMCLSpinner, 32, 10.5} A � + � � � � � � � � � � 2B5
8 mm screwO �� Carbon fibre, alum � � ,r� ��b�x GM-CL-36(36mm GM CL F5J Spinner (Requires Collet) {GMCLSpinner, 36, 11} i � + � "2� � � � � � � � � 2B4O �� Carbon fibre, alu � � +ܠ ��b�y GM-CL-38(38mm GM CL F5J Spinner (Requires Collet) {GMCLSpinner, 38, 12} } � + � � � � � � � � � � 2B5O �� Carbon fibre, alu � ��b�z GMCL12X10 GM 12x10 CL Folding prop blades {GMCLBlades, 12, 8, 10} � � - � � � � � � � � � � 2B6O �� jp�6 � � -mL ��b�{ GMCL13X10 GM 13x10 CL Folding prop blades {GMCLBlades, 13, 10, 11} � - � � � � � � � � � �
2B6O � � /�, ��b�| GMCL14X10 GM 14x10 CL Folding prop blades {GMCLBlades, 14, 10, 12} � � - � � � � � � � � � � 2B6O � � +H@ ��b�} GMCL15X10 GM 15x10 CL Folding prop blades {GMCLBlades, 15, 10, 13} � � - � � � � � � � � � � 2B6O J7 +�� ��b�~ GM-SL-40*40mm GM SL Scale Spinner (Requires Collet)� New GM Scale Line spinners here now. Profile to suit scale gliders. Painted white.
With 31mm hub.
Blades and collet not incuded - select to suit your motor/gearbox.
� � 6 � � & � � � � � � � � 2C5OG7 +�� ��b� GM-SL-42*42mm GM SL Scale Spinner (Requires Collet)� New GM Scale Line spinners here now. Profile to suit scale gliders. Painted white.
Blades and collet not incuded - select to suit your motor/gearbox.
More info soon. � � 6 � � & � � � � � � � � 2C5O G7 +� ��b� GM-SL-45*45mm GM SL Scale Spinner (Requires Collet)� New GM Scale Line spinners here now. Profile to suit scale gliders. Painted white.
Blades and collet not incuded - select to suit your motor/gearbox.
More info soon. � � 6 � � & � � � � � � � � 2C5O 6# +Ep ��b� GM-SL-55*55mm GM SL Scale Spinner (Requires Collet)� New GM Scale Line spinners here now. Profile to suit scale gliders. Painted white.
Blades and collet not incuded - select to suit your motor/gearbox.
' � 6 � � & � � � � � � � � 2C5O�� -� ��b� GMSL15X10"GM 15x10 Scale Folding Prop BladesQ The {b, GM Scale Line (SL) propellers} are high quality carbon prop blades designed for use on scale gliders. They are perfect for high power installations and usually fold well again the more bulbous scale glider pods. The ones we stock are painted white.
They work best with GM Scale Spinners.
{blade, GM SL, 15, 10, 12, 3500} � � ( � � � � � � � � � � " 2D6O �� -�� ��b� GMSL15X13"GM 15x13 Scale Folding Prop BladesQ The {b, GM Scale Line (SL) propellers} are high quality carbon prop blades designed for use on scale gliders. They are perfect for high power installations and usually fold well again the more bulbous scale glider pods. The ones we stock are painted white.
They work best with GM Scale Spinners.
{blade, GM SL, 15, 13, 12, 3500} � � ( � � � � � � � � � � " 2D6O �� /�@ ��b� GMSL16X10"GM 16x10 Scale Folding Prop BladesQ The {b, GM Scale Line (SL) propellers} are high quality carbon prop blades designed for use on scale gliders. They are perfect for high power installations and usually fold well again the more bulbous scale glider pods. The ones we stock are painted white.
They work best with GM Scale Spinners.
{blade, GM SL, 16, 10, 15, 3500} K � ( � � � � � � � � � � & 2D6O �� -� ��b� GMSL16X13"GM 16x13 Scale Folding Prop BladesQ The {b, GM Scale Line (SL) propellers} are high quality carbon prop blades designed for use on scale gliders. They are perfect for high power installations and usually fold well again the more bulbous scale glider pods. The ones we stock are painted white.
They work best with GM Scale Spinners.
{blade, GM SL, 16, 13, 15, 3500} N � ( � � � � � � � � � � & 2D6O �� -�0 ��b� GMSL17X10"GM 17x10 Scale Folding Prop BladesQ The {b, GM Scale Line (SL) propellers} are high quality carbon prop blades designed for use on scale gliders. They are perfect for high power installations and usually fold well again the more bulbous scale glider pods. The ones we stock are painted white.
They work best with GM Scale Spinners.
{blade, GM SL, 17, 10, 17, 3500} � � - � � � � � � � � � � & 2D6O �� /�T ��b� GMSL18X10"GM 18x10 Scale Folding Prop BladesQ The {b, GM Scale Line (SL) propellers} are high quality carbon prop blades designed for use on scale gliders. They are perfect for high power installations and usually fold well again the more bulbous scale glider pods. The ones we stock are painted white.
They work best with GM Scale Spinners.
{blade, GM SL, 18, 10, 20, 3500} � - � � � � � � � � � � ) 2D6O �� +� ��b� GMSL19X10"GM 19x10 Scale Folding Prop BladesQ The {b, GM Scale Line (SL) propellers} are high quality carbon prop blades designed for use on scale gliders. They are perfect for high power installations and usually fold well again the more bulbous scale glider pods. The ones we stock are painted white.
They work best with GM Scale Spinners.
{blade, GM SL, 19, 10, 23, 3500} w � 3 � � # � � � � � � � � + 2D6O �� &]l ��b� GMSL20X13"GM 20x13 Scale Folding Prop BladesQ The {b, GM Scale Line (SL) propellers} are high quality carbon prop blades designed for use on scale gliders. They are perfect for high power installations and usually fold well again the more bulbous scale glider pods. The ones we stock are painted white.
They work best with GM Scale Spinners.
{blade, GM SL, 20, 13, 26, 3500} � � 3 � � # � � � � � � � � 5 2D6O �� +�� ��b� GMSL22X14"GM 22x14 Scale Folding Prop BladesQ The {b, GM Scale Line (SL) propellers} are high quality carbon prop blades designed for use on scale gliders. They are perfect for high power installations and usually fold well again the more bulbous scale glider pods. The ones we stock are painted white.
They work best with GM Scale Spinners.
{blade, GM SL, 22, 14, 30, 3500} � � : � � ( � � � � � � � � 7 2D6O � ��b� GMSL23X12"GM 23x12 Scale Folding Prop BladesQ The {b, GM Scale Line (SL) propellers} are high quality carbon prop blades designed for use on scale gliders. They are perfect for high power installations and usually fold well again the more bulbous scale glider pods. The ones we stock are painted white.
They work best with GM Scale Spinners.
{blade, GM SL, 23, 12, 32, 3500} � : � � ( � � � � � � � � @ 2D6O �� j1$� � �}�b� SILETTO-FUSEStiletto FuselageA Replacement fuselage for a Stiletto Hot or a Stiletto Lift DLG.
� � [#� �
� � � � � � � � � [ �� c�# � � ,�� �}�b� PACKING-TAPE-YELLOW Yellow Polypropylene Tape 50mm {PackingTape, Yellow} � � � � F� � � � � � � � � 2E0 � �}�b� AURI-FINAuri Fin+ Replacement fin and rudder for the Auri DLG Z � #� � � � � � � � � � , �� c1�C � �}�b� AURI-TAILPLANEAuri TailplaneL Replacement tailplane / horizontal stabiliser / elevator for the Auri DLG.
d � #� � � � � � � � � � , �� c1�CM ��b� UL-CANOPY-HATCHHReplacement Canopy Hatch for the Sapphire Ultralight, LongShot & HotShot� Replacement carbon canopy hatch for the Sapphire Ultralight, LongShot and HotShot fuselages.
Length: 12 cm
Max width: 3.5 cm
Weight: 2.4 g � � � /� � � � � � � � d 2G6 i�'e! �}�b�
ALPHA2-W-BAGS Alpha 2.0 Wing and Tail Bags� Excellent quality wing and tail bags for the Alpha 2.0 electric glider.
#Optional extra fuselage bags available - see the option below the price. d � 6<� � # � � � � � � � � � � �� c1�CG; +*� ��b� CR-3535mm M2 Control Rods (2)� A pair (2) of high quality 35 mm long stainess steel control rods with M2 threads cut at both ends.
Often used to connect the aileron to the aileron servo. As used on Vladimir's Models planes. � � I� �
� � � � � � � �
2H4; � ��b� MUSIC-WIRE-05MM0.50mm Music Wire (91 cm)R {musicwire,0.50,0.91, } This wire is suitable for the torque springs on 1.5m DLGs. � 2� � ?� � � � � � � �
3 ��
United Statesjm�� � +{D @�`� BOWDEN-OUTER-4MM"4mm ABS Plastic Pushrod Outer Tube\ A 1.5m long clear plastic tube 3.9mm OD, approx 3mm ID. Suitable for use as a Bowden Cable outer with {pref, CARBON-ROD-2MM, 2mm carbon rod} or {pref, CARBON-TUBE-2MM, 2mm carbon tube} inners. Also useful for and many other applications.
Made from ABS plastic, however it is still quite low friction.
Can be bonded with most plastic cements. � � 2� � � � � � � � � � ( � 3 Real cost 48p eah m ��b� CN6X4*CN 6x4 Folding prop blades (2mm hinge pin)� A pair of {b,CN Models 6x4 prop blades} suitable for the F5K and other small electric gliders. These have a flatter high aspect ratio design and should fold closer to the fuselage, reducing glide drag.
These blades require smaller spinner/hub assemblies with 2mm diameter hinge pins. Note this product consists of two carbon propeller blades only. The central spinner/yoke assembly is not included.
{table title="CM 6x4 Folding Propeller Blade Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=:}
Prop diameter: 15 cm: 6 in
Prop pitch: 10 cm: 4 in
Weight of 2 blades: 1.6 g: 0.06 oz
Width of blade root: 5.0 mm: 0.197 in
Hinge pin hole dia: 2.0 mm: 0.079 in
Max power: 200 W
{endtable} \ � � �
� � � � � � � � 2A6� F� jr��I �}��b� FALCON-BAGS#Falcon Wing, Tail and Fuselage Bags� Good quality wing, tail and fuslage bags to protect the Falcon DLG's fuselage and flying surfaces.
We particularly like the large pocket on the wing tip to take the throwing blade. F � 9K� � � � � � � � � � � t �� c1�C �}�b� VM6X4*VM 6x4 Folding prop blades (2mm hinge pin)w A pair of {b,Vladimirs Models 6x4 prop blades} suitable for the Snipe 2e and other F5K type electric gliders. These blades require smaller spinner/hub assemblies with 2mm diameter hinge pins.
Note this product consists of two carbon propeller blades only. The central spinner/yoke assembly is not included.
{table title="VM 6x4 Folding Propeller Blade Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=:}
Prop diameter: 15 cm: 6 in
Prop pitch: 10 cm: 4 in
Weight of 2 blades: 2.2 g: 0.08 oz
Width of blade root: 5.0 mm: 0.197 in
Hinge pin hole dia: 2.0 mm: 0.079 in
Max power: 200 W
{endtable} \ � � � � � � � � � � � �� d !� �}�b� ALPHA-JOINER-6 Alpha Wing Joiner - 6 degreex Replacement/upgrade wing joiner rod for the Alpha 2 glider. The standard wing joiner (as supplied with the model) has a 2 degree bend. This one has a 6 degrees bend, adding 4 degrees of dihedral to the model, making it more stable, easier to thermal and probably better in calm conditions. But conversely it will probably be more of a handful in turbulent or windy conditions. � �
2� � <� � � � � � � � 2 � F� Aluminium e�� � �}�b�
ELF-PRO-EL6Elf Pro Electric 1m including powertrain and wing bags� The {b,Elf Pro Electric} is a new 1m electric from Vladimir's Models. Supplied with Vladimir's Models {pref, ELF-SPIN-PWRSET, Elf Pro El & Spin Powerset} and {pref, ELF-WING-BAG, Elf Wing Bags}. The Elf Pro is probably the most advanced and best flying composite/balsa 1m electric glider available anywhere.
This model requires a little construction and does not include the RC transmitter and receiver. It is not suitable for a beginner, and some thought will be required to get everything to fit in the limited pod space. We are not aware of any Sprektrum receiver that will fit. The models comes with a complete accessory pack and servo trays designed for KST X06, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Ripmax SD100, Help H47 or Dymond D47 servos. No other servo will fit easily.
The one piece wing uses free flight type construction techniques, to maximise strength and stiffness, and minimise weight. The wing�s front part is a beautifully molded carbon Dbox for good torsional strength and excellent aerodynamics. The substantial spar is made from carbon spar caps with vertical grain balsa shear webs. The balsa ribs are connected to the thin carbon trailing edge using carbon capstrips, and aft of the spar is covered with film.
The pod and boom fuselage uses attractive plastic moldings for the pod and removable nosecone. These are an excellent fit and follow the wing underside contour for a gap free fit. The tailboom is a tapered wrapped carbon tube with a pre-cut slot for the fin, and a flattened front section for mounting the R/C equipment. The fin is made from rigid foam with carbon spars and has smooth vac-bagged glass covering, and incorporates the rudder with a very free living hinge. The foam/carbon/glass tailplane has a separate elevator and is mounted above the boom using a tiny standoffs to minimise interference drag . All pushrods and accessories are included, only the R/C gear and minimal building equipment is required.
An instruction manual is not available but there is some useful info on the {href, http://f3j.in.ua/elf-pro-el.html?#tab2, manufacturer�s website}. Please don't try to order direct from VM, they will refer you back to us.
The model is suitable for use with 2S LiPo batteries only (not 3S or you may fry the RC) with capacities between 175 mAh and 350mAh. Our {pref,HYPER-LIPO2S300,HyperLiPo 2S 300 mAh LiPo} battery fits fine under the wing and some customers have managed to squeeze it in behind the motor, negating the need to extend the battery lead that would otherwise be required. <i>Unless you are an RC god please use HyperFlight�s recommended forward CG, not VM�s very rearward and unstable one.</i>
The speed control has been modified to optionally output 5V or unregulated 2S LiPo battery voltage to the receiver and thus servos. As supplied the ESC outputs the unregulated 2S Lipo battery voltage (approx 8.2V initially unloaded). This is good when using high voltage servos, and especially if using receiver voltage telemetry, as you can see/hear the battery voltage on the transmitter. On the other hand if you are using normal voltage servos you will need to extricate the wire marked 8.4V and insert the wire marked 5V into the RC plug.
The supplied ESC will overheat if full power is used for more than approx 5 seconds. We recommend that the throttle channel travel is reduced to 60% on the transmitter to limit the current and avoid overheating. We found that a throttle -> down elevator mix was required to give straight climbs.
THE POWERSET AND WING BAGS ARE SUPPLIED WITH THE MODEL AND INCLUDED IN THE PRICE SHOWN.
{table title="Elf Pro El Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.0 m, 39 in
Wing area, 11.7 dm2, 181 sq in
Length inc spinner, 70 cm, 27.6 in
Flying weight from, 138 g, 4.9 oz
Wing loading, 11.8 g/dm, 3.9 oz/sq ft
Aspect ratio, 8.5,
Wing airfoil, "AG12, AG13, AG14"
EDA (dihedral), 11.0�,
Spinner Diameter, 25 mm,
Centre of Gravity, 64-70 mm from wing leading edge
Controls, "Rudder, elevator, throttle"
{endtable}
{table title="Elf Pro El Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 26.5 g, 0.9 oz
Wing, 52.5 g, 1.9 oz
Tailplane, 4.7 g, 0.2 oz
Fin, 2.4 g, 0.1 oz
Accessories & glue, 3.5 g, 0.1 oz
Total structure, 89.6 g, 3.2 oz
Receiver, 5 g, 0.2 oz
Rudder servo, 4.7 g, 0.2 oz
Elevator servo, 4.7 g, 0.2 oz
Elf Pro El Powerset, 16.7 g, 0.6 oz
Battery, 17 g, 0.6 oz
Flying weight, 137.7 g, 4.9 oz
{endtable}
{table title="Recommended R/C-nano gear only" class=1 cols=2 width=110,240 align=L,L autohref=2}
All servos (2), KST X06, Ripmax SD100, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Dymond D47
Receivers, 4+ channel rx to suit your transmitter, eg FrSky G-RX6, FrSky X4R, Futaba R2106GF, Spektrum AR410, Orange DSM2 compatible, Jeti Duplex R5, Multiplex Mlink RX-6-DR Light
Electric battery, 2S 175 mAh - 350mAh LiPo, HyperLiPo 2S 300 mAh LiPo
Motor; Prop; ESC (supplied), Elf Pro El & Spin Powerset
{endtable}
d � K� � u.� � � � � � � � � P� %Carbon, balsa, plastic, steel, copper eC�� +{, @�`� BOWDEN-OUTER-3MM"3mm ABS Plastic Pushrod Outer Tubee A 1.5m long clear clear plastic tube 3mm OD, approx 1.9mm ID. Suitable for use as a Bowden Cable outer with {pref, CARBON-ROD-15MM, 1.5mm carbon rod} or {pref, CARBON-ROD-18MM, 1.8mm carbon rod} inners. Also useful for and many other applications.
Made from ABS plastic, however it is still quite low friction.
Can be bonded with most plastic cements. � � 2� � � � � � � � � � ( o 3 Real cost 48p eah Y �}�b� SPIN-EL3Spin Electric 1m including powertrain and wing bags� The {b,Spin El} is a new molded 1m electric glider from Vladimir's Models. Supplied with Vladimir's Models {pref, ELF-SPIN-PWRSET, Elf Pro El & Spin Powerset} and {pref, ELF-WING-BAG, Spin Wing Bags}. The Spin is probably the most advanced and best flying all composite 1m electric glider available anywhere. It is also the lightest four servo full house 1 m electric glider ever put in series production.
The Spin's wing is a fabulously light all molded carbon fibre miracle of construction. Despite its excellent ultra smooth finish and extreme stiffness it only weighs 54 g, just 2 g more than the Elf's film covered wing. The great finish and low drag section provide a great all round performance improvement. The ailerons/flapperons allow better control and camber adjustments vastly improve the speed range. The specified aileron servos fit in a beautifully engineered pocket in the root underside of the wing.
The Spin's pod and boom fuselage is shared with the Elf Pro design. It uses attractive plastic moldings for the pod and removable nosecone. These are an excellent fit and follow the wing underside contour for a gap free fit. The tailboom is a tapered wrapped carbon tube with a pre-cut slot for the fin, and a flattened front section for mounting the R/C equipment. The fin is made from rigid foam with carbon spars and has smooth vac-bagged glass covering, and incorporates the rudder with a very free living hinge. The foam/carbon/glass tailplane has a separate elevator and is mounted above the boom using a tiny standoffs to minimise interference drag. All pushrods and control horns are included.
The Spin does not include the RC (servos, receiver, transmitter) and is probably not suitable for a beginner, as some experience will be required to get everything to fit in the very limited pod space. The model comes with a complete accessory pack and servo trays designed for Ripmax SD100, Dymond D47, H47, KST X06, Blue Bird 101DMG or Blue Bird 101HV servos. We do not recommend different servos are fitted. We are not aware of any Sprektrum receiver that will fit, but a Lemon, Orange or FRSky compatible may be okay.
An instruction manual is not available but there is some useful info {href, http://f3j.in.ua/spin-el.html?#tab2, here}. Please don't try to order direct from VM, they will refer you back to us. The models comes with a complete accessory pack including even special extension leads for the wing servos.
The model is suitable for use with 2S LiPo batteries only (not 3S or you will fry the RC) with capacities between 175 mAh and 300mAh. Our {pref,HYPER-LIPO2S300,HyperLiPo 2S 300 mAh LiPo} battery can be squeezed in behind the motor if the instllation is carefully planned.
The speed control has been modified to optionally output 5V or unregulated 2S LiPo battery voltage to the receiver and thus servos. As supplied the ESC outputs the unregulated 2S Lipo battery voltage (approx 8.2V initially unloaded). This is good when using high voltage servos, and especially if using receiver voltage telemetry, as you can see/hear the battery voltage on the transmitter. On the other hand if you are using normal voltage servos you will need to extricate the wire marked 8.4V and insert the wire marked 5V into the RC plug.
The powerset and wing bags are supplied with the model and included in the price shown. We recommend that the throttle channel travel is reduced to 60% on the transmitter to limit the current and avoid overheating.
See this RCGroups {href, https://www.rcgroups.com/forums/showthread.php?3637729-Spin-EL-1M-Electric-Glider, Spin thread} for lots of useful info. Note the colour option images are indicative only and may not be identical to the actual model supplied.
{table title="Spin El Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.0 m, 39 in
Wing area, 11.9 dm2, 184 sq in
Length inc spinner, 70 cm, 27.6 in
Flying weight from, 155 g, 5.5 oz
Wing loading, 13.0 g/dm, 4.3 oz/sq ft
Aspect ratio, 8.4,
Wing airfoil, AG12-14 mod
EDA (dihedral), 7.5�,
Spinner Diameter, 25 mm,
Centre of Gravity, 50-64 mm from wing leading edge
Controls, "Ailerons, rudder, elevator, throttle"
{endtable}
{table title="Spin El Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 26.5 g, 0.9 oz
Wing, 54.4 g, 1.9 oz
Tailplane, 4.7 g, 0.2 oz
Fin, 2.4 g, 0.1 oz
Accessories & glue, 9.5 g, 0.3 oz
Total structure, 97.5 g, 3.4 oz
Receiver, 5 g, 0.2 oz
Rudder servo, 4.7 g, 0.2 oz
Elevator servo, 4.7 g, 0.2 oz
Aileron servos (2), 9.4 g, 0.3 oz
Elf Pro El Powerset, 16.7 g, 0.6 oz
Battery, 17 g, 0.6 oz
Flying weight, 155 g, 5.5 oz
{endtable}
{table title="Recommended R/C-nano gear only" class=1 cols=2 width=110,240 align=L,L autohref=2}
All servos (4), Ripmax SD100, Dymond D47, H47, KST X06, Blue Bird BMS-101DMG, Blue Bird BMS-101HV
Receivers, 4+ channel rx to suit your transmitter, eg FrSky G-RX6, FrSky X4R, Futaba R2106GF, Orange DSM2 compatible, Jeti Duplex R5, Multiplex Mlink RX-6-DR Light
Electric battery, 2S 175 mAh - 350mAh LiPo, HyperLiPo 2S 300 mAh LiPo
Motor; Prop; ESC (supplied), Elf Pro El & Spin Powerset
{endtable}
{table title="Spin Control Throws & Mixes" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder, 8 mm each way
Elevator, 9 mm up / 7 mm down
Roll ailerons,12 mm up / 11 mm down
Landing ailerons, As much down as possible (30 mm)
Snap-flap mix <br>(elevator->camber),Full up elevator gives 2mm increased camber
<i>Recommended aileron camber settings. Down=Flap TE down.</>
Speed, 1 mm up
Cruise, 0 mm
Slow cruise /thermal, 1 mm down
Recommended throttle limiting mix,Full throtttle stick gives 60% max throttle throw (1.6mS)
{endtable}
{video,j-ZwVEdjbqA}
n � j� � � � � � � � � � � � 0� #Carbon fibre, plasic, steel, copper c1�C � �}�b� PACKING-TAPE-BLACK Black Polypropylene Tape 50mm {PackingTape, Black} � � � � F� � � � � � � � �� g7e� � �}�b�
SUN-SBEC20!Sunrise 5V-9V 10A (20A peak) UBEC0 1 Adopting the most advanced designing of Switch mode mastered by the main-controlling chip, combination of FET of extremely low resistor against high frequency, current limit protection.
2 Small and light. Max output current is 20A, high ability of with-loading. It is the first UBEC of heavy current in China.
3 Stable and excellent performance with great power of the brand component.
4 Output Voltage is 5V, 5.5V, 6V, 7V, 9V for selection by short-circuit plug (jumper wire).
5 Output double wires configured with a professional filtering magnet loop largely reduces the electromagnetic interference to assure the regular work with load.
6 6V to 50.4V wide range of regular working voltage.
7 Stable operating frequency, 100% Duty Cycle.
8 Totally enclosed electronic inductance reduces largely the electromagnetic interference.
Model: SBEC 20A
Output Voltage: 5V, 5.5V, 6V, 7V, 9V
Continuous output current: 10 Amps
Burst output current: 20 Amps
Input: 6V-50.4V 2-12
Quiescent current: 60�A-200�A
Size: 45mm*26mm*8mm
Weight: 30g � � � � Z� � � � � � � � < � �� c1�C � � +Bt ��b� SUN-PROGCARD Sunrise Pro ESC Programming Cardd The {b,Sunrise Programming Card} is an easy and quick way of programming Sunrise Pro speed controls. � � � � 2� � � � � � � � 2D4� T; /Z( `�`� NG2MNG 2m V2G The {b,NG - New Generation 2m} is a lightweight general purpose high performance model from the Doroshenko stable. The NG2m is a modern design with a slippery airfoil and an excellent finish. It has many innovative features and it is very complete. The lightweight yet strong construction is a joy to handle and the plane should give many years of satisfaction. The new V2 version has a four servo wing allowing separate aileron and flap control, giving more controllability and particularly steeper landing approaches and better control with the flaps down.
All the electric F5J NG2m models in stock have the nose removed ({i,not} as shown in the studio photos) and a 32mm firewall fitted, making them suitable for front mounting motors and geared motors. Electric NG2m models can be built light and flown as a 2m F5J type thermal soarer or a higher power motor can be fitted and it can be flown as a warmliner. Similarly its excellent speed range allows pure glider NG2m models to be used on the flat or as a light/medium wind slope soarer.
The NG2m�s pod is a strong all carbon fibre molding with a very generous canopy hatch. This is suitably placed aft allowing generous space for a geared motor installation. Unless the firewall is recessed fitting a rotating case outrunner would be difficult. The long nose of the glider version allows ballast and RC to be fitted a long way forward of the CG, reducing the weight and wing loading. There is a little access hatch on the top near the wing root to simplify connecting the aileron and flap servos. The rear of the fuselage consists of a long but lightweight carbon boom with pushrods (inners and outers) ready fitted. At the rear of the boom a beautifully molded carbon fin and tail mount enclose the internal elevator horn and also incorporate a clever plug-in fin mount. Overall the NG2m�s fin and tail, with its removable fin, hidden elevator connection, and superb attention to aerodynamic design is probably the best I have seen on any model glider. And as it is totally prefabricated it is almost ready to fly, with only the rudder control horn to be fitted.
The two piece wing is molded using spread carbon skin over a Rohacell type foam core. The good surface finish and modern airfoils give it an excellent glide angle and speed range.
The fin and tailplane are nicely molded from lightweight spread carbon over a Rohacell type foam core, and are both light and reasonably strong. The removable fin has a strong oblong spar at its base that locates in a suitable tube in the fuselage rear. The fin is retained in flight with small lengths of clear tape over the join.
The complete accessory pack includes all linkages. Apart from RC only two 20 cm and two 40 cm extension leads (for the aileron and flap servos) will be required to complete the model. No build manual is available but there is useful info in this {href, https://www.rcgroups.com/forums/showthread.php?3715103, RCGroups NG 2m} thread.
(c) 2022 Neil Stainton
{table title="NG 2m Electric Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.0 m, 79 in
Wing area, 33.6 dm2, 521 sq in
Length inc spinner, 139 cm, 54.7 in
Flying weight from, 634 g, 22.4 oz
Wing loading, 18.9 g/dm, 6.2 oz/sq ft
Aspect ratio, 11.9,
Wing airfoil, Special 7.1%
EDA (dihedral), 5.0�,
Spinner Diameter, 32 mm,
Centre of Gravity, 65-90 mm from wing leading edge
Controls, "Rudder, elevator, ailerons, throttle"
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder & elevator servos, KST X06, KST A08, KST X08, KST DS145, KST X10-710, Blue Bird BMS-A10H, Blue Bird BMS-126, MKS DS65K,MKS DS75K, MKS DS6100, MKS HV6100
Flap servos (2), KST X08N, KST X08H, KST X10 Mini, KST DS135, Blue Bird BMS-A12H, Blue Bird BMS-125, MKS DS6100, MKS HV6100, MKS HV6110, CHA HV85
Aileron servos (2), KST X06N, KST X06H, KST X08N, KST X08H, KST A08N, KST A08H, Blue Bird BMS-A10V, MKS HV70, MKS DS65K, MKS DS75K-R, MKS HS75, MKS HV75K-R
Receiver, 7+ channel rx to match your transmitter
Speed control, 15A - 45A ESC, HyperFlight 28A BLHELI-32, HyperFlight 30A BLHELI-32, HyperFlight 40A BLHELI-32, YGE 35 LVT ESC, Dualsky SUMMIT Slim 60A
{endtable}
{table title="NG2m Powertrain Recommendations" class=1 cols=2 width=130,310 align=L,L autohref=1 autohref=2}}
XPower F2915/12 XLight, 3S 800 mAh LiPo, 9x6 prop
XPower F2919/10 Light, 3S 800 mAh LiPo, 9x6 prop
Powerline Micro 1010/19, 3S 800 mAh LiPo, 12x7 prop
Powerline Micro 1015/17, 3S 800 mAh LiPo, 15x8 prop
Leomotion L3007-6000 F5J 6.7:1 , 3S 1.5 Ah LiPo, 13x8 prop
Mega 16/15/4, 2S 1 Ah LiPo, 10x5 prop
Mega 16/15/5, 3S 1 Ah LiPo, 7x5 prop (29A, 8.2 m/s, 1640 fpm)
{endtable}
{table title="NG 2m Electric Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Pod, 63 g, 2.2 oz
Boom, 32 g, 1.1 oz
Wings, 230 g, 8.1 oz
Tailplane, 23 g, 0.8 oz
Fin, 20 g, 0.7 oz
Accessories & glue, 22 g, 0.8 oz
Total structure, 390 g, 13.8 oz
Wiring, 6 g, 0.2 oz
Receiver, 6 g, 0.2 oz
Rudder servo, 8 g, 0.3 oz
Elevator servo, 8 g, 0.3 oz
Wing servos (2), 32 g, 0.7 oz
Speed control, 25 g, 0.9 oz
Motor, 70 g, 2.5 oz
Prop & spinner, 12 g, 0.4 oz
Battery, 75 g, 2.6 oz
Flying weight, 636 g, 22.4 oz
{endtable}
{table title="NG 2m Glider Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.0 m, 79 in
Wing area, 33.6 dm2, 521 sq in
Length, 139 cm, 54.7 in
Flying weight from, 620 g, 21.9 oz
Wing loading, 18.5 g/dm, 6.0 oz/sq ft
Aspect ratio, 11.9,
Wing airfoil, Special 7.1%
EDA (dihedral), 5.0�,
Centre of Gravity, 65-75 mm from wing leading edge
Controls, "Rudder, elevator, ailerons"
{endtable}
{table title="NG 2m Glider Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Pod, 80 g, 2.8 oz
Boom, 32 g, 1.1 oz
Wings, 270 g, 9.5 oz
Tailplane, 25 g, 0.9 oz
Fin, 20 g, 0.7 oz
Accessories & glue, 20 g, 0.7 oz
Total structure, 447 g, 15.8 oz
Wiring, 6 g, 0.2 oz
Receiver, 7 g, 0.2 oz
Rudder servo, 9 g, 0.4 oz
Elevator servo, 9 g, 0.4 oz
Wing servos (2), 36 g, 0.7 oz
Battery, 120 g, 4.2 oz
Flying weight, 634 g, 22.4 oz
{endtable}
{video, w1TFtFMlOm0}
� � C � � � � � � � � � � � � 4� NG2M components
One boom with pushrods
One pod
One fin
One tailplane
One bag of accessories
One wing joiner
Two wing pieces7 �� Carbon f) +&� �}�b� VIT6X3-20Vitaprop 6x3 Folding prop blades (2mm hinge pin)� A pair of high quality {b,Vitaprop 6 x 3 folding propeller blades} suitable for the F5K and other small electric gliders. These blades require smaller spinner/hub assemblies with 2mm diameter hinge pins.
Note this product consists of two carbon propeller blades only. The central spinner/yoke assembly is not included.
{table title="Vitaprop 6x3 Folding Propeller Blade Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=:}
Prop diameter: 15 cm: 6 in
Prop pitch: 8 cm: 3 in
Weight of 2 blades: 2.0 g: 0.08 oz
Width of blade root: 5.0 mm: 0.197 in
Hinge pin hole dia: 2.0 mm: 0.079 in
Max power: 200 W
{endtable}
[ � � � � � � � � � � � 2C6g 2' /�� �}�b� VIT65X3-22Vitaprop 6.5x3 Folding prop blades (2mm hinge pin)� A pair of high quality {b,Vitaprop 6.5 x 3 folding propeller blades} suitable for the F5K and other small electric gliders. These blades require smaller spinner/hub assemblies with 2mm diameter hinge pins.
Note this product consists of two carbon propeller blades only. The central spinner/yoke assembly is not included.
{table title="Vitaprop 6.5x3 Folding Propeller Blade Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=:}
Prop diameter: 16.5 cm: 6.5 in
Prop pitch: 8 cm: 3 in
Weight of 2 blades: 2.8 g: 0.10 oz
Width of blade root: 5.0 mm: 0.197 in
Hinge pin hole dia: 2.0 mm: 0.079 in
Max power: 220 W
{endtable} b � � � � � � � � � � � 2C6g � �}�b� VIT65X32Vitaprop 6.5x3 Folding prop blades (3mm hinge pin)1 A pair of high quality {b,Vitaprop 6.5 x 3 folding propeller blades} suitable for the F5K and other small electric gliders. These blades have 3 mm hinge pin holes and 5 mm wide blade roots. They are compatible with most VM and GM spinner assemblies - use M3 washers to keep the blade centered when fitted to 8 mm width yokes.
Note this product consists of two carbon propeller blades only. The central spinner/yoke assembly is not included.
{table title="Vitaprop 6.5x3 Folding Propeller Blade Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=:}
Prop diameter: 16.5 cm: 6.5 in
Prop pitch: 8 cm: 3 in
Weight of 2 blades: 3.5 g: 0.12 oz
Width of blade root: 5.0 mm: 0.197 in
Hinge pin hole dia: 3.0 mm: 0.118 in
Max power: 250 W
{endtable}
# {blade, Vitaprop, 6.5, 3, 5, 250} c � � � � � � � � � � � 2C6g )� jZl�� �}�b� VIT7X352Vitaprop 7x3.5 Folding prop blades (3mm hinge pin) A pair of high quality {b,Vitaprop 7 x 3.5 folding propeller blades} suitable for the F5K and other small electric gliders. These blades have 3 mm hinge pin holes and 5 mm wide blade roots. They are compatible with most VM and GM spinner assemblies - use M3 washers to keep the blade centered when fitted to 8 mm width yokes.
Note this product consists of two carbon propeller blades only. The central spinner/yoke assembly is not included.
{table title="Vitaprop 7.5x3 Folding Propeller Blade Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=:}
Prop diameter: 18 cm: 7 in
Prop pitch: 9 cm: 3.5 in
Weight of 2 blades: 5 g: 0.18 oz
Width of blade root: 5.0 mm: 0.197 in
Hinge pin hole dia: 3.0 mm: 0.118 in
Max power: 250 W
{endtable} � � � � � � � � � � � � 2C6g )� jZl�� �}�b� SUN-07SISSunrise 7A BLHELI-32 Siskin � Chips on STM32F051,48MHZ Greatest.
� BLHeli_32 is designed for superior performance in multirotors, and uses hardware generated motor pwm for smooth throttle response and silent operation.
� Small size combined with light weight for easy installation.
� The code supports regular 1-2ms pulse width input, as well as Oneshot125 (125-250us), Oneshot42 (41.7-83.3us) and Multishot (5-25us).
The input signal is automatically detected by the ESC upon power up.
� All codes use damped light mode.Damped light does regenerative braking, causing very fast motor retardation, and inherently also does active freewheeling.
� The code supports features to prevent sync loss. There are tuneable parameters that can make the code run well even in the most demanding situations, although default settings will work
excellently in normal operating environments.
� The code also supports a beacon functionality, where the ESC will start beeping after a given time of zero throttle. This can be very useful for finding lost crafts.
Model: BL-32 7A 2S
Constant Current: 7A
Max Current: 10A for 10 seconds
LBEC: NO
SBEC: NO
Lipo: 1-2S
Programming: YES
PCB Size: 16MM*10MM
Weight: 0.8g F �
A� � F� � � � � � � � � �� c1�C � �}�b� SUN-21SIS Sunrise 21A BLHELI-32 Siskin � Chips on STM32F051,48MHZ Greatest.
� BLHeli_32 is designed for superior performance in multirotors, and uses hardware generated motor pwm for smooth throttle response and silent operation.
� Small size combined with light weight for easy installation.
� The code supports regular 1-2ms pulse width input, as well as Oneshot125 (125-250us), Oneshot42 (41.7-83.3us) and Multishot (5-25us).
The input signal is automatically detected by the ESC upon power up.
� All codes use damped light mode.Damped light does regenerative braking, causing very fast motor retardation, and inherently also does active freewheeling.
� The code supports features to prevent sync loss. There are tuneable parameters that can make the code run well even in the most demanding situations, although default settings will work
excellently in normal operating environments.
� The code also supports a beacon functionality, where the ESC will start beeping after a given time of zero throttle. This can be very useful for finding lost crafts.
Model: BL-32 21A 4S
Constant Current: 21A
Max Current: 26A for 10 seconds
LBEC: NO
SBEC: NO
Lipo: 2-4S
Programming: YES
PCB Size: 25MM*12MM
Weight: 2g � � U� � Z� � � � � � � � � �� c1�C� �}�b� SUN-31SIS Sunrise 31A BLHELI-32 Siskin � Chips on STM32F051,48MHZ Greatest.
� BLHeli_32 is designed for superior performance in multirotors, and uses hardware generated motor pwm for smooth throttle response and silent operation.
� Small size combined with light weight for easy installation.
� The code supports regular 1-2ms pulse width input, as well as Oneshot125 (125-250us), Oneshot42 (41.7-83.3us) and Multishot (5-25us).
The input signal is automatically detected by the ESC upon power up.
� All codes use damped light mode.Damped light does regenerative braking, causing very fast motor retardation, and inherently also does active freewheeling.
� The code supports features to prevent sync loss. There are tuneable parameters that can make the code run well even in the most demanding situations, although default settings will work
excellently in normal operating environments.
� The code also supports a beacon functionality, where the ESC will start beeping after a given time of zero throttle. This can be very useful for finding lost crafts.
Model: BL-32 31A 4S
Constant Current: 31A
Max Current: 36A for 10 seconds
LBEC: NO
SBEC: NO
Lipo: 2-4S
Programming: YES
PCB Size: 26MM*14MM
Weight: 2.8g 6 � � �
� � � � � � � � � �� c��B �}�b�
SUN-7UBEC6Sunrise 7.5V 6A UBEC� Adopting the most advanced designing of Switch mode mastered by the main-controlling chip, combination of FET of extremely low resistor against high frequency, current limit protection, high efficiency of chip up to 93%.
Small and light.
Heavy output current. Continuous output current is 6A, burst output current is 8A, which can meet the demand of digital servo of high torque or simulating servo fully.
Output wires configured with a professional filtering magnet loop largely reduces the electromagnetic interference to assure the receiver�s regular work.
6V to 33.6V wide range of regular working voltage.
Maximum operating frequency >1MHz.
Output port adopted high quality solid capacitance and silica gel wires
Model: UBEC 6A
Output Voltage: 7.5V
Continuous output current: 6 Amps
Burst output current: 8 Amps
Input: 6V-33.6V
Quiescent current: 10mA
Size: 25mm*20mm*7mm
Weight: 16g � �
2� (� � � � � � � � � � �� c1�C � �|�b� OA7X4*OA 7x4 Folding prop blades (2mm hinge pin)� A pair of high quality very lightweight carbon 7 x 4 folding propeller blades made by OA Composites. These blades require smaller spinner/hub assemblies with 2mm diameter hinge pins. The last phot shows them assembled on a VM 25 mm spinner. A little trimming of the plastic cone and of the blade root is required to get a perfect folding action, this just takes a few minutes.
These nicely made blades are suitable for use with F5K type and smaller electric models.
Note this product consists of two propeller blades only. The central spinner/yoke assembly is not included. Also it is common for prop blades to not fit all spinner/yokes perfectly as supplied. It is often necessary to reduce the width the blade root slightly to ensure free folding movement. Also the cut out in the spinner cone often needs to be increased to allow the blades to fully extend. The root of the blade should not touch the spinner cone when the prop is fully opened.
{table title="OA 7x4 Folding Propeller Blade Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=:}
Prop diameter: 18 cm: 7 in
Prop pitch: 10 cm: 4 in
Weight of 2 blades: 2.6 g: 0.09 oz
Width of blade root: 5.0 mm: 0.197 in
Hinge pin hole dia: 2.0 mm: 0.079 in
Max power: 250 W
{endtable}
� � � � � � � � � � � � j �� em�- y �}��b�� ELF-PRO Elf Pro DLG TBA ' � � � � � � � � � � � � <� _s�� �}�b��
GRP6X3PROP'Graupner 6x3 CAM Folding prop & spinner A Graupner 6x3 CAM folding spinner assembly including a 30mm spinner for 2.3mm shaft motors. This could easily be drilled out to 3mm ID.
{table title="Graupner 6x3 CAM Folding Propeller Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=:}
Prop diameter: 15 cm: 6 in
Prop pitch: 8 cm: 3 in
Weight of 2 blades: 3.4 g: 0.12 oz
Width of blade root: 5.0 mm: 0.197 in
Hinge pin hole dia: 2.0 mm: 0.079 in
Spinner dia: 30 mm
Motor shaft size: 2.3 mm
Max power: 180 W
OEM ID: 1335.15.8
{endtable}
[ �
� � c� � � � � � � � 2 �� c1�C9 �}�b� GRP47X23:Graupner 4.7x2.3 CAM Folding prop blades (1.6mm hinge pin)� A pair of Graupner 4.7x2.3 CAM prop blades suitable for the Elf Pro El, the Spinn El and other mini F5K type electric gliders. These blades require smaller spinner/hub assemblies with 1.6mm diameter hinge pins.
Note this product consists of two carbon filled pastic propeller blades only. The central spinner/yoke assembly is not included.
{table title="Graupner 4.7x2.3 CAM Folding Propeller Blade Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=:}
Prop diameter: 12 cm: 4.7 in
Prop pitch: 6 cm: 2.3 in
Width of blade root: 4.0 mm: 0.157 in
Hinge pin hole dia: 1.6 mm: 0.063 in
OEM ID: 1336.12.6
{endtable}
� � (� � 2� � � � � � � � �� PlasticGermanyc1�C� �}�b� GRP55X5P?Graupner 5.5x4 CAM Pusher Folding prop blades (1.6mm hinge pin): A pair of Graupner 5.5x4 Pusher CAM prop blades suitable for the Elf Pro El, the Spinn El and other mini F5K type electric gliders. These blades require smaller spinner/hub assemblies with 1.6mm diameter hinge pins.
Although designed for pusher applications they can be used perfectly well in normal tractor (pull) applications by rotating them in the opposite direction to normal.
Note this product consists of two carbon filled pastic propeller blades only. The central spinner/yoke assembly is not included.
{table title="Graupner 5.5x4 Pusher CAM Folding Propeller Blade Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=:}
Prop diameter: 14cm: 5.5 in
Prop pitch: 10 cm: 4 in
Width of blade root: 4.0 mm: 0.157 in
Hinge pin hole dia: 1.6 mm: 0.063 in
OEM ID: 1336.14.10L
{endtable} � �
2� � c� � � � � � � � �� PlasticGermanyc1�C � �}�b� GRP51X31AGraupner 5.1x3.1 CAM Pusher Folding prop blades (1.6mm hinge pin)> A pair of Graupner 5.1x3.1 Pusher CAM prop blades suitable for the Elf Pro El, the Spinn El and other mini F5K type electric gliders. These blades require smaller spinner/hub assemblies with 1.6mm diameter hinge pins.
Although designed for pusher applications they can be used perfectly well in normal tractor (pull) applications by rotating them in the opposite direction to normal.
Note this product consists of two carbon filled pastic propeller blades only. The central spinner/yoke assembly is not included.
{table title="Graupner 5.1x3.1 Pusher CAM Folding Propeller Blade Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=:}
Prop diameter: 13cm: 5.1 in
Prop pitch: 8 cm: 3.1 in
Width of blade root: 4.0 mm: 0.157 in
Hinge pin hole dia: 1.6 mm: 0.063 in
OEM ID: 1336.13.8L
{endtable} � � (� � c� � � � � � � � �� PlasticGermanyc1�CB �}�b�� NRJ-ELNRJ 1.5m Electric DLG� In August we hope to get some electric NRJ models. State of the art 1.5m electric DLG.
Supplied with wing bags.
https://www.rcgroups.com/forums/showthread.php?3557069-NRJ-F5k-OAcomposites
�� � �2� � � � � � � � � � � � j �� c1�C � �}�b� EXT-LEAD-150CM-VM'Lightweight 150 cm Servo Extension Lead� A lightweight 30 AWG servo extension lead for rear mounted servos on big gliders
The wire is 150 cm long, the overall length including the plug and socket is 152 cm. Works with all makes of RC.
Weight = 10.9 g � � I� � � � � � � � � � Plastic, copperChinac�ʎ�� +%� ��b�
AXI2212-12V2L,Axi 2212/12 V2 Long 1950 RPM/V 59g Outrunner; You will be surprised by the very high power delivered by these small and very robust, but light weight (59g with power cables) brushless motors with rotating case suitable for all models of Slow and Park Fly size weight up to 650 g. The hardened steel 3,17mm diameter shaft is supported by two large ball bearings which ensure very good mechanical reliability with front or radial mounting. As a result of using the latest ferromagnetic materials the AXI 22xx/xx V2 motors offer extremely high efficiency and high load capability for their weight.
No. of cells 2-3s Li-Poly
Kv 1950 RPM/V
Max. efficiency 84%
Max. efficiency current 14 - 22 A (>75%)
No load current 1,2 A
Current capacity 30 A/60 s
Internal Resistance 26 mohm
Dimensions (� x L) 27,7x39,4 mm
Shaft diameter 3,17 mm
Weight 59,r g
Max. Power 300 W
= � > � 1<� )?� � � � � � � � � 2C1� � �}�b�
AXI2212-20V2L,Axi 2212/20 V2 Long 1150 RPM/V 59g Outrunner8 You will be surprised by the very high power delivered by these small and very robust, but light weight (59g with power cables) brushless motors with rotating case suitable for all models of Slow and Park Fly size weight up to 650 g. The hardened steel 3,17mm diameter shaft is supported by two large ball bearings which ensure very good mechanical reliability with front or radial mounting. As a result of using the latest ferromagnetic materials the AXI 22xx/xx V2 motors offer extremely high efficiency and high load capability for their weight.
No. of cells 2-3s Li-Poly
Kv 1150 RPM/V
Max. efficiency 84%
Max. efficiency current 6 - 12 A (>75%)
No load current 0,7 A
Current capacity 18 A/60 s
Internal Resistance 78 mohm
Dimensions (� x L) 27,7x39,4 mm
Shaft diameter 3,17 mm
Weight 59,5 g
Max. Power 180 W < � =_� 8 � )?� � � � � � � � � 2C1� �� i����� +&4 ��b�
AXI2212-26V2L,Axi 2212/26 V2 Long 920 RPM/V 59g Outrunner9 You will be surprised by the very high power delivered by these small and very robust, but light weight (59g with power cables) brushless motors with rotating case suitable for all models of Slow and Park Fly size weight up to 650 g. The hardened steel 3,17mm diameter shaft is supported by two large ball bearings which ensure very good mechanical reliability with front or radial mounting. As a result of using the latest ferromagnetic materials the AXI 22xx/xx V2 motors offer extremely high efficiency and high load capability for their weight.
No. of cells 2-3s Li-Poly
Kv 920 RPM/V
Max. efficiency 82%
Max. efficiency current 6 - 10 A (>73%)
No load current 0,45 A
Current capacity 14 A/60 s
Internal Resistance 124 mohm
Dimensions (� x L) 27,7x39,4 mm
Shaft diameter 3,17 mm
Weight 59,5 g
Max. Power 138 W ; � > � 1<� )?� � � � � � � � � 2D1� � ��b�
AXI2212-34V2L+Axi 2212/34 V2 Long 700 RPM/V 59g Outrunner7 You will be surprised by the very high power delivered by these small and very robust, but light weight (59g with power cables) brushless motors with rotating case suitable for all models of Slow and Park Fly size weight up to 650 g. The hardened steel 3,17mm diameter shaft is supported by two large ball bearings which ensure very good mechanical reliability with front or radial mounting. As a result of using the latest ferromagnetic materials the AXI 22xx/xx V2 motors offer extremely high efficiency and high load capability for their weight.
No. of cells 2-3s Li-Poly
Kv 710 RPM/V
Max. efficiency 82%
Max. efficiency current 4 - 8 A (>73%)
No load current 0,4 A
Current capacity 10 A/60 s
Internal Resistance 210 mohm
Dimensions (� x L) 27,7x39,4 mm
Shaft diameter 3,17 mm
Weight 59,5 g
Max. Power 128 W : � > � 1<� )?� � � � � � � � n 2C1� �� i��p �}�b�
AXI2820-10V2L-Axi 2820/10 V2 Long 1200 RPM/V 158g Outrunner� High torque brushless motor with rotating drum and high power neodym magnets suitable for gliders and hotliners up to 2400g weight. The hardened steel 5mm diameter shaft and is supported by four ball bearings.
No. of cells 2-3 Li-Poly
Kv 1200 RPM/V
Max. efficiency 85%
Max. efficiency current 20-30 A
No load current 2,2 A
Current capacity 43A/60s
Internal Resistance 16 mohm
Dimensions (� x L) 35x52 mm
Shaft diameter 5 mm
Weight 158 g
Max. Power 585 W � � R_� � 74� � � � � � � � � � �� f+��s �}�b�
AXI2820-12V2L,Axi 2820/12 V2 Long 990 RPM/V 158g Outrunner� High torque brushless motor with rotating drum and high power neodym magnets suitable for gliders and hotliners up to 2400g weight. The hardened steel 5mm diameter shaft and is supported by four ball bearings.
No. of cells 2-3 Li-Poly
Kv 990 RPM/V
Max. efficiency 85%
Max. efficiency current 15-25 A
No load current 1,6 A
Current capacity 38A/60s
Internal Resistance 24 mohm
Dimensions (� x L) 35x52 mm
Shaft diameter 5 mm
Weight 158 g
Max. Power 650 W
� � R_� � 74� � � � � � � � � 2C1� �� g�w� vk +&p ��b�
AXI2820-14V2L,Axi 2820/14 V2 Long 860 RPM/V 158g Outrunner� High torque brushless motor with rotating drum and high power neodym magnets suitable for gliders and hotliners up to 2400g weight. The hardened steel 5mm diameter shaft and is supported by four ball bearings.
No. of cells 3-4 Li-Poly
Kv 860 RPM/V
Max. efficiency 88%
Max. efficiency current 15-30 A
No load current 1,6 A
Current capacity 37A/60s
Internal Resistance 33 mohm
Dimensions (� x L) 35x52 mm
Shaft diameter 5 mm
Weight 158 g
Max. Power 520 W
� � S � B(� -#� � � � � � � � } 2D1� �� +&\ ��b� AXI2826-8V2L,Axi 2826/8 V2 Long 1130 RPM/V 187g Outrunner High torque brushless motor with rotating drum and high power neodym magnets suitable for gliders and hotliners up to 3000g weight. The hardened steel 5mm diameter shaft and is supported by four ball bearings and overall robust but lightweight construction ensure very long lifetime.
No. of cells 2-3 Li-Poly
Kv 1130 RPM/V
Max. efficiency 85%
Max. efficiency current 25-37 A
No load current 2,8 A
Current capacity 57A/60s
Internal Resistance 13 mohm
Dimensions (� x L) 35x57,5 mm
Shaft diameter 5 mm
Weight 187 g
Max. Power 570 W
� � ] � J(� 4� � � � � � � � � 2D1� � �}�b�
AXI2826-10V2L,Axi 2826/10 V2 Long 920 RPM/V 187g Outrunner High torque brushless motor with rotating drum and high power neodym magnets suitable for gliders and hotliners up to 3000g weight. The hardened steel 5mm diameter shaft and is supported by four ball bearings and overall robust but lightweight construction ensure very long lifetime.
No. of cells 3-5 Li-Poly
Kv 920 RPM/V
Max. efficiency 86%
Max. efficiency current 20-30 A
No load current 1,7 A
Current capacity 43A/60s
Internal Resistance 20 mohm
Dimensions (� x L) 35x57,5 mm
Shaft diameter 5 mm
Weight 187 g
Max. Power 740 W � � _7� � ?U� � � � � � � � 2C1� �� g�w��� ,(� �}�b�
AXI2835-12V2L,Axi 2835/12 V2 Long 600 RPM/V 257g Outrunner High torque brushless motor with rotating drum and high power neodym magnets suitable for gliders and hotliners up to 3500g weight. The hardened steel 5mm diameter shaft and is supported by five ball bearings and overall robust but lightweight construction ensure very long lifetime.
No. of cells 3-6 Li-Poly
Kv 600 RPM/V
Max. efficiency 86%
Max. efficiency current 15-25 A
No load current 2,3 A
Current capacity 45A/60s
Internal Resistance 40 mohm
Dimensions (� x L) 35x75,5 mm
Shaft diameter 5 mm
Weight 257 g
Max. Power 940 W � n� � BZ� � � � � � � � @ 2D1� �� ,) �}�b��
AXI2835-10V2L,Axi 2835/10 V2 Long 690 RPM/V 257g Outrunner High torque brushless motor with rotating drum and high power neodym magnets suitable for gliders and hotliners up to 3500g weight. The hardened steel 5mm diameter shaft and is supported by five ball bearings and overall robust but lightweight construction ensure very long lifetime.
No. of cells 4s Li-Poly
Kv 690 RPM/V
Max. efficiency 85%
Max. efficiency current 12-26 A
No load current 2,8 A
Current capacity 69A/60s
Internal Resistance 27 mohm
Dimensions (� x L) 35x75,5 mm
Shaft diameter 5 mm
Weight 257 g
Max. Power 1190 W � n� � QY� � � � � � � � @ 2D1� �� +&H ��b��
AXI2208-26V2L,Axi 2208/26 V2 Long 1420 RPM/V 48g Outrunner� The Axi 2208 V2 Long motors have been specially commissioned by HyperFlight to allow smaller electric gliders to use glider-optimised direct drive outrunners which will fit in sleek glider noses.
The high power delivered by these small and very robust, brushless motors with rotating case suitable for all gliders and electric planes weighing up to 450 g. The hardened steel 3.17mm diameter shaft is supported by two large ball bearings which ensure very good mechanical reliability with front or radial mounting. As a result of using the latest ferromagnetic materials the AXI 2208/xx V2 Long motors offer extremely high efficiency and high load capability for their weight.
KV 1420 RPM/V
Max. efficiency 84%
Max. efficiency current 5 - 9 A (>74%)
No load current 0,6 A
Current capacity 13 A/60 s
Internal Resistance 92 mohm
Dimensions (� x L) 27,7x25,5 mm
Shaft diameter 3,17 mm
Weight 48 g
No. of cells 2-3s Li-Poly
Max. Power 130 W
Note the photo temporarily shows the larger Axi 2212 V2 Long 1 � > � 1<� * � � � � � � � � � 2D1� �� +& ��b��
AXI2208-20V2L,Axi 2208/20 V2 Long 1820 RPM/V 48g Outrunner� The Axi 2208 V2 Long motors have been specially commissioned by HyperFlight to allow smaller electric gliders to use glider-optimised direct drive outrunners which will fit in sleek glider noses.
The high power delivered by these small and very robust, brushless motors with rotating case suitable for all gliders and electric planes weighing up to 450 g. The hardened steel 3.17mm diameter shaft is supported by two large ball bearings which ensure very good mechanical reliability with front or radial mounting. As a result of using the latest ferromagnetic materials the AXI 2208/xx V2 Long motors offer extremely high efficiency and high load capability for their weight.
No. of cells 2-3s Li-Poly
Kv 1820 RPM/V
Max. efficiency 84%
Max. efficiency current 8-12A
No load current 0,8 A
Current capacity 18A/60s
Internal Resistance 89 mohm
Dimensions (� x L) 27,7 x 25,5 mm
Shaft diameter 3,17
Weight 48 g
Max. Power 182 W
Note the photo temporarily shows the larger Axi 2212 V2 Long 2 � > � .2� ! � � � � � � � � � 2D1� � +-� ��b�� SRF-KST-X08?Fuselage Servo Tray for KST X08, X08 Plus, A08, HS08B, PTK 7308V High tech servo mount for two X08, X08 Plus, A08 or HS08B servos.
This mount enables simple and precise installation of the servos, particularly in slim F5J and F3J fuselages.
The servos are held securely in the fuselage mount with an additional cover plate.
Dimensions of servo frame: 65 x 30 x 10 mm
Weight: 7.0 g
No bearing. � � � � 2� � � � � � � � 2BOX ��b�� WING-TOOL-1Wing Removal Tool 1 - Smalls A pair of cleverly shaped plastic wedges to enable the separation of tight molded glider wings.
Size: 44 x 20 mm � � � � P� � � � � � � � 2BOX6I �� Plastic j |� ��b�� WING-TOOL-2 Wing Removal Tool 2 - Mediumj A cleverly shaped plastic wedge to enable the separation of tight molded glider wings.
Size: 60 x 21 mm � � D� � b� � � � � � � � 2BOX6I �� Plastic j3�� � � +X ��b�� WING-TOOL-3Wing Removal Tool 3 - Largej A cleverly shaped plastic wedge to enable the separation of tight molded glider wings.
Size: 90 x 38 mm � � � � 8� � � � � � � � 2BOX6I �� �{ &�� ��b�� CN-SPINNER-25-M5$CN Models 25mm Spinner for M5 shafts� The {b,CN Models 25/5 Spinner} is a great new spinner for small F5K class type electric gliders. It has a diameter of 25 mm and is suitable for motors with a M5 threaded 5mm output shaft. The yoke/hub is beautifully CNC machined from aluminium alloy and anodised to increase the surface hardness and corrosion resistance. The black shock proof cone is molded from a glass/nylon composite.
The yoke has been designed to help ensure that the prop blades fold closer to the fuselage to minimise drag when gliding.
The spinner is designed to work best with drone motors with M5 threaded motor shafts. It is attached to the motor shaft by tightening the M5 threaded front bolt using the included allen key.
{table title="CN Models 25/5 Spinner Specification" class=1 cols=2 width=160,160 align=L,L}
Diameter, 25 mm
Motor shaft, 5 mm (threaded M5)
Distance across hinge pins, 19 mm
Prop hinge pin diameter, 2 mm
Prop blade root width, 5 mm
Weight, 5.1 g
{endtable}
� � �
� � � � � � � � 2B4� � plastic, aluminiumVK +@X ��b�� CN-25-COLLET-3 3mm Collet for CN 25mm Spinner� A collet to allow the CN 25/5 spinner to be used with motors with a 3 mm output shaft
Does not include the spinner assembly - you will need to buy the CN 25/5 spinner additionally. # � � � P� � � � � � � � 2B4� �� Alu0# /90 ��b�� CN-SPINNER-25-3%CN Models 25mm Spinner for 3mm shafts� The {b,CN Models 25/3 Spinner} is a great spinner for small F5K class type electric gliders. It has a diameter of 25 mm and is suitable for motors with a 3 mm output shaft. The yoke/hub is beautifully CNC machined from aluminium alloy and anodised to increase the surface hardness and corrosion resistance. The black shock proof cone is molded from a glass/nylon composite.
The yoke has been designed to help ensure that the prop blades fold closer to the fuselage to minimise drag when gliding.
The spinner is attached to the shaft by a 3mm hole collet (supplied) which is tightened using the included allen key applied to the front of the assembly.
{table title="CN Models 25/3 Spinner Specification" class=1 cols=2 width=160,160 align=L,L}
Diameter, 25 mm
Motor shaft, 3 mm
Distance across hinge pins, 19 mm
Prop hinge pin diameter, 2 mm
Prop blade root width, 5 mm
Weight, 5.5 g
{endtable}
� � � � _� � � � � � � � 2B4� k_ +@ ��b�� CN-25-COLLET-317(3.17mm (1/8") Collet for CN 25mm Spinner� A collet to allow the CN 25/5 spinner to be used with motors with a 3.17 mm (1/8") output shaft
Does not include the spinner asembly - you will need to buy the CN 25/5 spinner additionally. $ � � � P� � � � � � � � 2B4� �� Al\O /9D ��b�� CN-SPINNER-25-317/CN Models 25mm Spinner for 3.17mm (1/8") shafts� The {b,CN Models 25/3.17 Spinner} is a great new spinner for small F5K class type electric gliders. It has a diameter of 25 mm and is suitable for motors with a 3.17 mm (1/8") output shaft. The yoke/hub is beautifully CNC machined from aluminium alloy and anodised to increase the surface hardness and corrosion resistance. The black shock proof cone is molded from a glass/nylon composite.
The yoke has been designed to help ensure that the prop blades fold closer to the fuselage to minimise drag when gliding.
The spinner is attached to the shaft by a 3.17mm hole collet (supplied) which is tightened using the included allen key applied to the front of the assembly.
{table title="CN Models 25/3.17 Spinner Specification" class=1 cols=2 width=160,160 align=L,L}
Diameter, 25 mm
Motor shaft, 3.17 mm (1/8")
Distance across hinge pins, 19 mm
Prop hinge pin diameter, 2 mm
Prop blade root width, 5 mm
Weight, 5.5 g
{endtable}
� � � � _� � � � � � � � 2B4� � �}�b�� STEP5V'Turnigy 1S LiPo to 5V Step-up RegulatorL A low cost voltage regulator to step-up from a 1S LiPo to 5V for good supply of regular RC and servos.
{table title="Turnigy 1S LiPo to 5V Step-up Regulator Specifications" class=1 cols=2 width=140,250 align=L,L,L}
Weight, 2.9 g
Input, 3.2V - 4.2V
Output, 5V
Max current, 1.5A
Dimensions, 20 mm x 12 mm x 6 mm
{endtable}
� � S� � � � � � � � � � �� c1�C � �}�b�� PC9YGE PC9 Caps Boardr Extra capacitors to add to the battery side of the ESC to mitigate problems caused by high currents or long leads. � � %P� Z� 2� � � � � � � � d d �� e��] �� .�� ��b�� KST-HS08B*KST HS08B Servo - 5.2Kg.cm 0.11s 11.0g 8mm KST delivers once again with the {b,KST HS08} series competition servos for F5J glider pilots and soaring enthusiasts who demand the best! The all new HS08 are almost as compact as the much loved KST X08 series and offer power and performance levels approaching that of the X10 Mini servos in an 8 mm thick case. The slim 8mm thick casing is crafted from 7075 aluminium alloy, so not only do these servos look fantastic but they are also very rigid and robust.
The HS08 series are available with wing mounting tabs (A version) or normal mounting tabs (B version), to allow convenient installations in fuselages or wings or even tail surfaces. This is the KST HS08{b,B}, the {b,normal mounting tab} version
The {b,KST HS08B} has a hardened steel drive train and a coreless motor capable of running all the way from 3.8V to 8.4V (1S to 2S LiPo) making these WV (wide voltage range) servos will deliver the power and reliability you need.
{b,KST HS08B Features}
Compact and light weight design
Excellent torque and speed
Wide 1S to 2S voltage range
Designed for high performance RC Gliders
Excellent heat dissipation
Ultra slim 8mm body
7075 Alloy casing
Hardened Steel gears
Normal mounting tabs
{ServoSpecs}
Stall Current: 0.68A
Continuous rated Current: 0.25A
n � 0 � � � � � � � � � � s�1K2 s[ +,� `�`� MK-COVER-SM-BLISTER!Small Blistered Servo Cover (2)**� One pair (2) of beautifully molded wing servo covers that are light, low drag, and look good. They are molded with a small blister. The blister goes over the protruding arms and provides an aerodynamic low drag shape to minimise airflow disturbance.
{table title="Small Blistered Carbon Servo Covers Specification" class=1 cols=2 width=150,115 align=L,L,L}
Thickness of carbon sheet, 0.20 mm
Chordwise length, 72 mm
Spanwise length, 60 mm
Distance of blister from edge, 16 mm
Width of blister, 7 mm
Height of blister, 4 mm
Weight (each), 1.4 g
{endtable} Supplied as a single sheets containing two blisters. Cut in half to make two covers. Trim to size to suit your application and attach with clear tape.
� 2� � � � � � � � � � 2E2 pric� �}�b�� VM10X6VM 10x6 Folding prop blades A pair of very high quality {b,VM 10 x 6 folding prop blades}, suitable for Vladimir's Models new Pro Spinners and other folding prop yokes and spinners.
These blades are extremely thin (they have a higher aspect ratio), thinner even than GM blades. This allows larger diameter blades to be fitted without pulling too much current. This increases the propulsive efficiency of the powertrain. When used with VM Pro Spinners they will fold closer to the fuselage, and cause less drag than other props.
Note this product consists of two carbon propeller blades only. The central spinner/yoke assembly is not included. Also it is common for prop blades to not fit all spinner/yokes perfectly as supplied. It is often necessary to reduce the width the blade root slightly to ensure free folding movement. Also the cut out in the spinner cone often needs to be increased to allow the blades to fully extend. The root of the blade should not touch the spinner cone when the prop is fully opened.
{blade, VM, 10, 6, 6.5, 700}
� � $ � � � � � � � � � � ( � d !�� ,t ��b� PURITOPurito F3L 2m RES Glider� The {b,Purito} is probably the best 2m RES build-it-yourself model currently available. We now have the latest 2.0 version with many detail improvements. A direct descendant of the {i,Pures} and the {i,Slight} the Schweiger family concern have optimised the design as far as possible with current (2020) CNC technology. The main design change is to a lower aspect ratio wing to increase the Reynolds Number and give better overall performance and particularly nice handling. Despite the larger wing the weight has been kept the same, resulting in a lower wing loading and excellent performance in weak conditions.
The Purito V2.0 flies like a homesick angel and despite its light weight the model has a surprisingly good speed range. As Greg wrote in the RCGroups thread "The big wing bestows a good launch, even when the wind is light; the airplane itself has little drag, so displays very good legs; handling is easy, allowing the pilot to concentrate on thermalling; and finally, the spoilers really make spot landings quite easy."
The amazing wing is the major improvement of this design. The main spar is a substantial carbon tube which gives the structure excellent rigidity. A multitude of ribs are threaded over this tube to give the airfoil shape. This is even better maintained over the critical front portion by utilising two sub-ribs between each full rib, almost eliminating covering sag, and reducing drag appreciably. Becuse the tubular spar is inset below the covering surface there isn't a discontinuity at the spar line which is great feature - this usually trips the boundary layer and causes extra drag.
The kit is beatifully made up with excellently CNC cut balsa and ply parts. The wing is built over/in a 3D jig which ensures all the ribs are perfectly placed and aligned. This can be seen in the clear photos in the {file, Purito_Build_Manual_DE_v1.1.pdf, Purito German Build Manual}. In addition to the manual, full size plans are povided for the tail surfaces. English speakers should refer to the RCGroups {href, https://www.rcgroups.com/forums/showthread.php?3656529-PURITO%21-New-F3RES-Sailplane, Purito} thread for detailed build info and Google translate the German text if necessary. Also use Google Translate on this very useful {href,https://www.rc-network.de/threads/purito-vorstellung-eines-neuen-res-modelles.805545/, RC-Network.de Purito} thread. Before building please checkout this link to the {href, https://www.dropbox.com/sh/utokxbx096fcwzj/AAAo5qpWsQAh6LKHIhWTeIh_a?dl=0, latest manuals} and translations.
{table title="Purito V2.0 Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.0 m, 78 in
Wing area, 39.7 dm2, 615 sq in
Length, 119 cm, 46.9 in
Flying weight from, 440 g, 15.5 oz
Wing loading, 11.1 g/dm2, 3.6 oz/sq ft
Aspect ratio, 10.0,
Wing airfoil, AG35-38 modified
Dihedral (EDA), 11.0�,
Centre of Gravity, 75-80 mm from wing leading edge
Controls, "Rudder, elevator, spoilers"
{endtable}
{table title="Purito Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Bare structure, 300 g, 10.6 oz
Covering, 50 g, 1.8 oz
Total structure, 350 g, 12.3 oz
Wiring, 6 g, 0.2 oz
Receiver, 6 g, 0.2 oz
Rudder servo, 5 g, 0.2 oz
Elevator servo, 5 g, 0.2 oz
Spoiler servos (2), 10 g, 0.4 oz
Battery, 55 g, 1.9 oz
Noseweight, 3 g, 0.1 oz
Flying weight, 440 g, 15.5 oz
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder & elevator servos, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Blue Bird BMS-A10H, CHA DS06, CHA LV06, CHA HV06, KST X06, Graupner DES 427, ES08
Spoiler servos (2), Blue Bird BMS-101DMG, Blue Bird BMS-101HV, KST X06H, CHA DS06, CHA LV06H, CHA HV06H, Graupner DES 427, ES08
Receiver, 4 or 5 channel receiver to match your transmitter
Battery, Radient 1S 700 mAh LiPo, Dream-Flight 300 mAh 4.8V NiMH, HyperFlight 650 mAh 4.8V NiMH, Dream-Flight 700 mAh 4.8V NiMH, 1S 2600 mAh Li-Ion, 2S 300-600mAh LiPo
{endtable}
{table title="Control Throws" class=1 cols=2 width=120,240 align=L,L}
Rudder, 20 mm each way
Elevator, 10 mm up & down
Spoilers, 80� - 90� up
Hook location, 4 mm from front of cut-out
{endtable}
{video, 6sE7OLNan8s}
� � � � � �}�b�� XT1806-2580%LDARC XT1806 2500 RPM/V 21g Outrunner� This motor has been replaced by the new {pref, hyp-1806,HyperFlight 1806} motor.
The {B,LDARC XT1806-2500} is a good quality 21 g outrunner with a KV of 2500 RPM/V for F5K and other small models up to about 600 g. This is exactly the same motor as now used in the Vladimir's Models Snipe 2e powerset, so it has a proven performance history.
A {pref,SN2E-PWRSET, Vladimir's Models Snipe 2e powerset} can be made up by matching this motor with a {pref,BLHELI-25A, HyperFlight 25A BLHELI-32 ESC}, a {pref, VM-SPINNER-25-5,VM 25mm Spinner for 5mm shafts} and a pair of {pref, VM6x3, VM Modified Grp 6x3 folding prop blades}.
The motor has a 5 mm diameter shaft threaded M5 so it works best with spinners designed for this, like the {pref, VM-SPINNER-25-5,VM 25mm Spinner for 5mm shafts} and the {pref,CN-SPINNER-25-5,CN Models 25mm Spinner for 5mm shafts}.
We recommend the {B,LDARC XT1806-2500} is used on 2S LiPo batteries with a maximum prop size of 6"x3", however larger props can be used if the motor run time is limited to a few seconds, or the ESC is limited to less than full throttle by using an end point adjustment on the throttle channel.
{b,The supplied M2 motor mounting bolts are too long and can protrude into the motor and damage the windings when using a thin firewall. Either shorten the bolts or use washers to avoid this.}
{table title="LDARC XT1806-2500 Specifications" class=1 cols=3 width=145,150,150 align=L,L,L separator=: autohref=2}
Motor name : LDARC XT1806-2500 :inrunner
Motor+GB weight: 21 g : 0.74 oz
Motor diameter: 22.4 mm : 0.88 in
Motor length: 17.0 mm : 0.67 in
Lead length: 9.0 cm : 3.54 in
Shaft diameter: 5.0 mm : 0.20 in
Mounting info: 2 M2 holes @ 12 mm; 2 M2 holes @ 16mm
Measured Rm: 79 mR
Measured Kv: 2550 RPM/V
Measured Io: 0.7 A @ 7 V
Max efficiency (7 V): 83 % @ 8 A
Operating efficiency (7 V): 79 % @ 16 A
Motor Km: 13 Nm/W^.5 X1000
Motor Km/Kg: 634 Nm/(W^.5 Kg)
Recommended battery: 2S LiPo
Rec max LiPo capacity: 0.5 Ah
Supplied accessories: 4 Mounting screws
{b,2S LiPo Performance}
Recommended prop: 6x3, 6x4
Input power: 100 W on 6x3prop
Current: 13 A on 6x3 prop
Rate of climb: 7 m/s for 280 g glider
{endtable}
� � � V� � � � � � � � P '� c�k�� �}�b�� SUN-R1106-3500 Sunnysky R1106 8g 3500 RPM/V@ HyperFlight have sourced the good quality SunnySky R1106-3500 outrunner that fits the {pref,VM-SPINNER-25-1106,VM 25mm Spinner for 11xx Motors}. We had these lower Kv motors specially made for us as the standard winds were too hot to be suitable for glider operation.
This motor operates safely below 7A on a 4.7x2.3 prop on 2S LiPo and may even be okay on a 3S LiPo if used carefully.
{table title="Sunnysky R1106-3500 Specifications" class=1 cols=3 width=145,150,150 align=L,L,L separator=: autohref=2}
Motor name : Sunnysky R1106-3500 :outrunner
Motor+GB weight: 7.7 g : 0.27 oz
Motor diameter: 14.2 mm : 0.56 in
Motor length: 13.6 mm : 0.54 in
Lead length: 5.0 cm : 1.97 in
Shaft diameter: 1.5 mm : 0.06 in
Mounting info: 4 M2*0.4 holes on a 9 mm diameter circle
Measured Rm: 312 mR
Measured Kv: 3480 RPM/V
Measured Io: 0.35 A @ 7 V
Max efficiency (7 V): 77 % @ 2.8 A
Operating efficiency (7 V): 62 % @ 8 A
Motor & gearbox Km: 4.9 Nm/W^.5 X1000
Motor & gearbox Km/Kg: 638 Nm/(W^.5 Kg)
Recommended battery: 2S LiPo
Rec max LiPo capacity: 0.3 Ah
Supplied accessories: 4 Mounting screws
2S LiPo Performance
Recommended prop: 4.7x2.3
Input power: 43 W on 4.7x2.3 prop
Current: 6.1 A on 4.7x2.3 prop
Rate of climb: 6 m/s for 150 g glider
{endtable}
� � � K� � � � � � � � ( 6� c1�C � �}�b�� SUN-R1106-5500&Sunnysky R1106 5500 RPM/V 8g Outrunnerb HyperFlight have sourced the good quality SunnySky R1106-5500 outrunner that fits the {pref,VM-SPINNER-25-1106,VM 25mm Spinner for 11xx Motors}.
We measured the motor constants and actually found the Kv is 5600 RPM/V. The smallest available prop (VM or Graupner 4.7x2.3) is actually too large for this tiny motor and the power should be limited to 10A max by limiting the thottle channel throw to approx 50%.
{table title="Sunnysky R1106-5500 Specifications" class=1 cols=3 width=145,150,150 align=L,L,L separator=: autohref=2}
Motor name : Sunnysky R1106-5500 :outrunner
Motor+GB weight: 7.7 g : 0.27 oz
Motor diameter: 14.2 mm : 0.56 in
Motor length: 13.6 mm : 0.54 in
Lead length: 5.0 cm : 1.97 in
Shaft diameter: 1.5 mm : 0.06 in
Mounting info: 4 M2*0.4 holes on a 9 mm diameter circle
Measured Rm: 121 mR
Measured Kv: 5600 RPM/V
Measured Io: 0.7 A @ 7 V
Max efficiency (7 V): 79 % @ 6 A
Operating efficiency (7 V): 77 % @ 10 A
Motor & gearbox Km: 4.9 Nm/W^.5 X1000
Motor & gearbox Km/Kg: 637 Nm/(W^.5 Kg)
Recommended battery: 2S LiPo
Rec max LiPo capacity: 0.3 Ah
Supplied accessories: 4 Mounting screws
{b,2S LiPo Performance}
Recommended prop: 3.5x2.3
Input power: 70 W on 3.5x2.3 prop
Current: 10 A on 3.5x2.3 prop
Rate of climb: 8 m/s for 150 g glider
{endtable}
� � Z� K� � � � � � � � ( 2B2 6� g�6�� �}�b��
BLHELI-11A Hyperflight 11A BLHELI-32 ESC0 The {B,HyperFlight 11A BLHELI-32 Siskin With Mini-JST Connector} is an 11A brushless speed control suitable small electric models and powered gliders. Running the best firmware currently available, fully setup for glider operation with a good brake. This is exactly the same ESC as used on the Vladimir's Models Elf Pro & Spin powerset.
Ready fitted with 7 cm battery lead with red Mini JST (BEC) socket and 7 cm JR RC lead. There is no battery eliminator circuit so the RC positive is the same voltage as the battery - do not use low voltage (5V) servos with this ESC.
Note this speed control cannot be programmed using the Sunrise Pro ESC programming card. It has already been setup at the factory but can be reprogrammed using the BLHeli-32 software and suitable hardware - a drone flight controller or an Aurdino Nano.
� Chips on STM32F051,48MHZ
� BLHeli_32 is designed for superior performance in multirotors, and uses hardware generated motor pwm for smooth throttle response and silent operation.
� Small size combined with light weight for easy installation.
� The code supports regular 1-2ms pulse width input, as well as Oneshot125 (125-250us), Oneshot42 (41.7-83.3us) and Multishot (5-25us).
The input signal is automatically detected by the ESC upon power up.
� All codes use damped light mode. Damped light does regenerative braking, causing very fast motor retardation, and inherently also does active freewheeling.
� The code supports features to prevent sync loss. There are tuneable parameters that can make the code run well even in the most demanding situations, although default settings will work
excellently in normal operating environments.
� The code also supports a beacon functionality, where the ESC will start beeping after a given time of zero throttle. This can be very useful for finding lost crafts.
Model: BL-32 11A 3S
Constant Current: 11A
Max Current: 15A for 10 seconds
LBEC: NO
SBEC: NO
Lipo: 2-3S
Programming: YES, with special hardware
PCB Size: 25MM*10MM
Weight (no leads): 2g
Weight (with leads): 4.6g
n � � � � � � � � � � � &� d�> &{ +G� `}�`�� HF-BLHELI-30*HyperFlight 30A BLHELI-32 ESC with 5A SBEC` {br, We don't know if we will ever get these again. }
<b>Please buy the {href, products.asp?search=Dualsky+SUMMIT+30+SLIM, Dualsky SUMMIT 30 SLIM} insead.</b>
The highly regarded {b,HyperFlight 30A BLHELI-32 ESC} is a brushless speed control with a 5.3V 5A SBEC and an XT30 connector. Lightweight and very compact, this ESC is perfect for F5L, F5-RES, F5K electrified DLGs and all small high performance models.
The three motor wires need to be soldered to the lands on the PCB. Swap any two wires if the motor rotates in the wrong direction.
Ready to go with brake on. {b,Unless you want to change the setup (unlikely) this is a plug and play solution - no programming is required.}
December 2023 - this latest delivery has a more powerful 5A BEC circuit and a slightly longer battery connector wire, as requested by customers.
{table title="HyperFlight BLHeli32 30A ESC with 5A SBEC Specification" class=1 cols=2 width=100,220 align=L,L separator=:}
Continuous Current: 30A
Peak Current: 33A for 10 seconds
Battery: 2S - 3S LiPo
SBEC: 5.3V @ 5A
Weight inc leads and XT30 plug: 8.3g
Weight without leads: 4.5g
Firmware: BLHeli_32
Programmable: Yes, with an Arduino or our {p,BLHELI-USBprog} interface
PCB Size: 33mm * 14mm
Battery connector: 7 cm wires, XT30 plug/socket fitted
Motor connector: lands� �}�b�� MK-COVER-LG-BLISTER Large Blistered Servo Cover (2)� One pair (2) of beautifully molded wing servo covers that are light, low drag, and look good. They are molded with a blister to allow larger servo arms and linkages to be used. The blister goes over the protruding arms and provides an aerodynamic low drag shape to minimise airflow disturbance.
{table title="Large Blistered Carbon Servo Covers Specification" class=1 cols=2 width=150,115 align=L,L,L}
Thickness of carbon sheet, 0.30 mm
Chordwise length, 100 mm
Spanwise length, 75 mm
Distance of blister from edge, 15 mm
Width of blister, 9 mm
Height of blister, 7 mm
Weight (each), 3.5 g
{endtable} Supplied as a single sheets containing two blisters. Cut in half to make two covers. Trim to size to suit your application and attach with clear tape.
� X� � � � � � � � � � 2E2�
� h,_� � �}�b��
HS-4119-22-557Small Lightweight 4 Servo Wing Wiring Harness 55 cm (2)# This lightweight wiring harness is suitable for two piece wing models or three piece wing models where the centre panel is no more than 1.1m long. One packet containing two harnesses, suitable for a four servo wing.
{b,Wing End}
Flap servo extension length: 22 cm
Aileron servo extension length: 55 cm
Wing/Fuse connection: RC type 6 pin plug
{b,Fuselage End}
Aileron to receiver extension length: 15 cm
Flap to receiver extension length: 15 cm
Wing/Fuse connection: RC type type 6 pin socket
Weight of compete harness: 2 * 11.5 g
� F� � P� � � � � � � � ( � c_� � �}�b��
HS-4119-34-807Large Lightweight 4 Servo Wing Wiring Harness 80 cm (2)# This lightweight wiring harness is suitable for two piece wing models or three piece wing models where the centre panel is no more than 1.6m long. One packet containing two harnesses, suitable for a four servo wing.
{b,Wing End}
Flap servo extension length: 34 cm
Aileron servo extension length: 80 cm
Wing/Fuse connection: RC type 6 pin plug
{b,Fuselage End}
Aileron to receiver extension length: 20 cm
Flap to receiver extension length: 20 cm
Wing/Fuse connection: RC type type 6 pin socket
Weight of compete harness: 2 * 16.5 g
� K� � 8� � � � � � � � 2 � c_�
� `}�`�� VM-CLEAR-BLIST-COVER1Vladimir's Models Clear Blistered Servo Cover (2)� One pair (one left, one right) blistered wing servo covers made from clear plastic, as on Vladimir's Models planes.
{table title="Vladimir's Models Clear Blistered Servo Cover Specification" class=1 cols=2 width=150,115 align=L,L,L}
Thickness of sheet, 0.4 mm
Chordwise length, 50 mm
Spanwise length, 52 mm
Distance of blister from edge, 2.5 mm
Width of blister, 7 mm
Height of blister, 3 mm
Weight, 1.4 g each
{endtable}
Trim to size to suit your application and attach with clear tape. � X� � � � � � � � � � S We must have sent many the customers before realising they are handed on 24/10/2021 � c1�C� �}�b� STRIK-STAB-MOUNTMini DLG Tailplane Mount2 This beautiful carbon moulding is used to securely mount the tailplane (also called horizontal stabiliser or hoz stab) on the Strike 2/3 launched glider. The mount (also called a pylon) has a nice airfoil shape and is faired into a conic section for bonding to the glider's tailboom. The rear is open to act as a fairing and actuation slot for the elevator horn. Although designed for the Strike it will work with many 1m DLGs. It can be mounted above or below the boom, whichever the designer prefers.
The mount has one stab mounting hole threaded for M2 metric screws.
{table title="Mini DLG Tailplane Mount Specifications" class=1 cols=3 width=150,115 align=L,L,L}
Overall length, 35 mm
Av tailboom width, 10-11 mm
Stab mount max width, 4 mm
Mounting hole size, M2
Weight inc screw, 0.5 g
{endtable}
6 �
2� � � � � � � � � � j =� c1�C L7 +/x ��b�� F3K-WING-BAG 1.5m DLG F3K and Tail Wing Bags� Good quality DLG wing, fin and tailplane bags with nicely sewn material edgings, an embroidered HyperFlight logo and an expanding tip pocket for the launch blade. These well padded bags will fit and protect most modern 1.5m DLG wings.
We particularly like the large pocket on the wing tip to take the throwing blade.
These bags work well with most discus launched gliders including NRJ, Falcon, Kite, Auri, BAMF, BAMF2, Flitz, Flitz2
� 1 � � 2� � � � � � � � � 2H�� +B� ��b� NG2M-BALLASTNG 2m Ballast Set_ This lovely {b,Ballast Set for the NG 2m} consists of a wire ballast holder (weight 19g) and three ballast slugs weighing 67g, 76g and 110g. Between one and three slugs can be fitted. So the weight of the model can be increased in 5 steps from 86g up to 272g
It is suitable for use with both the pure glider and the electric version of the NG 2m
� #F� � � � � � � � � � � 2E47 � �}�b�� VM14X10 VM 14x10 Folding prop blades A pair of very high quality {b,VM 14 x 10 folding prop blades}, suitable for Vladimir's Models new Pro Spinners and other folding prop yokes and spinners.
These blades are extremely thin (they have a higher aspect ratio), thinner even than GM blades. This allows larger diameter blades to be fitted without pulling too much current. This increases the propulsive efficiency of the powertrain. When used with VM Pro Spinners they will fold closer to the fuselage, and cause less drag than other props.
Note this product consists of two carbon propeller blades only. The central spinner/yoke assembly is not included. Also it is common for prop blades to not fit all spinner/yokes perfectly as supplied. It is often necessary to reduce the width the blade root slightly to ensure free folding movement. Also the cut out in the spinner cone often needs to be increased to allow the blades to fully extend. The root of the blade should not touch the spinner cone when the prop is fully opened.
{blade, VM, 14, 10, 8.2, 700}
� � $ � � P� � � � � � � � 2 � d !� \ �}�b�� AURI-ELAuri Electric F5K 1.5m� The new {b,Auri Electric F5K} F5K is a high performance electric DLG type model for the nascent F5K class. The Auri Electric has the excellent performance and the gentle handling characteristics of the discus launched glider version. This model is based on the Auri DLG with the nose cut off, a nicely profiled firewall and a new fin but otherwise it is identical to the pure glider. The firewall (not fitted) is designed to be installed approx 12 mm back front the nose to allow rear mounted outrunners to be fitted. Alternatively a Electric DLG CNC Motor Mount (not included) can be used to very easily mount the motor.
The Auri is ideal for customers looking for 1.5m electric F3K type glider with good performance, nice handling and model toughness at reasonable cost. The fuselage is a one piece design with a generous front to facilitate fitting a small powertrain and all servos. The tailplane (horizontal stabiliser) and fin (vertical stab) are very light and have a good finish. The rudder and elevator are ready hinged and give good control response.
The wing is beautifully molded from spread carbon with a Rohacell core to maximise strength and dimensional stability, ensuring the surface finish stays smooth. The design incorporates nicely designed ailerons to give excellent control at all speeds. The hinge gap is sealed with hinge tape, eliminating a common drag source and ensuring high launches.
The supplied accessories include a firewall, servo mount, tail pylon, aileron pushrods, rudder and elevator pull cables, torque springs, and all control horns. In order to balance the model without tail weight the nose will need to be kept light, with a lightweight 300-400mAh 2S LiPo and lightweight servos. The model is supplied with a servo tray for 4 pcs KST X08 servo but we think that 4 pcs KST X06 are more appropriate for this model.
{table title="Auri Electric F5K Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.5 m, 59 in
Wing area, 20.0 dm2, 310 sq in
Length, 102 cm, 40.2 in
Flying weight from, 250 g, 8.8 oz
Wing loading, 12.5 g/dm, 4.1 oz/sq ft
Aspect ratio, 11.2,
Wing airfoil, LD series,
Dihedral, 6.0�,
Spinner Diameter, 25 mm,
Centre of Gravity, 63-65 mm from wing leading edge
Controls, "Rudder, elevator, ailerons, throttle"
{endtable}
{table title="Recommended R/C" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator & rudder servos, KST X06, KST X08, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Blue Bird BMS-A10H, MKS DS65K, MKS DS75K
Aileron servos, KST X06, KST X08, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Blue Bird BMS-A10H, MKS DS65K, MKS DS75K
Receiver, 5 channel rx to suit your transmitter, eg Spectrum AR6610T, Orange DSM2 compatible, Jeti Duplex R5, Multiplex Mlink RX-6 Light & RX-5 Light
Battery (2S 300 - 450 mAh LiPo) , Nanotech 2S 300 mAh, Radient 2S 430 mAh
{endtable}
{table title="Electric Powertrain Recommendations" class=1 cols=2 width=140,220 align=L,L autohref=1}
ADH300S / MM1906-2400 Rear Mount, 2S 450mAh LiPo, 6x4 folding prop
LDARC XT1806, 2S 450mAh LiPo, 6x3, 6x4 folding prop
F5K/Snipe 2e Powerset, 2S 450mAh LiPo, supplied 6x3 folding prop
F5K/Snipe 2e Pro Powerset, 2S 450mAh LiPo, supplied 6x4 folding prop
XPower F2307/14, 2S 450mAh LiPo, 6x4 folding prop
{endtable}
{table title="Electronc Speed Controls (ESC) Recommendations" class=1 cols=2 width=140,220 align=L,L autohref=1}
Hyperflight 11A BLHELI-32, 11A, no BEC, use HV/WV servos
Quanum BLHeli32 20A, 20A, 3A BEC, good
Sunrise 20A Pro, 20A, 3A BEC, a bit too big
HyperFlight 30A BLHELI-32, 30A, 2A BEC, plug ready fitted
{endtable}
The powertrain used in the photos gave closely folding prop blades to minimise drag. The items used were: {table class=1 cols=2 width=140,220 align=L,L autohref=1}
LDARC XT1806
VM 25mm Spinner for M5 shafts
CN 6x4 Folding prop blades
Electric DLG CNC Motor Mount
HyperFlight 30A BLHELI-32
{endtable}
{table title="Auri Electric F5K Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 36.5 g, 1.3 oz
Wings (light SC), 92.0 g, 3.2 oz
Fin, 8.4 g, 0.3 oz
Tailplane, 5.1 g, 0.2 oz
Accessories, 8.0 g, 0.3 oz
Total structure, 150.0 g, 5.3 oz
Wiring & glue, 3.5 g, 0.1 oz
Pushrods, 4.5 g, 0.2 oz
Receiver, 5.0 g, 0.2 oz
Rudder & elevator servos, 13.0 g, 0.5 oz
Aileron servos, 13.0 g, 0.5 oz
ESC, 4.5 g, 0.2 oz
Motor, 20.5 g, 0.7 oz
Prop & spinner, 6.0 g, 0.2 oz
Battery, 30.0 g, 1.1 oz
Flying weight, 250.0 g, 8.8 oz
{endtable}
{table title="Control Throws" class=1 cols=2 width=120,240 align=L,L}
Aileron, 8 mm down, 8 mm up
Elevator, 10 mm down, 6 mm up
Rudder, 10 mm each way
Flap-fast cruise, 0.5 mm up
Flap-thermal/slow cruise, 0 mm
Flap-thermal, 2-3 mm down
Flap-brakes, 28 mm down
{endtable}
� � <� � h � � � � � � � � � a� C� c1�C= ��b�� KST-X06*KST X06 V6 Servo - 1.8Kg.cm 0.07s 6.4g 7mm� The {b,KST X06 V6} is a 7 mm thin servo weighing only 6.4g. Perfect for discus launched gliders (DLGs) and many smaller models. The incredibly slim casing is crafted from 7075 aluminium alloy, so not only do these servos look fantastic but they are also very rigid and robust. The new V6 version has the same great specifications as the old servo, but is also programmable using a {pref, KST-TOOL2, PC based} or a {pref, KST-TOOL5, press-button} programming tool.
The {b,KST X06} has a hardened steel drive train and a coreless motor capable of running all the way from 3.8V to 8.4V (1S to 2S LiPo) making these WV (wide voltage range) servos will deliver the power and reliability you need. Although some say this tiny servo is too small for 1.5m DLG aileron surfaces it actually has more torque on 2S LiPo than a KST X08 has on a 1S battery.
The accessories include four strong nylon output arms, two double sided, and two single sided, one of which is low profile. This means that when the servos are mounted one in front of the other the control rod of the front one won't foul the rear one.
{b,KST X06 Features}
{bullet}
Ultra slim 7 mm body
Compact and light weight design
Good torque and speed
Wide 1S to 2S LiPo voltage range
Excellent heat dissipation
7075 Alloy casing
Hardened Steel gears
Designed for lightweight high performance RC Gliders
{endbullet}
{ServoSpecs} Note although the X08 arms will fit they are slightly deeper. When fully screwed into place the arm will jam on the top of the servo case. Either trim away a little of the nylon arm sleeve, or avoid fully tightening the retaining screw.
Stall Current: 0.58A
Continuous rated Current: 0.22A A � ' � � 2� � � � � � � � ����e�1K2 U� j_� � � +K ��b�� VM-PRO-SPINNER-PIN*Replacement Hinge Pins for VM Pro SpinnersD A pair of 3 mm hinge pins as originally fitted to VM Pro spinners.
� 2� � � � � � � � � � 2 2G6 8��� -K4 ��b�� MEGA-16-15-4$Mega 16/15/4 2150 RPM/V 77g Inrunner2 The {b, Mega 16/15/4 Brushless Motor} is a Speed 400 sized brushless motor that is powerful, efficient and reliable. Recommended for sports models or pylon racers on 4S LiPo.
{bullet}
Hardened steel shaft, diameter 3.2 mm.
Two precise ball bearings
Dynamically balanced
Neodymium magnet rotor
Handmade stator, lightweight rotor allows high revolution.
Kevlar bandage rotor
Motor mount has 2 holes on a 16mm diameter and 2 on a 19mm diameter, all M3 threaded
Efficiency up to 86%
{endbullet}
{table title="Mega 16/15/4 Specifications" class=1 cols=3 width=145,150,150 align=L,L,L separator=: autohref=2}
Motor name : Mega 16/15/4 :inrunner
Motor weight: 77.0 g : 2.72 oz
Motor diameter: 28.0 mm : 1.10 in
Motor length: 36.0 mm : 1.42 in
Lead length: 0.0 cm : 0.00 in
Shaft diameter: 3.2 mm : 0.12 in
Mounting info: 2 M3 holes on 16mm & 2 on 19mm diameter
Estimated Rm: 44 mR
Estimated Kv: 2150 RPM/V
Estimated Io: 1.20 A @ 10 V
Max efficiency (10 V): 86 % @ 16.5 A
Operating effic'y (10 V): 83 % @ 30.0 A
Motor Km: 21.2 Nm/W^.5 X1000
Motor Km/Kg: 275 Nm/(W^.5 Kg)
Recommended battery: 3S LiPo
Rec max LiPo capacity: 1.5 Ah
Supplied accessories: None
{b,3S LiPo Performance}
Recommended prop: 7x4 for climb or 6x6 for speed
Input power: 340 W on 7x4 prop
Current: 34.0 A on 7x4 prop
Rate of climb: 10 m/s for 500 g glider
{b,4S LiPo Performance}
Recommended prop: 5.5x5.5 for speed
Input power: 450 W on 5.5x5.5 prop
Current: 34.0 A on 5.5x5.5 prop
{endtable}
K � L � � 1(� � � � � � � � 2C3� �� +0 ��b�� MEGA-16-15-2$Mega 16/15/2 4200 RPM/V 77g InrunnerR The {b, Mega 16/15/2 Brushless Motor} is a Speed 400 sized brushless motor that is powerful, efficient and reliable. Highly recommended for pylon racers.
{bullet}
Hardened steel shaft, diameter 3.2 mm.
Two precise ball bearings
Dynamically balanced
Neodymium magnet rotor
Handmade stator, lightweight rotor allows high revolution.
Kevlar bandage rotor
Motor mount has 2 holes on a 16mm diameter and 2 on a 19mm diameter, all M3 threaded
Efficiency up to 88%
{endbullet}
{table title="Mega 16/15/2 Specifications" class=1 cols=3 width=145,150,150 align=L,L,L separator=: autohref=2}
Motor name : Mega 16/15/2 :inrunner
Motor weight: 77.0 g : 2.72 oz
Motor diameter: 28.0 mm : 1.10 in
Motor length: 36.0 mm : 1.42 in
Lead length: 0.0 cm : 0.00 in
Shaft diameter: 3.2 mm : 0.125 in
Mounting info: 2 M3 holes on 16mm & 2 on 19mm diameter
Estimated Rm: 12 mR
Estimated Kv: 4200 RPM/V
Estimated Io: 3.00 A @ 10 V
Max efficiency (10 V): 88 % @ 50.0 A
Operating effic'y (10 V): 88 % @ 50.0 A
Motor Km: 20.8 Nm/W^.5 X1000
Motor Km/Kg: 270 Nm/(W^.5 Kg)
Recommended battery: 3S LiPo
Rec max LiPo capacity: 1.5 Ah
Supplied accessories: None
{b,3S LiPo Performance}
Recommended prop: 4.5x4.5
Input power: 500 W on 4.5x4.5 prop
Current: 50.0 A on 4.5x4.5 prop
{endtable}
K � L � � 1(� � � � � � � � � 2C3� < ��b�� MEGA-16-15-5$Mega 16/15/5 1800 RPM/V 77g Inrunner� The {b, Mega 16/15/5 Brushless Motor} is a Speed 400 sized brushless motor that is powerful, efficient and reliable. Recommended for sports models and electric gliders.
{bullet}
Hardened steel shaft, diameter 3.2 mm.
Two precise ball bearings
Dynamically balanced
Neodymium magnet rotor
Handmade stator, lightweight rotor allows high revolution.
Kevlar bandage rotor
Motor mount has 2 holes on a 16mm diameter and 2 on a 19mm diameter, all M3 threaded
Efficiency up to 86%
{endbullet}
{table title="Mega 16/15/5 Specifications" class=1 cols=3 width=145,150,150 align=L,L,L separator=: autohref=2}
Motor name : Mega 16/15/5 :inrunner
Motor weight: 77.0 g : 2.72 oz
Motor diameter: 28.0 mm : 1.10 in
Motor length: 36.0 mm : 1.42 in
Lead length: 0.0 cm : 0.00 in
Shaft diameter: 3.2 mm : 0.12 in
Mounting info: 2 M3 holes on 16mm & 2 on 19mm diameter
Estimated Rm: 68 mR
Estimated Kv: 1800 RPM/V
Estimated Geared Kv: 1800 RPM/V
Estimated Io: 0.80 A @ 10 V
Max efficiency (10 V): 86 % @ 10.8 A
Operating effic'y (10 V): 80 % @ 25.0 A
Motor Km: 20.3 Nm/W^.5 X1000
Motor Km/Kg: 264 Nm/(W^.5 Kg)
Recommended battery: 3S LiPo
Rec max LiPo capacity: 1.5 Ah
Supplied accessories: None
{b,3S LiPo Performance}
Recommended prop: 8x4
Input power: 290 W on 8x4 prop
Current: 29.0 A on 8x4 prop
Rate of climb: 7.5 m/s for 800 g glider
{endtable}
K � L � � 1(� � � � � � � � � 2C3� 2� j ��� -KH ��b�� MEGA-16-25-2%Mega 16/25/2 2600 RPM/V 110g Inrunner� The {b, Mega 16/25/2 Brushless Motor} is a longer Speed 400 sized brushless motor that is powerful, efficient and reliable. Highly recommended for pylon racers.
{bullet}
Hardened steel shaft, diameter 3.2 mm.
Two precise ball bearings
Dynamically balanced
Neodymium magnet rotor
Handmade stator, lightweight rotor allows high revolution.
Kevlar bandage rotor
Motor mount has 2 holes on a 16mm diameter and 2 on a 19mm diameter, all M3 threaded
Efficiency up to 86%
{endbullet}
{table title="Mega 16/25/2 Specifications" class=1 cols=3 width=145,150,150 align=L,L,L separator=: autohref=2}
Motor name : Mega 16/25/2 :inrunner
Motor weight: 110.0 g : 3.88 oz
Motor diameter: 28.0 mm : 1.10 in
Motor length: 46.0 mm : 1.81 in
Lead length: 0.0 cm : 0.00 in
Shaft diameter: 3.2 mm : 0.12 in
Mounting info: 2 M3 holes on 16mm & 2 on 19mm diameter
Estimated Rm: 16 mR
Estimated Kv: 2600 RPM/V
Estimated Geared Kv: 2600 RPM/V
Estimated Io: 3.40 A @ 10 V
Max efficiency (10 V): 86 % @ 46.1 A
Operating effic'y (10 V): 85 % @ 60.0 A
Motor Km: 29.0 Nm/W^.5 X1000
Motor Km/Kg: 264 Nm/(W^.5 Kg)
Recommended battery: 3S LiPo
Rec max LiPo capacity: 2 Ah
Supplied accessories: None
{b,3S LiPo Performance}
Recommended prop: 6x7
Input power: 600 W on 6x7 prop
Current: 60.0 A on 6x7 prop
{b,4S LiPo Performance}
Recommended prop: 5.5x5.5
Input power: 800 W on 5.5x5.5 prop
Current: 64.0 A on 5.5x5.5 prop
{endtable}
s � b � � ?<� � � � � � � � � 2C3� * �}�b�� VM-SPINNER-25-CONE Plastic Cone for 25mm VM Spinner� {br, Very limited supply. Sales strictly limited to one only per order.}
One plastic cone as originally fitted to all VM 25 mm spinners.
' � � �
� � � � � � � � 6� Plastic e�� � �}�b�� VM-SPINNER-25-NUT*Replacement Sleeve Nut for VM 25mm Spinner {br, Very limited supply. Sales strictly limited to one only per order.}
One aluminium alloy special sleeve nut as originally fitted to all VM 25 mm spinners
Threaded to fit the electric motor's M5 shaft on the VM25/5 spinner or the 3mm collet in the 25/3 spinner.
% � � � � � � � � � � � 6� Aluminium d*� � ��b�� VM-SPINNER-25-PIN-Replacement Hinge Pin for VM 25mm Spinner (2)G A pair of 2 mm hinge pins as originally fitted to a VM 25 mm spinner.
$ � � � � � � � � � � �
6� Steel jn]� � � +@D ��b�i CN-25-PIN CN 2mm Spinner Hinge Pin (2)D A pair of 2 mm hinge pins as originally fitted to a CN 25 mm spinner � � 2� � � � � � � � � � 2B4� � ��b�� VM-PRO-CONE-32$Plastic Cone for 32mm VM Pro Spinner2 Replacement spinner cone for 32 mm VM Pro spinners + � 2� � � � � � � � � � 2D5 =� Plastic j@�1� ��b�� VM-SPINNER-25-1106 VM 25mm Spinner for 11xx Motors The {b,Vladimir's Models 25mm Spinner for 11xx Motors} is a brilliantly designed spinner for small 1m electric gliders and F5K type electric gliders. What makes it so special is that a small 1105 or 1106 drone type brushless motor fits within the spinner, making for a very compact and lightweight powertrain. It has a diameter of 25 mm and although it was designed around the SunnySky 1106 it is suitable for many drone motors that use this form factor. It is attached to the motor by bolting into the front of the rotating case using the two M2 screws provided.
The black shock proof cone is molded from a glass/nylon composite. The spinner is designed to work with VM 4.7x2.4 or Graupner 4.7x2.4 folding prop blades. Neither these nor the motor are included.
{table title="VM 25mm Spinner for 11xx Motors Specification" class=1 cols=2 width=160,160 align=L,L}
Diameter, 25 mm
Motor shaft, N/A
Distance across hinge pins, 9.5 mm
Prop hinge pin diameter, 1.5 mm
Prop blade root width, 4 mm
Weight, 2.8 g
{endtable}
� � � � (� � � � � � � � 2D5 �� Plastic, steel jl,� � ��b�� GM-CL-HINGE-PIN+Hinge Pins for GM Contest Line Spinners (2)< A pair of 3 mm hinge pins for GM CL Contest Line spinners.
7 � � � 2� � � � � � � � 2B5O =� Steel ja qG %� ��b� FALCON-TAILPLANEFalcon & Falcon 2 Tailplane� Replacement tailplane/horizontal stabiliser/elevator for the Falcon and Falcon 2 DLG
This very light and nice hoz stab can be used on may other discus launched gliders, not just the Falcon.
21mm between mounting holes. ! � 7 � � ! � � � � � � �}�b�� VM-PRO-CONE-30$Plastic Cone for 30mm VM Pro Spinner2 Replacement spinner cone for 30 mm VM Pro spinners ) � I� �
� � � � � � � � =� Plastic c1�C ] �}�b�� VM-SPRITE-COVERSmall Shrouded Servo Cover� These beautufully molded servo covers are light, low drag, and look great. They incorporate a shroud to cover the servo output arm, clevis, and the control rod. As originally fitted to the fin of a VM Sprite glider.
Supplied singly.
{table title="Shrouded Fin Servo Cover Specification" class=1 cols=2 width=150,115 align=L,L,L}
Thickness of carbon sheet, 0.25 mm
Max length, 55 mm
Max height, 31 mm
Height of shroud, 10 mm
Weight, 0.8 g
{endtable}
� � � � � � � � � � � =� c1�C� �}�b�� DIHEDRAL-BRACECF Dihedral Brace (2)v A pair of carbon fibre dihedral baces for approx F3-RES type or other 1 m - 2 m gliders and electric gliders.
The angle of one side relative to the other is 16 degrees, so for a straight dihedral wing they can be used to raise each panel up by 8 degrees, or to increase the dihedral of a tip panel by 16 degrees.
Length: 88 mm
Height: 6.3 mm (1/4")
Thickness: 1.5 mm � � � � � � � � � � � ( =� c1�C � �}��b� PLUS-X-FUSE-61101Plus X Fuselage Mount Plate for MKS HV6110 Servos0 Plus X mounting plate for two MKS HV6100 servos.
� -� � � � � � � � � � 2 =� Plastic c1�Co ��b� CN7X4*CN 7x4 Folding prop blades (2mm hinge pin)� A pair of {b,CN Models 7x4 prop blades} suitable for the F5K and other small electric gliders. These blades have a flatter high aspect ratio shape and should fold closer to the fuselage, reducing glide drag.
These blades require smaller spinner/hub assemblies with 2mm diameter hinge pins. Note this product consists of two carbon propeller blades only. The central spinner/yoke assembly is not included.
{table title="CM 7x4 Folding Propeller Blade Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=:}
Prop diameter: 18 cm: 6 in
Prop pitch: 10 cm: 4 in
Weight of 2 blades: 2.1 g: 0.07 oz
Width of blade root: 5.0 mm: 0.197 in
Hinge pin hole dia: 2.0 mm: 0.079 in
Max power: 250 W
{endtable} � � 2� �
� � � � � � � � 2A6� F� jceb S7 .r ��b� MINI-DLG-WING-BAG 1m Mini DLG Wing & Tail Bags� Good quality bags to protect 1m DLG wings and tailplanes. These bags fit the Mini Dart 2, the Hawk 2, the Strike 3 and most modern 1m DLGs.
These attractive wing bags have a nicely sewn material edging, an embroidered HyperFlight logo and an expanding tip pocket for the launch blade. These well padded bags will fit and protect most modern 1m mini DLG wings.
We particularly like the large pocket on the wing tip to take the throwing blade. � ! � � 2� � � � � � � � � +P ��b� MEGA-16-20-2*Mega 16/20/2 107g 3100 RPM/V 107g Inrunnerk The {b, Mega 16/20/2 Brushless Motor} is a longer Speed 400 sized brushless motor that is powerful, efficient and reliable. Highly recommended for pylon racers.
{bullet}
Hardened steel shaft, diameter 3.2 mm.
Two precise ball bearings
Dynamically balanced
Neodymium magnet rotor
Handmade stator, lightweight rotor allows high revolution.
Kevlar bandage rotor
Motor mount has 2 holes on a 16mm diameter and 2 on a 19mm diameter, all M3 threaded
Efficiency up to 87%
{endbullet}
{table title="Mega 16/20/2 Specifications" class=1 cols=3 width=145,150,150 align=L,L,L separator=: autohref=2}
Motor name : Mega 16/20/2 :inrunner
Motor weight: 107.0 g : 3.77 oz
Motor diameter: 28.0 mm : 1.10 in
Motor length: 46.0 mm : 1.81 in
Lead length: 0.0 cm : 0.00 in
Shaft diameter: 3.2 mm : 0.12 in
Mounting info: 2 M3 holes on 16mm & 2 on 19mm diameter
Estimated Rm: 13 mR
Estimated Kv: 3100 RPM/V
Estimated Geared Kv: 3100 RPM/V
Estimated Io: 3.30 A @ 10 V
Max efficiency (10 V): 87 % @ 50 A
Operating effic'y (10 V): 87 % @ 50 A
Motor Km: 27.0 Nm/W^.5 X1000
Motor Km/Kg: 252 Nm/(W^.5 Kg)
Recommended battery: 3S LiPo
Rec max LiPo capacity: 1.5 Ah
Supplied accessories: None
{b,3S LiPo Performance}
Recommended prop: 5.5x5
Input power: 500 W on 5.5x5 prop
Current: 50.0 A on 5.5x5 prop
{endtable} k � X � � 8G� � � � � � � � 2C3� � �}�b� MEGA-16-25-3%Mega 16/25/3 1750 RPM/V 116g Inrunner The {b, Mega 16/25/3 Brushless Motor} is a long Speed 400 sized brushless motor that is powerful, efficient and reliable. Recommended for sports models and electric gliders.
{table title="Mega 16/25/3 Specifications" class=1 cols=3 width=145,150,150 align=L,L,L separator=: autohref=2}
Motor name : Mega 16/25/3 :inrunner
Motor weight: 116.0 g : 4.09 oz
Motor diameter: 28.0 mm : 1.10 in
Motor length: 46.0 mm : 1.81 in
Lead length: 0.0 cm : 0.00 in
Shaft diameter: 3.2 mm : 0.12 in
Mounting info: 2 M3 holes on 16mm & 2 on 19mm diameter
Estimated Rm: 35 mR
Estimated Kv: 1750 RPM/V
Estimated Geared Kv: 1750 RPM/V
Estimated Io: 1.30 A @ 10 V
Max efficiency (10 V): 87 % @ 19.3 A
Operating effic'y (10 V): 83 % @ 40.0 A
Motor Km: 29.2 Nm/W^.5 X1000
Motor Km/Kg: 251 Nm/(W^.5 Kg)
Recommended battery: 3S LiPo
Rec max LiPo capacity: 2 Ah
Supplied accessories: None
{b,3S LiPo Performance}
Recommended prop: 8x5
Input power: 390 W on 8x5 prop
Current: 39.0 A on 8x5 prop
Rate of climb: 10 m/s for 800 g glider
{b,4S LiPo Performance}
Recommended prop: 7x4.5
Input power: 520 W on 7x4.5 prop
Current: 40.0 A on 7x4.5 prop
Rate of climb: 11 m/s for 800 g glider
{endtable}
s � _ � � ;(� � � � � � � � � 2C3� I� h5� �� +1h ��b� MEGA-16-30-1%Mega 16/30/1 4200 RPM/V 135g InrunnerM The {b, Mega 16/30/1 Brushless Motor} is a longer Speed 400 sized brushless motor that is powerful, efficient and reliable. Highly recommended for pylon racers.
{bullet}
Hardened steel shaft, diameter 3.2 mm.
Two precise ball bearings
Dynamically balanced
Neodymium magnet rotor
Handmade stator, lightweight rotor allows high revolution.
Kevlar bandage rotor
Motor mount has 2 holes on a 16mm diameter and 2 on a 19mm diameter, all M3 threaded
Efficiency up to 91%
{endbullet}
{table title="Mega 16/30/1 Specifications" class=1 cols=3 width=145,150,150 align=L,L,L separator=: autohref=2}
Motor name : Mega 16/30/1 :inrunner
Motor weight: 135.0 g : 4.76 oz
Motor diameter: 28.0 mm : 1.10 in
Motor length: 51.0 mm : 2.01 in
Lead length: 0.0 cm : 0.00 in
Shaft diameter: 5.0 mm : 0.20 in
Mounting info: 2 M3 holes on 16mm & 2 on 19mm diameter
Estimated Rm: 4 mR
Estimated Kv: 4200 RPM/V
Estimated Io: 5.00 A @ 10 V
Max efficiency (10 V): 91 % @ 110 A
Operating effic'y (10 V): 90 % @ 70.0 A
Motor Km: 35.9 Nm/W^.5 X1000
Motor Km/Kg: 266 Nm/(W^.5 Kg)
Recommended battery: 3S LiPo
Rec max LiPo capacity: 3 Ah
Supplied accessories: None
{b,3S LiPo Performance}
Recommended prop: 4.7x4.7
Input power: 720 W on 4.7x4.7 prop
Current: 72.0 A on 4.7x4.7 prop
{endtable}
� � i � � DZ� � � � � � � � e 2C3� � ��b� MEGA-16-30-2%Mega 16/30/2 2100 RPM/V 135g Inrunner2 The {b, Mega 16/30/2 Brushless Motor} is a longer Speed 400 sized brushless motor that is powerful, efficient and reliable. Highly recommended for electric gliders and sports planes on 3S, or pylon racers on 4S up to 6S.
{bullet}
Hardened steel shaft, diameter 3.2 mm.
Two precise ball bearings
Dynamically balanced
Neodymium magnet rotor
Handmade stator, lightweight rotor allows high revolution.
Kevlar bandage rotor
Motor mount has 2 holes on a 16mm diameter and 2 on a 19mm diameter, all M3 threaded
Efficiency up to 91%
{endbullet}
{table title="Mega 16/30/2 Specifications" class=1 cols=3 width=145,150,150 align=L,L,L separator=: autohref=2}
Motor name : Mega 16/30/2 :inrunner
Motor weight: 135.0 g : 4.76
Motor diameter: 28.0 mm : 1.10
Motor length: 51.0 mm : 2.01
Lead length: 0.0 cm : 0.00
Shaft diameter: 5.0 mm : 0.20
Mounting info: 2 M3 holes on 16mm & 2 on 19mm diameter
Estimated Rm: 16 mR
Estimated Kv: 2100 RPM/V
Estimated Geared Kv: 2100 RPM/V
Estimated Io: 3.50 A @ 10 V
Max efficiency (10 V): 86 % @ 46.8
Operating effic'y (10 V): 84 % @ 70.0
Motor Km: 35.9 Nm/W^.5 X1000
Motor Km/Kg: 266 Nm/(W^.5 Kg)
Recommended battery: 3S LiPo
Rec max LiPo capacity: 3 Ah
Supplied accessories: None
{b,3S LiPo Performance}
Recommended prop: 8x5 for climb or 8x8 for speed
Input power: 670 W on 8x5 prop
Current: 67.0 A on 8x5 prop
Rate of climb: 12 m/s for 900 g glider
{b,4S LiPo Performance}
Recommended prop: 7x6
Input power: 980 W on 7x6 prop
Current: 81.0 A on 7x6 prop
{b,5S LiPo Performance}
Recommended prop: 6x7
Input power: 1250 W on 6x7 prop
Current: 82.0 A on 6x7 prop
{b,6S LiPo Performance}
Recommended prop: 5.5x5.5
Input power: 1350 W on 5.5x5.5 prop
Current: 73.0 A on 5.5x5.5 prop
{endtable}
� � n � � DZ� � � � � � � � ] 2C3� I� h��k R ��b� XT-JR-2S,2S LiPo Balance Plug to JR RC Plug Convertor� Takes the 2S LiPo voltage (approx 8V) from the balance lead of a 2S LiPo battery and puts it into a normal JR RC plug. The balance plug end of the convertor s sized for 2S LiPo batteries but it can easily be cut to allow it to fit 3S, 4S or larger batteries.
Useful for powering RC with 2S LiPo voltage directly from a 2S LiPo battery. Most receivers are fine on 2S LiPo voltage but make sure any servos connected are HV or WV types. < � � � � � � � � � � � 8 2E3� L� i�)� �� +;� ��b� XT-JR-1S,1S LiPo Balance Plug to JR RC Plug Convertor$ Takes the 1S LiPo voltage (approx 4V) from the balance lead of a 2S LiPo battery and puts it into a normal JR RC plug.
Useful for powering RC with 1S LiPo voltage directly from a 2S LiPo battery. Most receivers are fine on 1S LiPo voltage but make sure any servos connected are okay on 4V. A � � � � � � � � � � � 6 2E3� 4' .�� ��b�
EXT-LEAD-10CM&Lightweight 10 cm Servo Extension Lead� The wire is 10 cm long, the overall length including the plug and socket is 13 cm. Works with all makes of RC.
Light (26 AWG wire) weight = 2.2 g
p � � � � � � � � � � � 2E3� & /{� ��b�
EXT-LEAD-15CM&Lightweight 15 cm Servo Extension Lead� The 26 AWG wire is 15 cm long, the overall length including the plug and socket is 17 cm. Works with all makes of RC.
Weight = 2.7 g
r � (� � � � � � � � � � 2E1� $ +<� ��b�
EXT-LEAD-25CM&Lightweight 25 cm Servo Extension Lead� The 26 AWG wire is 25 cm long, the overall length including the plug and socket is 28 cm. Works with all makes of RC.
Weight = 3.4 g � 2� � "� � � � � � � � 2E3� ( +<� ��b�
EXT-LEAD-50CM&Lightweight 50 cm Servo Extension Lead� The 26 AWG wire is 50 cm long, the overall length including the plug and socket is 53 cm. Works with all makes of RC.
Weight = 5.7 g
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2E1� ' +<� ��b�
EX-LEAD-100CM'Lightweight 100 cm Servo Extension Lead� The 26 AWG wire is 100 cm long, the overall length including the plug and socket is 103 cm. Works with all makes of RC.
Weight = 9.8 g � � � � 9� � � � � � � � 2E1� � ��b� EXT-LEAD-5CM%Lightweight 5 cm Servo Extension Lead@ This short extension wire is a simple and lightweight alternative to a switch. It allows you to disconnect the battery for on/off and charging without having to touch the receiver.
The 26 AWG wire is 5 cm long, the overall length including the plug and socket is 6 cm. Works with all makes of RC.
Weight = 1.8 g k � � � � � � � � � � � 2E3� L� i�UD �C ,�� `�`�
XT30 XT30 Plugs & Sockets (5 prs)� The new emerging standard electric flight connector for smaller models. Polarised.
Suitable for up to 30A or more. Watch the video.
Weight 1.8g for one plug and socket.
{video,bkVsqDOSqIY} � � K� � \� � � � � � � � 2E3W https://@ ��b� XT60 XT60 Plugs & Sockets (4 prs)� The new standard electric flight connector for larger models. Polarised.
Suitable for up to 60A or more. Watch the video.
Weight 6.6g for one plug and socket.
{video,qEdysiZAYZ4} � � 2� � � � � � � � � � < 2E3� L� j\*5 ��b�
PTFE-TUBE-19L?0.96mm ID Etched PTFE (19 AWG Bondable PTFE) Pushrod Outer Tube Low friction 0.96 mm ID PTFE tube suitable for pushrod outers on discus launched glider and other small models. Also suitable for a large range of engineering and industrial uses.
This tubing is specially etched on the outside, making it easily bondable using many adhesives, thin CA being probably the best. Provides the lightest, easiest, most friction-free pushrod installations possible.
Can be stretched to 2 times the original length to reduce the weight per meter, and tune the inside diameter to be a perfect fit for the inner pushrod. Sold by the meter. Enter a quantity of 3 for a 3m roll.
{table title="19L Etched PTFE Tube Specification" class=1 cols=3 width=110,115,115 align=L,L,L autohref=2}
Inside diameter, 0.96 mm, 0.038 in
Wall thickness, 0.15 mm, 0.006 in
Outside diameter, 1.26 mm, 0.050 in
Suggested inner, 0.8mm Carbon Rod, 22 SWG {href,http://www.hyperflight.co.uk/products.asp?cat=Other+RC+Products&subcat=Piano+and+SS+Wire,Piano or SS wire}
US size, 19 AWG L type (Lightweight)
Weight per m, 1.1 g per meter
{endtable}
{i,Maximum 30m per order please. For more please consider purchasing a complete roll.}
� � $� � � � � � � � � � x 2E5A M� jsb$ �}�b�
VM-SPINNER-25-3 VM 25mm Spinner for 3mm shafts� The {b,Vladimir's Models VM25/3 Spinner} is a great new spinner for small F5K type electric gliders. It has a diameter of 25 mm and is suitable for motors with a 3 mm output shaft, like the ADH300 ones we stock. The yoke/hub is CNC machined from aluminium alloy and has been anodised to increase the surface hardness and corrosion resistance. The black shock proof cone is molded from a glass/nylon composite.
This spinner will only fit onto motors with a 3mm diameter plain motor shaft. The spinner assembly is secured by 3mm split collet which is tighted onto the motor shaft using the supplied allen key. No grub screw is needed to hold the spinner into place.
{table title="VM25/5 Spinner Specification" class=1 cols=2 width=160,160 align=L,L}
Diameter, 25 mm
Motor shaft, 3 mm
Distance across hinge pins, 18 mm
Prop hinge pin diameter, 2 mm
Prop blade root width, 5 mm
Weight, 4.7 g
{endtable}
� � � � � � � � � � � � O� f >E ��b�
SRB-KSTX06"Plastic Frame only for the KST X06� A nicely molded filled nylon servo frame to fit the {b,KST X06} servo. This frame does not have an external bearing, but this is of little consequence for this metal cased servo.
These frames speed-up servo installation, keep the servo secure and rigidly mounted, and also allow easy removal for maintenance or replacement.
Sold singly. Add two to the basket for mounting two servos.
Size: 30 mm x 25 mm
Weight: 0.8 g � � � � � � � � � � � � 2BOX4I O� i�Y< ,'� � � � � +,�e"
{endtable}
{ta� ��b�$ MKS-HV75K-R0MKS HV75K-R Wing Servo - 3.3Kg.cm 0.09s 7.8g 9mm The {b,MKS HV75K-R} servo is the high voltage wing mount version of the MKS HV75K. The case has horizonal mounting tabs making it suitable for fitting in a wing (or tail surface). This version is a little heavier than the lugless {pref,MKS-HV75K-N, HV75K-N}. The MKS HV75K-R is actually a low-medium-high voltage servo as it works on 1S and 2S LiPo as and well as 4.8V - 6V NiMH batteries.
The MKS HV75K-R is more powerful, faster, and considerably more robust than the {pref,MKS-DS65K, DS65K}. Its clever inverted motor design makes it very compact, in fact it is nearly as small as the {pref,SD100,SD100} or {pref,SD100,D47} in the vertical and horizontal directions.
The MKS HV75K-R is ideal for F3K, F5D, and all small models that require excellent precision, massive torque, and good speed.
{MKSCNC}
{film}
High voltage versions of the HV75K are available with standard mounting lugs (the {pref,MKS-HV75K, HV75K}), wing mounting lugs (the {pref,MKS-HV75K-R, HV75K-R}), and no mounting lugs (the {pref,MKS-HV75K-N, HV75K-N}). Low/standard voltage versions of the servo are available with standard mounting lugs (the {pref,MKS-DS75K, DS75K}), wing mounting lugs (the {pref,MKS-DS75K-R, DS75K-R}), and no mounting lugs (the {pref,MKS-DS75K-N, DS75K-N}).
{ServoSpecs} O � B � � )
� � � � � � � � 1C2 y� TaiwaniA�Vm �}�b� NRJ-WINGReplacement NRJ Wing� Replacement wing for the NRJ DLG
Ordered as required - email for delivery info.
Light CW30, Standard CW40 and Strong Tex 60 layups available, all the same price
Please state layup and colour scheme required in the text input field. � � � � � � � � � � � � � j f� ��b�
MK-COVER-FLAT*Carbon Fibre Sheet for Flat Servo Covers**x One sheet of perfectly flat carbon fibre suitable for making into pair of flat wing servo covers
{table title="Carbon Fibre Sheet for Flat Servo Covers Specification" class=1 cols=2 width=150,115 align=L,L,L}
Thickness of sheet, 0.23 mm
Width, 93 mm
Length, 120 mm
Weight, 4.5 g
{endtable}
Cut and trim to size to suit your application and attach with clear tape.
� 2� � � � � � � � � � 2E2� \� i���� �}�b� SPIN-DLG$Spin Mini 1m DLG including wing bags? The {b,Spin Mini DLG} is a new molded 1m discus launched glider from Vladimir's Models. The Spin is supplied with {pref, ELF-WING-BAG, Spin Wing Bags}. The Spin is a great intro to DLGs and is probably the easiest aileron DLG to get airborne. In addition to a very quick and easy build the model excels in the air, with a high launch, a good glide angle, and brilliant manoeuvrability allowing it to be flown and aerobatted, from the smallest flying site.
The Spin's wing is a fabulously light all molded carbon fibre miracle of construction. Despite its excellent ultra smooth finish and extreme stiffness it only weighs 54 g, just 2 g more than the Elf's film covered wing. The great finish and low drag section provide a great all round performance improvement. The ailerons/flapperons allow better control and camber adjustments vastly improve the speed range. The specified aileron servos fit in a beautifully engineered pocket in the root underside of the wing.
The Spin's pod and boom fuselage is uses attractive plastic moldings for the pod and removable nosecone. These are an excellent fit and follow the wing underside contour for a gap free fit. The tailboom is a tapered wrapped carbon tube with a pre-cut slot for the fin, and has a flattened front section for mounting the R/C equipment. The fin is made from rigid foam with carbon spars and has smooth vac-bagged glass covering, and incorporates the rudder with a very free living hinge. The foam/carbon/glass tailplane has a separate elevator and is mounted above the boom using a tiny standoffs to minimise interference drag. All pushrods and control horns are included.
The model comes with a complete accessory pack and servo trays designed for Ripmax SD100, Dymond D47, Hepf H47, KST X06, Blue Bird 101DMG or Blue Bird 101HV servos. We do not recommend different servos are fitted. An instruction manual is not available but there is some useful info {href, http://f3j.in.ua/spin-el.html?#tab2, here}. Please don't try to order direct from VM, they will refer you back to us. The model comes with a complete accessory pack including even special extension leads for the wing servos.
The wing bags are supplied with the model and included in the price shown. Note the colour option images are indicative only and may not be identical to the actual model supplied.
{table title="Spin Mini DLG Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.0 m, 39 in
Wing area, 11.9 dm2, 184 sq in
Length, 72 cm, 28.1 in
Flying weight from, 140 g, 4.9 oz
Wing loading, 11.8 g/dm, 3.9 oz/sq ft
Aspect ratio, 8.4,
Wing airfoil, AG12, AG13, AG14
EDA (dihedral), 7.5�,
Centre of Gravity, 50-65 mm from wing leading edge
Controls, "Ailerons, rudder, elevator"
{endtable}
{table title="Spin Mini DLG Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 25.5 g, 0.9 oz
Wing, 50 g, 1.8 oz
Tailplane, 4.7 g, 0.2 oz
Fin, 2.9 g, 0.1 oz
Accessories & glue, 9.5 g, 0.3 oz
Total structure, 92.6 g, 3.3 oz
Receiver, 5.6 g, 0.2 oz
Rudder servo, 4.7 g, 0.2 oz
Elevator servo, 4.7 g, 0.2 oz
Aileron servos (2), 9.4 g, 0.3 oz
Battery, 17 g, 0.6 oz
Nose weight, 6 g, 0.2 oz
Flying weight, 140 g, 4.9 oz
{endtable}
{table title="Recommended R/C-nano gear only" class=1 cols=2 width=110,240 align=L,L autohref=2}
All servos (4), Ripmax SD100, Dymond D47, H47, KST X06, Blue Bird BMS-101DMG, Blue Bird BMS-101HV
Receivers, 4+ channel rx to suit your transmitter, eg FrSky G-RX6, FrSky X4R, Futaba R2106GF, Orange DSM2 compatible, Jeti Duplex R5, Multiplex Mlink RX-6-DR Light
Electric battery, 2S 175 mAh - 350mAh LiPo, HyperLiPo 2S 300 mAh LiPo
{endtable}
{table title="Spin Control Throws & Mixes" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder, 8 mm each way
Elevator, 9 mm up / 7 mm down
Roll ailerons,12 mm up / 11 mm down
Landing ailerons, As much down as possible (30 mm)
Snap-flap mix <br>(elevator->camber),Full up elevator gives 2mm increased camber
<i>Recommended aileron camber settings. Down=Flap TE down.</>
Speed, 1 mm up
Cruise, 0 mm
Slow cruise /thermal, 1 mm down
{endtable}
j � +� � �.� � � � � � � � � w� $Carbon fibre, plastic, steel, copper e�� �}�b�
FALCON-FIN
Falcon Fin� Replacement fin for the Falcon DLG
This very light and nice fin/rudder can be used on may other discus launched gliders, not just the Falcon. � 2 � � ! � � � � � � � � � t i� d��aZ ��b�0 ELI
Eli F3L 2m� The {b,Eli F3L} is a very beautiful high performance F3L/F3-RES model from Eastern Europe. With attractive elliptical flying surfaces (hence the name) and a very long tailboom it flies as well as it looks. The Eli model won all three Slovak competitions in F3-RES in Slovakia in 2020. It was 4th place in Austrian F3-RES nationals and won E-RES once. Eli is made from very accurately CNC and laser cut balsa with lightweight wound tubular carbon booms for the main spar and tailboom, giving excellent strength and light weight. The kit includes hardware for the Eli to be built for either F3L (pure glider) or F5L (electric). F3L and F5L are the new names for F3-RES (glider) and F5-RES (electric) competition classes.
The Eli design philosophy, as stated by the manufacturer is "This model is made for more dynamic flying which you know from F3J and F5J, it is not for standing in the wind. Whole conception is adapted to this fact. There are tubes for ballast about 100 g in the wing."
The balsa and ply parts are cleanly laser and CNC cut. The fuselage consists of a wooden (plywood/balsa) pod and a light weight tapered carbon tailboom with a balsa tailplane mount. The fin is fixed to the tailboom and the tailplane is removable. Both the fin and the tailplane are cut from a high quality lightweight balsa. The wing is connected to the fuselage using a through joiner. This makes for fast and easy assembly at the field as the wing is retained by magnets - there is nothing to screw. The wing main spar is a tapered carbon tube, which provides excellent strength and very light weight. Riblets ensure the covering material follows the airfoil contour accurately. There are two large spoilers for safely exiting thermals and precise landings.
The Eli can be built fast and accurately without any complications. The kit contents include all the necessary parts to build this sophisticated model easily, including pre-bent leading edge parts and a wing rib alignment jig. The well selected balsa and ply parts are cleanly laser cut and the wound carbon spars are light and well made, with the tip spars tapered. All the control parts and small accessories are included. The kit comes with parts to allow the model to be built as a pure glider or an electric glider. However the internal width is only about 23mm at the nose so installing an outrunner will be a squeeze.
The kit includes a professional quality full size plan with isometric views and a small illustrated English build manual. Also see this excellent {href, https://photos.google.com/share/AF1QipMYFDK72-yJ8pijgdECQz351IN8efqfycxBW9xwnbK9z7a8umIvA5FP8nr3Mcji3A?key=Y2hSVnFXQUxZWC1saEtWVmx6b1lDQXFDQmI3NUFB,photo build log} as an additional construction guide.
This is one of the nicest F3L kits we have seen and is highly recommended. Thanks to Nick Pusey for use of his photos.
(C) 2021 Neil Stainton
{table title="Eli F3-RES Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.0 m, 78 in
Wing area, 34.7 dm2, 538 sq in
Length, 120 cm, 47.4 in
Flying weight from, 420 g, 14.8 oz
Wing loading, 12.1 g/dm2, 4.0 oz/sq ft
Aspect ratio, 11.3,
Wing airfoil, AG24 modified
Dihedral (EDA), 12.0�,
Spinner Diameter, 30 mm,
Centre of Gravity, 75-78 mm from wing leading edge
Controls, "Rudder, elevator, spoilers"
{endtable}
{table title="Eli F3-RES Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Bare structure, 290 g, 10.2 oz
Covering, 50 g, 1.8 oz
Total structure, 340 g, 12.0 oz
Receiver, 6 g, 0.2 oz
Rudder servo, 5 g, 0.2 oz
Elevator servo, 5 g, 0.2 oz
Spoiler servos (2), 10 g, 0.4 oz
Battery, 54 g, 1.9 oz
Flying weight, 420 g, 14.8 oz
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder & elevator servos, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, KST X06, CHA DS06
Spoiler servos, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, KST X06, CHA DS06
Receiver, 4 or 5 channel receiver to match your transmitter
Battery, Radient 1S 700 mAh LiPo, Dream-Flight 300 mAh 4.8V NiMH, HyperFlight 650 mAh 4.8V NiMH, Dream-Flight 700 mAh 4.8V NiMH, 1S 2600 mAh Li-Ion, 2S 300-600mAh LiPo
{endtable}
{table title="Control Throws" class=1 cols=2 width=120,240 align=L,L}
Rudder, 17 mm each way
Elevator, 12 mm up & down
Spoilers, 80� up
Spoiler mix, 3 mm up elevator with 45� up spoiler
{endtable}
{table title="Electric Powertrain Recommendations" class=1 cols=2 width=160,210 align=L,L autohref=1}
Hacker A10-7L 4.4:1, 3S 450mAh LiPo, 12x8, 13x8
DYS D2225-19, 2S 450mAh LiPo, 9x6, 10x5
DYS D2225-19, 3S 450mAh LiPo, 7x3.5, 7x4, 8x4
ADH300L**, 2S 450mAh LiPo, 11x6
ADH300L**, 3S 450mAh LiPo, 8x6, 9x5
{endtable} ** This motor will need a small widening of the internal fuse space to fit.
{video,RPzlzn2ZCb4} � � � � � x � � � � � � � � � 4� =� jgy4
� +*� ��b� CLEVIS-M2
M2 Clevis (4)� Four high quality RC clevises with an M2 thread.
Compatible with our control horns and control rods.
Supplied in packs of 4.
{table title="M2 Steel Clevis Specifications" class=1 cols=2 width=170,80 align=L,L,L}
Pin size, 1.6 mm
Overall length, 26 mm
Threaded part length, 6 mm
Thread size, M2
End of thread to pin, 17 mm
Weight (each), 1.08 g
Material, Steel, plated
{endtable} P � � � � � � � � � � � 8 2E1 �� .ќ @�`�7 MAGNUS-EMagnus Hotliner 1.5m� Designed by UK expert modeller Jonathan Wells the {b,Magnus Hotliner} is a tough high performance 1.5m (60") all molded glass and carbon electric glider with a great speed range and forgiving handling characteristics. The model looks fantastic with a good surface finish and a practical easy to fit-out design. A {pref,MAGNUS,slope racer} version is also available.
The two piece wing is available in glass and carbon layups. The glass version has a fair amount of carbon and is very strong. The full carbon version is about 50g heavier and is extremely strong and rigid and will be ideal for high power setups. The wings are kept in place with a very substantial carbon joiner. The tailplane is removable making the model very easy to store and transport. The electric fuselage is glass with carbon reinforcement and is wider than the slope racer version, allowing a substantial motor and battery to be installed. The large canopy hatch gives great access to the front, making for a very easy powertrain installation and quick battery changes. The elevator servo is under a hatch in its own pocket molded into the fuselage, just to the rear of the wing trailing edge. This makes for a very short elevator control run and also leaves the front fuselage free for the electrics.
The complete accessory pack includes all pushrods, ply wing servo mounts (for X08 family servos), control horns, a ply elevator fuselage servo mount, colour coded wing servo covers and a glass firewall. No formal build instructions are available but this excellent {href, https://forum.alofthobbies.com/index.php?threads/magnus-build-thread-tjirc.1245,build log } of the slope version should answer most questions.
The complete accessory pack includes all pushrods, ply wing servo mounts (for X08 family servos), control horns, a ply elevator fuselage servo mount, colour coded wing servo covers and a glass firewall. See the link below the videos for English build instructions (of the glider version) and this excellent {href, https://forum.alofthobbies.com/index.php?threads/magnus-build-thread-tjirc.1245,Magnus build log } by the designer. Also check out the {href, https://www.facebook.com/groups/306848527156158/?notif_id=1611489005879337¬if_t=group_invited_to_group&ref=notif, Facebook Magnus group.} Note that although the surface finish is generally good the fit and finish of the model is not up to that of a top price European model. Small bumps and fit problems are normal at this price-point.
{table title="Magnus Hotliner Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.5 m, 59 in
Wing area, 21.3 dm2, 330 sq in
Length, 96 cm, 37.8 in
Flying weight from, 1154 g, 40.7 oz
Wing loading, 54.3 g/dm2, 17.8 oz/sq ft
Aspect ratio, 10.6,
Wing airfoil, Custom 8% thick
Dihedral (EDA), 2.0�,
Spinner Diameter, 36 mm,
Centre of Gravity, 76-85 mm from wing leading edge
Controls, "Elevator, ailerons, flaps, throttle"
{endtable}
{table title="Recommended Servos" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator (10-12mm), MKS DS6100, MKS HV6100, Blue Bird BMS-126WV, Blue Bird BMS-127WV, Blue Bird BMS-207WV, KST DS145, KST DS215MG, KST X10-710, KST MS320
Flap (9mm), CHA DS09, CHA HV85H, KST HS08A, KST HS08B, KST X08H Plus, KST X08 Plus, KST A08H, KST A08, KST X08H, KST X08, MKS DS6100, MKS HV6100, MKS HV6110, Blue Bird BMS-125
Aileron (8mm), KST HS08A, KST HS08B, KST X08H Plus, KST X08 Plus, KST A08H, KST A08, KST X08H, KST X08, Blue Bird BMS-A10V
{endtable} The wing is very thin and 8 mm servos are required for the ailerons, and ideally 9 mm for the flaps. 10 mm thick flap servos can perhaps be used but the servo covers will need adjusting. The supplied plywood wing servos mounts have a 24mm servo cut and we recommend KST HS08A (flap) and KST A08H (aileron) servos.
Extension leads required:
4 pcs 20-30 cm ext leads (for receiver)
2 pcs 10-15 cm ext leads (for aileron servos)
2 pcs 25-30 cm ext leads (for flap servos)
{table title="Magnus Powertrain Recommendations" class=1 cols=2 width=130,310 align=L,L autohref=1 autohref=2}}
XPower F2925/8 Windy, 3S 2-3 Ah LiPo, 12x8 prop, 60A ESC*
Mega 16/25/3, 3S 2-3 Ah LiPo, GM9x5 prop, 60A ESC*
XPower F3426/7 Storm, 3S 2-3 Ah LiPo, 12x8 prop, 60A ESC
XPower F3426/7 Storm, 4S 2-3 Ah LiPo, 11x8 prop, 60A ESC
{endtable} *these will need a forward RC installation to obtain correct CG.
{table title="Magnus Hotliner Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 202 g, 7.1 oz
Wings, 380 g, 13.4 oz
Wing joiner, 49 g, 1.7 oz
Tailplane, 47 g, 1.7 oz
Accessories, 32 g, 1.1 oz
Total structure, 710 g, 25.0 oz
Glue mounts etc, 8 g, 0.3 oz
Wiring, 23 g, 0.8 oz
Receiver, 8 g, 0.3 oz
Elevator servo, 10 g, 0.4 oz
Aileron servos, 20 g, 0.7 oz
Flap servos, 20 g, 0.7 oz
Motor, 140 g, 4.9 oz
Prop & spinner, 25 g, 0.9 oz
ESC, 40 g, 1.4 oz
Battery, 150 g, 5.3 oz
Flying weight, 1154 g, 40.7 oz
{endtable}
{video,ey4oM0OPffY}
{video,cpHIp5P0G3c}
� � ' � � � � � � � � � � 3� Magnus-E components:
One fuselage and fin
One bag of accessories
One wing joiner
One tailplane
One carbon tube 46.5cm long � �}�b�3 AURI-FUSE
Auri FuselageB Replacement fuselage for theb Auri DLG. Includes the canopy hatch. n � �� � P � � � � � � � � � -� c1�C�� +H ��b� MKS-DS75K-R0MKS DS75K-R Wing Servo - 2.4Kg.cm 0.13s 7.8g 9mm� The {b,MKS DS75K-R} servo is the wing mount version of the DS75K servo from MKS. The case has horizonal mounting tabs making it suitable for fitting in a wing (or tail surface).
The MKS DS75K-R is more powerful, faster, and considerably more robust than the DS65K. It is also rated for operation down to 3.5V making it safe for use on 1S LiPo batteries. Its clever inverted motor design makes it very compact, in fact is is nearly as small as the SD100/D47 in the vertical and horizontal directions.
The DS75K-R is ideal for F3K, F5K, F5D, and all small models that require excellent precision, massive torque, and adequate speed. Along with the DS65K it is probably the best 9 mm thick servo currently produced. It looks beautiful and with a torque of 2.4 Kg cm it is amazingly powerful.
{MKSCNC}
{film}
Low/standard voltage versions of the DS75K are available with standard mounting lugs (the {pref,MKS-DS75K, DS75K}), wing mounting lugs (the {pref,MKS-DS75K-R, DS75K-R}), and no mounting lugs (the {pref,MKS-DS75K-N, DS75K-N}). High voltage versions are available with standard mounting lugs (the {pref,MKS-HV75K, HV75K}), wing mounting lugs (the {pref,MKS-HV75K-R, HV75K-R}), and no mounting lugs (the {pref,MKS-HV75K-N, HV75K-N}).
{ServoSpecs}
L � ? � � & � � � � � � � � 1C1 x�t �}�b� EDGE-BALLASTEdge Ballast Set� This lovely {b,Ballast Set for the Edge F5J} consists of a wire ballast holder and six ballast slugs weighing bettween 67g, and 113g. Between one and six slugs can be fitted. The weight of the model can be increased in many steps by up to 592g
� 42� � � � � � � � � � 7 X� dI�� �}�b� NG2M-BAGSNG 2m Wing and Tail Bagsl {br, Current bags Reserved for NG 2m Models in Stock}
The {b,NG2m Wing and Tail Bag Set ) are beautifully made fabric wing, tailplane and fin bags made to be a perfect fit over the model. These have been expertly made from reflective fabric with black canvas edging and red and white NG2m logos and will keep the model safe from transport and storage damage.
P � - � � � � � � � � � � � 2H67 x� h�3 � �}�b�
ELF-PRO-HATCHElf Pro & Spin Canopy Hatche Replacement Canopy Hatch for the Elf Pro El and Spin El models.
Available in a variety of colours. K � D� � P� � � � � � � �
x� dØ[ �}�b� ELF-PRO-EL-FUSE Elf Pro El & Spin El Fuselage^ Replacement fuselage for the Elf Pro El and Spin El models.
Can be used with an Elf glider wing to make an Elf Pro El. Also needs a new tailplane and fin as the Elf Pro ones are different to the original Elf ones.
Curent stock have grey pods.
The last photo compares the Elf Pro El/Spin El fuselage with the Spin DLG fuselage, just for info. P � =_� � !<� � � � � � � � � x� Carbon fibre, plastic c1�C �� ,;� �}�b� ELF-PRO-TAILPLANEElf Pro & Spin Tailplane Replacement tailplane for the Elf Pro El, Spin El and Spin DLG models.
Also called an horizontal stabiliser or (incorrectly) an elevator.
Unlike the original Elf's all flying tailplane the Elf Pro tailplane has fixed portion and a movable elevator.
U � � � <� � � � � � � � � 2F3 � �}�b�! ELF-PRO-FINElf Pro & Spin Electric FinS Replacement tailplane for the Elf Pro El, Spin El and Spin El electric gliders.
Z � F� � \� � � � � � � � � 2F3 x� g�G)� �}�b�" ALPHA-JOINER-0 Alpha Wing Joiner - 0 degree% Replacement/upgrade wing joiner rod for the Alpha 2 glider. The standard wing joiner (as supplied with the model) has a 2 degree bend. This one has a no bend, removing 2 degrees of dihedral to the model, making it a bit less stable, and probably easier to fly in turbulent or windy conditions. � � -� � <� � � � � � � � 2 � x� Aluminium c1�CL �}�b�# PLUS-X-WING-BLSTPlus X Wing Ballast Set� This 260g ballast set is specially made for the Plus X. It fits inside the Plus X Storm wing.
It consists of two alloy slugs each weighing 130g - one fits in each wing centre panel. � U� �
� � � � � � � � � 8� Aluminium c1�C � `}�`�( SHINTO-TAILCONEShinto Classic Tailcone? Replacement Shinto Classic tailcone / tail fairing / tail hatch Z � � P�
8� � � � � � � � < With servo covers and fairings �� Carbon fibre eB�� �c +=8 @�`�) PURITO-EPurito F5L Electric 2m� The {b,Purito Electric} is probably one of the best 2m build-it-yourself electric F5L RES model currently available. We now have the latest 2.0 version with many detail improvements.
The Purito is a direct descendant of the {i,Pures} and the {i,Slight} the Schweiger family concern have optimised the design as far as possible with current (2020) CNC technology. The main design change is to a lower aspect ratio wing to increase the Reynolds Number and give better overall performance and particularly nice handling. Despite the larger wing the weight has been kept the same, resulting in a lower wing loading and excellent performance in weak conditions.
The Purito flies like a homesick angel and despite its light weight the model has a surprisingly good speed range. As Greg wrote in the RCGroups thread "The big wing bestows a good launch, even when the wind is light; the airplane itself has little drag, so displays very good legs; handling is easy, allowing the pilot to concentrate on thermalling; and finally, the spoilers really make spot landings quite easy."
The amazing wing is the major improvement of this design. The main spar is a substantial carbon tube which gives the structure excellent rigidity. A multitude of ribs are threaded over this tube to give the airfoil shape. This is even better maintained over the critical front portion by utilising two sub-ribs between each full rib, almost eliminating covering sag, and reducing drag appreciably. Becuse the tubular spar is inset below the covering surface there isn't a discontinuity at the spar line which is great feature - this usually trips the boundary layer and causes extra drag.
The kit is beatifully made up with excellently CNC cut balsa and ply parts. The wing is built over/in a 3D jig which ensures all the ribs are perfectly placed and aligned. This can be seen in the clear photos in the {href, https://www.hyperflight.co.uk/getfile.asp?code=PURITO%2DE&code2=2, English build manual}. In addition to the manual, full size plans are povided for the tail surfaces. Also see the RCGroups {href, https://www.rcgroups.com/forums/showthread.php?3656529-PURITO%21-New-F3RES-Sailplane, Purito} thread for detailed build info. Also use Google Translate on this very useful {href,https://www.rc-network.de/threads/purito-vorstellung-eines-neuen-res-modelles.805545/, RC-Network.de Purito} thread. Before building please checkout this link to the {href, https://www.dropbox.com/sh/utokxbx096fcwzj/AAAo5qpWsQAh6LKHIhWTeIh_a?dl=0, latest manuals} and translations.
{table title="Purito Electric Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.0 m, 78 in
Wing area, 39.7 dm2, 615 sq in
Length, 119 cm, 46.9 in
Flying weight from, 478 g, 16.9 oz
Wing loading, 12.0 g/dm2, 3.9 oz/sq ft
Aspect ratio, 10.0,
Wing airfoil, AG35-38 modified
Dihedral (EDA), 12.0�,
Spinner Diameter, 30 mm,
Centre of Gravity, 75-80 mm from wing leading edge
Controls, "Rudder, elevator, spoilers, throttle"
{endtable}
{table title="Purito Electric Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Bare structure, 300 g, 10.6 oz
Covering, 50 g, 1.8 oz
Total structure, 350 g, 12.3 oz
Wiring, 6 g, 0.2 oz
Receiver, 6 g, 0.2 oz
Rudder servo, 5 g, 0.2 oz
Elevator servo, 5 g, 0.2 oz
Spoiler servos, 10 g, 0.4 oz
Motor, 39 g, 1.4 oz
Prop & spinner, 12 g, 0.4 oz
ESC, 5 g, 0.2 oz
Battery, 40 g, 1.4 oz
Flying weight, 478 g, 16.9 oz
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder & elevator servos, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Blue Bird BMS-A10H, CHA DS06, CHA LV06, CHA HV06, KST X06, Graupner DES 427, ES08
Spoiler servos (2), Blue Bird BMS-101DMG, Blue Bird BMS-101HV, KST X06H, CHA DS06, CHA LV06H, CHA HV06H, Graupner DES 427, ES08
Receiver, 4 or 5 channel receiver to match your transmitter
Battery, 2S 400-600mAh LiPo, 3S 400-600mAh LiPo
ESC, Hyperflight 28A BLHELI-32, Hyperflight 30A BLHELI-32, Hyperflight 40A BLHELI-32
{endtable}
{table title="Control Throws" class=1 cols=2 width=120,240 align=L,L}
Rudder, 20 mm each way
Elevator, 10 mm up & down
Spoilers, 80� - 90� up
{endtable}
{table title="Electric Powertrain Recommendations" class=1 cols=2 width=160,210 align=L,L autohref=1}
Hacker A10-7L 4.4:1, 3S 450mAh LiPo, 12x8, 13x8
DYS D2225-19, 2S 450mAh LiPo, 9x6, 10x5
DYS D2225-19, 3S 450mAh LiPo, 7x3.5, 7x4, 8x4
Dualsky XM2225EG-23, 3S 450 mAh LiPo: 7x4, 8x4, 8x5
Dualsky XM2230EG-16, 3S 450mAh LiPo, 9x5
Dualsky XM2230EG-9, 2S 450 mAh LiPo: 8x4, 8x5, 8x6
{endtable} ** All motors apart from the geared Hacker will need the internal width of the fuselage to be widened a little. This can be achieved by omitting parts R25, R26 and R27 and substituting 6mm (1/4") triangular balsa to fill out the corners. Also all motors apart from the geared Hacker will need a little force applied between the fuselage sides (to widen them) when installing the motor. If you are not confident please select the Hacker A10-7L option.
{video, 6sE7OLNan8s}
� � � � � � � � � � � � � � 4, EiS -$L ��b�5 CN9X7CN 9x7 Folding prop blades� A pair of {b,CN Models 9x7} prop blades suitable F5L and F5J electric gliders. These blades have a flatter high aspect ratio shape and should fold closer to the fuselage, reducing glide drag.
{blade, CN, 9, 7, 5.2, TBA}
� � � � 7� � � � � � � � 2`; ,"L @�`�* MICROMAXMicroMax Pocket F3F 1.15mf The {b,MicroMax Pocket F3F} is a great new fast slope soarer capable of extreme fun flying. The concept was inspired by Henning Plemo Schmidt, and with aero design by Christophe Bourdon. Structural design and implementation is by Anton Ovcharenko so this model is of the highest pedigree. Its inspiration was the lack of high performance small gliders optimised for fast slope flying.
Although discus launched gliders can be fun on the slope on a low wind day they are too stable and too light to be optimal, especially when the wind gets up. Anton makes the very high performance Strike range of 1m DLGs, and was the first manufacturer to make a full house 1m DLG with performance to challenge 1.5m ships. Christophe's job was to marry Anton's highly regarded DLG technology with the performance requirements of a great slope soarer - high L/D at speed, well damped and linear control response even at extreme DS speeds, while retaining nice handling and low min sink to allow scratching when the lift dies.
The {b,MicroMax} is ultra-new so there isn't much real-world feedback yet, but by all accounts Henning, Christophe and Anton have pulled off the impossible and made a small model that achieves this and flies like a much larger thoroughbred slope racer. MICRO size with MAXimum performance and fun.
The {b,MicroMax} has flying surfaces beautifully made from spread carbon with a solid Rohacel core, to ensure its excellent surface finish doesn�t degrade with time. The fuselage is carbon fibre with a 2.4Ghz transparent glass nose section, to allow the receiver aerials to be kept internal. The fuse is tiny but has been designed to accept a custom ballast system, allowing the model's weight to be doubled. This very wide weight range allows the model to be used in most flying conditions, from light airs to strong conditions. For good DS performance we recommend the model is ballasted to at least 400g, preferably 500g to allow it to punch through the rotor turbulence. The wing is easily strong enough to cope with DS speeds at this weight.
Please read this great {href, https://medium.com/rc-soaring-digest/micromax-the-pocket-f3f-3e4285be41ef, RCSD MicroMax Review} and this {href, https://www.rcgroups.com/forums/showthread.php?3951317-MicroMax-from-Hyperflight-build-assembly-flight, RCGroups build log} for a lot more info.
Due to dealership terms we cannot supply this model to customers in Germany, Austria or Switzerland.
{table title="MicroMax Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.15 m, 45 in
Wing area, 13.5 dm2, 209 sq in
Length, 74 cm, 29.1 in
Flying weight from, 245 g, 8.6 oz
Ballasted weight, 500 g, 17.6 oz
Wing loading, 18-37 g/dm, 5.9-12 oz/sq ft
Aspect ratio, 9.8,
Wing airfoil, C Bourdon custom
Dihedral angle, 3.0�,
V tail angle, 110�,
Centre of Gravity, 61-66 mm from wing leading edge
Controls, "Rudder, elevator, ailerons"
{endtable}
{table title="MicroMax Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 40 g, 1.4 oz
Wings, 105 g, 3.7 oz
Fin, 6 g, 0.2 oz
Tailplane, 6 g, 0.2 oz
Accessories, 5 g, 0.2 oz
Total structure, 162 g, 5.7 oz
Wiring, 10 g, 0.4 oz
Receiver, 6 g, 0.2 oz
Tail servos, 16 g, 0.6 oz
Wing servos, 16 g, 0.6 oz
Battery, 30 g, 1.1 oz
Noseweight, 5 g, 0.2 oz
Flying weight, 245 g, 8.6 oz
{endtable}
{table title="Recommended R/C-nano gear only" class=1 cols=2 width=110,240 align=L,L autohref=2}
V tail servos, CHA LV06, KST X06, KST A06, KST X08, KST A08, MKS DS65K, MKS DS75K, MKS HV75K
Aileron servos, CHA LV06H, KST X06N, KST A06N, KST X08N, KST A08N, MKS DS65K, MKS DS75K-N, MKS HV75K-R
Receiver, Small 4-5 chanel rx to suit your tx
Battery, 1S 400-600mAh LiPo, Radient 1S 500 mAh LiPo (Short)
{endtable}
{video,vs8LnId_GTk}
{video,JKxtHiRQzu0}
{video, CBSCYNteIj0}
{video, xTeOZ065fcA}
{video, ynGxkVOIkkQ}
{video, 43UFsguuMGY}
s � ! � � E � � � � � � � � � 3r MicroMax Pocket components:
One fuselage with pushrods
One wing piece
One bag of accessori6 �}�b�, LIPO240#HyperFlight 1S 240 mAh LiPo Battery� A single cell loose 240 mAh LiPo battery suitable for repairing SmartLiPo 240 and other homebuilder projects.
Size 20 mm x 32 mm x 4 mm
Weight 5.2 g
{LiPost}
( � � � � � � � � � � � 2 !� d��z
� �}�b�- KIWI Kiwi F3-RES Glider/Electric 2md
The {b,Kiwi F3-RES} is a high-performance model for in RES 2m class competitions and sport flying. It has full wood construction, without carbon and other complex technology making it easy and quick to build. It is made from made from ecological materials and looks beautiful in the air! It has very good and easy circling and handling, and high starting heights. The Kiwi F3-RES uses two spoilers to reduce turbulence on the tail surfaces and retaining good elevator control for precise landings. The Kiwi has a short nose for to reduce inertia, a big wing area and low wing loading for great performance in the light thermal conditions.
The kit is supplied with a motor firewall and can be built as a pure glider or an electric glider.
The model is supplied as very nicely laser cut kit of balsa and ply parts with these additions:
Steel and wood ballast sets and box for ballast, allow 125g of ballast to be added.
Plastic spoiler servo frame for Emax ES 9051
Plastic adjustable hook
Bowden control cables
All others small accessories.
A full scale full plan is included and a richly illustrated English construction manual can be downloaded from {href,\extras\Kiwi_Manual_EN.pdf,here}. The Kiwi can apparently be built down to 380 g, but normal flying weights are in the 400 g - 450 g range. See the {href, https://www.rcgroups.com/forums/showthread.php?3786679,RCGroups build log} for lots more info.
{table title="Kiwi F3-RES Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.0 m, 79 in
Wing area, 41.5 dm2, 643 sq in
Length, 118 cm, 46.5 in
Flying weight from, 400 g, 14.1 oz
Wing loading, 9.6 g/dm2, 3.2 oz/sq ft
Aspect ratio, 9.6,
Wing airfoil, HP-RES 36-38
Dihedral (EDA), 12.0�,
Spinner Diameter, 30 mm,
Centre of Gravity,78-85 mm from wing leading edge
Controls, "Rudder, elevator, spoilers"
{endtable}
{table title="Kiwi F3-RES Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Bare structure, 284 g, 10.0 oz
Covering, 50 g, 1.8 oz
Total structure, 334 g, 11.8 oz
Receiver, 6 g, 0.2 oz
Rudder servo, 5 g, 0.2 oz
Elevator servo, 5 g, 0.2 oz
Spoiler servos, 10 g, 0.4 oz
Battery, 40 g, 1.4 oz
Flying weight from, 400 g, 14.1 oz
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder & elevator servos, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Blue Bird BMS-A10H, KST X06, Graupner DES 427, ES08
Spoiler servos (2), Emax ES 9051, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, KST X06
Receiver, 4 or 5 channel receiver to match your transmitter
Battery, Radient 1S 700 mAh LiPo, Dream-Flight 300 mAh 4.8V NiMH, HyperFlight 650 mAh 4.8V NiMH, Dream-Flight 700 mAh 4.8V NiMH, 1S 2600 mAh (18650) Li-Ion, 2S 300-600mAh LiPo
{endtable}
{table title="Control Throws" class=1 cols=2 width=120,240 align=L,L}
Rudder, 20 mm each way
Elevator, 15 mm up & down
Spoilers, 80� up
Tow hook position, 77-83 mm from LE (1 mm in front of CG)
{endtable}
{table title="Electric Powertrain Recommendations" class=1 cols=2 width=160,210 align=L,L autohref=1}
Hacker A10-7L geared 4.4:1, 3S 450mAh LiPo, 13x8 folding prop
DYS 2225 Kv 1600, 3S 400mAh, 7x4 folding prop
ADH300L / MM1914-1100 Front Mount, 3S 450mAh LiPo, 9x5 folding prop
ADH300L / MM1914-1100 Front Mount, 2S 450mAh LiPo, 11x6 folding prop
Snipe 2e Powerset 33g, 2S 450mAh LiPo, 6x3 or 6x4 folding prop
{endtable}
� � �(� � } � � � � � � � � � � q� c1�C � �}�b�. X06-FRAME Ply Frame for KST X06 (pair)3 These HyperFlight CNC cut ply servo frames make fitting a {p,KST-X06} servo or a similarly sized servo to a molded wing very easy. No thickness is added to the installation, and the servo is mounted securely, yet can be removed easily if required.
Two servo frames supplied in the pack.
{ServoFrame} � � 2� � 2� � � � � � � � ' (� dd�v? `}�`�/ ARRLIPBAT061S 380 mAh LiPo Batteryj Small 1S 380 mAh LiPo battery suitable for discus launched gliders, or other very lightweight models. Comes with a proprierary plug that can be cut down to fit Mini JST (also called BEC) sockets, or to be plugged directly into a receiver.
{table title="1S 380 mAh LiPo Battery Specification" class=1 cols=2 width=100,220 align=L,L}
Chemistry, Lithium Polymer
Number of cells, 1
Voltage, 3.7V nominal
Capacity, 380 mAh
Weight, 11.7 g
Discharge rating, 25 C
Length, 40 mm
Width, 19 mm
Thickness, 8 mm
Power lead length, 3.5 cm
Power plug, Compatible with mini JST (BEC) plug
{endtable}
{LiPost}
�( � � � W� � � � � � � � d L Originally called Ytong 1S 380 mAh LiPo Battery and supply by Nicolas Gorban (� dt�� 0 �}�b�1 AURI-BAGSAuri Wing and Tail Bags� Wing and tail bags to protect the Auri DLG's flying surfaces.
Includes bags for the wings, the tailplane and the fin.
Made from aluminiumised foam with welded seams. � � !<� � � � � � � � � � , ,� c1�CW +>� �}�b�2 PNC-VM-251Electric DLG CNC Motor Mount for VM 25mm Spinnersi The {b,PNC Innovations 25 mm Electric DLG Motor Mount for VM 25mm Spinners} is a beautifully CNC machined motor mount for securely attaching 1805 and 1806 sized drone outrunner motors to discus launched glider and F5K fuselages.
The mount is recessed to allow the outrunner motor to be fitted within the firewall, and the front aligns closely with VM 25mm spinners. It can be used with CN 25mm spinners also but in that case there is a 2.5mm gap between the rear of the spinner and the mount.
The mount has 4 M2 holes on a 12 mm diameter circle plus 2 on a 16 mm diameter.
{table title="Electric DLG CNC Motor Mount for VM Spinners" class=abc cols=2 align=l separator==}
Fuselage outside diameter = 25.0 mm
Fuselage internal diameter = 24.5 mm
Mount Internal diameter = 23.9 mm
Depth from front to front of rear face = 11.5 mm
Predrilled holes A = 4 holes on a 12 mm circle
Predrilled holes B = 2 holes on a 16 mm circle
Motor mounting hole diameter = 2 mm
Weight = 1.5 g
{endtable} These mounts are:
{bullet}
Easy )# ��b�4 VMF5K-POWERSET1F5K Pro Powerset with ESC and 6x4 Carbon Prop 34g� The VM F5K power set consists of a pair of VM 6x4 carbon folding prop blades in a VM 25 mm spinner ready mounted onto a 1806 2280 RPM/V racing outrunner. To this a KS 30A speed control running BLHeli32 firmware has been expertly soldered. The battery plug on the ESC is an XT30 but this can be replaced if necessary. The speed control has a 5V 2A BEC circuit to allow normal 5V servos to be used. The BLHeli32 settings on the one we checked were as in the last photo.
The total weight of this power set is 33.7 g (1.2 oz). It is highly recommended for use on many F5K electric DLGs.
We suggest that a 2S LiPo battery with a capacity between 300 mAh and 600 mAh is used. Hower a 3S 300mAh LiPo can be used but this is pushing things very far and risks overheating the motor, so short runs must be used. We do not guarantee the powerset on this voltage.
{b,The supplied M2 motor mounting bolts are too long and can protrude into the motor and damage the windings when using a thin firewall. Either shorten the bolts or use washers to avoid this.}
DO NOT CONDUCT STATIC POWER TESTS FOR OVER 5 SECONDS. YOU ARE LIKELY TO OVERHEAT IT IF YOU DO.
! � � � � N� � � � � � � � S 2A3 �� js � � �}�b�6 CARBON-ROD-06MM0.6mm Carbon RodZ This 0.6mm carbon rod is perfect for making replacement Elf pushrods.
{crodb, 0.6, 0.5}
� � � � � � � � � � � 4� c1�C�[ +�$ @�`�8
MINI-DART2Mini Dart 2 1m DLG� The {b,Mini Dart 2} is a lovely, very competitively priced all molded 1m DLG. The quality of the construction, attention to detail and surface finish are all very good, and the flying performance is excellent.
The wing and tail are all molded from glass or spread carbon in an epoxy matrix over a solid XPS foam core. The glass layup version is more than adequate for all users but the carbon layup version is a little stronger, more rigid, and lighter, justifying the 45% higher price.
The 2.4GHz-friendly fuselage (also made from carbon or glass, to match the wing) is a one piece design with a very good sized nose and a slip-on nosecone. Removing this reveals a very large space (approx 120 x 30 x 22mm) for installing the RC, which makes for a very easy installation - probably the easiest of any DLG we sell. The front portion of the fuselage and nosecone are made of glass (in both versions) so are 2.4GHz friendly. The rear of the fuselage sports a carbon pylon for mounting the tailplane, and the rear of the boom is ready-slotted to take the fin. Both the tail surfaces are lightweight fully molded items, either carbon or glass, to match the wing. The carbon fuselage and tails are all back, and the glass ones are all white.
The beautifully molded wing has quite a wide chord, giving a low wing loading and benign handling. The wing has large ailerons and a high gloss finish, as good as on models double the price.
The very complete accessory pack includes aileron pushrods, all control horns, a glass servo mounting tray, a contoured carbon fibre throwing blade, and torque springs and pull cables for actuating the tail surfaces. The servo tray now has 20mm x 15mm cut outs making it most suitable for Bluebird BMS-101DMG or Bluebird BMS-101HV servos. An optional mount designed for KST X06 servos is availale separately. A well illustrated build manual is available � see the link below the {i, More Details} heading.
Please note the models we stock are all for right handed launchers. As the fuselage is shaped for the cambered fin and the left wing is reinforced they cannot easily be modified for lefties. Please contact HyperFlight if you woud llike to special order a left handed Mini Dart 2.
Also see this {href, https://www.rcgroups.com/forums/showthread.php?3884773, RCGroups Mini Dart thread} for more info.
Now available very nicely made {pref, MD2-BAGS, custom wing and tail bags} to keep the model in perfect condition - highly recommended.
{table title="Mini Dart 2 Carbon layup Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.0 m, 39 in
Wing area, 11.6 dm2, 180 sq in
Length, 72 cm, 28.2 in
Flying weight from, 125 g, 4.4 oz
Wing loading, 10.8 g/dm, 3.5 oz/sq ft
Aspect ratio, 8.6,
Wing airfoil, "AG45, AG455, AG46, AG47"
Dihedral angle, 6.0�,
Centre of Gravity, 58-62 mm from wing leading edge
Controls, "Ailerons, elevator, rudder"
{endtable}
{table title="Recommended R/C-nano gear only" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator & rudder servos, CHA DS06, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, KST X06, KST A06
Aileron servos (2), CHA DS06, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, KST X06, KST A06
Receiver, Spektrum AR410, FrSky GR6, Jeti R4L, Futaba R3004SB, FrSky X4R, Orange DSM2 compatible, Multiplex Mlink RX-6-DR Light case removed
Battery, Bonka LiPo 1S 450mAh, HyperFlight 150 mAh 4.8V NiMH, Bonka LiPo 2S 300mAh
{endtable}
{table title="Mini Dart 2 Control Throws" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder, 11 mm each way
Elevator, 8 mm up / 8 mm down
Ailerons, 11 mm up / 8 mm down
Camber Settings
Launch, 1 mm up
Speed, 0.5 mm up
Cruise, 0 mm
Thermal 1, 2 mm down
Max thermal, 6 mm down, elevator 1 mm down
Landing, 45 mm down,elevator 5 mm down
{endtable}
{table title="Mini Dart 2 Carbon Layup Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage (carbon), 22.7 g, 0.8 oz
Wing (carbon), 54.0 g, 1.9 oz
Fin, 2.5 g, 0.1 oz
Tailplane, 3.3 g, 0.1 oz
Accessories, 7.5 g, 0.3 oz
Total structure, 90.0 g, 3.2 oz
Glue mounts etc, 2.0 g, 0.1 oz
Receiver, 5.0 g, 0.2 oz
Tail servos, 9.0 g, 0.3 oz
Wing servos, 9.0 g, 0.3 oz
Battery, 10.0 g, 0.4 oz
Flying weight, 125.0 g, 4.4 oz
{endtable}
{table title="Mini Dart 2 Glass Layup Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage (glass), 32.6 g, 1.1 oz
Wing (glass), 59.0 g, 2.1 oz
Fin, 2.6 g, 0.1 oz
Tailplane, 3.3 g, 0.1 oz
Accessories, 7.5 g, 0.3 oz
Total structure, 105.0 g, 3.7 oz
Glue mounts etc, 2.0 g, 0.1 oz
Receiver, 5.0 g, 0.2 oz
Tail servos, 9.0 g, 0.3 oz
Wing servos, 9.0 g, 0.3 oz
Battery, 10.0 g, 0.4 oz
Flying weight, 140.0 g, 4.9 oz
{endtable}
Note colours may not match the photos exactly.
{video, YlQR4mCH09c?si=0kUyLIEka2-MZDYC}
f � � � � � � � � � � � � 1 +Crvos, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, � +� `�`�9 KITE
Kite 1.5m DLG The {b,Kite} is a beautifully made 1.5m DLG from Ukraine. This version has a 2 piece wing and all the servos in the pod.
Recommended servos:
Ailerons - 2 * X08N
Tail surfaces - 2 * X06N
More info {href, https://www.rcgroups.com/forums/showthread.php?3936635-Kite-DLG-ArmSoarUSA-com,here}.
Kite assembly guide {href, https://cdn.shopify.com/s/files/1/0747/4541/3929/files/E-Kite_2P_assembling.pdf?v=1683817555 ,here}
{video,AGuMUS8oH1s}
{video,JOFdGtuToWI}
{video,wpiloO37AhA}
{video,XAFkUbcftXM} � � � � � � � � � � � � � � � 3� Kite DLG components: (7)
One fuse
One fin
One tailplane
One'
@�`�: E-KITEE-Kite F5K 1.5m8
The {b,E-Kite} is a very attractive 1.5m all molded F5K electric glider from Ukraine. Like the Kite DLG the electric version uses the well regarded Zone V2 wing and tail design, ensuring excellent mid and high speed performance and the good soaring characteristics of the discus launched glider. The E-Kite has a specially designed electric fuselage that gives generous space and easy access to the powertrain and RC, with two hatches - in addition to the canopy hatch a second hatch under the wing gives access to the servos. The fuselage is supplied with a recessed firewall glued in place. The firewall is drilled with holes at 12mm and 16mm, allowing making it perfect for the HyperFlight 1806 motor. The tail is very nicely designed, with only a single screw needed to secure the removable fin and tailplane.
The models we have in stock now are all two-piece wing which make them very easy to store and transport, and all four servos mounted in the fuselage - no wing mounted servos as shown in some of the now outdated photos.
The spread carbon over Rohacell wing is very nicely made, with a high gloss finish and attractive colour schemes. A very good detail is that the aileron servos are mounted in the wing, giving extra space in the fuselage and simplifying the aileron linkage. Low drag servo covers perfectly cover the servo openings.
The E-Kite is supplied with a complete accessory pack including 3D printed servo tray (designed for KST X08H servos), control horns, pull-cable, torque springs, pushrods and wing mounting screws. A good build manual can be downloaded from {href, https://www.hyperflight.co.uk/getfile.asp?code=E-KITE&code2=1, here}.
{table title="E-Kite F5K Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.5 m, 59 in
Wing area, 20.0 dm2, 310 sq in
Length, 95 cm, 37.4 in
Flying weight from, 258 g, 9.1 oz
Wing loading, 12.9 g/dm, 4.2 oz/sq ft
Aspect ratio, 11.1,
Wing airfoil, Zone V2,
Dihedral, 6.0�,
Spinner Diameter, 25 mm,
Centre of Gravity, 70-76 mm from wing leading edge
Controls, "Rudder, elevator, ailerons, throttle"
{endtable}
{table title="Recommended R/C" class=1 cols=2 width=110,240 align=L,L autohref=2}
All servos, KST X08H, KST A08H, KST X06H, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Blue Bird BMS-A10H, CHA DS06, MKS DS65K, MKS DS75K
Receiver, 5 channel rx to suit your transmitter, eg Spectrum AR6610T, Orange DSM2 compatible, Jeti Duplex R5, Multiplex Mlink RX-6 Light & RX-5 Light
{endtable}
{table title="Recommended Powertrain" class=1 cols=2 width=80,210 align=L,L autohref=2}
Motor, HyperFlight 1806 2450 RPM/V, Clone 1806 2500Kv
Spinner, CN Models 25mm Spinner for M5 shafts
2S Prop blades, CN 7x4 Folding prop blades
3S Prop blades, CN 6x4 Folding prop blades
ESC, Dualsky SUMMIT 30 SLIM 6V SBEC ESC
Battery, 2S - 3S 300mAh - 600 mAh LiPo
{endtable}
{table title="E-Kite F5K Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 34 g, 1.2 oz
Wings, 104 g, 3.7 oz
Fin, 8 g, 0.3 oz
Tailplane, 6 g, 0.2 oz
Accessories, 8 g, 0.3 oz
Total structure, 160 g, 5.6 oz
Wiring & glue, 5 g, 0.2 oz
Receiver, 5 g, 0.2 oz
Rudder & elevator servos, 13 g, 0.5 oz
Aileron servos, 13 g, 0.5 oz
ESC, 5 g, 0.2 oz
Motor, 21 g, 0.7 oz
Prop & spinner, 6 g, 0.2 oz
Battery, 30 g, 1.1 oz
Flying weight, 258 g, 9.1 oz
{endtable}
� � N � � � � � � � � � � � � 3s E-Kite components:
One fuse
One fin
One tailplane
One bag of accessories
Two wing pieces
Two white tubes
� d� jr�� " m, 78.7"
Width, 60 cm, 23.6"
Thickness, 45 um, 0.001"
Weight, 102 g/m2, 0.34 oz/ft2
Shrinkage @ 150�C , 5% in both directions
Melting point, 250 �C
Packaging, Supplied rolled
Supplier ref, ORA21-031-002
{endtable}
Please download these PDF files for more useful info:
{href,\extras\Oracover-Covering-Weights.pdf, Oracover Covering Weights PDF}
{href,\extras\Oracover-Product-Information_2010_engl.pdf, Oracover Product Info PDF} � � &_� � $� � � � � � � � � 3B1
�� j>� �� j>� �� j "L
# �� jr�f a ��b�; CN12X6CN 12x6 Folding prop blades� A pair of {b,CN Models 12x6} prop blades suitable F5J electric gliders. These blades have a flatter high aspect ratio shape and should fold closer to the fuselage, reducing glide drag.
{blade, CN, 12, 6, 5.8, TBA}
� � 2� � 2� � � � � � � �
2A6� X� jr! � �}�b�< MUSIC-WIRE-2MM2.0mm Music Wire (91 cm) {musicwire,2.0,0.91,} J � ?� � M� � � � � � � � 2 >� c1�C WK .X @�`�= XPOWER-F23072XPower F2307/14 F5K 3650 RPM/V 27g Cased Outrunner� The {b, XPower F2307/14} is an excellent high performance cased outrunner for electrified DLGs (F5K) and other small gliders up to about 2m wingspan. The 23mm diameter outer can does not rotate and the wires extend from the rear so it is perfect for installing in narrow glider noses.
Not recommended for 3S LiPo batteries.
{table title="XPower F2307/14 Specifications" class=1 cols=2 width=40,150 align=L,L,L separator=: autohref=2}
KV: 3650 RPM/V
Max current: 18A (for 30s)
Manufacturer's Rm: 49.3 mR
Measured Rm: 44.5 mR
Dimensions: �23.6x27.6 mm
Shaft diameter: 3.17 mm
Weight: 26.8g
Max number of cells: 2 LiPo
Recommended props: 6x3, 6x4, or 7x4 if Tx thottle throw limited to 75%
{endtable}
{b,Power Measurement}
Prop: XPower Folding Prop 6x3.5" + Precision Spinner OD25mm
Controller: XPower Xreg20 V5
Battery pack: Hot-Lips 450mAh 2S1P
RPM: 16500
Current drain: 18A
Static thrust: 0.43kg � D � � .<� � � � � � � � / 2D4
0.287v
169hz� F��� +!x ��b�> XPOWER-F2919-104XPower F2919/10 Light 1480 RPM/V 83g Cased Outrunner9 The {b, F2919/10 Light} is an excellent high performance cased outrunner for light 3m - 4m electric gliders, especially F5J competition ships up to 1800g weight. The 28mm diameter outer can does not rotate and the wires extend from the rear so it is perfect for installing in narrow glider noses, and the 5mm motor shaft stands up to dorked landings.
Eliminating the gearbox simplifies the powertrain and reduces the risk of failure. It also results in requiring a smaller (less efficient) propeller. In the past that was a disadvantage as powertrain efficiency was essential for good performance. However with the current state of technology excellent performance can be achieved even with small props, and they do offer several advantages, namely:
{bullet} Less stuff hanging out in the wind and less glide drag, so overall better glide performance, especially at speed.
Usually a higher pitch speed is obtained, allowing very fast transitions to a low level thermal a long way away (if you are one of those god-pilots who know there the lift is).
Smaller propellers reduce the effects of torque, making the initial climb out easier.
{endbullet}
{table title="XPower F2919/10 Light Specifications" class=1 cols=2 width=40,150 align=L,L,L separator=: autohref=2}
KV: 1480 RPM/V
Max current: 38A for 30s
Power: 400W
Manufacturer's Rm: 30 mOhm
Measured Rm: 35.6 mOhm
Dimensions: �28.1x42.7 mm
Mounting: 2 M3 on 16 mm & 2 on 19 mm diameter
Shaft diameter: 5.0 mm
Weight: 83 g
Number of poles: 12
Recommended number of cells: 3 LiPo
Recommended props: 10x5-11x6"
{endtable}
{b,Measurements}
Prop: Aeronaut CAM carbon 10x6" + 32mm spinner
Controller: XPower Xreg40 V5
Battery pack: Hot-LiPS VHD 1300 3S1P
RPM: 11900
Current drain: 34A
Static thrust: 1.5kg
Prop: carbon 10x6" + 32mm spinner
Controller: XPower Xreg40 V5
Battery pack: Hot-LiPS VHD 1300 3S1P
RPM: 12000
Current drain: 32A
Static thrust: 1.4kg
Prop: carbon 11x6" + 32mm spinner
Controller: XPower Xreg40 V5
Battery pack: Hot-LiPS VHD 1300 3S1P
RPM: 11000
Current drain: 37A
Static thrust: 1.7kg
Q � S � � 8<� � � � � � � � k 2D3� �� � � -�8 ��b�? XPOWER-F2925-84XPower F2925/8 Windy 1380 RPM/V 102g Cased Outrunner. The {b, F2925/8 Windy} is an excellent high performance cased outrunner for 3m - 4m electric gliders, especially F5J competition ships ballasted up to 2300g weight. The 28mm diameter outer can does not rotate and the wires extend from the rear so it is perfect for installing in narrow glider noses, and the 5mm motor shaft stands up to dorked landings.
Eliminating the gearbox simplifies the powertrain and reduces the risk of failure. It also results in requiring a smaller (less efficient) propeller. In the past that was a disadvantage as powertrain efficiency was essential for good performance. However with the current state of technology excellent performance can be achieved even with small props, and they do offer several advantages, namely:
{bullet} Less stuff hanging out in the wind and less glide drag, so overall better glide performance, especially at speed.
Usually a higher pitch speed is obtained, allowing very fast transitions to a low level thermal a long way away (if you are one of those god-pilots who know there the lift is).
Smaller propellers reduce the effects of torque, making the initial climb out easier.
{endbullet}
{table title="XPower F2925/8 Windy Specifications" class=1 cols=2 width=40,150 align=L,L,L separator=: autohref=2}
KV: 1380 RPM/V
Max current: 60A for 30s
Power: 700W
Internal resistance: 27 mOhm
Dimensions: �28.1x48.7 mm
Mounting: 2 M3 on 16 mm & 2 on 19 mm diameter
Shaft diameter: 5.0 mm
Weight: 102 g
Number of poles: 12
Recommended number of cells: 3 - 4 LiPo
Recommended props: 11x5-11x7 on 3S, 10x5 on 4S
{endtable}
{b, Recent Measurements}
3S LiPo, hub with 38mm pin spacing:
61A with 11/6" Aeronaut fold.prop
49A with 10/6" Aeronaut fold.prop
57A 11/6 Graupner fold.prop
{b,Older meansurents}
Prop: XPower Carbon Folding Prop 11x8"+ 32mm spinner
Controller: YGE 65LVT
Battery pack: Hot Lips VHD 850 4S1P
RPM: 12000
Current drain: 56A
Static thrust: 2.5kg
Prop: GM DD Carbon Folding Prop 11x6"+ GM 32mm carbon spinner
Controller: YGE 65LVT
Battery pack: Hot Lips VHD 850 4S1P
RPM: 11700
Current drain: 56A
Static thrust: 2.3kg
Prop: XPower Carbon Folding Prop 12x8"+ GM 32mm carbon spinner
Controller: YGE 65LVT
Battery pack: Hot Lips VHD 850 3S1P
RPM: 9100
Current drain: 48A
Static thrust: 1.95kg
Recommended controller: YGE 65LVT
f � X � � ;]� � � � � � � � � ��2C0� �� � ��b�@
F3-RES-BOBBIN$High Start & Tow Line Bobbin / Spool? A kit for a plywood bobbin / spool for storage and quick deployment of glider high starts and tow lines. This quick to build bobbin includes bearings and CNC cut ply parts.
25 cm (9.7") diameter bobbin will take 30m of high start and 150m of line.
High start, line and stake not included.
{video,QGPNZt7bAiY} � � #� � � � � � � � � � � 2G7� K� Plywood, plastic, steel i�� dW -�� ��b�A GM11X8GM 11x8 Folding prop blades� A pair of very high quality {b,GM 11 x 8 folding prop blades}, suitable for HyperFlight's and other makes of folding prop yokes and spinners. The photos show the similar GM 13 x 8 blades but this product has 11" (28 cm) diameter by 8" (20 cm) pitch blades.
These blades are thinner (they have a higher aspect ratio) than normal folding propeller blades, allowing larger diameter blades to be fitted without pulling too much current. This increases the propulsive efficiency of the powertrain. They are also engineered to fold closer to the fuselage, and cause less drag when folded than other props. See photos 3 and 4 for a visual comparison of GM, RF and Aeronaut props, kindly produced by Andre Jeber Demetrio.
Note this product consists of two carbon propeller blades only. The central spinner/yoke assembly is not included. Also it is common for prop blades to not fit all spinner/yokes perfectly as supplied. It is often necessary to reduce the width the blade root slightly to ensure free folding movement. Also the cut out in the spinner cone often needs to be increased to allow the blades to fully extend. The root of the blade should not touch the spinner cone when the prop is fully opened.
{blade, GM, 11, 8, 9.8,2000}
T � � � � � � � � � � �
2B6O ! /{� ��b�B
PURITO-E-FUSE&Purito Electric Fuselage, Fin and Tail� Electric fuselage kit for the Purito. Includes the electric pod, the tailboom, the tailplane mount, tailplane and the fin. Does not include the wing. This is the latest 2.0 version with many detail improvements. It is compatible with both the original and the V2.0 models.
From a forum post by the manufacturer:
<i>We also designed an electric fuselage for our Purito, which is called the Purito-E. It was important to us that both the wing and the tail unit of the glider version could be used for our new electric fuse.
The electric fuse is a new design, which has been widened for the required components and adjusted in length. This means that the fuse pod is 10g lighter than the glider pod (weight of the electric fuse pod 35g). This electric fuse is designed for a Hacker A10 motor with small Maxon gearbox, but other motors of the same type can also be used. We will test the following components in the next few days: Vladimir�s Model VM PRO Spinner 30/3 set and as propellers the VM PRO Prop 11/7, 12/8, and 13/9. Planned take-off weight Purito-E: 450g.</i>
{table title="Electric Powertrain Recommendations" class=1 cols=2 width=160,210 align=L,L autohref=1}
Hacker A10-7L 4.4:1, 3S 450mAh LiPo, 12x8, 13x8
DYS D2225-19, 2S 450mAh LiPo, 9x6, 10x5
DYS D2225-19, 3S 450mAh LiPo, 7x3.5, 7x4, 8x4
Dualsky XM2225EG-23, 3S 450 mAh LiPo: 7x4, 8x4, 8x5
Dualsky XM2230EG-16, 3S 450mAh LiPo, 9x5
Dualsky XM2230EG-9, 2S 450 mAh LiPo: 8x4, 8x5, 8x6
{endtable} ** All motors apart from the geared Hacker will need the internal width of the fuselage to be widened a little. This can be achieved by omitting parts R25, R26 and R27 and substituting 6mm (1/4") triangular balsa to fill out the corners. Also all motors apart from the geared Hacker will need a little force applied between the fuselage sides (to widen them) when installing the motor. If you are not confident please select the Hacker A10-7L option � � i � � C � � � � � � � � � 4� � �}�b�C HOTSHOTHot Shot 3 F5K 1.5m= {b, HotShot 3 now available}
The {b, Hot Shot 2} is a well regarded glass and carbon electric 1.5m DLG with a flying weight of about 370g. The Hot shot is very tough and easy to fly, making it a great F5K trainer. The model uses solid molded DLG construction methods, and a modern Drela airfoil, which keeps it light and gives it excellent performance.
The Hotshot 2 is based on the Longshot DLG with excellent aerodynamics and a nice molded glass / foam / glass wing, with lots of carbon in the right places. The Hotshot�s fuselage is a glass molding with a lightweight rolled carbon tailboom. The R/C is accessed though a handy canopy hatch, and the wings are bolted onto the low pod, keeping the frontal area to a minimum. The pod is supplied with the nosecone in place, and a 32mm firewall is supplied. However a smaller recessed firewall could alternatively be fitted allowing one of our modern lightweight 25mm F5K powertrains to be used. Thus the modeller has total flexibility about motor choices. The tail and fin are lightweight balsa surfaces that will need a little shaping and covering in film. The tailplane is conveniently removable for easy transportation. It is mounted on a prefabricated pylon that is glued to the boom. The Hotshot�s very smooth low drag wing is supplied in two pieces and is easily joined using the supplied carbon reinforcements, and is painted with flashes of colour on the tips. All the linkages are provided, only glue, powertrain and the RC gear needs to be supplied by the builder.
The easy build, benevolent flying characteristics, and tough construction all make the Hotshot an excellent introduction to F5J type electric gliders. See some build photos of the very similar Longshot DLG {href,http://www.horejsi.cz/PhotoGallery/0724_LS3/LS3_sequence_EN.htm,<b>here</b>}.
{table title="Hot Shot 2 Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.5 m, 59 in
Wing area, 22.0 dm2, 341 sq in
Length, 113 cm, 44.5 in
Flying weight from, 370 g, 13.1 oz
Wing loading, 16.8 g/dm, 5.5 oz/sq ft
Aspect ratio, 10.1,
Wing airfoil, AG series,
Dihedral angle, 6.0�,
Spinner Diameter, 25-32 mm,
Centre of Gravity, 78-80 mm from wing leading edge
Controls, "Rudder, elevator, ailerons, throttle"
{endtable}
{table title="Recommended R/C" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator & rudder servos, KST X06, KST X08, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Blue Bird BMS-A10H, MKS DS65K, MKS DS75K
Aileron servos, KST X06, KST X08, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Blue Bird BMS-A10H, MKS DS65K, MKS DS75K
Receiver, 5 channel rx to suit your transmitter, eg Spectrum AR6610T, Orange DSM2 compatible, Jeti Duplex R5, Multiplex Mlink RX-6 Light & RX-5 Light
Battery, 2S 300 - 450 mAh LiPo
{endtable}
{table title="Electric Powertrain Recommendations" class=1 cols=2 width=140,220 align=L,L autohref=1}
ADH C20 / MM1908-2050 2050 RPM/V 26g Front Mount, 2S 450mAh LiPo, 6x4, 6.5x4, 7x4 folding prop
DYS D2225-19, 3S 450mAh LiPo, 7x5, 8x4 folding prop
HyperFlight 1806, 2S 450mAh LiPo, 6x3, 6x4 folding prop
XPower F2307/14, 2S 450mAh LiPo, 6x4 folding prop
Dualsky XM2221EG-38, 2S 450mAh LiPo, 8x5 folding prop
Dualsky XM2225EG-23, 2S 450mAh LiPo, 9x5 folding prop
Dualsky XM2527EG-23, 2S 450mAh LiPo, 9x5 folding prop
{endtable}
{table title="Electronc Speed Controls (ESC) Recommendations" class=1 cols=2 width=140,220 align=L,L autohref=1}
HyperFlight 28A BLHELI-32, 30A, 2A BEC, plug ready fitted
HyperFlight 30A BLHELI-32, 30A, 2A BEC, plug ready fitted
{endtable}
{table title="Hot Shot 2 Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Pod, 43 g, 1.5 oz
Boom, 17 g, 0.6 oz
Wings, 132 g, 4.7 oz
Fin, 7 g, 0.2 oz
Tailplane, 12 g, 0.4 oz
Accessories, 15 g, 0.5 oz
Total structure, 226 g, 8.0 oz
Glue etc, 14 g, 0.5 oz
Wiring, 8 g, 0.3 oz
Receiver, 6 g, 0.2 oz
Tail servos, 10 g, 0.4 oz
Wing servos, 13 g, 0.5 oz
Regulator, 5 g, 0.2 oz
Motor, 32 g, 1.1 oz
Prop & spinner, 14 g, 0.5 oz
Battery, 42 g, 1.5 oz
Noseweight, 0 g, 0.0 oz
Flying weight, 370 g, 13.1 oz
{endtable}
� � @ � � � � � � � � � � � � 4 1� i�l� @ �}�b�D
CF-TAPE-50"Carbon Fibre Plain Weave Tape 50mm� Carbon fibre plain weave tape 50mm width, 240 g/m2 weight.
Useful for repairs and local reinforcement
Sold by the meter, so buy one for 1m of tape, 2 for 2m of tape, etc. � � D� � � � � � � � � � � X� c1�C� �}�b�E
RDNB4302SJ"Radient 2S 430 mAh LiPo RDNB4302SJ� Small 2S 430 mAh LiPo battery suitable for F3-RES and electric DLGs or other very lightweight models. Comes with a JST BEC power connector plug and a JST-HX balance plug. Connect via a Mini JST convertor lead if using 2S capable receiver and servos, or through a small voltage regulator if using RC limited to 5V.
{table title="Riadient Supera LiPo 2S 430 mAh Battery Specification" class=1 cols=2 width=100,220 align=L,L}
Chemistry, Lithium Polymer
Number of cells, 2
Voltage, 3.7V nominal
Capacity, 430 mAh
Weight, 25.5 g
Discharge rating, 20 C
Length, 50 mm
Width, 30 mm
Thickness, 8 mm
Power lead length, 8 cm
Power plug, Mini JST (BEC) plug
Balance lead length, NA
Balance plug, JST-HX
Supplier ref, RDNB4302SJ
{endtable}
{LiPost}
�O �
2� � � � � � � � � � d Y� c1�C [7 .� ��b�G
DYS2225-13%DYS D2225-13 2000 RPM/V 32g Outrunner� Good 22mm diameter small glider motor. Shaft dia = 3.17mm (1/8")
Recommended setup:
7x4 prop, 2S 450mAh LiPo, HyperFlight 30A ESC, pulls 11A, 140W, takes a 465g Magic 2 to 60m in 15 seconds. ! � � � 2� � � � � � � � � .�� ��b�H
DYS2225-15%DYS D2225-15 1600 RPM/V 32g OutrunnerF Good 22mm diameter small glider motor.
Shaft dia = 3.17mm (1/8")
� � � F� � � � � � �_ +$, ��b�I
DYS2225-19%DYS D2225-19 1350 RPM/V 32g Outrunner� Good 22mm diameter small glider motor.
Shaft dia = 3.17mm (1/8")
Rm = 0.203 R
Kv = 1350 RPM/V
IO = 0.4 A
Recommended setup:
9x6, 2S LiPo 10A 3.7 m/s
10x5, 2S LiPo 12A 4.2 m/s (for 10 seconds max)
7x3.5, 7x4, 7x5, 8x4 3S LiPo
� � � F� � � � � � � �}�b�J SOL-WHITESolite White Covering Filmt {b,Solite White} is an iron-on self-adhesive plastic film ultralight covering material for lightweight models. Despite its light weighr of only 20 g/m2 (0.6 ounces per square yard) it is surprisingly strong and puncture-proof.
TYPE
Polypropylene iron-on self-adhesive plastic film ultralight 12-micron base film.
Weight: 20-25 g/m2 (0.6 ounces per square yard).
MODEL TYPE
For small gliders, park flyers and indoor models.
APPLICATION
Iron on to the wooden model structure and then heat shrink.
Very easy to apply with excellent shrinkage.
Iron temp from 80�c to a maximum of 120�c
SHEET SIZE
1.27m x 0.7m � � <� � � � � � � � � � 2 � d� c[� e �}�b�K SOL-REDSolite Red Covering Film� {b,Solite Red} is an iron-on self-adhesive plastic film ultralight covering material for lightweight models. Despite its light weight of only 20 g/m2 (0.6 ounces per square yard) it is surprisingly strong and puncture-proof.
No other colours available, ever. This is the last of this covering material. When it is gone it is gone.
TYPE
Polypropylene iron-on self-adhesive plastic film ultralight 12-micron base film.
Weight: 20-25 g/m2 (0.6 ounces per square yard).
MODEL TYPE
For small gliders, park flyers and indoor models.
APPLICATION
Iron on to the wooden model structure and then heat shrink.
Very easy to apply with excellent shrinkage.
Iron temp from 80�c to a maximum of 120�c
SHEET SIZE
1.27m x 0.7m � � � � � � � � � � � � Z � d� e7�]� �}�b�L SOL-YELSolite Yellow Covering Filmu {b,Solite Yellow} is an iron-on self-adhesive plastic film ultralight covering material for lightweight models. Despite its light weight of only 20 g/m2 (0.6 ounces per square yard) it is surprisingly strong and puncture-proof.
TYPE
Polypropylene iron-on self-adhesive plastic film ultralight 12-micron base film.
Weight: 20-25 g/m2 (0.6 ounces per square yard).
MODEL TYPE
For small gliders, park flyers and indoor models.
APPLICATION
Iron on to the wooden model structure and then heat shrink.
Very easy to apply with excellent shrinkage.
Iron temp from 80�c to a maximum of 120�c
SHEET SIZE
1.27m x 0.7m � �
2� � � � � � � � � � 2 � d� c1�C v �}�b�M
SOL-DK-GRN Solite Dark Green Covering Film� {b,Solite Dark Green} is an iron-on self-adhesive plastic film ultralight covering material for lightweight models. Despite its light weight of only 20 g/m2 (0.6 ounces per square yard) it is surprisingly strong and puncture-proof.
No other colours available, ever. This is the last of this covering material. When it is gone it is gone.
TYPE
Polypropylene iron-on self-adhesive plastic film ultralight 12-micron base film.
Weight: 20-25 g/m2 (0.6 ounces per square yard).
MODEL TYPE
For small gliders, park flyers and indoor models.
APPLICATION
Iron on to the wooden model structure and then heat shrink.
Very easy to apply with excellent shrinkage.
Iron temp from 80�c to a maximum of 120�c
SHEET SIZE
1.27m x 0.7m � � � � � � � � � � � � Z � d� gc� x �}�b�O SOL-DK-BLUE Solite Dark Blue Covering Film� {b,Solite Dark Blue} is an iron-on self-adhesive plastic film ultralight covering material for lightweight models. Despite its light weight of only 20 g/m2 (0.6 ounces per square yard) it is surprisingly strong and puncture-proof.
No other colours available, ever. This is the last of this covering material. When it is gone it is gone.
TYPE
Polypropylene iron-on self-adhesive plastic film ultralight 12-micron base film.
Weight: 20-25 g/m2 (0.6 ounces per square yard).
MODEL TYPE
For small gliders, park flyers and indoor models.
APPLICATION
Iron on to the wooden model structure and then heat shrink.
Very easy to apply with excellent shrinkage.
Iron temp from 80�c to a maximum of 120�c
SHEET SIZE
1.27m x 0.7m � � � � � � � � � � � � 2 3B1� d� gɌ�u �}�b�N SOL-BLACKSolite Black Covering Film� {b,Solite Black} is an iron-on self-adhesive plastic film ultralight covering material for lightweight models. Despite its light weight of only 20 g/m2 (0.6 ounces per square yard) it is surprisingly strong and puncture-proof.
No other colours available, ever. This is the last of this covering material. When it is gone it is gone.
TYPE
Polypropylene iron-on self-adhesive plastic film ultralight 12-micron base film.
Weight: 20-25 g/m2 (0.6 ounces per square yard).
MODEL TYPE
For small gliders, park flyers and indoor models.
APPLICATION
Iron on to the wooden model structure and then heat shrink.
Very easy to apply with excellent shrinkage.
Iron temp from 80�c to a maximum of 120�c
SHEET SIZE
1.27m x 0.7m � � � � � � � � � � � � 2 3B1� d� Germanyh%�E �}�b�P
SOL-TR-YEL'Solite Transparent Yellow Covering Film� {b,Solite Transparent Yellow} is an iron-on self-adhesive plastic film ultralight covering material for lightweight models. Despite its light weight of only 20 g/m2 (0.6 ounces per square yard) it is surprisingly strong and puncture-proof.
TYPE
Polypropylene iron-on self-adhesive plastic film ultralight 12-micron base film.
Weight: 20-25 g/m2 (0.6 ounces per square yard).
MODEL TYPE
For small gliders, park flyers and indoor models.
APPLICATION
Iron on to the wooden model structure and then heat shrink.
Very easy to apply with excellent shrinkage.
Iron temp from 80�c to a maximum of 120�c
SHEET SIZE
1.27m x 0.7m � �
2� � � � � � � � � � 2 � d� c1�C � �}�b�Q PULSAR-PRO-4-CANOPY(Pulsar Pro 4e and 4 Compact Canopy HatchT A replacement canopy hatch for all versions of the Pulsar Pro 4e & 4 Compact models. � � � � � � � � � � � � < k� c1�C � ,;� ��b�R YODA
Yoda 1.5m DLG� {br,The Yoda is back! We have received a new consignment of highly sought after Yoda 1.5m DLGs from Ukraine. The price now includes quality wing and tail bags}.
The {b,Yoda} is the result of collaboration between Joe Wurts, master glider designer and pilot, and Vladimir's Models, with their unparalleled technology, craftsmanship, and expertise in composite and production engineering. The Yoda DLG is uniquely a 6 servo polyhedral winged DLG, with separate flap and aileron surfaces.
The {b,Yoda DLG} is the best DLG for top pilots: Best thermalling due its polyhedral wing; best penetration due to professionally designed airfoils, best speed range with an extra wide flap, and highest launch due low drag optimization.
The {b,Yoda} is also the best for regular pilots. You will add 1 min to your flight time easily: Easy handling, like a F5J glider due to the polyhedral wing. Easy to thermal because the Yoda signals lift much more clearly than a straight dihedral wing model. Easy return to home because Yoda has a great glide angle and is very stable in cruise. Easy to land on the spot or catch because descent control is precise and it slows down better.
The following is a quote from Joe Wurts: <i>"I have very high hopes for this design. In the air it is a wonderful thing to fly. Personal opinion is that this plane is a very large gain for the sport pilot as it is so easy to fly. The high end pilot, they know how to fly very well and can accept lower handling qualities so the objective performance gains are not as high. There are some small objective gains, the larger gains are due to the ease in flying more optimally. ... The improvement in flying qualities is not a trivial change. The recreational pilot will enjoy this change even more than the hard-core competitive pilot IMO."</i>
The Yoda is superbly implemented by Vladimir's Models with perfect surface finish, an ultra strong and rigid structure, and attractive colour options. Four servos are mounted in the fuselage, with only the aileron servos mounted in the wing. The fin is removable to help with storage and transport. In the prototype planes the RC is powered by a 2S LiPo battery that has been opened up to make two cells one behind the other. Other configurations will also be possible.
Wing layups available:
{b,Regular}: Good for most conditions and adequate strength for most throwers.
{b,Strong}: Stronger wing is more rigid and ding-proof. Weighs about 15g more. Best for strong and/or windy conditions. Launches higher than regular layup model.
#{b,HM}: As rigid the Strong layup, but without the weight penalty. Best for all conditions. Launches higher than the Strong layup model.
All the models have one piece wings, are for right-handed throwers and do not have RC installed. High quality wing and tail bags are included.
{table title="Yoda 1.5m DLG Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.5 m, 59 in
Wing area, 19.0 dm2, 295 sq in
Length, 105 cm, 41.2 in
Flying weight from, 242 g, 8.5 oz
Wing loading, 12.7 g/dm, 4.2 oz/sq ft
Aspect ratio, 11.7,
Wing airfoil, JW proprietary
Dihedral (EDA), 8.1�,
Centre of Gravity, 66-76 mm from wing leading edge
Controls, "Rudder, elevator, ailerons, flaps"
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Tail servos, KST X06N, CHA DS06, CHA LV06N, MKS HV70
Aileron servos, KST X06N, CHA DS06, CHA LV06N, CHA HV06, MKS HV70
Flap servos, KST X08N, KST A08N, KST A08N LV, MKS DS75K-N, MKS HV75K, CHA DS06, CHA LV06N, CHA HV06
Receiver, 6 channel rx to match your transmitter, max size approx 60mm x 25mm x 12mm eg FrSky GR6, JR RG612BX, Spectrum AR6610T
Power, 2S 300-400 mAh LiPo opened up.
{endtable}
{table title="Yoda 1.5m DLG Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 42.0 g, 1.5 oz
Wing (1 piece), 103.0 g, 3.6 oz
Fin, 6.7 g, 0.2 oz
Tailplane, 5.7 g, 0.2 oz
Accessories, 15.0 g, 0.5 oz
Total structure, 172.4 g, 6.1 oz
Wiring, 3.4 g, 0.1 oz
Receiver, 6.0 g, 0.2 oz
Tail servos, 12.8 g, 0.5 oz
Aileron servos, 12.8 g, 0.5 oz
Flap servos, 16.6 g, 0.6 oz
Battery, 18.0 g, 0.6 oz
Flying weight, 242.0 g, 8.5 oz
{endtable}
{table title="Yoda Control Throws & Mixes - in degrees" class=1 cols=2 width=110,240 align=L,L � -X `�`�\ SLASHSlash Slope Soarer 1.61m� {b,Slash} is 1.61 m (63") span pure glider for sports flying. This airplane is especially designed for pilots who are looking for multipurpose fast sailplane. Strong enough for fast dives, but still light enough for thermal soaring. Slash has been re-designed for better flying characteristics with new classic balsa, built-up, D-box, rib/main spare wing design. Also included are the fiberglass gel-coated fuselage and balsa built-up tail parts. The synergy of low weight and strong structure is very unusual in a production sailplane and can only be achieved with careful attention to design and construction.
Very well made entry level sailplane. Supplied fully covered - the naked photo is to illustrate the construction.
Recommended RC equipment: 4x small servos for ailerons, elevator and rudder.
Kit contents: {bullet}
Elegant gel-coated fiberglass fuselage reinforced with carbon
Fiberglass canopy
Two-piece wing and rudder are manufactured in a balsa framework covered with Oracover�
Full balsa elevator covered with Oracover�
Vinyl cnc cut stickers
Top quality accessories (servo covers, servo mount, rods, ending ties, control horns, tape for sticking flaps, plywood servo mount to the tail, tow hook...)
Complete assembly manual with step by step illustrations
{endbullet}
{table title="Slash Slope Soarer Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.610 m, 63 in
Wing area, 20.2 dm2, 313 sq in
Length, 88 cm, 34.6 in
Flying weight from, 680 g, 24.0 oz
Wing loading, 33.7 g/dm, 11.0 oz/sq ft
Aspect ratio, 12.8,
Wing airfoil, MH32 mod
Dihedral angle, 1.0�,
Centre of Gravity, 44-47 mm from wing leading edge
Controls, "Rudder, elevator, ailerons"
{endtable}
{table title="Recommended Servos" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator & Rudder, KST DS113MG, KST DS145, Blue Bird BMS-126WV, EMAX ES08 MDII
Ailerons (2), KST DS113MG, KST DS145, Blue Bird BMS-115WV, Blue Bird BMS-126WV, EMAX ES08 MDII
{endtable}
� � � � � � � � � � � � � � � e 4= Add two lenghs 15L PTFE tube to replace supplied L �}�b�g YODA-WING-FUSE-BAG2Vladimir's Models DLG Wing, Fuselage and Tail Bags� A beautiful set of wing, fuselage and tailplane bags made by Vladimir's Models. Originally designed for the Yoda, they also fit many other 1.5m DLGs.
The covers will protect the surfaces from physical damage and from solar radiation which can warp and weaken naked carbon structures, even in northern climates.
The set consists of:
{bullet}
A sophisticated fuselage bag that protects thefuselage in transport, and on the field. The bag can be fitted with the wings in place, and can be removed without having to disassemble the model.
A pair of wing bags for the left and right wing panels.
A pair of tailplane/elevator bags for the horizontal stabiliser.
A bag for the fin & rudder.
{endbullet}
The bags are made from aluminised Mylar covered foam with a black fabric (canvas-like) edging and grey pocket ends. The wing bags include a coloured Snipe logo and the fuselage and fin bag has a matching coloured zip.
M � ? � � [� � � � � � � � � &� jr0=dW +,� ��b�S MK-PUSHROD-FAIRING1+Small Streamlined Pushrod Exit Fairings (2)� A pair (2) of streamlined small pushrod exit fairings. Although designed to be used on a tailboom they can be used in many applications.
Length: 30 mm
Max width: 3.5 mm
Max height: 3.4 mm % � � � � � � � � � � � 2E2� ( �}��b�U CF-TWILL-14A!14mm OD 12mm ID Wound Carbon Tube� # Woven Carbon tube, rigid ctubew
# %1 = outside diameter
# %2 = inside diameter
# %3 = weight per meter
{ctubew, 14, 12, 57, CF-TWILL-11.8MM, N/A} : �
A� � � � � � � � � � X | v� c1�C .� ��b�V KST-X06N3KST X06N V6 Lugless Servo - 1.8Kg.cm 0.07s 6.3g 7mmu The {b,KST X06N V6} is a version of the KST X06 servo without mounting lugs (also called mounting tabs). KST delivers once again with the world beating {b,KST X06N}, their new lugless 7 mm thin servo weighing only 6.3g. Perfect for discus launched gliders (DLGs) and many smaller models. The incredibly slim casing is crafted from 7075 aluminium alloy, so not only do these servos look fantastic but they are also very rigid and robust. The new V6 version has the same great specifications as the old servo, but is also programmable using a {pref, KST-TOOL2, PC based} or a {pref, KST-TOOL5, press-button} programming tool.
The {b,KST X06N} has a hardened steel drive train and a coreless motor capable of running all the way from 3.8V to 8.4V (1S to 2S LiPo) making these WV (wide voltage range) servos will deliver the power and reliability you need. Although some say this tiny servo is too small for 1.5m DLG aileron surfaces it actually has more torque on 2S LiPo than a KST X08 has on a 1S battery.
The accessories include four strong nylon output arms, two double sided, and two single sided, one of which is low profile. This means that when the servos are mounted one in front of the other the control rod of the front one won't foul the rear one.
{b,KST X06N Features}
{bullet}
Narrow lugless case to minimise space and weight
Ultra slim 7 mm body
Compact and light weight design
Good torque and speed
Wide 1S to 2S LiPo voltage range
Excellent heat dissipation
7075 Alloy casing
Hardened Steel gears
Designed for lightweight high performance RC Gliders
{endbullet}
{ServoSpecs} Note although the X08 arms will fit they are slightly deeper. When fully screwed into place the arm will jam on the top of the servo case. Either trim away a little of the nylon arm sleeve, or avoid fully tightening the retaining screw.
Stall Current: 0.58A
Continuous rated Current: 0.22A
@ � ' � � 2� � � � � � � � e�1L2 e ��b�W KST-X06H0KST X06H V6 Wing Servo - 1.8Kg.cm 0.07s 6.4g 7mm� The {b,KST X06H} is a version of the KST X06 servo with horizontal lugs (also called mounting tabs), to facilitate mounting in wings and tail surfaces. KST delivers once again with the world beating {b,KST X06H}, their new 7 mm thin wing servo weighing only 6.4g. Perfect for discus launched gliders (DLGs) and many smaller models. The incredibly slim casing is crafted from 7075 aluminium alloy, so not only do these servos look fantastic but they are also very rigid and robust. The new V6 version has the same great specifications as the V1 servo, but is also programmable using a {pref, KST-TOOL5, PC based} or a {pref, KST-TOOL1, press-button} programming tool.
The {b,KST X06H} has a hardened steel drive train and a coreless motor capable of running all the way from 3.8V to 8.4V (1S to 2S LiPo) making these WV (wide voltage range) servos will deliver the power and reliability you need. Although some say this tiny servo is too small for 1.5m DLG aileron surfaces it actually has more torque on 2S LiPo than a KST X08 has on a 1S battery.
The accessories include four strong nylon output arms, two double sided, and two single sided, one of which is low profile. This means that when the servos are mounted one in front of the other the control rod of the front one won't foul the rear one.
{b,KST X06H Features}
{bullet}
Horizontal mounting lugs to facilitate easy mounting in wings and tail surfaces
Ultra slim 7 mm body
Compact and light weight design
Good torque and speed
Wide 1S to 2S LiPo voltage range
Excellent heat dissipation
7075 Alloy casing
Hardened Steel gears
Designed for lightweight high performance RC Gliders
{endbullet}
{ServoSpecs} Note although the X08 arms will fit they are slightly deeper. When fully screwed into place the arm will jam on the top of the servo case. Either trim away a little of the nylon arm sleeve, or avoid fully tightening the retaining screw.
Stall Current: 0.58A
Continuous rated Current: 0.22A
B � ' � � 2� � � � � � � � ' e�1K2 ]� j_�� � [ /Kl ��b�
VORTEX-TAILPLANEVortex 5 TailplaneN Replacement taiplane / horizontal stabili �}�b�X
F1507-2700&T-Motor F1507 2700 RPM/V 15g Outrunner� The {b,T-Motor F1507-2700} is a very good F5K motor. The shaft is M5 aluminium, not 2mm as shown in the specificatons image.
Specifications:
- KV: 2700 RPM/V
- Configuration: 9N14P
- Shaft Diameter: 5mm
- AWG: 24
- Motor Dimensions (Dia.*Len): F18.9�29.7mm
- Mounting: four M2*0.4 holes on a 12mm diameter circle
- Weight with wires(g): 15.2g
- No.of Cells(Lipo): 2-3S
Recommended props: 6x3, 6x4, 6.5x3 on 2S LiPo
or 5x3 (cut down 6x3) on 3S LiPo
� 2� � 2� � � � � � � � e 2A2� �� hf���s ++@ ��b�Y
V1507-3800&T-Motor V1507 3800 RPM/V 15g Outrunner The {b, T-Motor V1507-3800} is a very good F5K motor. The shaft is M5 aluminium.
The box is not marked with the motor's Kv but it is marked "Rated Voltage: 4S"
Specifications:
- KV: 3800 RPM/V
- Configuration: 9N14P
- Shaft Diameter: 5mm
- AWG: 24
- Motor Dimensions (Dia.*Len): F18.9�29.7mm
- Mounting: four M2*0.4 holes on a 12mm diameter circle
- Weight with wires(g): 15.2g
- No.of Cells(Lipo): 2-3S
Recommend props: 5x3 (cut down 6x3), 5.5x3 (cut down 6x3) on 2S LiPo
Not recommended for use on 3S LiPo
� 2� � 2� � � �}�b�Z VM7X4*VM 7x4 Folding prop blades (2mm hinge pin)y A pair of {b,Vladimirs Models 7x4 prop blades} suitable for the Snipe 2e and other F5K type electric gliders. These blades require smaller spinner/hub assemblies with 2mm diameter hinge pins.
Note this product consists of two carbon propeller blades only. The central spinner/yoke assembly is not included.
{table title="VM 6x4 Folding Propeller Blade Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=:}
Prop diameter: 17.5 cm: 7 in
Prop pitch: 10 cm: 4 in
Weight of 2 blades: 2.5 g: 0.09 oz
Width of blade root: 5.0 mm: 0.197 in
Hinge pin hole dia: 2.0 mm: 0.079 in
Max power: 250 W
{endtable} � � � � 2� � � � � � � � �� e��
`}�`�[ VORTEX3Vortex 3 1.5m DLG The {b,Vortex 3 DLG} is a superb top level DLG for people who enjoy the best. It has excellent performance but also great handling characteristics that endear it to sports and competition pilots world wide.
The build quality is first rate and the engineering is very impressive. Apart from of course perfectly molded carbon parts the kit comes with a very nicely engineered system for automatic connection of the aileron controls when the wing is attached. This is a different level of convenience and functionality to any other DLG we sell.
Supplied with a complete accessory bag including all the items necessary to complete the model. Two servo trays are included, for KST X08 and MKS DS65K servos.
The MKS servo tray cutout is 22mm x 17mm, making it suitable for 4 DS65K servos. To fit 4 DS75K servos in the MKS tray 0.5 mm needs to be trimmed from each edge of both cutouts.
The KST servo tray cutout is 23.5mm x 16mm, making it suitable for 4 X08 servos or A08 servos. The cutouts are too large for the X06.
Note, the top mounting surface on both trays is flat, so servo installation may require thin spacers to raise the 2 front servos so that the tail strings clear the aileron pushrods.
Lots more info in this {href, https://www.rcgroups.com/forums/showthread.php?2832791, RCGroups Vortex 3 thread} and this {href, https://www.rcgroups.com/forums/showthread.php?2948875, Vortex official build thread}. We are stocking the two piece wing version (2pw) with a bottom mounted tailplane, in various layups.
#We highly recommend that the model is purchased with the good quality
#{href,https://www.hyperflight.co.uk/products.asp?code=VORTEX-BAGS,Vortex 3 Wing Bags} and the economic #{href,https://www.hyperflight.co.uk/products.asp?code=VORTEX-BALLAST,Vortex 3 Ballast System}.
{table title="Vortex 3 DLG Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.5 m, 59 in
Wing area, 20.0 dm2, 310 sq in
Length, 104 cm, 41.1 in
Flying weight from, 220 g, 7.8 oz
Wing loading, 11.0 g/dm2, 3.6 oz/sq ft
Aspect ratio, 11.2,
Wing airfoil, Proprietary,
Dihedral angle, 6.0�,
Centre of Gravity, 60-65 mm from wing leading edge
Controls, "Rudder, elevator, ailerons"
{endtable}
{table title="Vortex 3 DLG Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 40.0 g, 1.41 oz
Wing (regular), 100.0 g, 3.53 oz
Fin, 5.5 g, 0.19 oz
Tailplane, 6.5 g, 0.23 oz
Accessories, 11.0 g, 0.39 oz
Total structure, 163.0 g, 5.75 oz
Glue; mounts etc, 2.0 g, 0.07 oz
Receiver, 5.0 g, 0.18 oz
Tail servos, 17.0 g, 0.60 oz
Wing servos, 17.0 g, 0.60 oz
Battery, 16.0 g, 0.56 oz
Flying weight from, 220 g, 7.8 oz
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Tail servos, KST X08, KST A08, MKS DS65K, MKS DS75K, MKS HV75K
Flaperon servos, KST X08, KST A08, MKS DS65K, MKS DS75K, MKS HV75K
Receiver, 4/5 channel rx to match your transmitter, eg FrSky X4R, Spectrum AR6610T, Lemon LM0034, Futaba 6008HS*, Futaba R6106HFC *case removed
Power, Tatu 1S 350 mAh, HyperLiPo 2S 300 mAh LiPo, Radient 1S 600 mAh
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Tail servos, KST X08, KST A08, MKS DS65K, MKS DS75K, MKS HV75K
Flap servos, KST X08, KST A08, MKS DS65K, MKS DS75K, MKS HV75K
Aileron servos, KST X06N, KST X06, MKS DS65K
Receiver, 6 channel rx to match your transmitter, max size approx 60mm x 25mm x 12mm eg FrSky GR6, JR RG612BX, Spectrum AR6610T (TBC)
Power, 1S 400-600 mAh LiPo, 2S 300-400 mAh LiPo
{endtable}
� � � � & � � � � � � � � @ 3s Vortex 3 components:
One fuse with canopy hatch
One fin
One tailplane
One bag of accessories
Two wing piecesX �� h_( � @�`�]
SLASH-ELECSlash Electro 1.61m The {b,Slash Electro} is 1.61m (63") electric glider for sports flying. This airplane is especially designed for pilots who are looking for multipurpose fast sailplane. Strong enough for fast dives, but still light enough for thermal soaring. Slash has been re-designed for better flying characteristics with new classic balsa, built-up, D-box, rib/main spare wing design. Also included are the fiberglass gel-coated fuselage and balsa built-up tail parts. The synergy of low weight and strong structure is very unusual in a production sailplane and can only be achieved with careful attention to design and construction.
Very well made entry level electric sailplane. Supplied fully covered - the naked photo is to illustrate the construction.
Recommended RC equipment:
4x small servos for ailerons, elevator and rudder.
Motor: AXI 2217/12 V2 LONG
Controller: 35-45A ( e.g. SPIN 33 )
Spinner: "turbo" � 30mm (02030328TZ TOPMODEL CZ)
Prop: 8x6" CAM CARBON aero-naut
Accu: 3S LiPol 1 Ah
Kit contents: {bullet}
Elegant gel-coated fiberglass fuselage reinforced with carbon
Fiberglass canopy
Two-piece wing and rudder are manufactured in a balsa framework covered with Oracover�
Full balsa elevator covered with Oracover�
Vinyl cnc cut stickers
Top quality accessories (servo covers, servo mount, rods, ending ties, control horns, tape for sticking flaps, plywood servo mount to the tail, tow hook...)
Complete assembly manual with step by step illustrations
{endbullet}
{table title="Slash Electro Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.610 m, 63 in
Wing area, 20.2 dm2, 313 sq in
Length, 88 cm, 34.6 in
Flying weight from, 750 g, 26.5 oz
Wing loading, 37.1 g/dm, 12.2 oz/sq ft
Aspect ratio, 12.8,
Wing airfoil, MH32mod,
Dihedral angle (EDA), 1.0�,
Spinner Diameter, 30 mm,
Centre of Gravity, 43-46 mm from wing leading edge
Controls, "Rudder, elevator, ailerons, throttle"
{endtable},
{table title="Recommended Servos" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator & Rudder, KST X08, KST A08, KST DS113MG, KST DS145, Blue Bird BMS-126WV, EMAX ES08 MDII
Ailerons (2), KST X08H, KST A08H, KST DS113MG, KST DS145, Blue Bird BMS-115WV, Blue Bird BMS-126WV, EMAX ES08 MDII
{endtable}
� � � � � � � � � � � � � � o 4= Add two lenghs 15L PTFE tube to replace supplied pushrod tubep �� j_�� �}�b�^ NTECH-2S300$Nanotech 2S 300 mAh LiPo Battery 45Cu Small high discharge 2S 300 mAh LiPo battery suitable for discus launched gliders, or other very lightweight models. Comes with a Mini JST (also called BEC) power connector plug and a JST-HX balance plug. Connect via a Mini JST convertor lead if using 2S capable receiver and servos, or through a small voltage regulator if using RC limited to 5V.
The Nanotech 2S 300 mAh LiPo has enough capacity to fly an average four servo DLG for 1.5 hours.
{table title="Nanotech 2S 300 mAh Battery Specification" class=1 cols=2 width=100,220 align=L,L}
Chemistry, Lithium Polymer
Number of cells, 2
Voltage, 7.4V nominal
Capacity, 300 mAh
Weight, 17 g
Discharge rating, 45 - 90 C
Length, 44 mm
Width, 17 mm
Height, 12 mm
Power lead length, 5 cm
Power plug, Mini JST (BEC) plug
Balance lead length, 2 cm
Balance plug, JST-XH standard balance plug
{endtable}
{LiPost}
MO �
2� � %� � � � � � � � d �� d&��M �}��b�_ NTECH-2S-260$Nanotech 2S 260 mAh LiPo Battery 35C� Small 2S 260 mAh LiPo battery suitable for discus launched gliders, or other very lightweight models. Comes with a Mini JST (also called BEC) power connector plug and a JST-HX balance plug.
If using this as a receiver battery we recommend a {pref,BEC-JR-CONV, JST BEC to JR RC Plug Convertor} is used to connect it to the receiver and HV servos, or through a small voltage regulator if using RC limited to 5V.
The Nanotech 2S 260 mAh LiPo has enough capacity to fly an average four servo DLG for 1.5 hours.
{table title="Nanotech 2S 260 mAh Battery Specification" class=1 cols=2 width=100,220 align=L,L}
Chemistry, Lithium Polymer
Number of cells, 2
Voltage, 7.4V nominal
Capacity, 260 mAh
Weight, 18 g
Discharge rating, 35 - 70 C
Length, 37 mm
Width, 19 mm
Height, 14.5 mm
Power lead length, 5 cm
Power plug, Mini JST (BEC) plug
Balance lead length, 3 cm
Balance plug, JST-XH standard balance plug
{endtable}
{LiPost}
$O � � � � � � � � � � � d �� eo!/J +#< ��b�a KST-X06-ARMSKST X06 Arm Set� 2 pcs one-sided and 2 pcs two sided arms for KST X06 servos. Fits 15T 4mm servo output splines.
Note these two arms are differing heights, so one servo may be placed in front of the other without the pushrods interfering. Please {i, carefully} inspect the arms to see the small differences between them.
The spline hole in these arms also fits the KST X08 servo so this product is a good alternative for the X08 arms which are slightly larger.
2 � � � 2� � � � � ) �}��b�` NTECH-2S-300-XT302Nanotech 2S 300 mAh LiPo Battery 45C wth XT30 Plug� Small high discharge 2S 300 mAh LiPo battery suitable for discus launched gliders, or other very lightweight models. Comes with an XT30 power connector plug and a JST-HX balance plug. Connect via a Mini JST convertor lead if using 2S capable receiver and servos, or through a small voltage regulator if using RC limited to 5V.
The Nanotech 2S 300 mAh LiPo has enough capacity to fly an F5K for approx 30 minites of thermal soaring, dependent upon the conditions.
{table title="Nanotech 2S 300 mAh XT30 Battery Specification" class=1 cols=2 width=100,220 align=L,L}
Chemistry, Lithium Polymer
Number of cells, 2
Voltage, 7.4V nominal
Capacity, 300 mAh
Weight, 14,6 g
Discharge rating, 45 - 90 C
Length, 56 mm
Width, 17.5 mm
Height, 12 mm
Power lead length, 6 cm
Power plug, XT30 plug
Balance lead length, 4 cm
Balance plug, JST-XH standard balance plug
{endtable}
{LiPost} NO � 7� � � � � � � � � � d �� c1�C�� +,D ��b�c MK-COVER-LGE-BLG.Very Large Shrouded Servo Cover with Bulge (2)L These large molded wing servo covers are light, low drag, and look good. They are molded with a larger bulge to allow thicker servos to be used. The bulge is approx 4 mm deep and allows thicker servos to be used.
The large shroud covers the servo output arm, clevis, and the control rod. This reduces the turbulence and improves performance measurably.
Supplied as one piece - cut in half to make a pair of covers.
{table title="Largw Shrouded Carbon Servo Covers (with bulge) Specification" class=1 cols=2 width=150,115 align=L,L,L}
Thickness of carbon sheet, 0.30 mm
Chordwise length, 125 mm
Spanwise length, 120 mm
Depth of servo bulge, 4 mm
Distance of shroud from edge, 30 mm
Thickness of shroud, 15 mm
Height of shroud, 13 mm
Weight, 7.7 g
{endtable}
Trim to size to suit your application and attach with clear tape. U � � �
� � � � � � � � 2E2� � �}�b�b HAWK-WINGHawk / Hawk 2 Wing. Glass or spread carbon Hawk / Hawk 2 wing.
� � � � � _ � � � � � � � � � t �� f�� � � +#� ��b�N KST-A08-GEARSET KST Gear Set for A08 A08N A08HG Replacement gear set for all versions of KST A08, A08N and A08H servos. � � � � K� � � � � � � � 1M3 I ��b�d
MD2-TAILPLANEMini Dart 2 Tailplane� Replacement tailplane/horizontal stabiliser/elevator for the Mini Dart 2 DLG
This very light and nice hoz stab can be used on may other 1m discus launched gliders, not just the Mini Dart 2 . � �
� � � � � � � � � � e 2F1� X� jjY�$ .� ��b�e MD2-FINMini Dart 2 Fin� Replacement fin/vertical stabiliser for the Mini Dart 2 DLG
This very light vert stab can be used on may other 1m discus launched gliders, not just the Mini Dart 2 . � �
� � � � � � � � � � e 2F1� e ��b�o CN13X9CN 13x9 Folding prop blades� A pair of {b,CN Models 13x9} prop blades suitable F5J electric gliders. These blades have a flatter high aspect ratio shape and should fold closer to the fuselage, reducing glide drag.
{blade, CN, 13, 9, 6.4, TBA}
� � � P� � � � � � � � 2A6� �� jfۥ� ��b�f SRB-KSTX06H#Plastic Frame only for the KST X06H� A nicely molded filled nylon servo frame to fit the {b,KST X06H} servo. This frame does not have an external bearing, but this is of little consequence for this metal cased servo.
These frames speed-up servo installation, keep the servo secure and rigidly mounted, and also allow easy removal for maintenance or replacement.
Sold singly . Add two to the basket for mounting two servos.
This frame is not suitable for KST X06 or X06N servos.
Size: 30 mm x 25 mm
Weight: 0.8 g � � � � � � � � � � � � 2BOX3I �� j[,3 6 �}�b�i VORTEX-BALLASTVortex Ballast� Flexible ballast system for the Vortex DLG.
Supplied: 4 pre bent ballast holder wires and 21 pcs 10g ballast weights
Makes into four ballast weights from 25g to approx 100g � � � � � � � � � � � � 2E4X �� gȒ� � /9 ��b�l
CN-MULT-32CN Multi CNC Mount - 32mm� CN Model CNC aluminium mount for Powerline, Axi, Mega, Dualsky and other motors. The internal diameter at the very front is 28mm.
Mounting holes on 16mm, 17mm, and 19mm diameters.
Suits 32mm spinners.
Weight 4.8g
One mount supplied. H
� 2� � � � � � � � � � 2B4� �� Alu� ��b�k
CN-MULT-30CN Multi CNC Mount - 30mm? CN Model CNC aluminium mount for Powerline, Axi, Mega, Dualsky and other motors. The internal diameter at the very front is 26mm.
Mounting holes on 16mm, 17mm, and 19mm diameters.
Suits 30mm spinners
Weight 4.6g
One mount supplied.
Powerline motors will need washers behind the firewall to fit correctly. F
� 2� � � � � � � � � �
2B4� �� Aluminium joFl qc +�, ��b�m
CN-REIS-30 CN Reisenauer CNC Mount - 30mm� CN Model CNC aluminium mount for motors fitted with a Reisenauer gearbox. The internal diameter at the very front is 26mm.
3 holes on a 14mm diameter
Suits 30mm spinners.
Weight 4.3g
One mount supplied. �
� 2� � � � � � � � � � 2 2B4� �� qc +;P ��b�n
CN-REIS-32 CN Reisenauer CNC Mount - 32mm� CN Model CNC aluminium mount for motors fitted with a Reisenauer gearbox. The internal diameter at the very front is 28mm.
3 holes on a 14mm diameter
Suits 32mm spinners.
Weight 4.4g
One mount supplied. �
� 2� � � � � � � � � �
2B4� �� I ��b�p GM-CONE-SCREW8W,8mm GM Spinner Cone Retaining Screw - Silver� One 8 mm long M5 domed hex end high tensile bright steel screw.
This is suitable as a replacement all scale spinner assemblies with a white spinner cone
* � � � � � � � � � � � 2A5O M� Steel jh�TC +t� ��b�q ALIPHATIC-GLUEAliphatic Rapid 145ml� {b,Aliphatic White Glue} outperforms traditional PVA based white glues with its super fast grab time and superior sanding qualities. It will bond most porous materials such as balsa, plywood, spruce, obechi etc. and it is water and shock resistant.
Useful for gluing ribs, spars, wing skins, fuselage or hull planking. It is particularly useful for any joints where the glue line needs to be carved or sanded afterwards. Apart from sanding easily another benefit of our aliphatic glue us that the glue joint will not show - unlike normal PVA glue.
Perfect for construction of our F3-RES kits for people who are allergic to CA.
145ml squeezy bottle
Non-fuming and non-toxic
Supplier's ref: MDP5524821 � � � � � � � � � � � � � 2G1 � �}�b�r VM-PRO-34-5"34mm VM Pro Spinner for 5mm shafts {VMProSpinner, 34,5,22,10.9} Y � � � � � � � � � � � < �� Plastic, aluminium, steel eB� � �}�b�s VM-PRO-34-6"34mm VM Pro Spinner for 6mm shafts {VMProSpinner, 34,6,22,10.9} Z � � <� � � � � � � � � < 2D6 �� g�G6 � �}�b�t VM-PRO-36-5"36mm VM Pro Spinner for 5mm shafts {VMProSpinner, 36,5,24,11.5} m � � <� � � � � � � � � < �� f+�X � ��b�u VM-PRO-36-6"36mm VM Pro Spinner for 6mm shafts {VMProSpinner, 36,6,24,11.5} n � � <� � � � � � � � � < 2C5 �� j@�1 � `}�`�v VM-PRO-38-5!38mm VM Pro Spinner for 5mm shaft {VMProSpinner, 38,5,26,12.2} � � � <� <� � � � � � � � F 2D6 real cost 19.25 �� g��H � `}�`�w VM-PRO-38-6!38mm VM Pro Spinner for 6mm shaft {VMProSpinner, 38,6,26,12.2} � � � <� <� � � � � � � � F 2D6 real cost 19.5 �� h8%[) �}�b�x
F3K-TAIL-BAGSDLG F3K Tail Bags� Fin (also called vertical stabiliser and rudder) and tailplane (also called horizontal stabiliser and elevator) bags that will fit most 1.5m discus launched gliders.
� � � � � � � � � � � < � q� e崻N� +� �}�b� X-DREAM-EX-Dream Elekro 2m� The {b,X-Dream Elektro} is a built-up laser cut balsa and ply kit designed for the new F5-RES electric 2m Rudder-Elevator-Spoiler glider class first popularised in Germany and Austria, but now flown worldwide.
The {b,X-Dream Elektro} is the latest development of Alois Janowetz, the designer of the X-RES and X-Dream. The new X-Dream Elektro is a dedicated electric version and performs at the top level.
The X-Dream Elektro has well harmonised flight characteristics and amazing performance. Despite the compettion-optimised design the model is agile and extremely easy to fly. The simple yet strong design and the brilliant use of weight-optimized materials allows a flying weight as low as 425 g and thus a wing loading of only 12 g/dm2 (3.9 oz/sq ft), resulting in very low sink rates.
The large 2-part spoilers allow almost vertical descents without an increase in speed. The wing separates into three panels and the tailplane is removable making the model very easy to transport.
The laser cut kit has very simple and robust construction. Apart from the 6 mm carbon fibre wing joiners and the CF all moving tailplane mount the model is built from selected and optimized laser cut balsa and plywood. The model can be built very quickly using cyanoacrylate superglue, white glue or 5-minute epoxy. Oralight covering is recommended. An adjustable tow hook is standard and is included in the kit, as are the servo linkages. The kit includes a colour plan and comprehensive instructions, in German only. See the {b,More detals} heading below for links to the German manual and an English translation.
January 2025 update: Best manual can be downloaded from {href, https://www.dropbox.com/sh/ghlcfeb08udnifm/AABjWgOv_YUUgwr_XyWspaKwa?dl=0, here} - select the one by Brian Brendler.
{table title="X-Dream Elektro Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.0 m, 79 in
Wing area, 36.0 dm2, 558 sq in
Length, 118 cm, 46.5 in
Flying weight from, 425 g, 15.0 oz
Wing loading, 11.8 g/dm2, 3.9 oz/sq ft
Aspect ratio, 11.1,
Wing airfoil, Modified AG,
Dihedral (EDA), 12.0�,
Spinner Diameter, 30 mm,
Centre of Gravity, 75-78 mm from wing leading edge
Controls, "Rudder, elevator, spoilers, throttle"
{endtable}
{table title="X-Dream Elektro Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Structure, 300 g, 10.6 oz
Receiver, 6 g, 0.2 oz
Rudder servo, 5 g, 0.2 oz
Elevator servo, 5 g, 0.2 oz
Spoiler servos (2), 10 g, 0.4 oz
Speed control, 12 g, 0.4 oz
Motor, 32 g, 1.1 oz
Prop & spinner, 15 g, 0.5 oz
Battery, 40 g, 1.4 oz
Flying weight, 425 g, 15.0 oz
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder & elevator servos, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, CHA DS06, Blue Bird BMS-A10H, KST X06, KST X08
Spoiler servos (2), Blue Bird BMS-101DMG, Blue Bird BMS-101HV, CHA DS06, Blue Bird BMS-A10H, KST X06, KST X08
Receiver, 4-6 channel rx to match your transmitter
Battery, 2S or 3S 350mAh to 800mAh LiPo
ESC, HyperFlight 28A, HyperFlight 30A
{endtable}
{table title="Electric Powertrain Recommendations" class=1 cols=2 width=160,210 align=L,L autohref=1}
Hacker A10-7L 4.4:1, 3S 450mAh LiPo, 12x8, 13x8
DYS D2225-19, 2S 450mAh LiPo, 9x6, 10x5
DYS D2225-19, 3S 450mAh LiPo, 7x3.5, 7x4, 8x4
Dualsky XM2527EG-23, 2S 450 mAh LiPo: 9x5, 9x6, 10x6
Dualsky XM2225EG-23, 2S 450 mAh LiPo: 9x5, 10x5, 10x6
Dualsky XM2225EG-23, 3S 450 mAh LiPo: 7x4, 8x4, 8x5
Dualsky XM2230EG-16, 3S 450mAh LiPo, 9x5
Dualsky XM2230EG-9, 2S 450 mAh LiPo: 8x4, 8x5, 8x6
ADH300L**, 2S 450mAh LiPo, 11x6
ADH300L**, 3S 450mAh LiPo, 8x6, 9x5
{e�� ,%� ��b� MK65X12 MK 6.5x12 Folding prop blades New range of {b,Marcus Koch Powercroco} ultra high power, high pitch prop blades. Used on German speed racers with speeds of 600 Km/hr. Designed for 30 mm yokes but can be used on all yoke sizes. Can be used at power levels up to 20 kW.
{blade, MK, 6.5, 12, 5.3, 20 k} d � , � � � � � � � � � � 2 2C6� � �}�b�y QN20-SBEC$Quanum BLHeli32 20A ESC with 3A SBEC This {b,Quanum BLHeli32 20A ESC with SBEC} is a modern lightweight "drone" speed control. However unlike most drone ESCs it has an integrated switching battery eliminator circuit (SBEC) for powering the RC.
{bullet}
ARM 32bit 48 MHz MCU for precise timing and fast response.
BLHeli32 software for most effective control algorithms and software performance.
Supports PMW, DShot150/300/600/1200 and other communication modes.
Ultra low resistance MOSFETs for lower heat, smaller size and lower weight.
Pre-programmed for glider operation with brake on.
Lost model facility if the throttle is kept low for a long time.
{endbullet} Suitable for lightweight electric gliders up to approx 2 m span and 20A current draw. Supplied ready programmed for glider operation with the brake set to 100%. See the PDFs linked below for programming info.
{table title="Quanum BLHeli32 20A ESC with SBEC Specification" class=1 cols=2 width=100,220 align=L,L separator=:}
Continuous Current: 20A
Peak Current: 28A for 10 seconds
Battery: 2S - 3S LiPo
SBEC: 5V @ 3A
Weight inc leads: 8.3g
Weight ex leads: 4.0g
Firmware: BLHeli_32
Programmable: Yes, with Arduino
PCB Size: 26mm * 14mm
Battery connector: 7 cm wires, no plugs
Motor connector: 6 cm wires, no plugs
RC wire length: 23 cm
{endtable} � �
� �
Z� � � � � � � � 2 � �� c1�C � �}�b�z QN30-SBEC$Quanum BLHeli32 30A ESC with 3A SBEC This {b,Quanum BLHeli32 30A ESC with SBEC} is a modern lightweight "drone" speed control. However unlike most drone ESCs it has an integrated switching battery eliminator circuit (SBEC) for powering the RC.
{bullet}
ARM 32bit 48 MHz MCU for precise timing and fast response.
BLHeli32 software for most effective control algorithms and software performance.
Supports PMW, DShot150/300/600/1200 and other communication modes.
Ultra low resistance MOSFETs for lower heat, smaller size and lower weight.
Pre-programmed for glider operation with brake on.
Lost model facility if the throttle is kept low for a long time.
{endbullet} Suitable for lightweight electric gliders up to approx 3 m span and 30A current draw. Supplied ready programmed for glider operation with the brake set to 100%. See the PDFs linked below for programming info.
{table title="Quanum BLHeli32 30A ESC with SBEC Specification" class=1 cols=2 width=100,220 align=L,L separator=:}
Continuous Current: 30A
Peak Current: 40A for 10 seconds
Battery: 2S - 3S LiPo
SBEC: 5V @ 3A
Weight inc leads: 9.5g
Weight ex leads: 4.5g
Firmware: BLHeli_32
Programmable: Yes, with Arduino
PCB Size: 26mm * 14mm
Battery connector: 7 cm wires, no plugs
Motor connector: 6 cm wires, no plugs
RC wire length: 23 cm
{endtable} ' � � � 2� � � � � � � � 7 � �� c1�C � � +Ft ��b�{ MD2-NOSECONEMini Dart 2 Nosecone4 Replacement glass nosecone for the Mini Dart 2 DLG
� � 2� � � � � � � � � � 2F1�� �}�b� YODA-BALLAST-SETYoda Ballast SetF A set of three ballast pieces for the Yoda DLG. The pieces weigh 39g, 59g and 95g each.
These increase the mass of the model to increase the speed and help when flying in windy or high energy conditions. They have been engineered to not affect the centre of gravity of the model, so trim changes should be minimal.
� D � � '<� � � � � � � � , �� i�L � �}�b� TORO Toro 1m DLGD The Toro is a well regarded mini DLG from Ukraine.
More info soon j � � � � � � � � � � � � � r U� c1�C `}�`�N
MAGIC-ARTF Magic 2 ARTF We have received a delivery of professionally built {b,Magic 2 Allround} models. These models fly brilliantly and have been expertly constructed and covered by a master builder. The only work required is installing the RC gear and checking the CG.
The {b,Magic 2} model built up a cult following in Turkey and Eastern Europe. You only have to watch some of the {href, https://www.facebook.com/salahi.tezel/videos/3160655740648725/, hand launch videos} (via Facebook unfortunately) to see this is no ordinary model, it has an exceedingly low sink rate and an excellent glide angle. The {b,Magic 2} shows that well engineered built up models can equal and even exceed the best composites, at least in low lift/low wind conditions. It really lives up to its name.
The {b,Magic 2} is designed to fly well in all conditions, from light airs to 15 mph winds. Designed by Salahi Tezel it was developed from the Magic Pro over 8 months and has an elliptical wing to minimise induced drag. By modifying the Drela AG24/25/26 airfoils and improving the wing structure the effect of the bumpiness of film covered wings was mitigated, reducing local flow separations. This improved the performance and flying characteristics, enabling easy and tight circles even in small and weak thermals. The Magic 2 Allround has a flying weight of about 410 g (14.5 oz) and has ballast provision to allow flight in higher winds.
The model uses carbon fibre tubular spars and tailbooms to simplify construction and minimise weight. The three piece wings have two riblets between each full rib to almost eliminate covering sag. The wing has two spoilers to reduce the trim change when applying brakes, and the large spoiler area allows almost vertical descents, stopping the possibility of fly-aways and allowing easily controlled spot landings.
The substantial fuselage is constructed from 3 mm balsa and plywood. The tailboom is a 9 mm carbon tube, ready slotted for fitting the fin and tailplane mounts. All servos are placed in the pod with the control surfaces actuated using pull-springs.
The tailplane uses a carbon spar for lightness and rigidity and is mounted on a lightweight fitting attached to the boom. Both the tailplane and fin are detachable for easy transport.
{table title="Magic 2 Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.0 m, 79 in
Wing area, 33.8 dm2, 524 sq in
Length, 123 cm, 48.4 in
Flying weight from, 345 g, 12.2 oz
Wing loading, 10.2 g/dm2, 3.3 oz/sq ft
Aspect ratio, 11.8,
Wing airfoil, AG24-26 modified
Dihedral (EDA), 12.0�,
Centre of Gravity, 78-83 mm from wing leading edge
Controls, "Rudder, elevator, spoilers"
{endtable}
{table title="Magic 2 SuperLight Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Bare structure, 222 g, 7.8 oz
Covering, 52 g, 1.8 oz
Total structure, 274 g, 9.7 oz
Receiver, 6 g, 0.2 oz
Rudder servo, 5 g, 0.2 oz
Elevator servo, 5 g, 0.2 oz
Spoiler servo, 5 g, 0.2 oz
Battery, 50 g, 1.8 oz
Flying weight, 345 g, 12.2 oz
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder & elevator servos, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, KST X06
Spoiler servo, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, KST X06
Receiver, 4 or 5 channel receiver to match your transmitter
Battery, Radient 1S 700 mAh LiPo, Dream-Flight 300 mAh 4.8V NiMH, HyperFlight 650 mAh 4.8V NiMH, Dream-Flight 700 mAh 4.8V NiMH, 1S 2600 mAh Li-Ion, 2S 300-600mAh LiPo
{endtable}
{table title="Control Throws" class=1 cols=2 width=120,240 align=L,L}
Rudder, 20 mm each way
Elevator, 9 mm up & down
Spoilers, 80� - 90� up
{endtable}
Watch this ultra-professional promo video
{video-extras, magic2 SL flight.m4v}
Good workshop walkthrough video
{video-extras, magic2 SL2 assembly.m4v}
� � � � � @ � � � � � � � � � � Magic 2 components:
One boom
One pod
One fin
One tailplane
One bag of wing joiners etc
Two long pushrods
Three wing pieces� �� g,�P � �}�b�| NTECH-2S-460$Nanotech 2S 460 mAh LiPo Battery 25C9 Small 2S 460 mAh LiPo battery suitable for discus launched gliders, 2m RES gliders, or other very lightweight models. Comes with a Mini JST (also called BEC) power connector plug and a JST-HX balance plug. Connect via a Mini JST convertor lead if using 2S capable receiver and servos, or through a small voltage regulator if using RC limited to 5V.
Suitable for F5K and F5-RES models.
{table title="Nanotech 2S 460 mAh Battery Specification" class=1 cols=2 width=100,220 align=L,L}
Chemistry, Lithium Polymer
Number of cells, 2
Voltage, 7.4V nominal
Capacity, 460 mAh
Weight, 31 g
Discharge rating, 25 - 40 C
Length, 55 mm
Width, 30 mm
Height, 10 mm
Power lead length, 8 cm
Power plug, Mini JST (BEC) plug
Balance lead length, 2 cm
Balance plug, JST-XH standard balance plug
{endtable}
{LiPost}
�O � (� � :� � � � � � � � d �� c1�C� �}�b�} UBEC-5V1A5V 1A Micro UBECS Small switching mode BEC (UBEC) that steps down 2S-4S (6V to 14V) power source to 5V suitable for most RC. It is extremely small and light weight
Specs:
Input: 2-4cells Lipoly
Connector: JST/Futaba
Output (Constant): 5v/1A
Type: Switching
Input protection: Reverse polarity protection
Size: 10x9x7mm
Weight: 1.4g (wires included) � � � � N� � � � � � � � �� c1�C �}��b�~ CF-TWILL-12MM-1!12mm OD 10mm ID Wound Carbon Tube� # Woven Carbon tube, rigid ctubew
# %1 = outside diameter
# %2 = inside diameter
# %3 = weight per meter
{ctubew, 12, 10, 48, N/A, N/A} 9 � <� � � � � � � � � � P | �� dGܛ ) �}��b� CF-TWILL-16MM-1!16mm OD 14mm ID Wound Carbon Tube� # Woven Carbon tube, rigid ctubew
# %1 = outside diameter
# %2 = inside diameter
# %3 = weight per meter
{ctubew, 16, 14, 67, CF-TWILL-14MM, N/A} ; � K� � � � � � � � � � Z | �� dG܂ � � ,K� ��b� KST-X06-GEARSETKST X06 X06N X06H Gear Set6 Replacement gear set for KST X06, X06N and X06H servos < �
� � 2� � � � � � � � 1M3 ��
@�`�
MKS-HV61200MKS HV6120 Wing Servo - 5.4Kg.cm 0.08s 11.0g 8mm7 The {b,MKS HV6120} wing servo is the latest servo from MKS aimed at the F5J and light large glider market. It has mounting lugs suitable for wing (or tail surface) mounting. It is more powerful, faster, and considerably more robust than the DS6100 and HV6100 servos, and operates over a wide voltage range. It is rated for operation down to 3.5V making it safe for use on 1S LiPo batteries and up to 8.4V making it fine on 2S LiPo batteries also.
The HV6120 is ideal for F5J, F5D, and all small models that require excellent precision, massive torque, and adequate speed. It is possibly the best 8 mm thick servo produced so far. It looks beautiful and with a torque of up to 5.4 Kg cm it is amazingly powerful.
{MKSCNC}
{film}
(c) 2021 Neil Stainton
{ServoSpecs} Carbon mounting frame no longer included.
n � 9K� � # � � � � � � � � 1C2) 06/03/2024 found an extra 17 pcs in stock L� Taiwanjl���� .�0 ��b� MKS-HV6120H,MKS HV6120H Servo - 5.4Kg.cm 0.08s 11.0g 8mm% The {b,MKS HV6120H} servo is the latest servo from MKS aimed at the F5J and light large glider market. It has normal mounting lugs suitable for fuselage mounting. It is more powerful, faster, and considerably more robust than the DS6100 and HV6100 servos, and operates over a wide voltage range. It is rated for operation down to 3.5V making it safe for use on 1S LiPo batteries and up to 8.4V making it fine on 2S LiPo batteries also.
The HV6120 is ideal for F3K, F5J, F5D, and all small models that require excellent precision, massive torque, and adequate speed. It is possibly the best 8 mm thick servo produced so far. It looks beautiful and with a torque of up to 5.4 Kg cm it is amazingly powerful.
{MKSCNC}
{film}
(c) 2021 Neil Stainton
{ServoSpecs} Specifications subject to change. n � 9K� � # � � � � � � � � 1D1 L�r �}�b�+ PHANTOMPhantom F5K 1.5m� The {b,Phantom} is a very nice balsa build-it-yourself kit from Armsoar. This polyhedral balsa built up model has ailerons and flaps flies nearly as well as composite models costing many times more.
The {b,Phantom} is a balsa RC glider kit meant for not only sport flying, but to fly in F5K and electric-assist DLG competitions. The Phantom is designed with the same care for performance as composite models, taking into account the balsa structure and optimized for its flying weight.
Easily to handle and forgiving, the Phantom will allow you to catch thermals with confidence whether you are a beginner or advanced pilot.
The wing can be broken down into three pieces, and the V-tail is fully removable into two flat surfaces to make it highly portable.
Specifications
7-channels: Ailerons, Flaps, V-tails, Motor
Wing airfoils: AG45c - AG47c
Wing area: 21.64dm�
All-up weight: approx 300-330 grams
Recommended Gear
Wing servos: 4* KST X06N v6 or X06H v6
Tail servos: 2* KST X06N v6 or X06 v6
Battery: ArmSoar 2S 520 mAh LiHV
Motor: ArmSoar 1507 Powertrain
Spinner: CN 25/5
Prop: CN Fury 7x4
What's Included
All carbon spars, tubes, rods, control horns
All plywood parts
All balsa parts
Plans (incomplete)
Hardware pack
Covering is not included
For more info see {href, https://www.rcgroups.com/forums/showthread.php?4024275, this} and {href, https://www.rcgroups.com/forums/showthread.php?4113565-Phantom-balsa-eDLG-F5K-glider-ArmSoar, this} RCGroups thread.
{video, fz_t72gvnnA} � � � � � � � � � � � � � � � � 3{ �� h�/� D7 ,r� ��b�� ALIEN-FIN Alien Fin� Replacement fin for the Alien model.
The Electric version does not have a lower area below the mount and is suitable for electric Aliens or for slope flying. Not suitable for discus launching.
� � $ � � � � � � � � � � 2F1j � ��b� MK-AERIAL-SUP2&Clear Streamlined Antenna Supports (2) A pair of beautiful low drag antenna covers for 2.4GHz receivers. Made from clear perspex type plastic these jewel-like antenna covers both protect the aerials and look great.
They can be permanently mounted by gluing with epoxy adhesives or UHU Hart. However that risks damaging the fuselage so we recommend a more elastic adhesive such as UHU Por, Evostick, or other rubbery glue.
Another alternative is cyanoacrylate (CA) super-glue, this is less strong than epoxy but stronger than the elastic glues.
� � <� � P� � � � � � � � 2E2� �� h��G ��b�
MK-AIR-INTAKE Carbon Air Intake Fairings (2)� A pair of nicely molded air intakes suitable for directing cooling air into a fuselage to help with motor and speed control cooling.
Length: 25 mm
Width: 16 mm
Intake height: 6.5 mm x � � � � � � � � � � � 2E2� �� iݮ� � �}�b� NTECH-1S-500$Nanotech 1S 500 mAh LiPo Battery 25C Small 1S 500 mAh LiPo battery suitable for discus launched gliders, or other very lightweight models. Comes with a proprietary plug, however this can be trimmed to be compatible with BEC power connector plug/socket. This battery is suitable for many 1.5m DLGs
This battery has enough capacity to fly an average four servo DLG for 1-2.5 hours.
{table title="Nanotech LiPo 1S 500 mAh Battery Specification" class=1 cols=2 width=100,220 align=L,L}
Chemistry, Lithium Polymer
Number of cells, 1
Voltage, 3.7V nominal
Capacity, 500 mAh
Weight, 14.5 g
Discharge rating, 25 C
Length, 38 mm
Width, 24 mm
Thickness, 9 mm
Power lead length, 3 cm
Power plug, Proprietary, modifiable to Mini JST (BEC) plug
Balance lead length, NA
Balance plug, Not fitted
{endtable} ) � ]� � � � � � � � � � d �� c1�C M +a��}�b� ELF-PRO-EL-UPG1Elf Pro Electric Upgrade Kit including powertrain� FOR CUSTOMER INFO ONLY. NO STOCK!
We now stock an {b,Elf Pro El Upgrade Kit}. This consists of everything required for an electric powered Elf except for the wing (and RC of course). It a great way of getting a new lease of low stress/high performance fun without the difficulties of a discus launch.
This Elf Pro Electric Upgrade Kit includes all the items necessary to upgrade Elf DLG to an Elf Pro El. The kit consists of:
{bullet}
Elf Pro El fuselage (grey)
Elf Pro El fin
Elf Pro El tailplane
Elf Pro & Spin Electric Powerset
{endbullet}
The pod molding in the current fuselages is grey, not blue. The only thing required from the Elf DLG is the wing, which is not modified, and can still be used on the Elf DLG.
The Elf Pro Electric Upgrade Kit comes with a complete accessory pack and servo trays designed for KST X06, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Ripmax SD100, Hepf H47 or Dymond D47 servos. No other servo will fit easily.
The highly regarded {pref, ELF-SPIN-PWRSET, Elf Pro & Spin Electric Powerset} is supplied with the upgrade kit and included in the price shown. A 2S 300 mAh LiPo battery is recommended.
The speed control has been modified to optionally output 5V or unregulated 2S LiPo battery voltage to the receiver and thus servos. As supplied the ESC outputs the unregulated 2S Lipo battery voltage (approx 8.2V initially unloaded). This is good when using high voltage servos, and especially if using receiver voltage telemetry, as you can see/hear the battery voltage on the transmitter. On the other hand if you are using normal voltage servos you will need to extricate the wire marked 8.4V and insert the wire marked 5V into the RC plug.
� �� � ^� � � � ��b� KST-A13-610-KST A13-610 Servo - 9.0Kg.cm 0.10s 24.0g 13mmc New {b,KST A13-610} is a medium to high voltage range metal cased servo with excellent speed and torque specifications. The {b,KST A13-610} has a hardened steel drive train and a coreless motor capable of running all the way from 4.8V to 8.4V (4S NiMH to 2S LiPo) making these servos ideal for electric powered models (most ESCs output 5.5V) as well as most gliders.
Supplied accessories include two strong red nylon output arms, and three normal strength white nylon output arms.
{b,KST A13-610 Features}
{bullet}
13 mm body for stronger gears and improved toughness
Excellent 9.0 Kg.cm torque
Compact and light weight design
Excellent torque and speed
Wide 4S NiMH to 2S LiPo voltage range
Excellent heat dissipation
7075 Alloy casing
Hardened Steel gears
Designed for lightweight high performance RC Gliders and Helis
{endbullet} {ServoSpecs}
� � 1 � � � � � � � � � � - 1J1 �� jq�g ��}�b�
YODA-TEMPLATEYoda Setup Template{ This product consist of a clear plastic (probably perspex) gauge to help in setting up the control throws for the Yoda DLG. � F� � (� � � � � � � � 2 �� c1�C � �}�b�7 V3-FIN Vortex 3 Fin Fin for the Vortex 3 DLG � 2(� � � � � � � � � � , X �� cw�i �}�b� ELF-PUSHRODSElf & Elf Pro Pushrods (2)� A pair (2) of 0.7mm diamter 60 cm long carbon rods to make up pushrods for the Elf or Elf Pro.
Includes wire Z end fittings and heatshrink. � S� � � � � � � � � � d c[�Q �}�b�< MK-DLG-BLADEOffset DLG Throwing bladex This {b, Offset DLG Throwing Blade} improves launch height and throwing comfort of discus launched gliders. Beautifully molded from carbon fibre, and contoured to maximise launch height and comfort. The offset allows for the discus launch glider wing's dihedral angle, so the fingers stay approximately vertically aligned, even though the glider's wing will be angled up by about 6 degrees.
The launch blade is supplied with square cut edges and will need sanding to a smooth shape, and the tang tapered to allow easier installation in the DLG wing,
{table title="Curved Offset DLG Throwing Blade" class=1 cols=3 width=140,100 separator=: align=L,L,L}
Weight as supplied: 3.5 g unfinished
Max thickness of carbon: 2 mm
Height of both blades: 56 mm
Max width: 11.9 mm
Length of tang: 41 mm
{endtable}
The weight can be decreased by reducing the thickness of the carbon towards the ends of the blades, and by profiling the edges, to approximate to a thin ellipse. see the attached {i,Shaping DLG Throwing Blades} PDF below.
To fit, open the end of the model's wing, and glue the tang inside the wing with epoxy or good quality thick CA. For excellent installation instructions see this {Href,http://www.rcgroups.com/forums/showthread.php?t=1494802, T-Blade Installation} RCGroups thread.
Also called a contoured DLG launch blade, a seagull throwing peg, a curved launch blade. ; � � � (� � � � � � � � ( 2H6� � Carbon fibre h,_�3' /V� ��b� XPOWER-F3426-74XPower F3426/7 Storm 1250 RPM/V 142g Cased Outrunner The {b, F3426/7 Storm} is apowerful high performance cased outrunner for larger and heavier gliders, up to 5 m span and 4 kg weight. The 34 mm diameter outer can does not rotate and the wires extend from the rear so it is perfect for installing in narrow glider noses, and the 5 mm motor shaft stands up to dorked landings.
Eliminating the gearbox simplifies the powertrain and reduces the risk of failure. It also results in requiring a smaller (less efficient) propeller. In the past that was a disadvantage as powertrain efficiency was essential for good performance. However with the current state of technology excellent performance can be achieved even with small props, and they do offer several advantages, namely:
{bullet} Less stuff hanging out in the wind and less glide drag, so overall better glide performance, especially at speed.
Usually a higher pitch speed is obtained, allowing very fast transitions to a low level thermal a long way away (if you are one of those god-pilots who know there the lift is).
Smaller propellers reduce the effects of torque, making the initial climb out easier.
{endbullet}
{table title="XPower F3426/7 Windy Specifications" class=1 cols=2 width=40,150 align=L,L,L separator=: autohref=2}
KV: 1250 RPM/V
Max current: 75A for 30s
Power: 800W
Internal resistance: 23.6 mOhm
Dimensions: �34 x50 mm
Mounting: 2 holes on 16 mm & 2 on 19 mm diameter
Shaft diameter: 5.0 mm
Weight: 142 g
Number of poles: 12
Recommended number of cells: 3 - 4 LiPo
Recommended props: 10x7-12x6
{endtable}
{b, Measurements}
Prop: XPower Carbon Folding Prop 11x8"
Controller: YGE 65LVT
Battery pack: Hot Lips VHD 1300 4S1P
RPM: 12850
Current drain: 56A
Static Thrust: 2.8kg
Prop: GM DD Carbon Folding Prop 11x8"
Controller: YGE 65LVT
Battery pack: Hot Lips VHD 850 4S1P
RPM: 11100
Current drain: 61A
Static Thrust: 2.5kg
Recommended controller: YGE 65LVT
� � c � � B<� � � � � � � � � ��2D3� 4��� ,� ��b� XPOWER-F2915-125XPower F2915/12 XLight 1600 RPM/V 72g Cased Outrunner9 The {b,F2915/12 XLight} is a very light high performance cased outrunner for light 3m - 4m electric gliders, especially F5J competition model up to 1300g weight. The 28mm diameter outer can does not rotate and the wires extend from the rear so it is perfect for installing in narrow glider noses, and the 5mm motor shaft stands up to dorked landings.
#The competion version has a titanium motor shaft and is a bit lighter and stronger.
Eliminating the gearbox simplifies the powertrain and reduces the risk of failure. It also results in requiring a smaller (less efficient) propeller. In the past that was a disadvantage as powertrain efficiency was essential for good performance. However with the current state of technology excellent performance can be achieved even with small props, and they do offer several advantages, namely:
{bullet} Less stuff hanging out in the wind and less glide drag, so overall better glide performance, especially at speed.
Usually a higher pitch speed is obtained, allowing very fast transitions to a low level thermal a long way away (if you are one of those god-pilots who know there the lift is).
Smaller propellers reduce the effects of torque, making the initial climb out easier.
{endbullet}
{table title="XPower F2915/12 XLight Specifications" class=1 cols=2 width=40,150 align=L,L,L separator=: autohref=2}
KV: 1600 RPM/V
Max current: 35A for 30s
Power: 340W
Manufacturer's Rm: 42 mOhm
Dimensions: �28.1x38.7 mm
Mounting: 2 M3 on 16 mm & 2 on 19 mm diameter
Shaft diameter: 5.0 mm
Weight: 72 g
Number of poles: 12
Recommended number of cells: 3 LiPo
Recommended props: 10x5-11x6"
{endtable}
{b,Measurements}
Prop: XPower CARBON 10x6" + GM carbon spinner 32mm
Controller: XPower Xreg30 V5
Battery pack: Hot-LiPS VHD 600 3S1P
RPM: 10600
Current drain: 35A
Static thrust: 1. �}��b� VM-LRG-COVER!VM Large Shrouded Servo Cover (1)z A large shrouded servo cover. Particularly suitable for fins. The edges are rough cut and will need trimming to the required size.
Supplied singly.
{table title="Large Shrouded Servo Cover Specification" class=1 cols=2 width=150,115 align=L,L,L}
Thickness of carbon sheet, 0.3 mm
Max length, 76 mm
Max height, 65 mm
Height of shroud, 12 mm
Weight, 2.4 g
{endtable}
� (� � � � � � � � � � �� c1�C �
@�`� MAXFLIGHTF5KMaxFlight F5K 1.5mp The {b,MaxFlight F5K} is an innovative 1.5m electric DLG type glider with two piece wings. With great performance and forgiving flight characteristics this may be the most advanced F5K model we have seen so far.
The outstanding benefits of this model are:
{bullet}
Well thought out design intended for electric flight from the outset - not a modified discus launch glider.
Excellent glide performance and good speed range.
Lightweight carbon all molded construction.
Superb surface finish and attractive colour schemes.
Two piece wing and easy to dismount the fin and tailplane make for a very easy to transport model in a box just 86 cm (34") long.
Large canopy hatch for east access to the motor, ESC and battery.
Available in 4 servo (flaperon) and 6 servo (aileron and separate flap) versions.
Preinstalled mounting system for 4 KST X08 tail and wing servos under the wing.
Large under-wing hatch for access to the fuselage servos.
Easy and quick assembly at the field.
{endbullet} The wing is beautifully molded from spread carbon with a Rohacell core to maximise strength and dimensional stability, ensuring the surface finish stays smooth. The wing is available in two versions:
{b, Flaperons} - a single control surface on each wing, actuated from fuselage mounted servos, is used both for roll (aileron) and flap/camber, as used successfully on DLGs. This has the advantage of simplicity and not needing any wing mounted servos, reducing the cost. Also only a 5+ channel receiver is required and transmitter programming is simplified.
{b, Separate Ailerons and Flaps} - two control surfaces on each wing. The inner flap control surface is actuated from fuselage mounted servos, and the outer aileron control surface is mounted by an outboard servo. This has the advantage allowing much greater flap deflection during landing, giving better control and slower touchdowns - potentially allowing the model to be flown from a smaller field. A 7+ channel receiver will be required and transmitter programming is a little more complex.
The fuselage is a one piece design with a generous front to facilitate fitting a small powertrain and four servos. A firewall is supplied but not fitted, to allow it to be recessed as appropriate for the motor used. The tailplane (horizontal stabiliser) and fin (vertical stab) are very light and have a good finish. The rudder and elevator are ready hinged and give good control response.
The fuselage is supplied with a servo deck pre-cut for 4 pcs KST X08 servos. The supplied accessories include a firewall, servo mount, all pushrods, rudder and elevator pull cables, torque springs, and all control horns. The wings are supplied in thin foam bags but fit nicely in our {pref, F3K-WING-BAG, DLG F3K Wing Bags} for greater protection. Little work is required to get the model flyable, however no build info is currently available. A discount may be available to any modeller who would like to create a useful build log.
For more info see this {href, https://www.rcgroups.com/forums/showthread.php?4365975-Maxflight-F5K, RCGroups MaxFlight F5K thread}.
{table title="MaxFlight F5K Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.5 m, 59 in
Wing area, 18.8 dm2, 291 sq in
Length inc spinner, 87 cm, 34.3 in
Flying weight from, 270 g, 9.5 oz
Wing loading, 14.4 g/dm, 4.7 oz/sq ft
Aspect ratio, 12.0,
Wing airfoil, Special 7%,
EDA (dihedral), 6.0�,
Spinner Diameter, 25 mm,
Centre of Gravity, 61-65 mm from wing leading edge
Controls (4 servo version), "Rudder, elevator, ailerons, throttle"
Controls (6 servo version), "Rudder, elevator, ailerons, flaps, throttle"
{endtable}
{table title="Recommended R/C" class=1 cols=2 width=170,240 align=L,L autohref=2}
Elevator & rudder servos, KST A08H, KST X08H, Blue Bird BMS-A10V
Flap/Flaperon servos, KST A08H, KST X08H, Blue Bird BMS-A10V
Aileron servos (6 servo version), KST X06H, Blue Bird BMS-101DMG, Blue Bird BMS-101HV
Receiver (4 servo version), 5 channel rx to suit your transmitter, eg Spectrum AR6610T, Orange DSM2 compatible, Jeti Duplex R5, Multiplex Mlink RX-6 Light & RX-5 Light
Battery (2S 300 - 450 mAh LiPo) , Nanotech 2S 300 mAh, Radient 2S 430 mAh
{endtable}
{table title="Recommended Powertrain" class=1 cols=2 width=80,210 align=L,L autohref=2}
Motor, HyperFlight 1806 2450 RPM/V, Clone 1806 2500Kv
Spinner, CN Models 25mm Spinner for M5 shafts
2S Prop blades, CN 7x4 Folding prop blades
3S Prop blades, CN 6x4 Folding prop blades
ESC, Dualsky SUMMIT 30 SLIM 6V SBEC ESC
Battery, 2S - 3S 300mAh - 600 mAh LiPo
{endtable}
{table title="MaxFlight F5J 6 Servo Control Throws" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder, 12 mm each way
Elevator, 8 mm up / 6 mm down
Ailerons, 8 mm up / 5 mm down
Flaps (roll), Flaps follow ailerons
Flaps (landing), 40 mm down (6 mm down elevator with full flap)
Camber Settings
Speed, Flaps 2 mm up, ailerons follow flaps
Cruise, 0 mm
Thermal, Flaps 4 mm down, ailerons follow flaps
{endtable}
{table title="MaxFlight F5J 4 Servo Control Throws" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder, 12 mm each way
Elevator, 8 mm up / 6 mm down
Ailerons, 11 mm up / 7 mm down (at wing root)
Ailerons (landing), 25 mm down (4 mm down elevator with full flap)
Camber Settings
Speed, Ailerons 2 mm up
Cruise, 0 mm
Thermal, Ailerons 4 mm down
{endtable}
{table title="MaxFlight F5K Typical Weights - 4 servo version" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 36 g, 1.3 oz
Wings, 97 g, 3.4 oz
Tailplane, 10 g, 0.4 oz
Fin, 7 g, 0.2 oz
Wing joiner, 10 g, 0.4 oz
Accessories & glue, 10 g, 0.4 oz
Total structure, 170 g, 6.0 oz
Receiver, 6 g, 0.2 oz
Rudder servo, 8 g, 0.3 oz
Elevator servo, 8 g, 0.3 oz
Wing servos (2), 17 g, 0.6 oz
ESC, 5 g, 0.2 oz
Motor, 20 g, 0.7 oz
Prop & spinner, 6 g, 0.2 oz
Battery, 30 g, 1.1 oz
Flying weight, 270 g, 9.5 oz
{endtable}
(C) 2021 Neil Stainton � � : � � r � � � � � � � � � 4� MAX Flight components:
One fuse
One fin
One tailplane
One bag of accessories with wing joiner
Two wing pieces
Mr Edwards 01 883 3498127 w� j�H � "��~
ORACOVER-FL-YELLOW0Oracover Fluorescent Yellow 21-031 Covering Filmf A 200 cm x 60 cm roll of {b,Oracover Fluorescent Yellow} covering film.
This standard weight Oracover has all the benefits of Oralight but it is stronger and is suitable for electric RC models and R/C gliders where strength and looks are more important than light weight.
{table title="Oracover Fluorescent Yellow} Film Specifications" class=1 cols=3 width=110,115,115 align=L,L}
Colour, Fluorescent Green
Length, 200 c� ��b� MD2-BAGS Mini Dart 2 Wing & Tail Bags Good quality bags to protect the Mini Dart 2's flying surfaces.
These attractive wing bags have a nicely sewn material edging, an embroidered HyperFlight logo and an expanding tip pocket for the launch blade. These well padded bags will fit and protect most modern 1 m mini DLG wings. - � " � � 2� � � � � � � � � 2TABLE� �� jP� �}�b� TEKKO32F3(Holybro Teko32 F3 Metal BLHeli32 65A ESC� New top quality 50A BLHeli32 speed control for F5J and all electric models wanting a state of the art ESC. No BEC included. Run the ESC from the a 2S tap from the 3S (or 4S) LiPo using our {pref, XT-JR-2S, 2S LiPo Balance Plug to JR RC Plug Convertor Lead}.
Brand Name: Holybro
Model: Tekko32 F3 Metal
Item Name: 65A BL_32 DShot1200 ESC
Con. Current: 65A
Peak Current: 80A
Input Voltage: 3-6S Lipo Support
Ext. cap needed for 6s (220uf 35v for 6s usage.)
- F3(M4 Core) MCU, Runs BLHELI32 firmware, the MCU works at 108Mhz
- Mosfet tested at 4S 65A, under props, nothing covered for 1min
- Onboard WS2812B LED
Size: 18 x 27 mm
Weight: 4.4g
Package Includes:
1x Holybro ekko32 F3 Metal ESC 65A
1x 35V 220uF Capacitor
1x 24AWG 100mm Black wire
1x 24AWG 100mm White wire
1x 24AWG 100mm Blue wire
1x 16AWG 100mm Red wire
1x 16AWG 100mm Black wire
{video, ay8PzWy-oN8}
� � 2� � � � � � � � � � 2 � �� c1�C� ��b� MK-COVER-LGE#Very Large Shrouded Servo Cover (2)P These large molded wing servo covers are light, low drag, and look good.
The large shroud covers the servo output arm, clevis, and the control rod. This reduces the turbulence and improves performance measurably.
Supplied as one piece - cut in half to make a pair of covers.
{table title="Large Shrouded Carbon Servo Covers Specification" class=1 cols=2 width=150,115 align=L,L,L}
Thickness of carbon sheet, 0.30 mm
Chordwise length, 125 mm
Spanwise length, 120 mm
Distance of shroud from edge, 30 mm
Thickness of shroud, 15 mm
Height of shroud, 13 mm
Weight, 9 g
{endtable} T � � � � � � � � � � � 2E2� �� i}� � �}�b� ADVENTURE-TRAVELAdventure Travel F5J 3m The {b,Adventure Travel F5J} is a new high performance 3m (118") electric glider designed for very easy transport without compromising any flying performance or good handling qualities. The Adventure Travel F5J is of all molded spread carbon construction and is made to a high standard, with an excellent surface finish and a low weight. The model fits in a specially designed strong cardboard box size 780 x 330 x85 mm (30.7" x 13.0" x 3.3") meaning that it can be carried onto most transport.
The fuselage pod is a good size, allowing easy powertrain and RC installation. It is made from kevlar with carbon reinforcement, and is meant to be 2.4 GHz friendly, though we would recommend at least one antenna is routed outside. The tailboom is a lightweight component custom molded from chequerboard spread carbon with the V tail mounts ready fitted. The tailboom is securely retained using tape, to allow easy assembly on the field. No glue is needed or should be used.
The V tails are beautifully molded from spread carbon over a Rohacell foam core, for maximum lightness and rigidity. The V tails have a pocket for the servo (8 mm max thickness) molded in place.
The four part wing is again beautifully molded from spread carbon over a Rohacell foam core, with carbon servo pockets molded into the structure. With a thickness of just 6.3% the airfoil is very thin and quite cambered, giving excellent performance. The flap is exceptionally wide, taking up 40% of the wing's chord, allowing both a good speed range and for the model to be slowed very well when landing.
The accessory pack contains glass fibre horns and firewall, multiplex plugs and lightweight wire for a wiring harness - though it might be easier to use our {pref,HS-4119-34-80, Large Lightweight 4 Servo Wing Wiring Harness} ready made wing wiring harness and some extension leads.
{table title="Adventure Travel F5J Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 3.0 m, 118 in
Wing area, 54.9 dm2, 851 sq in
Length inc spinner, 145 cm, 57.1 in
Flying weight from, 950 g, 33.5 oz
Wing loading, 17.3 g/dm, 5.7 oz/sq ft
Aspect ratio, 16.4,
Wing airfoil, Special 6.3%
EDA (dihedral), 5.0�,
Spinner Diameter, 32 mm,
Centre of Gravity, 82-83 mm from wing leading edge
Controls, "V tail, ailerons, flaps, throttle"
{endtable}
{table title="Adventure Travel F5J Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 135 g, 4.8 oz
Wing centre panels, 291 g, 10.3 oz
Wing tip panels, 161 g, 5.7 oz
V tails, 43 g, 1.5 oz
Accessories, 50 g, 1.8 oz
Total structure, 680 g, 24.0 oz
Pushrods, 6 g, 0.2 oz
Receiver, 6 g, 0.2 oz
V tail servos (2), 12 g, 0.4 oz
Flap servos (2), 20 g, 0.7 oz
Aileron servos (2), 16 g, 0.6 oz
Speed control, 25 g, 0.9 oz
Motor, 70 g, 2.5 oz
Prop & spinner, 15 g, 0.5 oz
Battery, 100 g, 3.5 oz
Flying weight, 950 g, 33.5 oz
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,235 align=L,L autohref=2}
V tails, KST X06, KST X06N, Ripmax SD100, Blue Bird BMS-101DMG, Blue Bird BMS-101HV
Ailerons, KST X08, KST X08N, KST X06, KST X06N, Ripmax SD100, Blue Bird BMS-101DMG, Blue Bird BMS-101HV
Flaps, MKS DS6100, MKS HV6100, MKS HV6110, Blue Bird BMS-125WV
Receiver, 7+ channel rx to match your transmitter
Power, HyperFlight 30A, Quanum BLHeli32 30A ESC, Sunrise 30A Pro, YGE 35 LVT ESC, Sunrise 31A BLHELI-32 Siskin
{endtable}
{table title="Powertrain Recommendations" class=1 cols=2 width=130,310 align=L,L autohref=1}
Powerline Micro 1010, 3S 750mAh LiPo, 12x8 prop
XPower F2915/12 XLight, 3S 750mAh LiPo, 9x5, 9x6 prop
XPower F2919/10 Light, 3S 750mAh LiPo, 9x6, 10x5 prop
Axi 2220/16 V2 Long, 3S 750 mAh LiPo, 12x6 or 11x7 prop
Axi 2220/16 V2 Long, 2S 750 mAh LiPo, 14x8, 14x7, 13x7 prop
Mega 16/15/5, 3S 750mAh LiPo, 7x5 prop
{endtable}
* � K� � � � � � � � � � � � � E� c1�C 5 ,'$ ��b� YODA-E!Yoda EL High-Performance F5K 1.5m� The {b,Yoda EL} is a high-performance electric glider designed to excel� ��b�O MK-TORQUE-SPRINGDLG Torque SpringO A torque spring for inserting into DLG tail surfaces for implementing pull-spring control linkages.
As used in many discus launched gliders.
{table title="DLG Torque Spring" class=1 cols=2 width=140,100 separator=: align=L,L}
Material: High tensile steel wire
Wire diameter: 0.45 mm
Distance between end legs: 50 mm
Length of each end leg: 20 mm
Angle between end legs: 90 degrees
Weight: 0.15 g
{endtable}See this excellent {href, https://www.rcgroups.com/forums/showthread.php?2419637-Torsion-Springs-for-Pull-Spring-Systems, RCGroups Torsion Spring} thread for more info.
� � � � � � � � � � � � 2G6� �� i��I �� /?� ��b� BMS-115WV6Blue Bird BMS-115WV+ Servo - 7.1Kg.cm 0.09s 11.1g 10mm The {b,Blue Bird BMS-115WV+} is a the horizonal lug/wingservo verson of the highest torque servo in the very highly regarded Blue Bird BMS-125WV/126WV/127WV range of 10g servos. At 8.4V the BMS-125WV+'s torque is 7.1 kg.cm while still having an excellent speed of 0.09 seconds per 60� of movement.
This new BMS-115WV+ servo is an upgrade to the BMS-115HV by having a wide volage range (1S to 2S LiPo) and dual ball bearings on the main output shaft. This keeps it precise and slop free, with a long service life.
The {b,Blue Bird BMS-115WV+} is a great wide voltage range servo built to a similar space saving form factor as the MKS HV6110. It is similarly precise, with no free play in the geartrain, and it is even more powerful and faster than the competing product. The large output spline is identical to Futaba 25 tooth splines, so replacement output arms are readily available. Note the Futaba compatible output spline is not the same as MKS so the servo cannot be used with most MKS accesories.
{servospecs}
o � � � -� � � � � � � � ! 1K3R � `}�`� VAIANA-SPORT Vaiana Sport F3-RES & F5-RES 2m- {br, No more expected till late Autumn.}
The {b,Vaiana Sport F3-RES} is a modern high performance F3-RES model from Slovakia. With attractive elliptical flying surfaces and a very long tailboom it flies as beautifully as it looks, and it won several F3-RES events in 2021. This latest version of the model uses Mitsuru Ishii's highly rated 0801YA mod biconvex airfoil which provides better performance than the Drela airfoil used on the previous version, being optimised both for high speed launch and min sink. One of the outstanding benefits of the Vaiana Sport is the inclusion of 3D printed ballast boxes that are built into the wing root, and several ballast slugs and spacers that allow up to 170 g of ballast to be added, ensuring that it can outfly the competition, even in windy conditions.
The Vaiana Sport is made from very accurately CNC and laser cut balsa with lightweight wound tubular carbon booms for the main spar and tailboom, giving excellent strength and light weight.
The balsa and ply parts are cleanly laser and CNC cut. The fuselage consists of a wooden (plywood/balsa) pod and a light weight tapered carbon tailboom with a balsa tailplane mount. The built-up balsa fin is fixed to the tailboom and the tailplane is removable. The two piece wing is connected to the fuselage using a through joiner. This makes for fast and easy assembly at the field as the wing is retained by magnets - there is nothing to screw. The wing main spar is a tapered carbon tube, which provides excellent strength and very light weight. The model is being constantly developed and improved and the wing currently has three riblets between each full rib to ensure the covering material follows the airfoil contour super accurately � not one riblet as shown in some of the photos. There are two large spoilers for safely exiting thermals and precise landings.
The Vaiana Sport is supplied with a clear full size plan and has straight-forward construction. However please note that no manual or online build log is available so it is not suitable for beginners. The kit contents include all the necessary parts to build this model and includes several 3D printed parts to speed up the build process. The well selected balsa and ply parts are cleanly cut and the wound carbon spars are light and of high quality. All the control linkage parts and small accessories are included.
This model is one of the top F3-RES kits for 2021/22 and is highly recommended. It is also known as the Viana but the correct name is Vaiana Sport.
{i,Manufacturer's electric setup}
The engine used is the XM2225EG-23 (1600KV) propeller 8/4 Aero cam, 20 A regulator and 2S 450mAh LiPo. Consumption is about 14A and the 480g model climbs at 7m / s. The servos in the electric versions are in the center of gravity in the middle of the fuselage, the front is only the battery, ESC and receiver.
(C) 2021 Neil Stainton
{table title="Vaiana Sport F3-RES Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.0 m, 78 in
Wing area, 36.0 dm2, 558 sq in
Length, 134 cm, 52.9 in
Flying weight from, 450 g, 15.9 oz
Wing loading, 12.5 g/dm2, 4.1 oz/sq ft
Aspect ratio, 11.0,
Wing airfoil, AY (Mitsuru Ishii) 0801YA mod
Dihedral (EDA), 9.0�,
Spinner Diameter (electric ver) ,32 mm
Centre of Gravity, 93-96 mm from wing leading edge
Controls, "Rudder, elevator, spoilers"
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder & elevator servos, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Blue Bird BMS-A10H, KST X06, Graupner DES 427, ES08
Spoiler servos (2), Blue Bird BMS-101DMG, Blue Bird BMS-101HV, KST X06, Graupner DES 427, ES08
Receiver, 4 or 5 channel receiver to match your transmitter
Battery, Radient 1S 700 mAh LiPo, Dream-Flight 300 mAh 4.8V NiMH, HyperFlight 650 mAh 4.8V NiMH, Dream-Flight 700 mAh 4.8V NiMH, 1S 2600 mAh Li-Ion, 2S 300-600mAh LiPo
{endtable}
{table title="Control Throws" class=1 cols=2 width=120,240 align=L,L}
Rudder, 22 mm each way
Elevator, 12 mm up & down
Spoilers, 80� - 90� up
Hook location, 10 mm from front of cut-out
{endtable}
{table title="Vaiana Sport F3-RES Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Bare structure, 320 g, 11.3 oz
Covering, 50 g, 1.8 oz
Total structure, 370 g, 13.1 oz
Receiver, 6 g, 0.2 oz
Rudder servo, 5 g, 0.2 oz
Elevator servo, 5 g, 0.2 oz
Spoiler servos (2), 10 g, 0.4 oz
Battery, 54 g, 1.9 oz
Flying weight, 450 g, 15.9 oz
{endtable}
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{video, aWze1LjAisM}
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{video, RZleYY1P7QY}
{video, DIrE96Im9Is} � � -� � � � � � � � � � � � 4 Reserve one for Martyn Wharrie wharrie@live.co.uk
� M� c1�C � �}�b� SNIPE-E-FUSE-BAG Snipe 2 Electric Fuselage Bag5 Vladimir's Models bag for a Snipe 2e fuselage only.
5 � � K� � � � � � � � � � �� c1�C � �}��b�
YODA-FUSE-BAGYoda DLG Fuselage Bag/ Vladimir's Models bag for a Yoda fuselage only. < � � � � � � � � � � � , �� c1�CbS + ��b�� FEATHER-COV-SATINFeather Cover Satin� {b,Feather Cover} is a lightweight iron-on covering material weighing just 20 g/m2. It is ideal for lightweight and small models. What makes this material especially suitable for lightweight structures is its moderate shrink compared to traditional iron on coverings. This makes it easier to cover delicate built-up structures whilst minimizing the chance of inducing warps.
The {b, Satin} finish translucent white colour gives the appearance of doped tissue with an attractive satin finish that can easily be decorated with self adhesive trim or paint. The rear of the film has a heat-activated glue coating, allowing it to be applied with a modeling iron set to to 120�C for tacking the sheet in place, and 160�C for shrinking. There is no backing film.
Feather Cover takes paint exceptionally well. For optimal adhesion on the gloss surface, we recommend lightly scuffing it with wire wool before painting. Both gloss and satin versions bond effectively with non-water-based paints, ensuring long-lasting results.
Automotive acrylic aerosol cans provide excellent coverage and durability. If hobby-grade paints are preferred we highly recommend the Tamiya PS range which dries rapidly to a smooth satin finish.
{bullet}
Ultra lightweight
Low Shrink
Self Adhesive
Iron on
{endbullet} 2' +H ��b� KST-A08*KST A08 V6 Servo - 3.2Kg.cm 0.09s 8.6g 8mm� The new {b,KST A08 V6} is a great low/medium/high voltage fully metal cased servo weighing only 8g (0.3 oz). Unlike the X08 the A08 incorporates a complete case that covers the motor, making the servos much tougher and less susceptible to water ingress, handling and crash damage. Despite this the A08 servo is actually lighter and has more torque than the X08. The A08 is also slightly smaller than the X08, making it suitable for very tight installations.
The KST A08 is especially good for ailerons on discus launched gliders, electric racers, and all models with thin flying surfaces. Despite being only 8 mm thick the powerful coreless DC motor and gearing provide good torque and high speed. The A08 can be operated from a voltage as low as 3.8V (1S LiPo) or as high as 8.4V (2S LiPo). KST servos have excellent geartrain machining tolerances, and this servo is completely slop free, and equal to products costing twice as much. Despite not having an -MG moniker this servo has metal gears, and is very tough.
The KST A08's high torque, good speed, and 8mm thinness make it suitable for many high performance glider, pylon racers and EDF applications. With up to 3.2kg.cm torque the KST A08 is appropriate for F3K, F5D, F5J, many types of high performance models. The accessories include three strong nylon output arms, two double sided, and one single sided, one of which is low profile. This means that when the servos are mounted one in front of the other the control rod of the front one won't foul the rear one.
The KST A08 V6 version is fully programmable using {href, products.asp?search=KST+Servo+Programming, KST's new programming tools}.
{film}
{ServoSpecs} V � / � � � � � � � � � � ) 1J1 vk /�8 ��b� KST-A08N3KST A08N V6 Lugless Servo - 3.2Kg.cm 0.09s 8.6g 8mm� The new {b,KST A08N V6} is the lugless version (no mounting tabs) of the KST A08. It is a great low/medium/high voltage fully metal cased servo weighing only 8g (0.3 oz). Unlike the X08N the A08N incorporates a complete case that covers the motor, making the servos much tougher and less susceptible to handling and crash damage. Despite this the A08N servo is actually lighter and has more torque than the X08N. The A08N is also slightly smaller than the X08N, making it suitable for very tight installations.
The KST A08N is especially good for ailerons on discus launched gliders, electric racers, and all models with thin flying surfaces. Despite being only 8 mm thick the powerful coreless DC motor and gearing provide good torque and high speed. The A08N can be operated from a voltage as low as 3.8V (1S LiPo) or as high as 8.4V (2S LiPo). KST servos have excellent geartrain machining tolerances, and this servo is completely slop free, and equal to products costing twice as much. Despite not having an -MG moniker this servo has metal gears, and is very tough.
The KST A08N's high torque, good speed, and 8mm thinness make it suitable for many high performance glider, pylon racers and EDF applications. With up to 3.2kg.cm torque the KST A08N is appropriate for F3K, F5D, F5J, many types of high performance models. The accessories include three strong nylon output arms, two double sided, and one single sided, one of which is low profile. This means that when the servos are mounted one in front of the other the control rod of the front one won't foul the rear one.
The KST A08N V6 version is fully programmable using {href, products.asp?search=KST+Servo+Programming, KST's new programming tools}.
{film}
{ServoSpecs} U � / � � � � � � � � � � 1K2 � ��b� KST-A08H0KST A08H V6 Wing Servo - 3.2Kg.cm 0.09s 8.6g 8mm� The new {b,KST A08H V6} is the horizontal tab (wing mounting tab) version of the KST A08. It is a great low/medium/high voltage fully metal cased servo weighing only 8g (0.3 oz). Unlike the X08H the A08H incorporates a complete case that covers the motor, making the servos much tougher and less susceptible to water ingress, handling and crash damage. Despite this the A08H servo is actually lighter and has more torque than the X08H. The A08H is also slightly smaller than the X08H, making it suitable for very tight installations.
The KST A08H is especially good for ailerons on discus launched gliders, electric racers, and all models with thin flying surfaces. Despite being only 8 mm thick the powerful coreless DC motor and gearing provide good torque and high speed. The A08H can be operated from a voltage as low as 3.8V (1S LiPo) or as high as 8.4V (2S LiPo). KST servos have excellent geartrain machining tolerances, and this servo is completely slop free, and equal to products costing twice as much. Despite not having an -MG moniker this servo has metal gears, and is very tough.
The KST A08H's high torque, good speed, and 8mm thinness make it suitable for many high performance glider, pylon racers and EDF applications. With up to 3.2kg.cm torque the KST A08H is appropriate for F3K, F5D, F5J, many types of high performance models. The accessories include three strong nylon output arms, two double sided, and one single sided, one of which is low profile. This means that when the servos are mounted one in front of the other the control rod of the front one won't foul the rear one.
The KST A08H V6 version is fully programmable using {href, products.asp?search=KST+Servo+Programming, KST's new programming tools}.
{film}
{ServoSpecs} V � / � � � � � � � � � � ��1J1 �� jo\ � �}�b� VICTORY-F5KVictory F5K 1.5m: The {b, Victory F5K} is a great 1.5m electric glider from Vick Models. It is quick and easy to put together, and builds into a rugged F5K type powered glider with an impressive performance.
Pease see {href, https://www.rcgroups.com/forums/showthread.php?3960055-Low-cost-F5K-glider-from-ViCKmodels, this} RC Groups thread and this {href, https://photos.app.goo.gl/NzT8ipuwNef5ohvFA,photo build log} for a lot more info.
Manufacturer recommended powertrain:
Emax MT2206 motor
20-30A ESC
9x5 folding prop
Battery: 2S 450mah LiPo
We recommend {href, products.asp?search=solite, Solite} covering film for this model, applied with care not to overheat the wing cores.
{table title="Victory F5K Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.5 m, 59 in
Wing area, 21.6 dm2, 335 sq in
Length, 95 cm, 37.4 in
Flying weight from, 350 g, 12.3 oz
Wing loading, 16.2 g/dm, 5.3 oz/sq ft
Aspect ratio, 10.4,
Wing airfoil, MH32,
Dihedral angle, 6.0�,
Spinner diameter, 32 mm,
Centre of Gravity, TBA mm from wing leading edge
Controls, "Rudder, elevator, ailerons, throttle"
{endtable}
{table title="Recommended R/C" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator & rudder servos, Hitec HS-40, Ripmax SD100, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, KST X06, KST X08
Aileron servos, Hitec HS-40, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, KST X06, KST X08
Receiver, 5 channel rx to suit your transmitter, eg Spectrum AR6610T, Orange DSM2 compatible, Jeti Duplex R5, Multiplex Mlink RX-6 Light & RX-5 Light
Battery (2S 300 - 450 mAh LiPo) , Nanotech 2S 300 mAh
{endtable}
{table title="Electric Powertrain Recommendations" class=1 cols=2 width=140,220 align=L,L autohref=1}
ADH300S / MM1906-2400 Rear Mount, 2S 450mAh LiPo, 6x4 folding prop
LDARC XT1806, 2S 450mAh LiPo, 6x3, 6x4 folding prop
XPower F2307/14, 2S 450mAh LiPo, 6x4 folding prop
{endtable}
{table title="Electronc Speed Controls (ESC) Recommendations" class=1 cols=2 width=140,220 align=L,L autohref=1}
Hyperflight 11A BLHELI-32, 11A, no BEC, use HV/WV servos
Quanum BLHeli32 20A, 20A, 3A BEC, good
Sunrise 20A Pro, 20A, 3A BEC, a bit too big
HyperFlight 30A BLHELI-32, 30A, 2A BEC, plug ready fitted
{endtable}
{table title="Victory F5K ypical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
3D printed pod, 47.0 g, 1.7 oz
Tailboom, 14.0 g, 0.5 oz
Ply & carbon parts, 50.0 g, 1.8 oz
Fin, 6.0 g, 0.2 oz
Tailplane, 7.0 g, 0.2 oz
Wing cores, 63.0 g, 2.2 oz
Total structure, 173.0 g, 6.1 oz
Covering etc, 85.0 g, 3.0 oz
Receiver, 6.0 g, 0.2 oz
Aileron servos, 6.0 g, 0.2 oz
Rudder servo, 6.0 g, 0.2 oz
Elevator servo, 6.0 g, 0.2 oz
ESC, 8.0 g, 0.3 oz
Motor, 21.0 g, 0.7 oz
Prop & spinner, 9.0 g, 0.3 oz
Battery, 30.0 g, 1.1 oz
Flying weight, 350 g, 12.3 oz
{endtable}
{video, AC773GoGwgQ}
� � j� T � E � � � � � � � � � w �� dl��� � +>� � �b� MD2-FUSELAGEMini Dart 2 Fuselageo Replacement Mini Dart 2 fuselage.
For the carbon fuselage the front part is glass (coloured black) to be 2.4GHz transparent but from the wing leading edge rearwards it is carbon.
The white fuselge i� �}�b� LIPO1S300CSS 1S 300 mAh LiPo Batteryi Small 1S 300 mAh LiPo battery suitable for discus launched gliders, or other very lightweight models. Comes with a proprierary plug that can be trimmed to fit Mini JST (also called BEC) sockets, or to be plugged directly into a receiver.
{table title="CSS 1S 300 mAh LiPo Battery Specification" class=1 cols=2 width=100,220 align=L,L}
Chemistry, Lithium Polymer
Number of cells, 1
Voltage, 3.7V nominal
Capacity, 300 mAh
Weight, 10.5 g
Discharge rating, 25 C
Length, 33 mm
Width, 20 mm
Thickness, 9 mm
Power lead length, 3 cm
Power plug, Compatible with mini JST (BEC) plug
{endtable}
{LiPost}
<( � ]� � � � � � � � � � 2 t � d'�� �}�b�
SPIN-WING-BAG Vladimir's Models Spin Wing BagsC These {b,Vladimir's Models Spin Wing Bags} are beautifully made from aluminised Mylar covered foam. They are attractively printed in red with an Spin logo in silver.
The two covers slip over the wings and fasten using a Velcro type hook and loop fastener in the middle.
Despite the fact that the Spn is strong and can withstand DLG launches with ease, it is a very light model and can easily be damaged in storage or in transit. We highly recommend these bags to keep your Spinlooking good and in flight worthy condition.
These bags also fit the Elf and Elf Pro models. } � F� � � � � � � � � � �
� c1�C � �}�b� SHINTO-XP-TAILCONEShinto XP Tailcone: Replacement Shinto XP tailcone / tail fairing / tail hatch [ � � P�
8� � � � � � � � 2
� f+�O NC �� ��b� ORALIGHT-CUB-YELLOW(Oralight Cub Yellow 31-030 Covering Film� {Oralight, Opaque Cub Yellow, 31-030,ORA31-030-002,47,This opaque bright yellow covering is a little heavier than the transparent yellow colour also available.}
� � -� � � � � � � � � � � 3B2 � � �}�b� ORALIGHT-T-ORANGE0Oralight Transparent Orange 31-069 Covering Film8 {Oralight, Transparent Orange, 31-069, ORA31-069-00,36,} z � -� � � � � � � � � � � � Germanye����� -� ��b� ORACOVER-CARBON3Oracover Carbon Fibre Pattern 421-071 Covering Film� A 200 cm x 60 cm roll of {b,Oracover Carbon Fibre} patterned covering film.
This is a solid color printed with the pattern of wovern carbon fibre version of standard weight Oracover. It has all the benefits of Oralight but it is stronger and is suitable for electric RC models and R/C gliders where strength and looks are more important than light weight.
{table title="Oracover Carbon Fibre Pattern Covering Film Specifications" class=1 cols=3 width=110,115,115 align=L,L}
Colour, Black & grey carbon fibre pattern
Length, 200 cm, 78.7"
Width, 60 cm, 23.6"
Thickness, 45 um, 0.001"
Weight, 66 g/m2, 0.22 oz/ft2
Shrinkage @ 150�C , 5% in both directions
Melting point, 250 �C
Packaging, Supplied rolled
Product number, 421-071
UK supplier ref, ORA421-071-002 / 5524199
{endtable}
Please download these PDF files for more useful info:
{href,\extras\Oracover-Covering-Weights.pdf, Oracover Covering Weights PDF}
{href,\extras\Oracover-Product-Information_2010_engl.pdf, Oracover Product Info PDF} � � 12� � � � � � � � � � � 3B1 � � ,#x ��b� M2-6-SS-P<M2x6 mm Countersunk Pozi/Phillips Stainless Steel Screws (5)$ {screw-pozi, M2, 6, Stainless Steel} � � � �
� � � � � � � �
2H4 +G ��b�M GM-F5K-25%25mm GM F5K Spinner (Requires Collet)} The {b,GM 25 F5K Spinner} is a great new spinner for small F5K class 1m - 1.5m electric gliders.
The GM F5K Carbon 25mm Spinner Assembly has a carbon fibre cone and is suitable 5 mm root folding propeller blades with a 2mm hinge pin hole. The spinner assembly consists of a very nicely molded carbon fibre spinner cone, a 7075 alloy CNC yoke (centre piece), two polished steel hinge pins for mounting the prop blades and a hex end conical spinner retaining screw. The end of the hinge pins are threaded for securing them into the yoke. The spinner and prop assembly attach to the motor shaft using a conical split collet (purchased separately) which is clamped to the shaft by tightening the front clamping screw.
The GM F5K Carbon 25mm Spinner Assembly does not include the collet to attach the assembly to the motor or gearbox output shaft. This must be purchased separately, according to the diameter of the output shaft.
Benefits of the GM F5J Carbon 25mm Spinner Assembly include:
{bullet}
The accurately CNC machined 7075 aluminium yoke is generously proportioned, for maximum safety and power handling.
The cranked yoke design allows the prop blades to fold flatter to the fuselage.
Supplied with a beautiful moulded carbon spinner cone.
Split collet mounting reduced vibration and avoids the need for flats on the motor shaft.
By switching collets it can be used on most powertrains.
{endbullet}
{table title="GM F5K Spinner Specification" class=1 cols=2 width=160,160 align=L,L}
Diameter, 25 mm
Distance across hinge pins, 16 mm
Prop hinge pin diameter, 2 mm
Prop blade root width, 5 mm
Weight, 8.2 g (inc collet)
{endtable}
� � � � � � � � � � � 2B5O � � ,#� ��b�
M4-10-SS-P=M4x10 mm Countersunk Pozi/Phillips Stainless Steel Screws (5)' {screw-pozi, M4, 10, Stainless steel}
� � � �
� � � � � � � �
2H4 � �} �b��
MAGNUS-E-FUSE!Magnus Hotliner Electric FuselageN Replacement electric fuselage for the Magnus model. Includes the canopy hatch. � � _ � F � 02� � � � � � � � � ~ fr��
: �}�b� MIRAIMirai F3-RES F5-RES 2m� The beautiful {b,Mirai} 2m RES glider kit is one of the most rewarding aircraft models for modellers - nothing compares to relaxation flying in weak conditions, circling under clouds and flying quietly in the evenings where you can sit back and watch your elegant model almost fly itself. The Mirai is a built from a nicely CNC cut balsa and ply kit, and is an upgrade from the manufacturer�s previous well acclaimed Circle Dancer 2000 model.
These 2m models, launched using a hi-start and controlled only by rudder, elevator and spoiler have their special competition category, now called F3L, in which is not about showing off, but about flying with similarly like minded model fliers. There is also a category F5-RES for two-meter gliders with electric propulsion.
The Mirai 2m is also ideal for anyone who wants to start building their own model the classic way out of balsa, plywood and spruce. It's fairly quick and there isn't much to build - MIRAI is easy model to build, though it's not suitable for absolute beginners.
The Mirai can be built as a pure glider or as an electric glider, and is available in V tail and conventional X tail versions.
{table title="Miria F3L / F5-RES Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.0 m, 79 in
Wing area, 36.0 dm2, 558 sq in
Length, 121 cm, 47.6 in
Flying weight from, 420 g, 14.8 oz
Wing loading, 11.7 g/dm, 3.8 oz/sq ft
Aspect ratio, 11.1,
Wing airfoil, HB RES,
Dihedral (EDA), 12.0�,
Spinner Diameter, 30 mm,
Centre of Gravity, 78-82 mm from wing leading edge
Controls, "Rudder, elevator, spoiler"
{endtable}
{table title="Miria F3L / F5-RES Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Pod, 60 g, 2.1 oz
Boom and pushrods, 30 g, 1.1 oz
Centre panel, 100 g, 3.5 oz
Wing tips, 100 g, 3.5 oz
Tailplane, 13 g, 0.5 oz
Fin+Rudder, 12 g, 0.4 oz
Accessories, 20 g, 0.7 oz
Total structure, 335 g, 11.8 oz
Receiver, 5 g, 0.2 oz
Rudder & elevator servos, 10 g, 0.4 oz
Spoiler servo, 5 g, 0.2 oz
Battery, 65 g, 2.3 oz
Flying weight from, 420 g, 14.8 oz
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder & elevator servos, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, KST X06, CHA DS06, EMAX ES09D
Spoiler servo, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, KST X06, CHA DS06, EMAX ES9051
Receiver, 4 or 5 channel receiver to match your transmitter
Glider battery, Radient 1S 700 mAh LiPo, Dream-Flight 300 mAh 4.8V NiMH, HyperFlight 650 mAh 4.8V NiMH, Dream-Flight 700 mAh 4.8V NiMH, 1S 2600 mAh Li-Ion, 2S 300-600mAh LiPo
Elektro battery, 2S 450 - 600mAh LiPo, 3S 300-450mAh LiPo
{endtable}
{table title="Control Throws" class=1 cols=2 width=120,240 align=L,L}
Rudder, 17 mm each way
Elevator, 10 mm up, 10 mm down
Spoilers, 80� up
Spoiler mix, 3 mm up elevator with 45� up spoiler
{endtable}
{table title="Electric Powertrain Recommendations" class=1 cols=2 width=160,210 align=L,L autohref=1}
DYS D2225-19, 2S 450mAh LiPo, 9x6, 10x5
DYS D2225-19, 3S 450mAh LiPo, 7x3.5, 7x4, 8x4
Dualsky XM2225EG-23, 2S 450mAh LiPo: 9x5, 10x5, 10x6
Dualsky XM2225EG-23, 3S 400mAh LiPo: 7x4, 8x4, 8x5
Hacker A10-7L 4.4:1, 3S 450mAh LiPo, 12x8, 13x8
{endtable}
� � � � � � � � � � � � � � � 9 � f�H � � ,#( ��b� M3-8-SS-P<M3x8 mm Countersunk Pozi/Phillips Stainless Steel Screws (5)O {screw-pozi, M3, 8, Stainless steel}
Used on the Elf for the front wing screw. 4 � � �
� � � � � � � �
1 2H4u � � ,# ��b�
M3-16-SS-P=M3x16 mm Countersunk Pozi/Phillips Stainless Steel Screws (5)% {screw-pozi, M3, 16, Stainless steel} < � � �
� � � � � � � �
S 2H4u / �}�b� MK-SHROUNDED-COVER2$Large Long Shrouded Servo Covers (2)� These beautufully molded wing servo covers are light, low drag, and more suitable for larger chord wings. They incorporate a long shroud to cover the servo output arm, clevis, and the control rod. This reduces the turbulence and improves performance measurably.
Supplied in pairs.
{table title="Large Carbon Servo Covers Specification" class=1 cols=2 width=150,115 align=L,L,L}
Thickness of carbon sheet, 0.3 mm
Chordwise length, 100 mm
Spanwise length, 70 mm
Distance of shroud from edge, 16 mm
Thickness of shroud, 8 mm
Height of shroud, 8 mm
Weight, 2.6 g
{endtable}
Trim to size to suit your application and attach with clear tape.
� � � � � � � � � � � 2E2� E� h,_� � �}�b� SPIN-DLG-NOSECONESpin DLG NoseconeH Replacement nosecone for the Spin DLG glider. Supplied in grey only.
R � b� � 2� � � � � � � � < .� cNx6 �}�b� SNIPE2-ELEVATOR-HORNSnipe 2 Elevator Hornx Replacement elevator horn for the Snipe 2.
Smaller than the older Snipe horn - approx 11 mm big.
Supplied singly. B � � � � � � � � � � � 1� cNx, � � .�D ��b�
WING-CLIPSWing Retaining Clipsc One set of wing retailing clips, as used on the Introduction and Inside F5J.
Contains two clips. � � K� � `� � � � � � � � 2F4\ 6� P � �}�b� SHINTO-FUSEShinto F3F Classic Fuselage0 Shinto F3F Classic Fuselage - special order only � � wZ� � � � � � � � � � � � c1�C � �}�b�
SN2E-NOSECONESnipe 2e Nosecone_ Replacement nosecone only for a Snipe 2 Electric model
Does not include the motor or prop.
� � � � � � � � � � � � � c1�C � �}�b� SHINTO-XP-NOSECONEShinto XP Nosecone- Replacement Nosecone for the Shinto XP glider & � 8F� � #(� � � � � � � � � c1�C ��}�b� VM-ARMElectronic parts � b� � � � � � � � � � < ���� i�854231Copper, plastic, metalChinac1�C �[ ,�8 ��b� MICRO-BOTMicro Bird of Time 1.2mH This ultralight Micro Bird of Time only weighs approx 110g as a pure glider or up to 140g when electrified, yet it spans a generous 1.2m (48"). It flies brilliantly and fulfils those childhood memories that never were.
This laser cut all balsa kit can be built as a slope or flat field pure glider or fitted with an electric motor (not supplied) and goes together surprisingly fast.
See this {href, https://www.rcgroups.com/forums/showthread.php?3747089, RC Groups Micro BOT} thread for more info. Supplied with translucent white tissue-like covering material. Or use {href, products.asp?search=solite, Solite} covering film if a different finish is preferred.
No plan is supplied - the model is mostly self-jigging and is built in the hand. See the {href, getfile.asp?code=MICRO-BOT&code2=1, assembly guide}.
The firewall, as designed, is only approx 20 mm x 18 mm, so the {pref, ELF-SPIN-PWRSET, Elf Pro El & Spin Powerset} will not fit nicely unless the firewall is moved further rearward, or the spinner is cut down.
{table title="Micro Bird of Time Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.200 m, 47 in
Wing area, 11.2 dm2, 174 sq in
Length, 510 cm, 200.8 in
Flying weight from, 110 g, 3.9 oz
Wing loading, 9.8 g/dm, 3.2 oz/sq ft
Aspect ratio, 12.9,
Wing airfoil, Proprietary,
Dihedral angle, 7.0�,
Centre of Gravity, 35-40 mm from wing leading edge
Controls, "Rudder, elevator"
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder & Elevator servos, CHA DS06, Emax ES9251 II, Emax ES9051, Emax ES9052, Hitec HS-40, PTK 7350-MG-D, Blue Bird BMS-101DMG, Blue Bird BMS-101HV
Receiver, 4-5 channel rx to match your transmitter
Power, 2S-3S 300-400 mAh LiPo square cross-section
{endtable}
{table title="Micro Bird of Time Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 20.0 g, 0.7 oz
Wing , 50.0 g, 1.8 oz
Fin, 6.0 g, 0.2 oz
Tailplane, 6.0 g, 0.2 oz
Total structure, 82.0 g, 2.9 oz
Receiver, 4.0 g, 0.1 oz
Rudder servo, 4.5 g, 0.2 ��}�b� TORO-BAGSToro DLG Wing & Tail Bags . � !<� � � � � � � � � � � r U� c1�C � ��b� KST-DS315MG3KST DS315MG Servo Servo - 4.8Kg.cm 0.07s 20.5g 12mmA The {b,KST DS315MG} has a hardened steel drive train and a coreless motor capable of running from 4.8V to 8.4V (4 cell NiMH to 2S LiPo) meaning these servos will deliver the power and reliability you need. They are super high speed with pretty good torque.
The accessories include 3 standard output arms and 2 red strong output arms.
{b,KST DS315MG Features}
{bullet}
Compact and strong design
Excellent speed with good torque
Wide 4cell NiMH to 2S LiPo voltage range
Excellent heat dissipation
7075 Alloy casing
Hardened Steel gears
{endbullet}
{ServoSpecs} � � % � � K� � � � � � � � * 1K1 D� jL!� � �}�b� KST-MS725KST MS725 Servo KST MS725 Servo - more info soon � � A� � 0 � � � � � � � � < D� c2�4
�}�b� KST-TOOL10KST Servo Programming Tool #1 - Button Interfacep The {b,KST Servo Programming Tool #1} is used for programming KST V6 and V8 servos without the need for a PC or other computer.
This tool has a simple press-button interface that allows the servo mid point and end points to be set. It also allows the direction of rotation to be reversed.
{b,Tool #1 User Guide}
1.1. When using with KST X08 and X10 servos power the Tool#1 using any 4.8V to 8.4V DC power source with an XT60 plug (eg a 2S LiPo battery). The exact same output voltage that is fed into the tool is output to the servo, so using a 3S or higher voltage LiPo will irretrievably damage any X08 or X10 servo. The tool DOES NOT regulate the voltage down to a safe level for the servo.
1.2. The voltage input needs to be set according to the working voltage range of different models of KST servos. Do not input high voltage at will. The correct voltage must be used in order not to burn the servo out. For example: if programming a KST X08 V6 servo, the working voltage range is 3.8V � 8.4V, so the input voltage range must be 4.8V-8.4V DC. Alternatively if programming a KST X20-12-M 835-1 servo the working voltage range is 9-13V, so the input voltage range must be 8.4V DC.
2. Output interface: There are two rows of contacts, for programming one servo. The second row is spare. To connect the servo, orient the servo plug so the orange wire is aligned to the "S" mark, and the brown wire to the "-" mark.
-- = servo negative = brown
+ = servo positive = red
S = servo PWM signal = orange
3. Power-on and setting operation steps
3.1. Connect the power supply. After power-on, Tool#1 will enter the self-test. After the self-test is successfully completed, the buzzer will sound twice, and the orange power light of P_LED will blink. You can now connect the servo.
3.2. After checking the correct voltage connect the servo to the RC plug port. After connecting the servo the Tool#1 will automatically recognize this and output a 1500us PMW signal to command the servo to the midpoint location. At this time, the LED below 1500us will turn red and the Tool#1 enters the midpoint setting mode.
3.3. Midpoint setting: After entering the midpoint setting mode, press the "+" and "-" buttons below the 1500us label to set the required servo arm position for the midpoint PMW value, then press the Enter button to confirm. After the confirmation is successful, the buzzer will sound once. This indicates that the midpoint setting is completed and the Tool#1 enters the left and right stroke setting mode.
3.4. Left and right stroke setting: Press the "+" and "-" buttons below the 1000us label to set the max output arm movement in the low PMW signal direction. Then press the "+" and "-" buttons below the 2000us label to set max movement in the other direction. Then press the Enter key to send this info to the servo. The buzzer will sound once to indicate that the left and right stroke setting has been successfully made. The orange power light of P_LED will also start flashing, indicating that all operations have been completed and Tool#1 will enter waiting state, ready for another servo to be connected.
3.5. To only set the servo midpoint position, enter the midpoint setting mode and press the Enter button twice after the setting is complete. To only set the left and right movements, after entering the midpoint setting mode, press the Enter button once to enter the left and right stroke setting mode. After the setting is completed, press the Enter button to complete the servo setup.
4. Use of "CW/CCW" button
4.1. CW = clockwise; CCW = counter-clockwise.
4.2. After entering the left and right stroke setting mode, press the "CW/CCW" button to reverse the servo rotation for a given change of input signal. Then press the Enter key to confirm.
5. The Reset button. The Reset button only resets the Tool#1, and does not reset the connected servo.
(c) 2021 Neil Stainton
� � P � F � 3a� � � � � � � � d D� e�( � � +D ��b� KST-TOOL2-KST Servo Programming Tool #2 - USB Interface\ The {b,KST Servo Programming Tool 2} is a USB Interface for programming KST V6 and V8 servos from a PC. Requires a USB cable with a USB-C plug to connect to the PC.
We include the below text puzzle for your enjoyment.
<i>
1. Dead zone setting: Mainly affect the response time and accuracy. Factory setting: drive frequency 333Hz select 2-2.6us (V8.0 version servo) 20 KHz select 1-2us (V6.0 version servo)
2. Step length setting: motor drive parameters. Factory setting: 200-300us, gain 1, rudder lock "Y" (choose according to the use environment, the factory default is "Y")
3. Allow out of control: After checking "Allow out of control", set 3.1 "Out of control position" and 3.2 "Out of control time" when the steering gear control signal is lost. If the value set in 3.1 "out of control time" is reached, the steering gear will automatically turn to 3.2 "out of control position". Set the signal position of 3.1, that is, lose. Control protection. When the steering gear control signal is restored, the out-of-control protection is automatically released Factory setting: check "allow out of control", out of control position setting: 1500us, out of control time setting: 1-1.5S
4. Reverse setting: Check according to the user's environment to change the forward and reverse direction of the servo.
5. 20k_sel setting: servo PWM drive frequency setting. Factory setting: V8.0 version servo is unchecked, the default is 333Hz drive, V6.0 version is checked, it is 20KHZ drive.
6. Spd_sel setting: servo speed control, used in conjunction with 6.1 "SPD" setting, the speed is determined by 6.1 after selection. 0 is stop. However, 100 is the fastest. Generally do not select it when leaving the factory.
7. Soft_start setting: soft start setting, after ticking, when the steering gear is powered on, when the position of the steering wheel is inconsistent with the signal position, the steering will Rotate at a constant speed to the signal position, and the speed is determined by the value of 6.1. Factory setting: Both V6.0 and V8.0 versions are checked.
8. Pulse range setting: Factory setting: 1, 500-1500us-2500; 2, 900us-1500us-2100us, etc.
9. Angle stroke setting: Set different values according to different gear ratios. Need to be used in conjunction with the dial.0. Duty cycle setting: steering gear drive capability, usually set between 80-92%.
</i> � � K � � 3a� � � � � � � � d 1M3 �� +!� @�`�
HITEC-HS401Hitec HS-40 Nano Servo - 0.8Kg.cm 0.10s 5.2g 9mm� The Hitec HS-40 servo is an economic yet good quality alternative nano servo. Weighing just 5.2 g and with a torque of 0.6 Kg.cm @ 4.8V this analogue servo is suitable for models weighing up to about 500 g.
{ServoSpecs} Supplied loose - no box.
= � 2� _� $� � � � � � � �
1L3 26/09/2022 �14.00 G�
Unite� �}��b� KST-SHOCK-6MM-ARMMKST 25T-6 Metal Shock Abrorbing Servo Output Arm - Also fits Blue Bird Servos2 One strong aluminium servo output arm (horn) that fits KST servos with a 6 mm output spline. Includes a rubber shock absorber element to isolate ther servo from vibrating and shock loads. This is used on KST servos 15 mm thick and larger. Does not fit the KST X08 or X10 servos.
Also fits most Blue Bird servos apart from the tiny BMS-101 and A10 series.
Contains one substantial metal output arm only. The distance from the servo output shaft axis to the holes ranges from 11 mm to 20 mm.
Clamped in place using a hex end screw. Allen key not supplied. 8 � � � � � � � � � � � /� c1�C�� +#( ��b� KST-6MM-ARM-SET0KST 25T-6mm Arm Set - Also fits Blue Bird Servos
Four assorted heavy duty plastic servo output arms (horns) that fit all KST servos with 6 mm diameter 25 tooth output splines. We think this is most KST servos greater than 12 mm thick.
Also fits most Blue Bird servos apart from the tiny BMS-101 and A10 series.
) � � � H� � � � � � � � 1M3 � �}�b� YODA-WINGReplacement Yoda Wing Replacement Yoda Wing � � �2� �
� � � � � � � � � c1�C t �}��b� HINGE-PIN Steel pin � � � � � � � � � � � T� Steel gV� ��}�b��
ENIGMA-ROH Enigma Rohacel Special Order TBA � 2� � � � � � � � � � � v T� c1�C ��b��
L3631-2050 Leomotion L3631-2050 6.7:1 310g� The {b,Leomotion L3631-2050 6.7:1} is a very powerful electric motor for scale models, triangle racers and other larger models.
Weight including gearbox is 310 g and the motor is capable of approx 2000W for 15 seconds on a 6S LiPo battery.
{bullet}
Very powerful motor
Can be used on up to 7S LiPo batteries
Dynamically balanced 4 pole rotor
Hand wound stator
Carbon fiber reinforced rotor for max. 60,000 rpm
6 mm shaft for perfect rotation
High end ball bearing
Geared 6.7:1 for high propulsive efficiency
{endbullet}
{table title="Leomotion L3631-2450 6.7:1 Specifications" class=1 cols=3 width=145,150,150 align=L,L,L separator=: autohref=2}
Motor name / GB name: Leomotion L3631-2450 6.7:1 6.7:geared inrunner
Motor+GB weight: 310 g : 10.93 oz
Motor diameter: 36.6 mm : 1.44 in
Motor length: 57.0 mm : 2.24 in
Lead length: 3.5 cm : 1.38 in
Shaft diameter: 6.0 mm : 0.24 in
Mounting info: 4 M3 holes on a 25 mm diameter circle
No of poles: 4
Manufacturer's Rm: 12 mR
Manufacturer's Kv: 2050 RPM/V
Manufacturer's Geared Kv: 306 RPM/V
Est Io: 1.5 A @ 14 V
Max efficiency (14 V): 93 % @ 42 A
Operating efficiency (14 V): 92 % @ 63 A
Motor+gearbox Km: 285 Nm/W^.5 X1000
Motor+gearbox Km/Kg: 919 Nm/(W^.5 Kg)
Recommended battery: 3S to 7S LiPo
Rec setup: 6S 5Ah
Recommended prop: GM20x13 Scale
Recommended ESC: 120A
Supplied accessories: 4 mounting screws
Gearbox diameter: 30.0 mm : 1.18 in
Gearbox length: 21.0 mm : 0.83 in
Motor+GB length: 78.0 mm : 3.07 in
Gearbox Ratio: 6.7
Planet bearings: Needle bearings
Estimated GB efficiency: 95 %
{endtable}
� � r � � �7� � � � � � � � X 2A3N � i�S ��b�� PURITO-BAGSPurito & F3L Bags� A set of very nice bags for the Purito/Purito Electric and the flying surfaces of most 3 piece wing 2m RES models. These bags are essential to protect the model during transit and in storage. The set consists of two bags, one to hold the centre panel, tailplane and wing joiners, and another to hold the two tip panels. This one includes an internal divider to protect each panel. The bags are made from a strong red canvas type material and are lined with a black flock fabric.
Centre panel bag size: 73 cm x 25 cm
Tip panels bag: 71 cm x 24 cm tapering to 18 cm
Despite being labelled Purito these bags work well with all three-piece 2m winged gliders. Highly recommended to avoid transport and storage damage. * � Y � � > � � � � � � � � , 2I5� +� j>�� < �}�b�� RDNB10001S35JST LiPo 1S 1000mAh 3.7V 35C JST� Small 1S 1000 mAh LiPo battery suitable for discus launched gliders, or other very lightweight models. Comes with a JST BEC power connector plug.
This battery has enough capacity to fly an average four servo DLG for 3 hours.
{table title="Riadient Supera LiPo 1S 1000 mAh Battery Specification" class=1 cols=2 width=100,220 align=L,L}
Chemistry, Lithium Polymer
Number of cells, 1
Voltage, 3.7V nominal
Capacity, 1000 mAh
Weight, 28 g
Discharge rating, 35 C
Length, 54 mm
Width, 30 mm
Thickness, 9 mm
Power lead length, 8 cm
Power plug, Mini JST (BEC) plug
Balance lead length, NA
Balance plug, Not fitted
Supplier ref, RDNB10001S35JST
{endtable}
{LiPost}
�* � R� � � � � � � � � � d V� d&ݛO �}�b�� RDNB5001S35JST+Radient Superpa LiPo 1S 500mAh 3.7V 35C JST� Small 1S 500 mAh LiPo battery suitable for discus launched gliders, or other very lightweight models. Comes with a JST BEC power connector plug.
This battery has enough capacity to fly an average four servo DLG for 1-2 hours.
{table title="Riadient Supera LiPo 1S 500 mAh Battery Specification" class=1 cols=2 width=100,220 align=L,L}
Chemistry, Lithium Polymer
Number of cells, 1
Voltage, 3.7V nominal
Capacity, 500 mAh
Weight, 17 g
Discharge rating, 35 C
Length, 55 mm
Width, 30 mm
Thickness, 5.5 mm
Power lead length, 8 cm
Power plug, Mini JST (BEC) plug
Balance lead length, NA
Balance plug, Not fitted
Supplier ref, RDNB5001S35JST
{endtable}
{LiPost}
) � #� � � � � � � � � � d V� c1�C J �}�b�� RDNB6501S35JST+Radient Superpa LiPo 1S 650mAh 3.7V 35C JST� Small 1S 650 mAh LiPo battery suitable for discus launched gliders, or other very lightweight models. Comes with a JST BEC power connector plug.
This battery has enough capacity to fly an average four servo DLG for 2-2.5 hours.
{table title="Riadient Supera LiPo 1S 650 mAh Battery Specification" class=1 cols=2 width=100,220 align=L,L}
Chemistry, Lithium Polymer
Number of cells, 1
Voltage, 3.7V nominal
Capacity, 650 mAh
Weight, 22 g
Discharge rating, 35 C
Length, 55 mm
Width, 30 mm
Thickness, 7 mm
Power lead length, 8 cm
Power plug, Mini JST (BEC) plug
Balance lead length, NA
Balance plug, Not fitted
Supplier ref, RDNB6501S35JST
{endtable}
{LiPost}
�) � 8� � "� � � � � � � � d V� d&ݕ > �}�b��
RLKA001018 FullyMax LiPo 1S 660mAh 3.7V� Small 1S 650 mAh LiPo battery suitable for discus launched gliders, or other very lightweight models. Comes with a JST BEC power connector plug.
This battery has enough capacity to fly an average four servo DLG for 2-2.5 hours.
{table title="FullyMax LiPo 1S 660 mAh Battery Specification" class=1 cols=2 width=100,220 align=L,L}
Chemistry, Lithium Polymer
Number of cells, 1
Voltage, 3.7V nominal
Capacity, 660 mAh
Weight, 16.4 g
Discharge rating, 15 C
Length, 42 mm
Width, 24 mm
Thickness, 7.9 mm
Power lead length, 4 cm
Power plug, Mini JST (BEC) plug
Balance lead length, NA
Balance plug, Not fitted
Supplier ref, RDNB6501S35JST
{endtable}
{LiPost}
RLKA001018 �) � � � 7� � � � � � � � d V� cMV� � �}��b�� FB-FUSESlope Soarer FuselageZ A beautifully molded slope soarer fuselage, as used in the James Hammond Firebird model.
Excellent for scratch building.
Suitable for a glider with a wings span from 1.2m - 2m (48" to 80").
Wing leading edge to nose: 27.5 cm
Wing root chord: 15.5 cm
Wing trailing edge to fin trailing edge: 52 cm
Total length: 95 cm
Weight: 178 g
� NK� � � � � � � � � � k V� d-VR
�}��b�� DLG-FUSE Discus Launched Glider Fuselage This is a nicely molded fuselage for a 1.5m span discus launched glider. Although originally designed for the Smile DLG it will work with many wings and tails. Supplied with a tail pylon.
Wing leading edge to nose: 25 cm
Wing root chord: 18.5 cm
Distance between wing mounting holes: 7.5 cm
Wing trailing edge to enf of tailboom: 65 cm
Total length: 108.5 cm
Weight: 43 g
d � NK� � � � � � � � � � � Q W� c1�C �}��b�� SMILE-FINDLG Fin� Replacement fin for the Smile DLG
This strong sprad carbon fin/rudder can be used on may other discus paunched gliders, not just the Smile
� (_� � � � � � � � � � � Q W� c1�C � �}��b�� SMILE-BLADEDLG Throwing Blade5 Strong offset throwing blade as used on the Smile DLG 9 � K� � � � � � � � � � < Q W� c1�C � @�`�� ALIEN Alien Slope Soarer & DLG 1.2m� The {b,Alien} is an exciting flying wing design from Anton Ovcharenko of OA Composites, with aerodynamic design by Christophe Bourdon. The Alien stems from Anton and Christophe's wish to create model that is:
{bullet}
FUN to fly, with a great speed range, fun aerobatic manoeuvrability, and yet able to thermal soar too.
Can be flown from the slope, or discus launched from the flat.
Quick to build and assemble at the slope.
Easy to transport.
Tough enough to cope with rough slopes and high winds.
Can be ballasted for even more high speed fun.
Can be used as a DS trainer to learn to dynamic soar.
{endbullet} The Alien is very pre-fabricated and should only take a few hours to complete. The accessories include all control linkages and some very nice 3D printed servo mounts for the elevon servos. Also included is a 3D printed ballast tube to take a ballast slug approx 19 mm diameter by up to approx 50 mm length.
Please download the {href,extras/Alien Assembly Instructions V1.0.pdf, Alien Assembly Guide (20 Mb)} for important construction information.
{table title="Alien Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.20 m, 47 in
Wing area, 17.1 dm2, 265 sq in
Length, 62 cm, 24 in
Flying weight from, 250 g, 8.8 oz
Wing loading, 15 g/dm2, 4.8 oz/sq ft
Aspect ratio, 8.4,
Wing airfoil, 6% proprietary
Dihedral, 2.5�,
Centre of Gravity, 29.5-30.5 mm from wing leading edge
Controls, "Elevons, rudder"
{endtable}
{table title="Recommended R/C-nano gear only" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder servo, KST X06, MKS HV70H, CHA DS06
Aileron servos, KST X08H, MKS HV70, MKS HS75, CHA DS06
Receiver, Small 4 chanel rx to suit your tx
Battery (60x18x8mm), 1S or 2S 300-660mAh LiPo, FullyMax LiPo 1S 660mAh, Tatu 1S 600 mAh, Bonka LiPo 2S 300mAh
{endtable}
{table title="Alien Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing, 109 g, 3.8 oz
Fuselage, 27 g, 1.0 oz
Fin, 5 g, 0.2 oz
Nosecone, 6 g, 0.2 oz
Accessories, 15 g, 0.5 oz
Total structure, 162 g, 5.7 oz
Receiver, 6 g, 0.2 oz
Elevon servos, 16 g, 0.6 oz
Rudder servo, 6 g, 0.2 oz
Battery, 20 g, 0.7 oz
Nose weight, 40 g, 1.4 oz
Flying weight, 250 g, 8.8 oz
{endtable}
{video, z9gpjHvSAIA}
x � c � � � � � � � � � � � � 3K Alien components
One fuse
One fin
One wing piece
One bag of accessoriesj �� j_
j� ��b�� MK-AERIAL-SUP3)Flexible Streamlined Antenna Supports (2)� A pair of beautiful low drag antenna covers for 2.4GHz receivers. Made from black polyurethane rubber these aerodynamically profiled flexible antenna covers protect the aerials, reduce drag and look great.
These flexible streamlined Antenna Supports hold the aerials at 90 degrees, the perfect angle to ensure good reception in all orientations, and are virtually indestructible.
Easily glued with UHU Hart, UHU Por, Evostick, or other rubber glue. Another alternative is cyanoacrylate (CA) super-glue.
� � 7� � � � � � � � � � 2E2� \� Rubber h�4� a ��b�� CN10X6CN 10x6 Folding prop blades� A pair of {b,CN Models 10x6} prop blades suitable F5J electric gliders. These blades have a flatter high aspect ratio shape and should fold closer to the fuselage, reducing glide drag.
{blade, CN, 10, 6, 4.6, TBA}
� � � � 2� � � � � � � � 2A6� \� j�s ��}�b�� MK-DLG-STAB-PYLONDLG Tailplane MountB This lovely carbon moulding can be used to securely mount the tailplane (also called horizontal stabiliser or hoz stab) on most discus launched glider fuselages. The mount (also called a pylon) has a nice airfoil shape and is faired into a conic section for bonding to the glider's tailboom. The rear is open to act as a fairing and actuation slot for the elevator horn. Although designed for the Smile it will work with many DLGs. It can be mounted above or below the boom.
The mount does not have the stab mounting holes drilled, allowing it to be used with practically all DLG tailplanes.
{table title="MK DLG Tailplane Mount Specifications" class=1 cols=3 width=150,115 align=L,L,L}
Overall length, 65 mm
Av tailboom width, 11 - 12 mm
Stab mount max width, 7 mm
Weight, 1 g
{endtable}
Above specs to be confirmed
�
� � � � � � � � � � 2 2G6� a� h,_��{ *�� ��b�� WIKIWiki F3L / F5L 2m The {b,Wiki F3L} is latest fourth generation 2m balsa RES model from Tomas Hlavinka. It has had great reviews and competition success from pilots worldwide. F3L is the new names for F3-RES (Rudder-Elevator-Spoiler 2m pure glider built mosty from balsa) competition class. We also have the electric version called Wiki F5L.
The model was developed in collaboration and consultation with several top pilots and aerodynamicists and is one of the best performing RES models of 2023. The Wiki F3L draws on all the experience from four years of development and production, with much learned from its Kiwi predecessor, having incorporated customer feedback from competition and recreational pilots from all over the world.
The glider fuselage has a minimalist cross section for the least possible frontal drag. The front uses a good amount of balsa and ply for strength with the tail supported by a carbon tailboom. Unlike many pod and boom designs the pod fairs nicely into the boom, to minimise drag.
The wing airfoil profile is inspired by the latest molded F5J models and then modified for RES building capabilities. The design emphasis was on increasing the penetration, this lead to reduced maximum thickness and camber. The airfoil thus produces less lift and so the weight of the airframe had to be reduced. Due to the now fully exploited potential of conventional construction, a unique and previously unused geodetic rib design was decided upon. This method increases the required wing stiffness by an order of magnitude. The result is a lighter airframe with greater stiffness, a thinner airfoil for high penetration, and a shallower wing depth for reduced drag. Less wing lift and the required low weight for the opposite of high lift after takeoff. The distribution of the profiles along the wing's semi-span ensures maximum performance even at very low flying weight and stability when circling without the need for major control inputs.
Ballast boxes are built into the wings, allowing 120g of ballast to be added when using steel slugs. Ballast sets (steel and hard wood) with a useful plywood box is available as a separate kit.
Flight tests show that the Wiki can keep up with the best performing RES models in light air thanks to its lower weight, despite the smaller wing area. In active air it is even better and more versatile thanks to its greater penetration. Circling is stable and without a tendency to tighten, rudder response is immediate but adequate and the model handles well over a wide range of attitude and centre of gravity positions, making it very versatile. The wing spoilers can be deflected without affecting the model's trim. Landing on point is therefore precise and there is no need for wild elevator corrections.
Overall the Wiki F3L is a thoroughbred RES glider, capable of winning competitions in all conditions and rewarding both competition and sport pilots.
{table title="Wiki F3L Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.0 m, 79 in
Wing area, 34.0 dm2, 527 sq in
Length, 120 cm, 47.2 in
Flying weight from, 370 g, 13.1 oz
Wing loading, 10.9 g/dm2, 3.6 oz/sq ft
Aspect ratio, 11.7,
Wing airfoil, HP-RES 36-38
Dihedral (EDA), 12.0�,
Centre of Gravity, 83-87 mm from wing leading edge
Controls, "Rudder, elevator, spoilers"
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder & elevator servos, KST X08H, KST X06H, Blue Bird BMS-A10V, MKS HV70, CHA DS06
Spoiler servos (2), CHA DS06, KST X06, Blue Bird BMS-101DMG, EMAX ES9051
Receiver, 5 channel receiver to match your transmitter
{endtable}
{table title="Motor Recommendation for electric Wiki F5L" class=1 cols=2 width=80,210 align=L,L autohref=2}
Motor, T-Motor F1507 3800 RPM/V
Spinner, CN Models 25mm Spinner for M5 shafts
2S Prop blades, CN 6x4, CN 7x4
ESC, Dualsky SUMMIT 30 SLIM 6V SBEC ESC, `}�`�� JOY-F5J Joy F5J 2.5m The {b, Joy F5J} is an all new 2.5m (98") span F5J electric glider from HQ Composites in Ukraine. With an excellent surface finish and a modern practical design this is sure to be a very successful model. The well proven AG series airfoils, combined with the high aspect ratio polyhedral wing and the low drag finish give this model a great all round performance, with easy thermalling and great legs for returning upwind after specing the glider out.
Special features of this model include:
{bullet}
A well designed low drag fuselage with an under-wing access hatch for easy RC installation and maintenance.
A large canopy hatch that springs into place, VM style. This gives easy access to the powertrain and allows quick battery changes.
A high aspect ratio polyhedral wing with Drela airfoils optimised for F5J flying - the wing is especially stable in thermal turns, allowing the model to be climbed away from small, weak thermals with minimal control input.
The wing maintains a good L/D up to higher speeds, allowing the Joy F5J to easily return from far downwind.
Excellent quality of construction with useful accessories supplied to allow a quick RC installation.
The two part wing and the tailplane are easily removable, allowing the model to be easily transported.
{endbullet} The fuselage is an all carbon one piece design with nose and underwing access hatches and a ready installed pylon for mounting the spead carbon tailplane. The SC fin and rudder is removable and is held in place with tape.
The wing is an all molded spread carbon over blue foam structure with a great surface finish, and very good strength, considering its low weight. It is noteworthy that the wiring for the flap and aileron servos is built in, with the sockets already built into the wing roots, and skeleton conductors for inserting into the servo plugs - no soldering required - just tape over the plugs after inserting the conductors.
The accessory bag contains fuselage servo mount, carbon servo covers, wire and tubes for flap and aileron pushrods, pull cable and torque springs for the tail surfaces, all control horns and the fuselage end of the wiring harness. Also included is a firewall for recessed installation 30mm behind the front of the fuselage. This is suitable for mounting a 28mm dia outrunner, but will not work with any of the motors we stock. These will require a 32mm front firewall.
No printed manual is available but {href, https://flightpoint.co/joy-f5j-build/, this photo build guide} is excellent. Any modeller interested in making an RCGroups build log please contact us!
{table title="Joy F5J Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.5 m, 98 in
Wing area, 39.6 dm2, 614 sq in
Length inc spinner, 126 cm, 49.4 in
Flying weight from, 675 g, 23.8 oz
Wing loading, 17.0 g/dm, 5.6 oz/sq ft
Aspect ratio, 15.7,
Wing airfoil, AG series mod
EDA (dihedral), 5.5�,
Spinner Diameter, 32 mm,
Centre of Gravity, 72-78 mm from wing leading edge
Controls, "Rudder, elevator, ailerons, flap, throttle"
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,235 align=L,L autohref=2}
Rudder & Elevator, KST X08, KST A08, Blue Bird BMS-A10H
Ailerons, KST X08H, KST A08H, Blue Bird BMS-A10V
Flaps, KST X08H, KST A08H, Blue Bird BMS-A10V
Receiver, 7+ channel rx to match your transmitter
Speed Control, HyperFlight 40A BLHELI-32 ESC, HyperFlight 40A BLHELI-32 ESC with HV SBEC, HyperFlight 30A BLHELI-32, 30A ESC with 3A uBEC
Flight battery - max size 25x25x1000mm, 2S 800mAh-1.2Ah LiPo, 3S 500mAh-850mAh LiPo
{endtable}
{table title="Joy F5J Powertrain Recommendations" class=1 cols=2 width=130,310 align=L,L autohref=1}
Roxy C28-30-09, Or other 28mm 55g-65g outrunner with a Kv of 1100-1600 RPM/V
XPower F2915/12 XLight, 3S 750mAh LiPo, 9x5, 9x6 prop
Powerline Micro 1010, 3S 650mAh LiPo, 12x8 prop
Mega 16/15/4, 2S 600mAh LiPo, 9x5 prop
Mega 16/15/5, 7x5 folding prop, 3S 600mAh LiPo (8.2 m/s, 1640 fpm, 29A)
{endtable}
{table title="Joy Control Throws & Mixes" class=1 cols=2 width=110,240 align=L,L }
Rudder, 25 mm each way
Elevator, 15 mm up / 15 mm down
Ailerons, 14 mm up / 14 mm down
Flaps, 30mm down, 10mm up
<i>Recommended Flight Mode Camber Settings</i>
Speed, 2 mm up at flap root, ailerons in line
Cruise, Wing underside flat (0mm)
Thermal 1, 3 mm down at flap root, ailerons in line
Thermal 2, 8 mm down at flap root, ailerons in line
Landing mode, Flaps: 30mm down, Ailerons: 15mm down
{endtable}
{table title="Joy F5J Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 83 g, 2.9 oz
Wings (light), 280 g, 9.9 oz
Tailplane, 22 g, 0.8 oz
Fin, 21 g, 0.7 oz
Joiner, 7 g, 0.2 oz
Accessories, 20 g, 0.7 oz
Total structure, 433 g, 15.3 oz
Pushrods, 10 g, 0.4 oz
Receiver, 7 g, 0.2 oz
Rudder servo, 9 g, 0.3 oz
Elevator servo, 9 g, 0.3 oz
Wing servos (4), 36 g, 1.3 oz
Speed control, 10 g, 0.4 oz
Motor, 72 g, 2.5 oz
Prop & spinner, 18 g, 0.6 oz
Battery, 76 g, 2.7 oz
Flying weight, 680 g, 24.0 oz
{endtable}
{video,0U8zeSCcAV8}
{video,WA2ollxcCm0}
� � C � � �
� � � � � � � � � � Joy components
One fuselage with wing joiner
One fin
One tailplane
One bag of accessories
One pushrod set
Two wing pieces
t ]� h%�Y � �}�b��
BMS-A10V-SPCLBlue Bird A10V Special6 Special version of the A10V with a steel output stage. � � )@� � C� � � � � � � � R l� c1�C h `}�`�� TERRATerra 100" 2.5m� Designed by Jonathan Wells, the {b,Terra} is a fast 2.5m (100") slope soarer for sport flying and F3F racing. The model is available in a hybrid glass and carbon layup, has an excellent finish and is very strong.
The Terra is very fast and excels in high energy conditions. Un-ballasted weight is approx 2.2Kg and the model can be ballasted up to at least 4.5Kg using the rectangular pockets built into the wing roots and the fuselage ballast tube.
The wing is nicely molded with a substantial carbon spar and good sized access hatches for the aileron and flap servos, which are ideal fro KST X10 or similar.
The fuselage comes with Bowden cables fitted for the rudder and elevator controls, with the servos to be placed up front. Sporting a removable nosecone, the RC installation is straightforward, and a molded glass tray is supplied for mounting the tail servos and supporting the front of the ballast tube. The accessory pack contains all the control linkages but not wing servo frames.
Aileron & flap bays: 47mm x 40mm, for 10mm thick servos
Wing joiner: 30mm x 12mm x 360mm total length
Wing ballast holes: 2x 10mm x 18mm x 210mm
Fuselage ballast tube: 20mm diameter x 370 mm length
{table title="Terra Slope Racer Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.5 m, 98 in
Wing area, 43.4 dm2, 673 sq in
Length, 122 cm, 48.0 in
Flying weight from, 2170 g, 76.5 oz
Wing loading, 50.0 g/dm, 16.4 oz/sq ft
Aspect ratio, 14.4,
Wing airfoil, Proprietary,
Dihedral angle, 1.5�,
Centre of Gravity, 95-100 mm from wing leading edge
Controls, "Rudder, elevator, ailerons, flaps"
{endtable}
{table title="Recommended Servos" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator & Rudder, KST X10-710, KST MS325, KST MS320, KST X12-508, KST DS215, KST DS145, MKS HV6130H
Flap, KST X10, KST DS125, MKS HV6130
Aileron, KST X10, KST X10 Mini, KST DS125, KST DS135, MKS HV6130
{endtable}
{table title="Terra Slope Racer Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 372.0 g, 13.1 oz
Wing , 1130.0 g, 39.9 oz
Tailplane, 67.0 g, 2.4 oz
Wing joiner, 125.0 g, 4.4 oz
Ballast tube, 46.0 g, 1.6 oz
Accessories, 50.0 g, 1.8 oz
Total structure, 1790.0 g, 63.1 oz
Wiring, 30.0 g, 1.1 oz
Receiver, 10.0 g, 0.4 oz
Rudder servo, 20.0 g, 0.7 oz
Elevator servo, 20.0 g, 0.7 oz
Battery, 150.0 g, 5.3 oz
Noseweight, 150.0 g, 5.3 oz
Flying weight from, 2170 g, 76.5 oz
{endtable}
{video, llxh6t7LE-Q}
{video, 0IstzwcfLYk}
{video, MqzJ8q2-kf4} � � � � � � � � � � � � � � � 08/08/2023 Steven Challoner noted damage:
#5 - one tailplane half crushed
#1 - tiny crack in one aileron
Terra components:
One fuselage and fin
One bag of accessories
One wing joiner
One ballast tube
Two tailplane pieces
Two wing pieces
z � e� �� +J4 ��b�� GMSL18X85#GM 18x8.5 Scale Folding Prop BladesR The {b, GM Scale Line (SL) propellers} are high quality carbon prop blades designed for use on scale gliders. They are perfect for high power installations and usually fold well again the more bulbous scale glider pods. The ones we stock are painted white.
They work best with GM Scale Spinners.
{blade, GM SL, 18, 8.5, 20, 3500} � - � � � � � � � � � � ) 2D6O � �}�b��
YODA-NOSECONE
Yoda NoseconeK Molded Kevlar composite nosecone for the Yoda DLG.
2.4 GHz tranparent.
� � -� � � � � � � � � � d q� d !�+ ��b�� PUG2$Pug 2.1 Mini DLG & Slope Soarer 80cmg
The {b,Pug 2.1} is the latest version of Angelwing Designs highly regarded Pug mini glider. This versatile model can be discus launched (DLG), bungee/high start launched, or flown from the slope.
Angelwing Design are proud to introduce the Pug V2.1 Micro DLG. Retaining the same dimensions and outlines the Pug 2.1 was refined to fly better, look better, to build better, to reduce sanding. The totally revised the canopy hatch allows easier access to the RC. The prototype weighed 91g ready to fly with a full decal set, and really does not need to be any lighter.
The most striking changes are:
{bullet}
1.5mm carbon rod trailing edge, this enhances the appearance, improves the wings overall strength and most importantly allows us to refine the wing section for even more efficient flight.
Resin Printed Horizontal Stab mount, pushrod guides, canopy retainer and Wing hold down brackets. The wing hold downs encapsulate a 3mm steel nut and completely eliminate the requirement to manually drill, tap and harden the threads in the previously used plywood plates.
Totally new canopy hatch, using a tongue lip at the front and a 6mm double magnet catch at the rear, eliminates the need for tape of flexing of the hatch to pop it on and off.{endbullet} Now supplied with a multi purpose DLG/slope/flat field fin. There is also an optional V tail available as an add on. The V tail is great for slope flying and bungee launch but is not suitable for DLG launches.
Kit contains:
Pre Printed Wing Plan
Laser Cut Balsa and Plywood parts
Carbon Fibre Rod leading edge
Carbon Fibre Rod trailing edge
Carbon Fibre Tube Boom
Carbon Fibre Tube Spars
Piano Wire Elevator and Rudder Pushrods
SLA Printed Plastic parts
Magnetic Canopy hatch components
M3 Nylon Wing Bolts
Suits 2.5 - 5g Sub Micro Servos
Micro 4 to 6ch RX
RX battery round 15 to 25g (prototype uses a 2s 160mah Battery and Micro BEC)
We recommend {href, products.asp?search=oralight, Oralight} or {href, products.asp?code=FEATHER-COV, Feather Cover} covering material for this model.
Download the Pug 2 {href,https://cdn.shopify.com/s/files/1/0300/4864/9309/files/Pug_2_instructions.pdf, Build Manual} for construction info.
{table title="Pug V2 Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 0.80 m, 31 in
Wing area, 10.0 dm2, 155 sq in
Length, 63.5 cm, 25.0 in
Flying weight from, 95 g, 3.4 oz
Wing loading, 9.5 g/dm, 3.1 oz/sq ft
Aspect ratio, 6.4,
Wing airfoil, AG04 Mod,
Dihedral angle, 11.0�,
Centre of Gravity, 50-60 mm from wing leading edge
Controls, "Rudder, elevator"
{endtable}
{table title="Recommended R/C-nano gear only" class=1 cols=2 width=110,235 align=L,L autohref=2}
Elevator & rudder servos, Hitec HS-40, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, KST X06
Receiver, Orange compatible, Lemom compatible, Jeti Duplex R4 & R5, Multiplex Mlink RX-6-DR Light*, FrSky D4R II
Battery, Radient Superpa LiPo 1S 500mAh, HyperFlight 150 mAh 4.8V, small 2S LiPo (with regulator if not HV servos)
{endtable}
{table title="Pug V2 Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Total structure, 68.0 g, 2.4 oz
Receiver, 4.0 g, 0.1 oz
Rudder servo, 4.0 g, 0.1 oz
Elevator servo, 4.0 g, 0.1 oz
Battery, 15.0 g, 0.5 oz
Flying weight, 95 g, 3.4 oz
{endtable}
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{video,n4MlaGliGJs} P � 7 � � 8� � � � � � � � 4� x� United Kingdomjq�7 � `}�`�� TEMPEST
Tempest 2.75m The {b, Tempest} is a 2.75m fast high energy slope soarer designed to excel in UK conditions by Jonathan Wells. The Tempest is the latest model from TJI RC and is built to high standards, with an excellent finish and a bullet proof strength.
The T tail model has a great speed range and excels in high energy conditions. Unballasted it weighs approx 2.4Kg and can be ballasted up to 4.1Kg using the rectangular pockets built into the wing roots.
The model is available in glass skin and all carbon layups, with the latter recommended for the top performance and strength.
The accessory pack contains all the control linkages and ply servo trays for the wing servos. The linkage hardware for the T tail elevator linkage is included but no construction info is currently available.
Aileron & flap bays: 55mm x 46mm, for 10mm thick servo
Elevator fin bay: 38mm x 41mm for srvo up to 12mm thick
Rudder servo forward tray hole size: 25.5mm x 12mm
Wing Joiner: 36mm x 12mm x 375mm total length
Wing Ballast holes: 2x 10.5mm x 20.6mm x 249mm
T tail mounting bolts: M4 x 25mm countersink
Lots more info on this {href,https://www.rcgroups.com/forums/showthread.php?3928411-Tempest-2-75M-T-tail, RCGroups Tempest} thread and this {href, https://www.rcgroups.com/forums/showthread.php?4106039, Tempest Build Log} thread.
{table title="Tempest Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.75 m, 108 in
Wing area, 50.0 dm2, 775 sq in
Length, 140 cm, 54.9 in
Flying weight from, 2400 g, 84.7 oz
Wing loading, 48.0 g/dm, 15.7 oz/sq ft
Aspect ratio, 15.1,
Wing airfoil, Custom,
Dihedral, 2.5�,
Centre of Gravity, 103-107 mm from wing leading edge
Controls, "Ailerons, flaps, elevator, rudder"
{endtable}
{table title="Recommended Servos" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder (nose mounted), KST DS145, KST X10-710, KST MS325, KST MS320, KST X12-508, KST DS215
Elevator (fin mounted), KST X08, KST X08H, KST A08, KST A08H, MKS HV6110, MKS HV6100, MKS DS6100
Flap, KST DS125, KST X10, MKS HV6130
Aileron, KST DS125, KST X10, MKS HV6130
{endtable}
{table title="Tempest Carbon Layup Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage inc nosecone, 368 g, 13.0 oz
Left wing, 624 g, 22.0 oz
Right wing, 622 g, 21.9 oz
Tailplane, 71 g, 2.5 oz
Wing joiner, 94 g, 3.3 oz
Accessories, 67 g, 2.4 oz
Total structure, 1846 g, 65.1 oz
Wiring, 33 g, 1.2 oz
Receiver, 10 g, 0.4 oz
Elevator servo, 9 g, 0.3 oz
Rudder servo, 20 g, 0.7 oz
Wing servos (4), 112 g, 4.0 oz
Battery, 160 g, 5.6 oz
Nose weight, 210 g, 7.4 oz
Flying weight from, 2400 g, 84.7 oz
{endtable}
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{video,Xnl0AbzGu_E}
{video,tnWSs-_A2Jo}
{video-vimeo, 812961793}
{video-vimeo, 869824878} � y � � \ � � � � � � � � � r Tempest components:
One fuselage and fin
One bag of accessories
One wing joiner
One tailplane
Two wing pieces~ ;� e��z%� +� ��b��
PUG-V-TAILPug 2 V Tail Upgrade� Add-on kit to convert the PUG 2 glider to have a V tail. Contains balsa wood tail, 3D printed tail mount and instruction sheet. The V tail utilises the control horns as provided in the standard kit and is for a 4mm tailboom.
Now without the lightening holes as it is now made from lighter grade balsa. The holes reduced strength and caused difficulties when covering.
This upgrade is a great option for slope and hi-start fliers, but is a no-no for discus launchers. The V tail looks cool and flies great on the slope but will badly affect discus launches and could even cause structural fa � � .�� � �b��
MAGNUS-CANOPYMagnus Glider Canopy Hatch4 Replacement black canopy hatch for the Magus glider � � � � � � � � � � � � � 2G6~
�|�b�� MICROMAX-BALLASTMicromax Ballast Set� A ballast system designed for the Micromax slope soarer.
Adds a whopping 290g to the model's weight, making it even more amazing. � � � � � � � � � � � � � j � fᶊ � � �b�� MAGNUS-E-HATCH Magnus Hotliner Canopy HatchE Replacement black canopy hatch for the Magus Hotliner electric glider � � � � � � � � � � � � � 2G6~ j�� � +�� ��b�� A157
Alpenbrise 4m� The {b,Alpenbrise} is a really good looking slope/electric soarer, and is intended to be a successor to the great Alpina. The stiff, light, construction gives the Alpenbrise complete freedom of the air and it will soar in the lightest of lift, while ballasted it has superb energy retention and aerobatic properties. With its own special shriek on fast passes, as the vortices are shed at the wingtips, the Alpenbrise has a real presence when flying.
The model can be built as a pure slope soarer, or as an electric glider. Due to its excellent speed range and great thermal capabilities the Alpenbrise is suitable for Triangle GPS Sport Class contests as well as sports flying.
Construction: GFK/CFK Hybrid (Aeroic)
Wings: Carbon with Aeroic Sine Wave spar and composite skin
Fuse: Strong Carbon/Kevlar reinforced glass (2.4Ghz friendly)
Span: 157� (4.0M)
Length: 67.3� (1.710M)
Wing Area 1,182 Sq.� (76.3 Dm/2)
Aspect Ratio: 21
Wing Aerofoils: JH35-9 ~ JH35-8 High response type
Wing Spar type: Aeroic Sine Wave
Tailplane Span: 31.5� (800mm)
Tailplane Area: 179.8 Sq. �(11.16 Dm/2)
Tailplane Aerofoil: JHSYM-9
Wing ballast: 2Kg
Designer: Dr. James D. Hammond
Dihedral: 4.0�
Provision for motor in the front
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder & Elevator, KST X10 Mini, KST X10 Mini Pro-A, KST A08H, KST X08H, CHA HV75H
Flap (servo max 12 mm thick), KST X10, KST X10 Pro-A, KST A12-T, MKS HV6130, CHA HV95H, CHA HV120H
Aileron (servo max 10 mm thick), KST X10, KST X10 Pro-A, MKS HV6130, MKS HV6120, CHA HV95H
Receiver, 6 channel rx to match your transmitter
Power, HyperFlight 1600 mAh 6V NiMH, 2S LiFe
{endtable} The supplied servo frames fit KST X10 and KST A08H sized servos.
Weights (each) SS Type (Strong Slope) S Type (Sports)
Wings (each) 1190 1095
Tails 85 70
Fuselage 750 700
Canopy 28 28
� � -�� � �b�� MICROMAX-NOSECONMicroMax Nosecone, Replacement nosecone for the MicroMax glider � � � � � � � � � � � � d 2F1� �}�b�� F3F-FUSE-BAG-XF3F Fuselage Bag xt This beautiful {b,F3F Fuselage bag} fits almost all F3F racer fuselages and protects then from harm. Well padded and shower-proof, this bag ensures your F3F fuselage stays free of damage.
Fits the Shinto, all Baudis line, Pitbull 1,2, Fosas, Space Lifts, Pike Precisions 1&2, and most other 3m F3F/F3B models.
The photo shows it holding a Shinto Expert F3F fuselage. # � 2 � � � � � � � � � � � � �� e8�� � ��b�� MICROMAX-V-TAILMicroMax V Tails\ Replacement V tails for the MicroMax glider.
Usually supplied with control surface horns. � � P � � - � � � � � � � � 2F1j i�z� � � +K� ��b�� MICROMAX-TAIL-JOINERMicroMax V Tail Joiner1 Replacement V tail joiner for the MicroMax glider � � � �
� � � � � � � � 2 2G6j � �}�b��
F3F-TAIL-BAGSF3F V Tails Bag{ These well made {b,F3F V Tail bags} fits almost all F3F racer Vtails and protects then from harm. Well padded and shower-proof, these bags ensure your F3F V tail surfaces stay free of damage.
Fits the Shinto, all Baudis line, Pitbull 1,2, Fosas, Space Lifts, Pike Precisions 1&2, ad most other 3m F3F/F3B models.
The photo shows them holding Shinto Expert F3F tail surfaces ( � � � � � � � � � � � � � �� e��� h[ .�� ��b�� CN14X10 CN 14x10 Folding prop blades� A pair of {b,CN Models 14x10} prop blades suitable F5J electric gliders. These blades have a flatter high aspect ratio shape and should fold closer to the fuselage, reducing glide drag.
{blade, CN, 14,10, 7.3, TBA}
� � � � P� � � � � � � �
2A6� a ��b�� CN11X8CN 11x8 Folding prop blades� A pair of {b,CN Models 11x8} prop blades suitable F5J electric gliders. These blades have a flatter high aspect ratio shape and should fold closer to the fuselage, reducing glide drag.
{blade, CN, 11, 8, 6.6, TBA}
T � � � 2� � � � � � � � 2A6� $� j%͘ �}��b�� ALPHA2-F-BAGAlpha 2.0 Fuselage Bag� Excellent quality fuselage bag for the Alpha 2.0 electric glider.
#Optional extra fuselage bags available - see the option below the price. e � (� � � � � � � � � � � � c1�C& �}�b�� PULSAR-25-BAGSPulsar 2.5 Bag Set� The is a beautiful very complete bag set for the Pulsar 2.5e electric glider.
It consists of four wing bags, two tailplane bags, a fin bag, and a fuselage bag. i � ]-� � : � � � � � � � � � ,� c1�C �}��b�� EDGE-BAGSEdge F5J Bag Set� The is a beautiful very complete bag set for the Edge F5J electric glider.
It consists of four wing bags, two tailplane bags, and a fin bag. � ? � � � � � � � � � � , 7 ,� c1�C � �}��b�� FALCON-TP-BAGSFalcon Tailplane BagsY Good quality tailplane (horizontal stabiliser) bags to protect the Falcon DLG's hoz stab, H � <� � � � � � � � � � < t -� c1�C� �}�b��
X06H-FRAME$Ply Frame for KST X06H & X06N (pair)+ These HyperFlight CNC cut ply servo frames make fitting a {p,KST-X06H} or a {p,KST-X06N} servo to a molded wing very easy. No thickness is added to the installation, and the servo is mounted securely, yet can be removed easily if required.
Two servo frames supplied in the pack.
{ServoFrame} � 2� � 2� � � � � � � � ' -� d[�; �}�b�� X08H-FRAME-X$Ply Frame for KST X08H & X08N (pair)� These HyperFlight CNC cut ply servo frames make fitting a {p,KST-X08H} and {p,KST-X08N} servo to a molded wing very easy. No thickness is added to the installation, and the servo is mounted securely, yet can be removed easily if required.
Two servo frames supplied in the pack.
{b,Note this frame does not work with the new KST X08 Plus servo - the motor is too long.}
{ServoFrame} � 2� � 2� � � � � � � � ' -� d[�k ��b�� MK-IDS-COVERServo Cover for IDS (2)**� These beautifully molded wing IDS blister servo covers are light, low drag and are specialy desgned to house the wider horns and pushrods used with IDS linkages. They are molded with a wider blister to cover the IDS horn and pushrod. This provides an aerodynamic low drag shape to minimise airflow disturbance.
Supplied in pairs.
{table title="Shrouded Carbon Servo Covers (with wider blister) Specification" class=1 cols=2 width=150,115 align=L,L,L}
Thickness of carbon sheet, 0.35 mm
Chordwise length, 113 mm
Spanwise length, 86 mm
Distance of blister from edge, 23 mm
Width of blister, 14 mm
Height of blister, 5 mm
Weight (each), 3.0 g
{endtable}
Trim to size to suit your application and attach with clear tape.
� 2� � 2� � � � � � � � # 2E2� 2� i��' �� ,& ��b� MK65X14 MK 6.5x14 Folding prop blades New range of {b,Marcus Koch Powercroco} ultra high power, high pitch prop blades. Used on German speed racers with speeds of 600 Km/hr. Designed for 30 mm yokes but can be used on all yoke sizes. Can be used at power levels up to 20 kW.
{blade, MK, 6.5, 14, 5.6, 20 k} f � (_� � � � � � � � � � 2 2C6� � �}�b�� BAMF2BAMF2 1.5m DLG We are pleased to now be stocking the {b,BAMF2}, the latest 1.5m DLG from Armsoar. From their experience flying the BAMF they saw that higher heights and higher penetration were always required to keep pushing forward. They saw that competition is biasing towards planes that penetrate very strongly with less disturbance from turbulence, so they developed he BAMF2 with those goals in mind.
Aerodynamically, the wing shape was modified to be less affected by turbulence while the lift is slightly increased closer to the root. All cross-sections on the fuselage are decreased and the pushrod exits are further refined for a tighter install. In terms of flying philosophy, we feel there are two ways to tackle high winds: fly extremely fast with a lower L/D so you can reach somewhere faster, so even though L/D is lower you will reach the target area quicker and less affected by the outside forces (wind & turbulence), or secondly slightly slower than extreme but retain very high L/D so even though it may take you a few seconds to get back you should get back with a little extra height.
Armsoar have always preferred the second method of tackling wind. As such, the Vibe was designed that way and many will know it's not the fastest out there but comes back home with height to spare. Think of the BAMF 2 as taking what the Vibe had but further increasing the L/D and with a very strong launch height ability.
Mechanically, Armsoar wanted/needed a model that can really break down small. As such, the BAMF 2 comes with a center split 2-piece wing with a fat carbon joiner, with the option of a very simple removable fin that will be strong enough for *most* pilots. For extremely powerful launchers, it's probably still safer to glue the fin on. The nose is extended to reduce the need for nose weight and to make gear selection, install and maintenance extremely easy.
The BAMF 2 is made in Ukraine. All models are made with solid Cascell cores, carbon shear webs, and high-quality finish. Images shown are a representation of the model only and may differ slightly due to the handmade nature of the model.
See this RCGroups {href, https://www.rcgroups.com/forums/showthread.php?3535937-BAMF-2-ArmSoar, BAMF2 thread} for a lot more info.
For build info see {href, https://www.armsoar.com/pages/bamf-2-assembly-instructions, Armsoar BAMF2 Assembly Instructions}.
Structure:
{bullet}
Solid Cascell moulded wing and tails
Light: CW30 skin
Standard: CW40 skin
Strong: Co-axial CW60 skin
Tails: CW20 skin
1-piece fuselage
2-piece wing (centre split)
Nosecone
Right-handed launch (please message us for left-handed version)
Removable wing
Removable horizontal tail
Removable vertical tail (optional during build)
{endbullet}
Flight Characteristics:
{bullet}
Incredibly high launching
Cuts through wind and turbulence at low weight
{endbullet}
Specifications:
Wingspan: 1495 mm
Wing area: 18.55 dm�
Wing airfoil: modified Synergy 2
Light AUW: ~205-210 grams
Standard AUW: ~215-220 grams
Strong AUW: ~225-230 grams
CG: 64.0 mm (active) to 69mm (calm)
Recommended Gear:
Receiver: FrSky GR6, FrSky R6, Spektrum AR410, AR6610T, Futaba R3004SB
Servos: 4* KST A08N v6, 4* X08N v6
Battery: 1S LiPo 350 mAh to 500 mAh
Includes:
Left wing panel
Right wing panel
Fuselage
Nosecone
Horizontal tail
Vertical tail
Wing joiner
Pull-string wire
Crimp tubes for pull-string
Springs for tail
ArmSoar 3D throwing blade (light)
Tail screws
Wing screws
Wing control horns
Elevator control horns
Rudder control horn
Wing pushrod wires
Wing pushrod sleeves
Camber:
Launch preset: 2mm up
Zoom: 2mm up
Speed: 0.5mm down
Cruise: 3mm down
Float: 7mm down
Aileron Throw:
Speed: 6mm up, 8mm down
Cruise: 6mm up, 13 mm down
Thermal: 5 mm up, 18mm down
Elevator Throw:
Speed: 6mm up, 8mm down
Cruise: 10mm up, 10mm down
Thermal: 11mm up, 11mm down
Snap flaps (elevator to camber mixing):
1.5mm with full elevator deflection
Aileron-Rudder mix:
5mm rudder with full aileron deflection
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� � � � �2� � � � � � � � � { 5� Ukrainec1�C . �}�b�� FURY
Fury F5K 1.5m�
The {b,Fury F5K} is a purpose-designed F5K electric glider from Armsoar.
{b,Performance}
While others are using converted DLG wings, the Fury is designed from the ground up based on the current F5K rules. Due to the wing loading requirements, we believe F5K models will require larger wing areas coupled with higher lift airfoils. With that in mind, the Fury�s aero is based on the BAMF with Synergy 2 airfoils but scaled up in wing area and with the airfoils redistributed. As a result, the Fury will still be able to fly �light� even when flown at higher wing loadings. This has resulted in a model that is:
{bullet}
Very easy to fly
Friendly handling
Forgiving to pilot errors, such as flying too slowly or with too much camber
All-round model, optimized for working low and light thermals{endbullet}
{b,Ease of Building & Reliability}
ArmSoar�s products have all focused on simplicity in assembly to make it not only easy to build but be rock solid and reliable. The Fury uses four servos installed in the belly of the fuselage, screwed down in a servo tray. Ample room in the nose allows for more gear selection based on your preference. QuikLink pushrods keep flaperons nice and tight, while the tails actuate with pull-spring like DLGs.
{b,Construction}
For ease of transportation, the wing is removable and splits down the center. Both the fin and stabilizer are also removable, helping the Fury minimize the storage and transport footprint. The Fury is made in Ukraine along with our BAMF and Deviant models. Needless to say, the quality is top-notch with a precise fit and shiny finish. All parts are produced in CNC milled aluminum moulds, and all flying surfaces have a solid Cascell core for an incredible strength-to-weight ratio. The fuselage is carbon but has a fibreglass nose for compatibility with your radio receiver. Images shown are a representation of the model only and may differ slightly due to the handmade nature of the model.
{b,Structure}
Solid Cascell molded wing and tails
Light: CW30 skin
Standard: CW40 skin
Strong: Co-axial CW60 skin
Tails: CW20 skin
1-piece fuslage
2-piece wing (centre split)
Canopy
Flight Characteristics:
{b,Specifications}
Wingspan: 1490mm
Wing area: 21.66 dm�
Wing airfoil: modified Synergy 2
Horizontal tail area: 2.43 dm�
Light AUW: ~265 grams
Standard AUW: ~275 grams
Strong AUW: ~285 grams
Min F5K wing loading (12dm�): 289 grams
{b,Recommended Gear}
Receiver: FrSky GR6, FrSky R6, Spektrum AR6610T, Futaba R7008SB, Jeti R5L
Servos (standard build): 4* KST X08 v6, A08 v6
Servos (light build): 4* KST X06
Battery: 2S LiPo 520 mAh
Motor: ArmSoar 1507 Powertrain, ArmSoar 1806 Powertrain
Spinner: 25mm
Propellor: 7x4
ESC: 20A � � � � �2� � � � � � � � � { 5� Ukrainec1�C � �}�b�� DEVIANT-EElectric Deviant 1m Armsoar's {b,Electric Deviant} is an electric version of their popular Deviant 1 meter mini DLG.
Have you always wanted a model that you can just get in the air and start flying whenever you get the urge? You need a Deviant in your life :)
The {b,Deviant} is a successor to the GO Mini in many ways. It takes all that we have learned from the GO Mini and takes it a step further. Built on the proof that a large low-AR wing helps boost both the performance and handling of a 1-meter model, the Deviant continues with the low-AR design with optimizations to launch and penetration. Even in higher winds where other 1 meter models will struggle, the Deviant will stay on step, and when needed, it will take ballast like nothing else.
The construction has also been upgraded to the level of our BAMF models. Made in HAAS machined aluminum moulds, their fit and finish are second to none. And with the experience of our builders in Ukraine, you can expect the quality to be the best on the market.
While the models have retained a full-carbon structure, the foam core has been swapped from the GO Mini's XPS core to Cascell for better stiffness, ease of build and repairs, and resistance to hanger rash.
The nosecone design makes it very easy to handle the model on the field, and when you damage the nosecone, you can swap it out for a new nosecone helping keep the model looking fresh.
For more info see this useful {href, https://www.rcgroups.com/forums/showthread.php?3764065-Electric-Deviant-one-meter-carbon-glider-ArmSoar, RC Groups Electric Deviant} thread.
{b,Structure}
Solid Cascell core molded wing and tails
CW20 / CW30 / CW40 Carboweave wing skin
CW20 tail skin
1-piece fuselage
Nosecone
1-piece wing
Easy to build four in pod setup
Removable wing
Removable horizontal tail
{b,Materials}
Wing: Solid Cascell core, Carboweave STF, carbon spar and reinforcements
Fuselage: Carbon, fibreglass
Tail group: Solid Cascell core, Carboweave STF, carbon spar
{b,Flight Characteristics}
Large speed range
Great climb rate
Thermals well
High L/D and penetration
Friendly handling
{b,Specifications}
Wing airfoil: Based on Synergy 2
Wing area: 13.28 dm�
Wingspan: 995mm
Light AUW: ~190 grams
Standard AUW: ~200 grams
Strong AUW: ~210 grams
{b,Recommended Gear}
Receiver: Receiver: FrSky GR6, FrSky R6, Spektrum AR6610T, Futaba R7008SB
Servos: KST X06N v6
Battery: 300mah 2S LiPo
Motor: ArmSoar 1404 Powertrain
Spinner: CN Models 25/5
Prop: ArmSoar Fury 6x4
{b,Includes}
Wing
Fuselage
Canopy
Horizontal tail
Vertical tail
Pull-string wire
Crimp tubes for pull-string
Spring for tails
Tail screws
Wing screws
Wing control horns
Elevator control horn
Rudder control horn
Wing pushrod wires
Wing pushrod carbon sleeves
Pull-string wire guide tubes
Servo tray
Motor mount d � � � h2� � � � � � � � � { 5� Ukrainec1�C Z �}�b�� DEVIANTDeviant 1m DLG�
Have you always wanted a model that you can just get in the air and start flying whenever you get the urge? You need a {i,Deviant} in your life :)
Armsoar's {b,Deviant} is a successor of their GO Mini. It takes all that they learned from the GO Mini and takes it a step further. Built on the proof that a large low-AR wing helps boost both the performance and handling of a 1-meter model, the Deviant continues with the low-AR design with optimizations to launch and penetration. Even in higher winds where other 1 meter models will struggle, the Deviant will stay on step, and when needed, it will take ballast like nothing else.
The construction was also upgraded to the level of our BAMF models. Made in HAAS machined aluminum moulds, their fit and finish are second to none. And with the experience of our builders in Ukraine, you can expect the quality to be the best on the market.
While the models have retained a full-carbon structure, the foam core has been swapped from the GO Mini's XPS core to Cascell for better stiffness, ease of build and repairs, and resistance to hanger rash.
The nosecone design makes it very easy to handle the model on the field, and when you damage the nosecone, you can swap it out for a new nosecone helping keep the model looking fresh.
For build info see {href, https://www.armsoar.com/pages/deviant-assembly-instructions, Armsoar Assembly Instructions} and this {href, https://www.rcgroups.com/forums/showthread.php?3233377-Deviant-%2ANEW%2A-1-meter-ArmSoar, RCGroups Deviant} thread.
{b,Structure}
Solid Cascell core molded wing and tails
CW20 / CW30 / CW40 Carboweave wing skin
CW20 tail skin
1-piece fuselage
Nosecone
1-piece wing
Easy to build four in pod setup
Removable wing
Removable horizontal tail
{b,Materials}
Wing: Solid Cascell core, Carboweave STF, carbon spar and reinforcements
Fuselage: Carbon, fibreglass
Tail group: Solid Cascell core, Carboweave STF, carbon spar
{b,Flight Characteristics}
High launch
Large speed range
Great climb rate
Thermals well
High L/D and penetration
Friendly handling
Feels like a bigger 1.5m DLG
{b,Specifications}
Wing airfoil: Based on Synergy 2
Wing area: 13.28 dm�
Wingspan: 995mm
Light AUW: ~140 grams
Standard AUW: ~150 grams
Strong AUW: ~160 grams
{b,Recommended Gear}
Receiver: FrSky GR6, FrSky R6, Spektrum AR6610T, Futaba R7008SB, Jeti R4L
Servos: KST X06N v6, Bluebird BMS-101DMG
Battery: 300 - 350 mah 1S LiPo
{b,Includes}
Wing
Fuselage
Canopy
Horizontal tail
Vertical tail
Pull-string wire
Crimp tubes for pull-string
Spring for tails
Tail screws
Wing screws
Wing control horns
Elevator control horn
Rudder control horn
Wing pushrod wires
Wing pushrod carbon sleeves
Pull-string wire guide tubes
Servo tray f � � � h2� � � � � � � � � { 5� c1�C � �}�b��
A08H-FRAME$Ply Frame for KST A08H & A08N (pair)* These HyperFlight CNC cut ply servo frames make fitting a {p,KST-A08H} and {p,KST-A08N} servo to a molded wing very easy. No thickness is added to the installation, and the servo is mounted securely, yet can be removed easily if required.
Two servo frames supplied in the pack.
{ServoFrame} � 2� � 2� � � � � � � � 2E1' -� g�x8 h @�`� PTFE-14L-SPOOL 1 Roll (153m) 14L Etched PTFE� 153m low friction 1.68 mm ID PTFE tube suitable for pushrod outer tubes on F3J & F5J models, gliders and other models. Also suitable for a large range of engineering and industrial uses.
This tubing is specially etched on the outside, making it easily bondable using many adhesives, thin CA being probably the best. Provides the lightest, easiest, most friction-free pushrod installations possible.
{table title="14L Etched PTFE Tube Specification" class=1 cols=3 width=110,115,115 align=L,L,L autohref=2}
Inside diameter, 1.68 mm, 0.066 in
Wall thickness, 0.2 mm, 0.008 in
Outside diameter, 2.0 mm, 0.079 in
3X Stretched ID, 1.02 mm, 0.040 in
Suggested inner, 1mm & 1.3mm Carbon Rod, 16 SWG or thinner {href,http://www.hyperflight.co.uk/products.asp?cat=Other+RC+Products&subcat=Piano+and+SS+Wire,Piano or SS wire}
US size, 14 AWG L type (Lightweight)
Weight per m, 2.9 g per meter
Length of tube, 153 m
Number of joins, 5 max
{endtable}
� � � � � 0`� � � � � � � � � 2E6 wt 400
6 in stockA 9� j\ M ��b� PTFE-15L-SPOOL 1 Roll (153m) 15L Etched PTFE� 153m low friction 1.50 mm ID PTFE tube suitable for pushrod outer tubes on F5J models, gliders and other small models. Also suitable for a large range of engineering and industrial uses.
This tubing is specially etched on the outside, making it easily bondable using many adhesives, thin CA being probably the best. Provides the lightest, easiest, most friction-free pushrod installations possible.
{table title="15L Etched PTFE Tube Specification" class=1 cols=3 width=110,115,115 align=L,L,L autohref=2}
Inside diameter, 1.50 mm, 0.059 in
Wall thickness, 0.2 mm, 0.008 in
Outside diameter, 1.9 mm, 0.075 in
3X Stretched ID, 0.90 mm, 0.035 in
Suggested inner, 1mm & 1.3mm Carbon Rod, 16 SWG or thinner {href,http://www.hyperflight.co.uk/products.asp?cat=Other+RC+Products&subcat=Piano+and+SS+Wire,Piano or SS wire}
US size, 15 AWG L type (Lightweight)
Weight per m, 2.5 g per meter
Length of tube, 153 m
Number of joins, 5 max
{endtable} � � � � � + � � � � � � � � � 2E6A ;� iהH QC +{� @�`� PTFE-12L-SPOOL 1 Roll (153m) 12L Etched PTFE� 153m low friction 2.16 mm ID PTFE tube suitable for pushrod outer tubes on gliders and other models. Also suitable for a large range of engineering and industrial uses.
This tubing is specially etched on the outside, making it easily bondable using many adhesives, thin CA being probably the best. Provides the lightest, easiest, most friction-free pushrod installations possible.
{table title="12L Etched PTFE Tube Specification" class=1 cols=3 width=110,115,115 align=L,L,L}
Inside diameter, 2.16 mm, 0.085 in
Wall thickness, 0.2 mm, 0.008 in
Outside diameter, 2.56 mm, 0.101 in
Suggested inner, 1.5 mm & 1.8 mm Carbon Rod & tube, 14 SWG or thinner {href,http://www.hyperflight.co.uk/products.asp?cat=Other+RC+Products&subcat=Piano+and+SS+Wire,Piano or SS wire}
US size, 12 AWG L type (Lightweight)
Weight per m, 3.3 g per meter
Length of tube, 153 m
Number of joins, 5 max
{endtable}
� � � � � � $F� � � � � � � � � 2E60 05/02/2024 alloc one to spool to per meter stockA � �}�b�� MICRO-SINBADMicro Sinbad 0.86m The iconic model Sinbad the Sailor designed by Henry Struck is the inspiration for this kit. The Alien Technologies {b,Micro Sinbad} is a tiny version of the original.
The {b,Micro Sinbad} is the perfect size to toss around the school yard, local slope or keep in the back seat of your car for a quick lunchtime thermal session.
The Micro Sinbad is truly micro with just a 86cm (34") wing span and an all up weight under 55g (2 ounces)! Yep, you read that right. You will need some truly tiny radio gear. You can use something like a Parkzone style brick, or you can use 2g servos and a micro receiver. Use Feather Cover, Oralight, Solite, Parklite or free-flight type lightweight covering materials to avoild warping the delicate wing structure.
Micro Sinbad kit includes:
{bullet}
Built from laser cut 1/32", 1/16" & 1/8" Balsa and 1/64" Ply
Full set of Plans
0.5mm Pushrod wire
Laser cut control horns
Carbon Fibre pin and nylon screw for wing hold downs
Magnet and washer for hatch hold down
{endbullet}
{video,SKrhT83Pqs8} V � 7 � # � & � � � � � � � � � , �� g�^� +� `}�`� VORTEX4Vortex 4 1.5m DLG�
The ground breaking DS Composites {b,Vortex 4} four servo wing DLG is prbably the most highly regarded DLG currently available. The extra controllability of the separate flap and aileron control surfaces gives greater manoeuvrability with less control surface drag in thermal turns and normal flight modes. However the ability to have crow braking on landing greatly improves control on approach and landing, reducing the likelihood of fumbled catches and resultant damage. Plus the thoroughbred low drag design of the Vortex 4 and excellent surface finish give high launches and an excellent glide angle.
Like the Vortex 3 the build quality is excellent and the engineering is very impressive. Apart from of course perfectly molded carbon parts the kit comes with a very nicely engineered system for automatic connection of the aileron controls when the wing is attached. This is a different level of convenience and functionality to other DLGs we sell.
Supplied with a complete accessory bag including all the items necessary to complete the model. Two servo trays are included, for KST X08 and MKS DS65K servos.
The MKS servo tray cutout is 22mm x 17mm, making it suitable for 4 DS65K servos. To fit 4 DS75K servos in the MKS tray 0.5 mm needs to be trimmed from each edge of both cutouts.
The KST servo tray cutout is 23.5mm x 16mm, making it suitable for 4 X08 servos or A08 servos. The cutouts are too large for the X06.
Note, the top mounting surface on both trays is flat, so servo installation may require thin spacers to raise the 2 front servos so that the tail strings clear the aileron pushrods.
We are stocking the two piece wing version (2pw) with a bottom mounted tailplane, in various layups.
#We highly recommend that the model is purchased with the good quality #{href,https://www.hyperflight.co.uk/products.asp?code=VORTEX-BAGS,Vortex Wing Bags} and the economic
#{href,https://www.hyperflight.co.uk/products.asp?code=VORTEX-BALLAST,Vortex Ballast System}.
More info {href, https://www.rcgroups.com/forums/showthread.php?3865659-Vortex-4-Throw-it-like-you-hate-it%21, here}
With thanks to Adam Damjan Photography for use of their photos.
{table title="Vortex 4 1.5m DLG Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.5 m, 59 in
Wing area, 19.0 dm2, 295 sq in
Length, 105 cm, 41.2 in
Flying weight from, 236 g, 8.3 oz
Wing loading, 12.4 g/dm, 4.1 oz/sq ft
Aspect ratio, 11.7,
Wing airfoil, Proprietary,
Dihedral angle, TBA�,
Spinner Diameter, 0 mm,
Centre of Gravity, 68-76 mm from wing leading edge
Controls, "Rudder, elevator, ailerons, flaps"
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Tail servos, KST X08, KST A08, MKS DS65K, MKS DS75K, MKS HV75K
Flap servos, KST X08, KST A08, MKS DS65K, MKS DS75K, MKS HV75K
Aileron servos, KST X06N, KST X06, KST X08N, KST X08, MKS DS65K
Receiver, 6 channel rx to match your transmitter, max size approx 60mm x 25mm x 12mm eg FrSky GR6, JR RG612BX, Spectrum AR6610T
Power, 1S 400-600 mAh LiPo, 2S 300-400 mAh LiPo
{endtable}
{table title="Vortex 4 1.5m DLG Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 41.0 g, 1.4 oz
Wings, 101.0 g, 3.6 oz
Fin, 5.5 g, 0.2 oz
Tailplane, 5.5 g, 0.2 oz
Accessories, 20.0 g, 0.7 oz
Total structure, 173.0 g, 6.1 oz
Receiver, 5.0 g, 0.2 oz
Tail servos, 12.8 g, 0.5 oz
Aileron servos, 12.8 g, 0.5 oz
Flap servos, 12.8 g, 0.5 oz
Battery, 20.0 g, 0.7 oz
Flying weight, 236.4 g, 8.3 oz
{endtable}
� � � � R � X � � � � � � � � � 3� Vortex 4 components:
One fuse
One fin
One tailplane
One bag of accessories
Two wing pieces
Was charging � ��b� PTFE-16L-SPOOL 1 Roll (305m) 16L Etched PTFE} 305m low friction 1.34 mm ID PTFE tube suitable for pushrod outer tubes on gliders and other models. Also suitable for a large range of engineering and industrial uses.
This tubing is specially etched on the outside, making it easily bondable using many adhesives, thin CA being probably the best. Provides the lightest, easiest, most friction-free pushrod installations possible.
{table title="16L Etched PTFE Tube Specification" class=1 cols=3 width=110,115,115 align=L,L,L autohref=2}
Inside diameter, 1.34 mm, 0.053 in
Wall thickness, 0.16 mm, 0.006 in
Outside diameter, 1.7 mm, 0.067 in
Suggested inner, 1mm Carbon Rod, 18 SWG or thinner {href,http://www.hyperflight.co.uk/products.asp?cat=Other+RC+Products&subcat=Piano+and+SS+Wire,Piano or SS wire}
US size, 16 AWG L type (Lightweight)
Weight per m, 1.7 g per meter
Length of tube, 305 m
Number of joins, 5 max
{endtable} � � ^ � � = � � � � � � � � � 2E6A ;� i�F� +{t ��b� PTFE-19L-SPOOL 1 Roll (305m) 19L Etched PTFE� 305m low friction 0.96 mm ID PTFE tube suitable for pushrod outer tubes on discus launched glider and other small models. Also suitable for a large range of engineering and industrial uses.
This tubing is specially etched on the outside, making it easily bondable using many adhesives, thin CA being probably the best. Provides the lightest, easiest, most friction-free pushrod installations possible.
{table title="19L Etched PTFE Tube Specification" class=1 cols=3 width=110,115,115 align=L,L,L autohref=2}
Inside diameter, 0.96 mm, 0.038 in
Wall thickness, 0.15 mm, 0.006 in
Outside diameter, 1.26 mm, 0.050 in
Suggested inner, 0.8mm Carbon Rod, 22 SWG {href,http://www.hyperflight.co.uk/products.asp?cat=Other+RC+Products&subcat=Piano+and+SS+Wire,Piano or SS wire}
US size, 19 AWG L type (Lightweight)
Weight per m, 1.1 g per meter
Length of tube, 305 m
Number of joins, 5 max
{endtable} � � E � � [2� � � � � � � � � 2E�� -�� ��b�
GM-F5J-HUB-3232mm GM Hub/Yoke Replacement or alternative hub (also called yoke) for a GM spinner, with a distance between the blades of 32mm.
Does not include the hinge pin screws or the collet.
Usually used to replace the standard 30mm spinner hub to allow the blades to fold fully on more bulbous fuselages.
� � � � � � � � � � � � 2 2A5O , +{` ��b� PTFE-22L-SPOOL 1 Roll (305m) 22L Etched PTFE� 305m low friction 0.71 mm ID PTFE tube suitable for pushrod outer tubes on discus launched glider and other small models. Also suitable for a large range of engineering and industrial uses.
This tubing is specially etched on the outside, making it easily bondable using many adhesives, thin CA being probably the best. Provides the lightest, easiest, most friction-free pushrod installations possible.
Can be stretched to 2 times the original length to reduce the weight per meter, and tune the inside diameter to be a perfect fit for the inner pushrod. Sold by the meter. Enter a quantity of 3 for a 3m roll.
{table title="22L Etched PTFE Tube Specification" class=1 cols=3 width=110,115,115 align=L,L,L autohref=2}
Inside diameter, 0.71 mm, 0.028 in
Wall thickness, 0.15 mm, 0.006 in
Outside diameter, 1.05 mm, 0.041 in
3X Stretched ID, 0.46 mm, 0.018 in
Suggested pushrod inner, 0.5mm Carbon Rod, 24 SWG or thinner {href,http://www.hyperflight.co.uk/products.asp?cat=Other+RC+Products&subcat=Piano+and+SS+Wire,Piano or SS wire}
US size, 22 AWG L type (Lightweight)
Weight per m, 1.0 g per meter
Length of tube, 305 m
Number of joins, 5 max
{endtable}
� � E � � [2� � � � � � � � � 2E6A � `}��`� F5K-POWERSETHyperFlight F5K Powerset� The HyperFlight F5K Powerset consists of these components:
1 {pref, XT1806-2580, LDARC XT1806} electric motor
1 {pref, VM-SPINNER-25-M5,VM 25mm Spinner for M5 shafts}
1 set {pref,VM6X3, VM/Grp CAM 6x3} folding prop blades
1 {pref,BLHELI-30A,HyperFlight 30A BLHELI-32 with SBEC & XT30 Plug}
These work excellently together and use identical components to the well regarded Vladimir's Models {pref,VMF5K-PWRSET, F5K/Snipe 2e Powerset} but with a conferrable saving. The items are not supplied assembled, which can be beneficial as the firewall does not require a large cut-out to allow the ESC to be inserted.
Save 15% in comparison to buying these items separately
" � MF� � � � � � � � � � � \ ID numbers for individual items:
Motor ID 9471
Spinner ID 4741
Blades ID7471
ESC ID 3571 <� Chinac1�C � ��b�
KITE-NOSECONEKite DLG Nosecone% Replacement nosecone for the Kite DLG � � � �
� � � � � � � � � 2F1� <� ji� � � ,#d ���b�
M4-08-MS-P2M4x8 mm Countersunk Pozi/Phillips Steel Screws (5)& {screw-pozi, M4, 8, Bright mild steel} � � � � � � � � � � � �
2H4u � � +�` ���b�
M4-16-MS-P3M4x16 mm Countersunk Pozi/Phillips Steel Screws (5)' {screw-pozi, M4, 16, Bright mild steel} � � � � � � � � � � � �
2H4u � � ,#P ���b�
M4-20-MS-P3M4x20 mm Countersunk Pozi/Phillips Steel Screws (5)' {screw-pozi, M4, 20, Bright mild steel} � � � � � � � � � � � � 2H4u � � ,#� ���b�
M2-10-SS-P=M2x10 mm Countersunk Pozi/Phillips Stainless Steel Screws (5)% {screw-pozi, M2, 10, Stainless Steel} � � � � � � � � � � � �
2H4 � � ,#< ���b� M4-16-NY.M4x16 mm Countersunk Slot End Nylon Screws (5) {screw-slot, M4, 16} p �
� � � � � � � � � �
2H4u � � ,#� ���b� M4-25-NY.M4x25 mm Countersunk Slot End Nylon Screws (5) {screw-slot, M4, 25} y �
� � � � � � � � � � 2H4u � ���b� M4-30-NY-CH-M4x30 mm Cheesehead Slot End Nylon Screws (5)O {screw-slot-cheese, M4, 30}
Easy to cut down to a shorter length if necessary. ~ � � � � � � � � � � � 2H4u =� g��� � ���b� M3-30-NY-CH-M3x30 mm Cheesehead Slot End Nylon Screws (5)O {screw-slot-cheese, M3, 30}
Easy to cut down to a shorter length if necessary. �
� � � � � � � � � �
2H4u =� g��m�� .�l ��b�
GM-F5J-HUB-3434mm GM Hub/Yoke& Replacement or alternative hub (also called yoke) for a GM spinner, with a distance between the blades of 34mm.
Does not include the hinge pin screws or the collet.
Usually used to replace the standard 30mm or 32mm spinner hub to allow the blades to fold fully on more bulbous fuselages. � � � � � � � � � � � �
2A5O �� -l� ��b�
GM-F5J-HUB-3636mm GM Hub/Yoke Replacement or alternative hub (also called yoke) for a GM spinner, with a distance between the blades of 36mm.
Does not include the hinge pin screws or the collet.
Usually used to replace the standard 32mm spinner hub to allow the blades to fold fully on more bulbous fuselages � � � � � � � � � � � � 2 2A5O � �}�b�
BAMF2-BAGSBAMF2 Wing and Tail BagsM A set of nicely made wing and tail bags for the BAMF2 discus launched glider. 4 � 2(� � -2� � � � � � � � � { A� Ukrainec1�C � �}�b� DEVIANT-BAGSDeviant Wing and Tail Bagsb A set of nicely made wing and tail bags for the Deviant discus launched glider and electric model. 6 � .� � * � � � � � � � � , { A� Ukrainec1�C � �}�b� DEVAINT-TAILPLANEDeviant TailplaneA Replacement tailplane/horizontal stabiliser for the Deviant model � .� � * � � � � � � � � � { A� Ukrainec1�C �}�b�
ARM1404+ArmSoar 1404 3800 RPM/V 16g Outrunner & ESC} This {b, Armsoar 1404 Mini Powertrain} is a good solution for 1m electric DLGs.
The ESC comes with the brake already set ON. If for some reason the brake isn't set then please connect the ESC it to a PC and set it using blheli suite.
Specifications:
Motor: 1404
KV: 3800
Output Shaft Diameter: 5mm, threaded
ESC: 20A
ESC Firmware: BLHeli_S
Peak Current (15S): 25A
BEC: 4.5A @ 5.6V
Weight: 16.5 grams
Power: 2-3S
Battery Connector: XT30
Receiver Connector: JR
Recommended Spinner: VM or CN 25mm
Recommended Prop: 4.7x2.3, 6x3
Note the hinge pin holes on the 4.7x2.3 blades wil need opening out from 1.6mm to 2mm. � <Z� � 42� � � � � � � � d { A� Chinae��g �}�b� ARM1507+ArmSoar 1507 2700 RPM/V 21g Outrunner & ESC� This {b,Armsoar 1507 Powertrain} is a great solution for lighter F5K gliders or electric DLGs
This 1507 version is suitable for light to medium weight F5K or electric assist DLGs. This is also suitable for 'hot' 1m e-DLG setups.
The ESC comes with the brake already set ON. If for some reason the brake isn't set then please connect the ESC it to a PC and set it using blheli suite.
Specifications:
Motor: 1507
KV: 2700
Output Shaft Diameter: 5mm, threaded
ESC: 20A
ESC Firmware: BLHeli_S
Peak Current (15S): 25A
BEC: 4.5A @ 5.6V
Weight: 21.5 grams
Power: 2-3S
Battery Connector: XT30
Receiver Connector: JR
Recommended Spinner: VM or CN 25/5
Recommended Prop: CN6x4, VM6x4, CN7x4, VM7x4, OA7x4 � E � � <� � � � � � � � d { A� Chinag�:� g[ -�� ��b� ARM1806+ArmSoar 1806 2450 RPM/V 26g Outrunner & ESC� This {b,Armsoar 1806 Powertrain} is a great solution for heavier F5K gliders or electric DLGs, or just for more performance. It is also suited for light to medium 2m electric gliders.
The ESC comes with the brake already set ON. If for some reason the brake isn't set then please connect the ESC it to a PC and set it using blheli suite.
Specifications:
Motor: 1806
KV: 2450
Output Shaft Diameter: 5mm, threaded M5
Mounting: 4 holes on a 12 mm circle
ESC: 20A
ESC Firmware: BLHeli_S
Peak Current (15S): 25A
BEC: 4.5A @ 5.6V
Weight: 26.5 grams
Power: 2-3S
Battery Connector: XT30
Receiver Connector: JR
Recommended Spinner: VM or CN 25/5
Recommended Prop: CN6x4, VM6x4, CN7x4, VM7x4, OA7x4 � I � � ?#� � � � � � � � d 2A4{ B� � �}�b� DEVIANT-FIN Deviant Fin9 Replacement fin/vertical stabiliser for the Deviant model � .� � * � � � � � � � � � { B� Ukrainec1�C � �}�b� BAMF2-NOSECONEBAMF2 Nosecone& Replacement nosecone for the BAMF2 DLG �
� � 2� � � � � � � � � { B� Ukrainec1�C � �}�b� DEVIANT-NOSECONEDeviant Nosecone( Replacement nosecone for the Deviant DLG �
� � Z� � � � � � � � x { B� Ukrainec1�C �� ,& ��b� MK75X12 MK 7.5x12 Folding prop blades New range of {b,Marcus Koch Powercroco} ultra high power, high pitch prop blades. Used on German speed racers with speeds of 600 Km/hr. Designed for 30 mm yokes but can be used on all yoke sizes. Can be used at power levels up to 20 kW.
{blade, MK, 7.5, 12, 5.9, 20 k} � � , � � � � � � � � � � 2 2C6� l �}�b� MK75X14 MK 7.5x14 Folding prop blades� New range of Marcus Koch ultra high power, high pitch prop blades. Used on German speed racers with speeds of 600 Km/hr.
Designed for 30 mm yokes but can be used on all yoke sizes.
Can be used at power levels up to 20 kW. � � (_� � � � � � � � � � 2 � J� c1�C� ��b� MK8X14MK 8x14 Folding prop blades New range of {b,Marcus Koch Powercroco} ultra high power, high pitch prop blades. Used on German speed racers with speeds of 600 Km/hr. Designed for 40 mm yokes but can be used on all yoke sizes. Can be used at power levels up to 20 kW.
{blade, MK, 8, 14, 6.4, 20 k} . � (_� � � � � � � � � � 2 2C6� �� g��d� ��b� MK9X14MK 9x14 Folding prop blades New range of {b,Marcus Koch Powercroco} ultra high power, high pitch prop blades. Used on German speed racers with speeds of 600 Km/hr. Designed for 40 mm yokes but can be used on all yoke sizes. Can be used at power levels up to 20 kW.
{blade, MK, 9, 14, 9.0, 20 k} � � (_� � � � � � � � � � 2 2C6� �� g��r� ��b� MK10X17S MK 10x17S Folding prop blades New range of {b,Marcus Koch Powercroco} ultra high power, high pitch prop blades. Used on German speed racers with speeds of 600 Km/hr. Designed for 45 mm yokes but can be used on all yoke sizes. Can be used at power levels up to 20 kW.
{blade, MK, 10, 17, 8.2, 20 k} � � , � � � � � � � � � � 2 2C6� :� g_$' � �}�b� TEST2 wing joiners na � <� �
� � � � � � � � 2 V� Carbon fibre c4 � ��b� KITE-BALLAST-30G 30g Ballast Set for the Kite DLG� Ballast set for adding weight to the Kite DLG. Cleverly designed be installed quickly and to maintain the correct centre of gravity postion
Weight = 32 g
Easily modified to be heavier by adding more weight either side of the existing slugs. � #� � � � � � � � � � 2 2E4� "� jjE� $'
}�`�! EXPLORER-Q4Nan Explorer Q4 4md The {b,Nan Models Explorer Q4} is reported to perform better than Nan's previous designs in all weather condition, have better stability in turns, easier landing characteristic, better penetration, and improved handling.
The Q4 is optimised for F5J electric thermal soaring. Its higher camber airfloil helps it excel at catching those small low level thermals elude less nimble gliders. Despite its unparalleled low speed abilities it is no slouch at the other end of the speed polar, and has the legs to make it back to the landing spot even after following a weak thermal way downwind. The Explorer Q4 can also be used for slope soaring in light conditions.
The Explorer Q4 wing is designed for F5J competition flying, with special attention given to great low speed handling and thermal soaring in the small weak thermals found low down.
The kit is supplied with:
� Three piece carbon fibre/kevlar fuselage for easier transportation.
� Tailboom includes Bowden cables for slop free rudder and elevator actuation.
� Fuselage supplied with Servoramen 30mm firewall (not fitted).
� Four piece fully molded composite wing.
� Fully molded composite tail.
� Accessory pack.
� Ballast tube built into main wing centre panels (22cm long 18.5mm diameter).
� Available with V and X tail configuration.
The fuselage of the Explorer Q4 is a masterpiece of design and composite engineering. Starting from the front, a 40cm long slim nosecone with a 16cm hatch holds the motor, speed control and flight battery. This is supplied to take a Servoramen 30mm firewall (blank one supplied but not glued into place). The length is a benefit as it allows lightweight (c 100g) motors to be used. However if a heavier powertrain is preferred the front could be shortened by approx 25mm and fitted with a 32mm firewall, and the rear could be cut down by approx 4cm while still allowing room for a good sized battery. The slim nosecones supplied with our Q4 models all have a carbon layup to maximise strength and low weight. We always sugggest that 2.4GHz whiskers are routed outside the fuselage.
Moving back, the middle section of the fuselage is an all carbon molded part and includes wing mountings that match the wing root airfoil, and is marked Explorer Q4. This part retains the very low frontal area of the nosecone and is barely any thicker than the wing root. However it includes a very useful hatch on the underside that gives access of the pre-fitted wing wiring harness and receiver wiring plugs, making it an ideal position for mounting the receiver.
The fuselage is completed with a very long yet lightweight carbon tailboom with low friction 1.5mm carbon rod inner Bowden cables ready fitted. The tail servos are installed horizontally at the front of the tailboom on a supplied carbon servo mount designed for 23mm wide wing servos (e.g. {pref,KST-X08H, KST X08H}, {pref,KST-A08H, KST A08H}, {pref,MKS-HV6120,MKS HV6120}, {pref, MKS-HV6110, MKS HV6110}, {pref, MKS-HS75, MKS HS75}, {pref, MKS-HV75K-R, MKS HV75K-R}). The tail linkage consists of clevises to be screwed and glued onto the carbon inners at the front and pre-fitted L bend wires at the rear that locate in pre-fitted horns in the tail surfaces. The cross tail and V tail tailbooms are the same length but as the cross tail version's rudder projects further to the rear the X tail version ends up being about 5cm longer. The cross tail tailboom includes a very clever toggle that securely clamps the fin and tailplane in place without any tools required. The V tail tailboom mounts the V tail halves at 103� to each other, giving good rudder and elevator authority with no interaction.
The three parts that make up the complete fuselage should be held together using good quality {href, https://www.amazon.co.uk/Everbuild-EVB2CLEAR10-Clear-Weatherproof-Tape/dp/B005VOLQA8/ref=sxts_rp_s_1_0?content-id=amzn1.sym.76e6cae7-93ea-428e-ab83-8013e6a0fee5%3Aamzn1.sym.76e6cae7-93ea-428e-ab83-8013e6a0fee5&cv_ct_cx=mammoth+tape&keywords=mammoth+tape&pd_rd_i=B005VOLQA8&pd_rd_r=515ed2bf-a897-4a4b-b776-0389f5e8d06d&pd_rd_w=kTqAU&pd_rd_wg=TyGi2&pf_rd_p=76e6cae7-93ea-428e-ab83-8013e6a0fee5&pf_rd_r=4R3M38JG51JZCD0W54HB&qid=1674058780&sr=1-1-1890b328-3a40-4864-baa0-a8eddba1bf6a, waterproof tape}. Do not glue them together as that will make subsequent servicing and repairs more difficult.
The nicely finished hollow molded four piece wing uses a slightly higher camber airfoil giving it a excellent low level thermal soaring performance and handling. The wing carbon skin is available in {i,standard} and {i,strong} layups. The {i,strong} layup is about 50g heavier. The flap and aileron servo openings are approx 45mm x 45mm and are designed for Integrated Drive System servo installations as there is no provision for external flap or aileron horns. The four piece wing and three piece fuselage result in model that fits into a 28 x 16 x 122 cm box, making it very transportable. The other benefit is that the dihedral angle of the centre panels as well as the tip panels can be adjusted by using different wing joiners.
We supply the model with four wing joiner options: 5.7�, 7�, 8.5� and 9� equivalent dihedral angle (EDA):
5.7� - least affected by turbulence and gusty conditions, best for flying fast, not as laterally stable so requires more concentration when thermalling at the limit of visibility.
7� - compromise between easy thermalling and nicer handling in windier or more turbulent conditions.
#8.5� - compromise between easy thermalling and nicer handling in windier or more turbulent conditions.
9� - most laterally stable, easiest to thermal at the limit of visibility, more affected by wind and turbulence, best for calm day thermal soaring.
The accessory pack includes clear servo covers and a wiring harness with plugs that connect into sockets built into the fuselage. For more info see the {href, https://www.rcgroups.com/forums/showthread.php?3694079-Explorer-Q, RCGroups Explorer Q} thread.
(c) 2023 Neil Stainton
{table title="Explorer Q4 Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 3.96 m, 156 in
Wing area, 86.5 dm2, 1341 sq in
Length inc spinner, 192 cm, 75.6 in
Flying weight from, 1340 g, 47.3 oz
Wing loading, 15.5 g/dm, 5.1 oz/sq ft
Aspect ratio, 18.1,
Wing airfoil, Proprietary,
EDA (dihedral), 5.7 - 9�,
Spinner Diameter, 30 mm,
Centre of Gravity, X tail: 110-120 mm from wing leading edge <br> V-tail 93-95 mm from wing leading edge
Controls, "Rudder, elevator, ailerons, flap, throttle"
{endtable}
{table title="Explorer Q4 Recommended Servos" class=1 cols=2 width=110,240 align=L,L autohref=2}
Tail servos, KST X08H, KST A08H, MKS HV6120, MKS HV6110, MKS HS75, MKS HV75K-R
Aileron, MKS DS6100, MKS HV6100, MKS HV6110, MKS HV6120, MKS HV6130, KST X10 Mini, KST X08H, KST X08H Plus
Flap, MKS DS6100, MKS HV6100, MKS HV6110, MKS HV6120, MKS HV6130, KST X10
{endtable}
{table title="Explorer Q4 Powertrain Recommendations" class=1 cols=2 width=110,210 align=L,L autohref=1}
Powerline Micro 1020, 3S 1Ah LiPo, 16x8 prop
Powerline Micro 1025, 3S 1Ah LiPo, 16x8 prop
XPower F2919/10 Light, 3S 1Ah LiPo, 10x6 prop
XPower F2925/8 Windy, 3S 1Ah LiPo, 10x5 prop
{endtable}
{table title="Explorer Q4 Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 165 g, 5.8 oz
Left wing, 354 g, 12.5 oz
Right wing, 353 g, 12.5 oz
Fin, 30 g, 1.1 oz
Tailplane, 39 g, 1.4 oz
Wing joiners, 47 g, 1.7 oz
Accessories, 29 g, 1.0 oz
Total structure, 1017 g, 35.9 oz
Wiring, 20 g, 0.7 oz
Control rods, 10 g, 0.4 oz
Receiver, 8 g, 0.3 oz
Rudder servo, 9 g, 0.3 oz
Elevator servo, 9 g, 0.3 oz
Wing servos (4), 40 g, 1.4 oz
Speed control, 25 g, 0.9 oz
Motor, 100 g, 3.5 oz
Prop & spinner, 20 g, 0.7 oz
Battery, 82 g, 2.9 oz
Flying weight, 1340 g, 47.3 oz
{endtable}
{table title="Explorer Q4 Control Movements" class=1 cols=2 width=110,235 align=L,L,L}
Rudder, 30 mm each way
Elevator, 12 mm up, 12 mm down
V tail, 13 mm up, 14 mm down
Ailerons, 18 mm up, 14 mm down
Flap, 80 degrees down
Thermal camber, Flap 6 mm down, aileron aligned with flap
Speed camber, Flap 2 mm up, aileron aligned with flap
{endtable}
{video,t3b6J2KbGqw}
{video,BAkICXbHEYY} � � � � F � � � � � � � � � 2�3? Explorer Q4 components:
One bag of accessories (three options)
One fin )
One tailplane ) OR two pieces V tail
Two pieces wing centre panel
Two wing tips
Three pieces fuselage
---
9/3/2023 dec 2 "Standard, top: white with red & black logo" by 2
20/03/2023 dec 1 "Strong, top: white with red & green logo and design. Bottom: black with white stripes; White X tail with red fin (8, 9, 10)" by 1
08/04/2023 dec 1 "Standard, top: white with red & black logo and design. Bottom: all black; White X tail with red fin (4, 5, 6, 7)"
08/04/2023 dec 1 "Strong, top: white with red & green logo and design. Bottom: black with white stripes; White V tail (11, 12)"
12/07/2023 inc 1 "Strong, top: white with red & green logo and design. Bottom: black with white stripes; White X tail with red fin (8, 9, 10)"� ;� h%�' +jd � � � 2F&� }�`�" EXPLORER-Q5Nan Explorer Q5 4m�! The {b,Nan Models Explorer 5} is designed to excel in the new category GPS Triangle Racing - Light Class. Nan gave this exciting class the attention it deserves by designing and producing a glider that fits perfectly in the category. The Explorer 5 can also be used as a F5J glider (especially for windy conditions) and for slope soaring in light to moderate conditions. Some people call the model Explorer Q5 and others Explorer 5.
The Explorer 5 airfoil is based on the successful Xplorer 2/3 airfoils (F3J and F5J champions), resulting in a wing that gives the glider the perfect combination of speed and good climb rate, which is very important in the GPS Triangle Light Class category.
The kit is supplied with:
� Three piece carbon fibre/kevlar fuselage for easier transportation.
� Tailboom includes Bowden cables for slop free rudder and elevator actuation.
� Includes a radio transparent kevlar/glass nosecone compatible with GPS racing.
� Fuselage supplied with Servoramen 30mm firewall (not fitted).
� Four piece fully molded composite wing.
� Fully molded composite tail.
� Accessory pack.
� Ballast tubes built into main wing centre panels (22cm long 18.5mm diameter).
� Available with V and X tail configuration.
The fuselage of the Explorer Q4 and 5 series is a masterpiece of design and composite engineering. Starting from the front, a 40cm long {i, slim} nosecone with a 16cm hatch holds the motor, speed control and flight battery. This is supplied to take a Servoramen 30mm firewall (blank one supplied but not glued into place). The length is a benefit as it allows lightweight (c 100g) motors to be used. However if a heavier powertrain is preferred the front could be shortened by approx 25mm and fitted with a 32mm firewall, and the rear could be cut down by approx 4cm while still allowing room for a good sized battery. The {i, slim} nosecones supplied with our Q5 models all have a kevlar/glass layup to assist with GPS reception.
In addition to this slim nosecone Nan also make a radio transparent {i,fat} nosecone that is slightly wider and takes a 36mm firewall (or 38mm with adjustment). This is useful for higher power motors, larger batteries, or for more bulky electronics.
Moving back, the middle section of the fuselage is an all carbon molded part and includes wing mountings that match the wing root airfoil, and is marked Explorer 4 or Explorer 5, as appropriate. This part retains the very low frontal area of the nosecone and is barely any thicker than the wing root. However it includes a very useful hatch on the underside that gives access of the pre-fitted wing wiring harness and receiver wiring plugs, making it an ideal position for mounting the receiver.
The fuselage is completed with a very long yet lightweight carbon tailboom with low friction 1.5mm carbon rod inner Bowden cables ready fitted. The tail servos are installed horizontally at the front of the tailboom on a supplied carbon servo mount designed for 23mm wide wing servos (e.g. {pref,KST-X08H, KST X08H}, {pref,KST-A08H, KST A08H}, {pref, MKS-HV6110, MKS HV6110}, {pref, MKS-HS75, MKS HS75}, {pref, MKS-HV75K-R, MKS HV75K-R}). The tail linkage consists of clevises to be screwed and glued onto the carbon inners at the front and pre-fitted L bend wires at the rear that locate in pre-fitted horns in the tail surfaces. The cross tail and V tail tailbooms are the same length but as the cross tail version's rudder projects further to the rear the X tail version ends up being about 5cm longer. The cross tail tailboom includes a very clever toggle that securely clamps the fin and tailplane in place without any tools required. The V tail tailboom mounts the V tail halves at 103� to each other, giving good rudder and elevator authority with no interaction.
The three parts that make up the complete fuselage should be held together using good quality {href, https://www.amazon.co.uk/Everbuild-EVB2CLEAR10-Clear-Weatherproof-Tape/dp/B005VOLQA8/ref=sxts_rp_s_1_0?content-id=amzn1.sym.76e6cae7-93ea-428e-ab83-8013e6a0fee5%3Aamzn1.sym.76e6cae7-93ea-428e-ab83-8013e6a0fee5&cv_ct_cx=mammoth+tape&keywords=mammoth+tape&pd_rd_i=B005VOLQA8&pd_rd_r=515ed2bf-a897-4a4b-b776-0389f5e8d06d&pd_rd_w=kTqAU&pd_rd_wg=TyGi2&pf_rd_p=76e6cae7-93ea-428e-ab83-8013e6a0fee5&pf_rd_r=4R3M38JG51JZCD0W54HB&qid=1674058780&sr=1-1-1890b328-3a40-4864-baa0-a8eddba1bf6a, waterproof tape}. Do not glue them together as that will make subsequent servicing and repairs more difficult.
The nicely finished hollow molded four piece wing uses the contest proven Xplorer 3 airfoil. This airfoil has a slightly lower camber giving it a good speed range and making it perfectly suited to GPS Triangle Racing and F5J in windy or strong conditions. The wing carbon skin is available in {i,standard} and {i,strong} layups. The {i,strong} layup is about 50g heavier. The flap and aileron servo openings are approx 45mm x 45mm and are designed for {href, products.asp?search=Integrated+Drive+System, Integrated Drive System} servo installations as there is no provision for external flap or aileron horns. The four piece wing and three piece fuselage result in model that fits into a 28 x 16 x 122 cm box, making it very transportable. The other benefit is that the dihedral angle of the centre panels as well as the tip panels can be adjusted by using different wing joiners.
We supply the model with three wing joiner options: 5.7�, 7� and 9� equivalent dihedral angle (EDA):
5.7� - least affected by turbulence and gusty conditions, best for flying fast, not as laterally stable so requires more concentration when thermalling at the limit of visibility.
7� - compromise between easy thermalling and nicer handling in windier or more turbulent conditions.
9� - most laterally stable, easiest to thermal at the limit of visibility, more affected by wind and turbulence, best for calm day thermal soaring.
The accessory pack includes clear servo covers and a wiring harness with plugs that connect into sockets built into the fuselage. Explorer info is spread around several RCGroups threads, but this {href, https://www.rcgroups.com/forums/showthread.php?3876311-NAN-Models-Explorer-5-is-coming, Explorer 5} thread is definitely useful.
(c) 2023 Neil Stainton
{table title="Explorer 5 Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 3.92 m, 154 in
Wing area, 86.0 dm2, 1333 sq in
Length inc spinner, 192 cm, 75.6 in
Flying weight from, 1570 g, 55.4 oz
Wing loading, 18.3 g/dm, 6.0 oz/sq ft
Aspect ratio, 17.9,
Wing airfoil, Proprietary,
EDA (dihedral), 5.7 - 9�,
Spinner Diameter, 30 mm,
Centre of Gravity, 100-125 mm from wing leading edge; V more forward.
Controls, "Rudder, elevator, ailerons, flap, throttle"
{endtable}
{table title="Explorer 5 Recommended Servos" class=1 cols=2 width=110,240 align=L,L autohref=2}
Tail servos, KST X08H, KST A08H, MKS HV6110, MKS HS75, MKS HV75K-R
Aileron, MKS DS6100, MKS HV6100, MKS HV6110, MKS HV6120, MKS HV6130, KST X10 Mini
Flap, MKS DS6100, MKS HV6100, MKS HV6110, MKS HV6120, MKS HV6130, KST X10, KST A12-T
{endtable}
{table title="Explorer 5 Powertrain Recommendations" class=1 cols=2 width=110,210 align=L,L autohref=1}
Powerline Micro 1025, 3S 1Ah LiPo, 16x8 prop (10 m/s, 2000 fpm, 43A)
XPower F2925/8 Windy, 3S 1Ah LiPo, 10x5 prop
Leomotion L3013-4550, 3S 1Ah LiPo, 15x9 prop (11 m/s, 2200 fpm, 57A) (Use 32mm firewall)
XPower F3426/7 Storm, 3S 1Ah LiPo, 11x5 prop (Use 32mm firewall)
{endtable}
{table title="Explorer 5 Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 191 g, 6.7 oz
Left wing, 445 g, 15.7 oz
Right wing, 443 g, 15.6 oz
Fin, 30 g, 1.1 oz
Tailplane, 39 g, 1.4 oz
Wing joiners, 47 g, 1.7 oz
Accessories, 29 g, 1.0 oz
Total structure, 1224 g, 43.2 oz
Wiring, 20 g, 0.7 oz
Control rods, 10 g, 0.4 oz
Receiver, 8 g, 0.3 oz
Rudder servo, 9 g, 0.3 oz
Elevator servo, 9 g, 0.3 oz
Wing servos (4), 40 g, 1.4 oz
Speed control, 25 g, 0.9 oz
Motor, 100 g, 3.5 oz
Prop & spinner, 25 g, 0.9 oz
Battery, 100 g, 3.5 oz
Flying weight, 1570 g, 55.4 oz
{endtable}
{table title="Explorer 5 Control Movements" class=1 cols=2 width=110,235 align=L,L,L}
Rudder, 30 mm each way
Elevator, 12 mm up, 12 mm down
V tail, 13 mm up, 14 mm down
Ailerons, 18 mm up, 14 mm down
Flap, 80 degrees down
Thermal camber, Flap 6 mm down, aileron aligned with flap
Speed camber, Flap 2 mm up, aileron aligned with flap
{endtable}
{video, oyyKRQ7RAzI}
{video,4t6l2j41yhM}
{video, u9eqUlgPOiM} � � � � � � � � � � � � � ( 2�3� Explorer 5 components:
One bag of accessories (three options)
One fin )
One tailplane ) OR two pieces V tail
Two pieces wing centre panel
Two wing tips
Three pieces fuselage
20/03/2023 dec 1 "Strong, top: white with red & yellow logo and checked tips;Bottom: black with two white stripes; white X tail with red fin (8) (9)"
08/04/2023 dec 1 Standard, top: white with red logo and striped tips;Bottom: black with two white stripes; white V tail (4)
08/04/2023 dec 1 Standard, top: white with green logo and checked tips;Bottom: black with two white stripes; white X tail with green fin (7)
31/07/2023 added back into stock
20/03/2023 1 Strong, top: white with red & yellow logo and checked tips;Bottom: black with two white stripes; white V tail (8)
08/04/2023 1 Standard, top: white with red logo and striped tips;Bottom: black with two white stripes; white X tail with red fin (4)
08/04/2023 1 Standard, top: white with green logo and checked tips;Bottom: black with two white stripes; white X tail with green fin (7)
21/08/2023 removed
Nosecone option
Standard nosecone with 30mm firewall supplied
GPS 2.4GHz transparent nosecone for 38mm firewall - green� 2� j_���� +0P `}�`�#
EXPLORER-3Nan Xplorer 3 3.8m F5Jf The {b,Nan Explorer 3} was based on previous Explorer gliders and became a top contest winning F3J thermal duration model in its time. The wing was designed for higher speed and very dynamic flight characteristics. The wing profile is the same as the Explorer 2, a proven World Championship winning model.
The fuselage length was increased and the tailplane and fin redesigned to improve handling and thermal performance in this version.
The photos are not accurate. This is an electric glider.
{b, Technical data:}
Wing span: 3960mm
Fuselage length: 1650 mm
Wing area: 86.5 dm�
Airfoil: NAN-F3J
Tail area: 8.8 dm�
Empty weight: ~820g
Spinner size: 30mm
{table title="Xplorer 3 Powertrain Recommendations" class=1 cols=2 width=110,210 align=L,L autohref=1}
Powerline Micro 1020, 3S 1Ah LiPo, 16x8 prop
Powerline Micro 1025, 3S 1Ah LiPo, 16x8 prop
XPower F2919/10 Light, 3S 1Ah LiPo, 10x6 prop
XPower F2925/8 Windy, 3S 1Ah LiPo, 10x5 prop
{endtable}
{table title="Xplorer 3 Recommended Servos" class=1 cols=2 width=110,240 align=L,L autohref=2}
Tail servos, KST X08H, KST A08H, MKS HV6120, MKS HV6110, MKS HS75, MKS HV75K-R
Aileron, MKS DS6100, MKS HV6100, MKS HV6110, MKS HV6120, MKS HV6130, KST X10 Mini, KST X08H, KST X08H Plus
Flap, MKS DS6100, MKS HV6100, MKS HV6110, MKS HV6120, MKS HV6130, KST X10
{endtable}
{video, xzfQjexEjpI} | � | � � � � � � � � � � � � �}�b�$ SHADOWNan Shadow F5J 3.6m The {b,Nan Shadow} is a high-ish performance all-round F5J competition glider. It came to the scene in 2006 as an F3J model and the main goal of development was to create a competitive model to suit all weather conditions. Currently available only in cross tail version. The Shadow F5J uses the HN507M1 airfoil by Norbert Habe. The airfoil has a very wide speed range. Since its release in 2006 the model has undergone numerous updates, the most recent being the change to a cross tail empennage which improved the handling. Model is suitable for experienced modellers and competitors.
{BR, Due to long fuselage local pickup preferred}
Technical data
Wing span: 3654 mm
Fuselage length: 1630 mm
Wing area: 73 dm�
Airfoil: HN 507M1
Tail area: 8.8 dm�
Empty weight: ~1200g
-# � � � � � � � � � � � � � � � �� g7_�g `}�`�% ORION2Nan Orion V2 2.5mc The {b, Nan Orion V2} is a medium fast 2.4m span electric glider. The Orion V2 is much loved because of its spirited flying performance. It can be flown fast and zoomed around the sky, but can also be slowed down and thermaled with ease. The two piece wing uses the same wing profile as the Explorer. The Orion is ideal for sport and fun flying both from flat field and slopes. The Orion V2 is aerobatic, easy to fly and an excellent thermal soarer.
This version has a slimmer carbon fuselage and a new molded tailplane and fin. These enhancements make an already great electric glider even better. The very nicely finished two piece wings are hollow molded and have a carbon layup and substantial spar and wing joiner.
The all carbon fuselage will take a 3S or 4S 2Ah LiPo (though we would use smaller capacity). The fuselage has two Bowden cables fitted, with 1.5mm carbon rod inners. The accessory pack includes a 38mm plywood firewall and servo covers.
For the flap and aileron linkages either {href, products.asp?search=Integrated+Drive+System, Integrated Drive Systems} will be needed or for conventional control rods:
2 pr {href, products.asp?code=HORN-4MM-BR, Brass M3 4mm Micro Horn}
2 pr {href, products.asp?code=CR-40, 40mm M2 Control Rods}
See this {href, https://www.rcgroups.com/forums/showthread.php?3526565-NAN-Models-Orion-V2, RCGroups thread} and {href, https://www.rc-network.de/threads/neuheit-und-baubericht-orion-v2-nan-models.789041/,RC-Network thread} for more info.
{table title="Orion V2 Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.4 m, 95 in
Wing area, 44.4 dm2, 688 sq in
Length inc spinner, 142 cm, 55.7 in
Flying weight from, 1141 g, 40.2 oz
Wing loading, 25.7 g/dm, 8.4 oz/sq ft
Aspect ratio, 13.2,
Wing airfoil, Proprietary,
EDA (dihedral), 4.0�,
Spinner Diameter, 38 mm,
Centre of Gravity, 93 - 108 mm from wing leading edge
Controls, "Rudder, elevator, ailerons, flap, throttle"
{endtable}
{table title="Orion V2 Recommended Servos" class=1 cols=2 width=110,235 align=L,L autohref=2}
Elevator & rudder, MKS DS6100, MKS HV6100, KST X08, Blue Bird BMS-125WV, KST DS145, KST X10-710
Flap, MKS DS6100, MKS HV6100, MKS HV6110, Blue Bird BMS-125WV, KST DS135, KST X10 Mini, KST X10
Aileron, MKS DS6100, MKS HV6100, MKS HV6110, KST X08H, KST A08H, Blue Bird BMS-125WV
{endtable} Wing servo access openings are 45mm x 45mm
{table title="Orion V2 Control Movements" class=1 cols=2 width=110,235 align=L,L,L}
Rudder, 25 mm each way
Elevator, 14 mm up, 14 mm down
Ailerons, 11 mm up, 6 mm down
Flap, 80 degrees down
Thermal camber, flap 4 mm down, aileron aligned with flap
Speed camber, flap 4 mm up, aileron aligned with flap
{endtable}
{table title="Powertrain Recommendations" class=1 cols=2 width=130,310 align=L,L autohref=1}
Powerline Micro 1020, 3S 1Ah LiPo, 15x10 or 16x8 prop
Powerline Micro 1025/10, 3S 1Ah LiPo, 15x10 prop
Leomotion L3013-4550, 3S 1.2Ah LiPo, 15x9 prop
XPower F2925/8 Windy, 3S 1.5Ah LiPo, 11x7 prop
Hacker A20-6XL geared 4.4:1, 3S 1.5Ah LiPo, 16x9 Aeronaut prop
Mega 16/25/3, direct drive, 3S 1.2Ah LiPo, 11x6 prop
{endtable}
{table title="Orion V2 Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 166 g, 5.9 oz
Left wing, 243 g, 8.6 oz
Right wing, 240 g, 8.5 oz
Fin, 28 g, 1.0 oz
Tailplane, 36 g, 1.3 oz
Wing joiner, 28 g, 1.0 oz
Accessories, 24 g, 0.8 oz
Total structure, 765 g, 27.0 oz
Wiring, 20 g, 0.7 oz
Control rods, 8 g, 0.3 oz
Receiver, 8 g, 0.3 oz
Rudder servo, 9 g, 0.3 oz
Elevator servo, 9 g, 0.3 oz
Wing servos (4), 36 g, 1.3 oz
Speed control, 30 g, 1.1 oz
Motor, 105 g, 3.7 oz
Prop & spinner, 26 g, 0.9 oz
Battery, 125 g, 4.4 oz
Flying weight, 1141 g, 40.2 oz
{endtable}
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Thanks to Pierre Rondel for use of his photos. � � � � � � � � � � � � � � � � Orion components:
One fin
One tailplane
One accessory bag (with black servos covers and wing joiner)
One fuselage
Two wing pieces
� �� g��a � �}�b�& AUREUS135YGE Aureus 135 ESC The new {b,YGE Aureus 135} high voltage ESC is ideal for large electric mdels and gliders. Highly recommended for larger models.
Technical data:
- 135A maximum continuous full power current
- 4 to 12S LiPo, incl under voltage protection by power reduction
- BEC 5,0V � 8,4V
- BEC 10A continuous, 25A Peak
- Current limiting
- pluggable receiver- and telemetry cables with JST-socket
- Disconnectable under voltage detection
- Electronic speed control (Governor- mode)
- Soft start
- Active free-wheel, allowing unlimited part load operation.
- Automatic or 6 step adjustable timing
- Frequency: Automatic.
- Adjustable EMK brake
- F3A(Acro brake (brake force control infinitely adjustable)
- Speed limit: 240.000 rpm (2- Poles)
- Temperature and overload warning
- Anti- flash: decreases the closing spark.
- Basic -Programming with mode programming
- Fine adjustment and selection of telemetry log with the PC Setup
- Suitable USB-adapter optionally available
- Dimensions in mm: ca. 82 x 43,5 x 26 (Aureus 105: 80,5 x 34,5 x 19,5)
- Weight without / with wires: ca. 122g / 178g (Aureus 105: 80g / 124g)
- Cable diameter battery / motor: 6� / 4� (Aureus 105: 4� / 4�)
Contact us if you would like a different current rating to the 135A size stocked. F � � � � � 5 � � � � � � � � d d �� d��?X �}�b�( E-MEDINA Medina Electric F5L F5-RES 2m� <b>The Medina kits received are all dual purpose kits that can be built as either pure gliders or electric models. Please go to the {pref, Medina,Medina F3L/F5L} page if you are not automatically redirected.</b>
Created by Armsoar in partnership with Performance Models in Australia, the {b,E-Medina} uses new airfoils purpose-designed for the flight envelope of modern F3/F5-RES competition flying. The wingtips are specifically optimized for great tip-stalling characteristics and could handle high variations in angle of attack. The result? A glider that turns tighter and more efficiently than similar designs, perfect for low-level thermal flying
The properly-sized and removable V-tail is designed for control and great low speed handling, crucial during soft thermals and the landing phase. And of course, the V-tail not only looks good, but helps minimize the overall drag of the E-Medina for better L/D in all aspects of the flight envelope.
The fuselage is minimalistic but fit our ArmSoar 1806 powertrains perfectly, further minimizing overall drag from the completed model.
Specifications
4-channels: V-tails, Spoiler, Motor
Wing airfoils: MS series
Wing area: 36.2 dm�
Root chord: 200mm
Recommended Gear
Tail servos: 2* KST X06 v6
Spoiler servo: 1* KST DS113
Battery: 2-3S LiPo
Motor: ArmSoar 1806 Powertrain
Spinner: CN 25/5
Prop: CN 6x4
What's Included
All balsa, ply and carbon parts /cnc or laser cut to size
Pre-drilled carbon boom
Tail mounting pins
Joiners
Tail springs
Pull-string wire
See this {href, https://www.rcgroups.com/forums/showthread.php?4024275-Armsoar-Built-Up-Balsa-F5K-Model-Coming-Soon, RCGroups thread} for development info. � � � � � � � � � � � � � { �� 'Balsawood, steel, carbon fibre, plasticChinac1�C m �}�b�)
MEDINA-ARFMedina ARF F3-RES F3L 2m� Many of us want to fly high-performance F3L/F3-RES gliders for competition or sport flying, but who really has time to spend several weeks' worth of evenings putting together a balsa kit? We get it. That's why we set out to do something about that!
The {b,Medina} is an almost ready to fly (ARF) F3L/F3-RES glider, and comes with fully pre-built and covered surfaces so you can enjoy flying the model shortly after receiving the package. To complete the model, you need to glue the carbon boom into the nose, glue the tail-mounting carbon pins into pre-drilled holes, mount the servos and run the pull-string wires.
Created by Armsoar in partnership with Performance Models in Australia, the {b,Medina} uses new airfoils purpose-designed for the flight envelope of modern F3-RES/F3L competition flying. The wingtips are specifically optimized for great tip-stalling characteristics and could handle high variations in angle of attack. The result? A glider that turns tighter and more efficiently than similar designs, perfect for low-level thermal flying
The properly-sized and removable V-tail is designed for control and great low speed handling, crucial during soft thermals and the landing phase. And of course, the V-tail not only looks good, but helps minimize the overall drag of the Medina for better L/D in all aspects of the flight envelope.
The fuselage is minimalistic, further minimizing overall drag from the completed model.
{b,Specifications}
3-channels: V-tails, Spoiler
Wing airfoils: MS series
Wing area: 36.2 dm�
Root chord: 200mm
AUW: ~440-470 grams
Centre of Gravity: 75mm from wing leading edge
{b,Recommended Gear}
Tail servos: 2* KST X06
Spoiler servo: 1* KST X06H
Battery: 1S 500mAh LiPo
{b,What's Included}
Pre-built and covered removable wing panels (1* centre, 2* tips)
Pre-built and covered removable tail surfaces (1* left, 1* right)
Pre-built and covered nose and canopy
Pre-drilled carbon boom
Tail mounting pins
Joiners
Tail springs
Pull-string wire
RC gear etc is NOT included
See this {href, https://www.rcgroups.com/forums/showthread.php?4088013-%2AARF%2A-Medina-F3-RES-E-Medina-F5-RES-ArmSoar, RCGroups Medina thread} for more info.
{video,kdrv0LtNDms} � � � � � �0� � � � � � � � � { K� 'Balsawood, steel, carbon fibre, plasticChinafqn�
.
+�� �}�b�* E-MEDINA-ARF#Medina 2 Electric ARF F5-RES F5L 2mo Many of us want to fly F5-RES or have fun with a high-performance e-glider for sport flying, but who has time to spend several weeks' worth of evenings putting together a balsa kit? We get it. That's why we set out to do something about that!
The {b, E-Medina 2} is an almost ready to fly (ARF) F5-RES electric glider, and comes with fully pre-built and covered surfaces so you can enjoy flying the model shortly after receiving the package. To complete the model, you need to glue the carbon boom into the nose, glue the tail-mounting carbon pins into pre-drilled holes, mount the servos and run the pull-string wires.
Created by Armsoar in partnership with Performance Models in Australia, the {b,E-Medina 2} uses new airfoils purpose-designed for the flight envelope of modern F3L/F5-RES competition flying. The wingtips are specifically optimized for great tip-stalling characteristics and could handle high variations in angle of attack. The result? A glider that turns tighter and more efficiently than similar designs, perfect for low-level thermal flying
The properly-sized and removable V-tail is designed for control and great low speed handling, crucial during soft thermals and the landing phase. And of course, the V-tail not only looks good, but helps minimize the overall drag of the E-Medina 2 for better L/D in all aspects of the flight envelope.
The fuselage is minimalistic but fits 1806 powertrains perfectly, further minimizing overall drag from the completed model.
{b,Specifications}
Wing span: 2m
Wing area: 36.2 dm�
Root chord: 200mm
Wing airfoils: MS series
AUW: ~440-470 grams
Centre of Gravity: 75mm from wing leading edge
4-channels: V-tails, Spoiler, Motor
{b,Recommended Gear}
Tail servos: 2* KST X06
Spoiler servo: 1* KST X06H
Battery: 3S LiPo
Motor: ArmSoar or HyperFlight 1806 Powertrain
Spinner: CN 25/5
Prop: CN 6x4
{b,What's Included}
Pre-built and covered removable wing panels (1* centre, 2* tips)
Pre-built and covered removable tail surfaces (1* left, 1* right)
Pre-built and covered nose and canopy
Pre-drilled carbon boom
Tail mounting pins
Joiners
Tail springs
Pull-string wire
Powertrain and RC gear etc is NOT included
See this {href, https://www.rcgroups.com/forums/showthread.php?4088013-%2AARF%2A-Medina-F3-RES-E-Medina-F5-RES-ArmSoar, RCGroups Medina thread} for info about the original Medina.
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� � � � � uK� � � � � � � � � { �� 'Balsawood,� `}�`�, BALSA-L1(Light Balsa sheet size 1 x 100 x 1000 mmk Light Balsa sheet size 1 x 100 x 1000 mm. Equivalent to 1/25" x 4" x 40" sheet.
Very high quality lightweight balsa wood sheets suitable for plane, boat and railway modelling, DIY craftwork, school projects and more.
This is some of the best wood we have seen in 60 years of modelling, lightweight with no knots and of very consistent density and grain.
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www.flf-rc.cn - See email from Wendy on 16/11/2022
info@pacificcoastgroup.uk - UK
Paco Fuentes <balsawoodec@gmail.com> - Ecuadore
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Balsa wood d�u �}�b�- BALSA-L15;Light Balsa sheet size 1.5 x 100 x 1000 mm 1/16" Equivalentl Light Balsa sheet size 1.5 x 100 x 1000 mm. Equivalent to 1/16" x 4" x 40" sheet.
Very high quality lightweight balsa wood sheets suitable for plane, boat and railway modelling, DIY craftwork, school projects and more.
This is some of the best wood we have seen in 60 years of modelling, lightweight with no knots and of very consistent density and grain. � #� � ^� � � � � � � � ( { �
Balsa woodChinad�z �}�b�. BALSA-L2(Light Balsa sheet size 2 x 100 x 1000 mmi Light Balsa sheet size 2 x 100 x 1000 mm. Equivalent to 5/64" x 4" x 40" sheet.
Very high quality lightweight balsa wood sheets suitable for plane, boat and railway modelling, DIY craftwork, school projects and more.
This is some of the best wood we have seen in 60 years of modelling, lightweight with no knots and of very consistent density and grain. � K� � � � � � � � � � ( { �
Balsa wood e2�I �}�b�/ BALSA-L38Light Balsa sheet size 3 x 100 x 1000 mm 1/8" Equivalenth Light Balsa sheet size 3 x 100 x 1000 mm. Equivalent to 1/8" x 4" x 40" sheet.
Very high quality lightweight balsa wood sheets suitable for plane, boat and railway modelling, DIY craftwork, school projects and more.
This is some of the best wood we have seen in 60 years of modelling, lightweight with no knots and of very consistent density and grain. � � � O� � � � � � � � 2 { �
Balsa wood d� � �}�b�0 BALSA-L49Light Balsa sheet size 4 x 100 x 1000 mm 5/32" EquivalentD Light Balsa sheet size 4 x 100 x 1000 mm. Equivalent to 5/32" sheet. ( � Y� � � � � � � � � � # P { � c1�C �}�b�1 BALSA-L59Light Balsa sheet size 5 x 100 x 1000 mm 3/16" Equivalenti Light Balsa sheet size 5 x 100 x 1000 mm. Equivalent to 3/16" x 4" x 40" sheet.
Very high quality lightweight balsa wood sheets suitable for plane, boat and railway modelling, DIY craftwork, school projects and more.
This is some of the best wood we have seen in 60 years of modelling, lightweight with no knots and of very consistent density and grain. 2 � 2� � C� � � � � � � � < { �
Balsa wood d� �}�b�2 BALSA-L68Light Balsa sheet size 6 x 100 x 1000 mm 1/4" Equivalentg Light Balsa sheet size 6 x 100 x 1000 mm. Equivalent to 1/4 x 4" x 40" sheet.
Very high quality lightweight balsa wood sheets suitable for plane, boat and railway modelling, DIY craftwork, school projects and more.
This is some of the best wood we have seen in 60 years of modelling, lightweight with no knots and of very consistent density and grain. < � _� � L� � � � � � � � < { �
Balsa wood e��G � �}�b�3 BALSA-L080Light Balsa sheet size 0.8 x 100 x 1000 mm 1/32"4 Light Balsa sheet size 0.8 x 100 x 1000 mm (1/32")
� � � \� � � � � � � � { �� c1�C � �}�b�4 BALSA-C157Contest Ultralight Balsa sheet size 1.5 x 100 x 1000 mm? Contest quality ultralight Balsa sheet size 1.5 x 100 x 1000 mm � � � *� � � � � � � � { �� c1�C � �}�b�5 BALSA-C15Contest Ultralight Balsa sheet size 1 x 100 x 1000 mm= Contest quality ultralight Balsa sheet size 1 x 100 x 1000 mm � c� � (� � � � � � � � { �� c1�C �}�b�6 BALSA-L25;Light Balsa sheet size 2.5 x 100 x 1000 mm 3/32" Equivalentk Light Balsa sheet size 2.5 x 100 x 1000 mm. Equivalent to 3/32" x 4" x 40" sheet.
Very high quality lightweight balsa wood sheets suitable for plane, boat and railway modelling, DIY craftwork, school projects and more.
This is some of the best wood we have seen in 60 years of modelling, lightweight with no knots and of very consistent density and grain. � � � 6� � � � � � � � - { �
Balsa wood e;�0�� -m� ��b�9 MPJ-30MM*MPJ 30mm Precision Spinner for Fixed Props@ This {b,MPJ 30mm Precision Spinner} is suitable for pylon racers with Gp 4.7x4.7, Grp 5x5, APC 5x5 or other similar fixed props. This precision spinner is turned from solid aluminium bar stock and is very rigid and well balanced, allowing higher RPM without vibration.
{table title="MPJ 30mm Precision Spinner Specification" class=1 cols=2 width=160,160 align=L,L}
Diameter, 30 mm
Motor shaft, 3.17 mm (1/8")
Distance across hinge pins, N/A
Prop hinge pin diameter, N/A
Prop blade root width, N/A
Weight, 9.3 g
{endtable} Not suitable for folding prop blades.
� 2� � B� � � � � � � � 2 2C5\
AluminiumCzech�{ +?T ��b�:
CN-UNIV-30 CN Universal CNC Mount - 30mm� CN Model CNC 30 mm aluminium mount for any motor. The internal diameter at the very front is 26mm.
Supplied blank without motor mounting holes drilled, so will work with any motor.
Suits 30mm spinners.
Weight 4.6g
One mount supplied. � � � <� � � � � � � � 2B4� �{ +?, ��b�;
CN-UNIV-32 CN Universal CNC Mount - 32mm� CN Model CNC 32 mm aluminium mount for any motor. The internal diameter at the very front is 28mm.
Supplied blank without motor mounting holes drilled, so will work with any motor.
Suits 32mm spinners.
Weight 4.6g
One mount supplied. � � � <� � � � � � � �
2B4� � @�`�A DRAGONDragon 1.5m Hotliner� The {b,Dragon} is a nicely finished fully molded 1.5m glass and carbon hotliner.
More info soon.
{table title="Dragon Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.5 m, 60 in
Wing area, 21.6 dm2, 335 sq in
Length inc spinner, 98 cm, 38.6 in
Flying weight from, 982 g, 34.6 oz
Wing loading, 45.5 g/dm, 14.9 oz/sq ft
Aspect ratio, 10.7,
Wing airfoil, HN1038,
EDA (dihedral), 2.0�,
Spinner Diameter, 34 mm,
Centre of Gravity, 60-70 mm from wing leading edge
Controls, "Elevator, ailerons, flaps, throttle"
{endtable}
{table title="Dragon Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 149 g, 5.3 oz
Left wing, 185 g, 6.5 oz
Right wing, 179 g, 6.3 oz
Tailplane, 36 g, 1.3 oz
Wing joiner, 30 g, 1.1 oz
Accessories, 15 g, 0.5 oz
Total structure, 594 g, 21.0 oz
Wiring, 20 g, 0.7 oz
Control rods, 8 g, 0.3 oz
Receiver, 8 g, 0.3 oz
Elevator servo, 9 g, 0.3 oz
Elevator pushrod, 7 g, 0.2 oz
Wing servos (4), 36 g, 1.3 oz
Speed control, 30 g, 1.1 oz
Motor, 105 g, 3.7 oz
Prop & spinner, 25 g, 0.9 oz
Battery, 140 g, 4.9 oz
Flying weight, 982 g, 34.6 oz
{endtable}
� � � � � � � � � � � � � � 3� Dragon components (6)
One fuselage with fin
One tailplane
One bag of accessories
One wing joiner
Two wing pieces
Real cost 218.00� i�� @}�`�= SC80"Chequerboard 80 g/m2 Spread Carbon5 One sheet of Textreme style 80 g/m2 chequerboard spread carbon.
15 mm squares.
Sheet size approx 100 cm x 75 cm
Sold in full sheets only.
Due to the difficulty packing and shipping this product we many have to request extra shipping payment, especially if other items are ordered at the same time. � � � � � � � � � � � � , True cost 16.17| �� i�p� �}�b�> SC55-SAMPLE+Chequerboard 55 g/m2 Spread Carbon - sample| One small sheet of Textreme style 55 g/m2 chequerboard spread carbon.
15 mm squares.
Sheet size approx 34 cm x 24 cm
m � F� � %� � � � � � � � � | �� c1�C �}�b�? SC80-SAMPLE+Chequerboard 80 g/m2 Spread Carbon - samplez One small sheet of Textreme style 80 g/m2 chequerboard spread carbon.
15 mm squares.
Sheet size approx 34 cm x 24 cm l � (� � S� � � � � � � � � | �� c1�C � �}��b�@ DYS-ESCDYD Aria 70A ESC � B� � � � � � � � � � ���� �� copper, plastic, metalChinac1�C� ��b�B MK8X18MK 8x18 Folding prop blades New range of {b,Marcus Koch Powercroco} ultra high power, high pitch prop blades. Used on German speed racers with speeds of 600 Km/hr. Designed for 45 mm yokes but can be used on all yoke sizes. Can be used at power levels up to 20 kW.
{blade, MK, 8, 18, 5.9, 20 k} 2 � (_� � � � � � � � � � 2 2C6� �� g��j�� ,&4 ��b�C MK85X23 MK 8.5x23 Folding prop blades New range of {b,Marcus Koch Powercroco} ultra high power, high pitch prop blades. Used on German speed racers with speeds of 600 Km/hr. Designed for 45 mm yokes but can be used on all yoke sizes. Can be used at power levels up to 20 kW.
{blade, MK, 8.5, 23, 5.9, 20 k} 7 � (_� � � � � � � � � � 2 2C6� �� ,&H ��b�D MK9X20S MK 9x20S Folding prop blades% New range of {b,Marcus Koch Powercroco} ultra high power, high pitch prop blades. Used on German speed racers with speeds of 600 Km/hr. Designed for 40 mm yokes but can be used on all yoke sizes. Can be used at power levels up to 20 kW.
Slim blade version.
{blade, MK, 9, 20, 7.9, 20 k} � � (_� � � � � � � � � � 2 2C6� � ��b�E MK10X20S MK 10x20S Folding prop blades& New range of {b,Marcus Koch Powercroco} ultra high power, high pitch prop blades. Used on German speed racers with speeds of 600 Km/hr. Designed for 40 mm yokes but can be used on all yoke sizes. Can be used at power levels up to 20 kW.
Slim blade version.
{blade, MK, 10, 20, 8.2, 20 k} � � , � � � � � � � � � � 2 2C6� �� g��� � ��b�F MK10X20B MK 10x20B Folding prop blades( New range of {b,Marcus Koch Powercroco} ultra high power, high pitch prop blades. Used on German speed racers with speeds of 600 Km/hr. Designed for 45 mm yokes but can be used on all yoke sizes. Can be used at power levels up to 20 kW.
Broad blade version.
{blade, MK, 10, 20, 10.2, 20 k} � � , � � � � � � � � � � 2C6� �� h�� � ��b�G MK11X24 MK 11x24 Folding prop blades New range of {b,Marcus Koch Powercroco} ultra high power, high pitch prop blades. Used on German speed racers with speeds of 600 Km/hr. Designed for 45 mm yokes but can be used on all yoke sizes. Can be used at power levels up to 20 kW.
{blade, MK, 11, 24, 9.9, 20 k} d � , � � � � � � � � � � 2 2C6� �� h��� ��b�H MK11X25 MK 11x25 Folding prop blades New range of {b,Marcus Koch Powercroco} ultra high power, high pitch prop blades. Used on German speed racers with speeds of 600 Km/hr. Designed for 45 mm yokes but can be used on all yoke sizes. Can be used at power levels up to 20 kW.
{blade, MK, 11, 25, 9.8, 20 k} e � , � � � � � � � � � � 2 2C6� �� h��� ��b�I MK11X21 MK 11x21 Folding prop blades New range of {b,Marcus Koch Powercroco} ultra high power, high pitch prop blades. Used on German speed racers with speeds of 600 Km/hr. Designed for 45 mm yokes but can be used on all yoke sizes. Can be used at power levels up to 20 kW.
{blade, MK, 11, 21, 9.7, 20 k} a � , � � � � � � � � � � 2 2C6� :� h��� ��b�J MK115X27 MK 11.5x27 Folding prop blades New range of {b,Marcus Koch Powercroco} ultra high power, high pitch prop blades. Used on German speed racers with speeds of 600 Km/hr. Designed for 45 mm yokes but can be used on all yoke sizes. Can be used at power levels up to 20 kW.
{blade, MK, 11.5, 27, 9.7, 20 k} g � , � � � � � � � � � � 2 2C6� �� h�� � ��b�K MK115X29 MK 11.5x29 Folding prop blades New range of {b,Marcus Koch Powercroco} ultra high power, high pitch prop blades. Used on German speed racers with speeds of 600 Km/hr. Designed for 45 mm yokes but can be used on all yoke sizes. Can be used at power levels up to 20 kW.
{blade, MK, 11.5, 29, 9.6, 20 k} i � (_� � � � � � � � � � 2 2C6� �� g����� ,&\ ��b�L MK115X315 MK 11.5x31.5 Folding prop blades New range of {b,Marcus Koch Powercroco} ultra high power, high pitch prop blades. Used on German speed racers with speeds of 600 Km/hr. Designed for 45 mm yokes but can be used on all yoke sizes. Can be used at power levels up to 20 kW.
{blade, MK, 11.5, 31.5, 10.5, 20 k} l � (_� � � � � � � � � � 2 2C6� � �}�b�P MK-PULL-CORDDLG Pull Cord Set Approx 2.2 m of 0.3mm diameter strong enamelled steel pull cord wire, as used in many DLGs to connect the servo output arms to the rudder and elevator control horns. Supplied with 4 crimps.
The total weight of the wire is 0.5g so the unit weight is approx 0.22 g / m. q � � � � � � � � � � � 2G6� �� h,_� P� /C� ��b�Q HYP-1806)HyperFlight 1806 2450 RPM/V 20g Outrunner� {br,More stock expected in July.}
The {b,HyperFlight 1806} has been optimised to make it perfect for F5K electric DLGs and small gliders. This good quality 20.5 g outrunner with a KV of 2450 RPM/V for F5K and other small models up to about 600 g.
The motor has a 5 mm diameter shaft threaded M5 so it works best with spinners designed for this, like the {pref,CN-SPINNER-25-5,CN Models 25mm Spinner for 5mm shafts}.
{table title=" HyperFlight 1806 Specifications" class=1 cols=3 width=145,150,150 align=L,L,L separator=: autohref=2}
Motor name : HyperFlight 1806 : outrunner
Motor weight: 20.5 g : 0.72 oz
Motor diameter: 22.4 mm : 0.88 in
Motor length: 17.0 mm : 0.67 in
Lead length: 6.0 cm : 2.30 in
Shaft diameter: 5.0 mm : 0.20 in
Mounting info: 4 M2 holes on 12 mm circle
Measured Rm: 124 mR
Measured Kv: 2450 RPM/V
Measured Io: 0.8 A @ 7 V
Recommended battery: 2S-3S LiPo
Rec max LiPo capacity: 0.5 Ah
Supplied accessories: 4 Mounting screws
{endtable}
{table title="Recommended HyperFlight 1806 Setup" class=1 cols=2 width=80,210 align=L,L autohref=2}
Mot ��}�b�R BB-A10V-SPECIALBMS-A10V Special �� � *-� � a� � � � � � � � ��� R �� d]� � �}�b�S BMS-101HV-SPECIALBMS-101HV Special ' � � �
"� � � � � � � � ��� R �� d]�4# +E� ��b�T GM-SL-38*38mm GM SL Scale Spinner (Requires Collet)� New GM Scale Line spinners here now. Profile to suit scale gliders. Painted white.
Blades and collet not incuded - select to suit your motor/gearbox. � � 6 � � & � � � � � � � � 2C5O �� ,s ��b�U
GM-F5J-HUB-4040mm GM Hub/Yoke Replacement or alternative hub (also called yoke) for a GM spinner, with a distance between the blades of 40mm.
Does not include the hinge pin screws or the collet.
Usually used to replace the 36mm or 38mm spinner hubs to allow the blades to fold fully on more bulbous fuselages
� � � � � � � � � � � � 2B5O
�}�b�h LIBELLE-FUSELibelle Fuselage (damaged)� Dream Flight Libelle Fuselage. Rearmost 3cm of tailbom missing. Otherwise fine.
Not supplied with pushrods or other accessories.
� � ? � (_� � � � � � � � � � c��� � �}�b�j BALSA-L6A-Light Balsa sheet size 6 x 100 x 1000 mm 1/4"F Light Balsa sheet size 6 x 100 x 1000 mm.
Equivalent to 1/4" balsa
� ^� � F� � � � � � � � - { � c4 zo -r ��b�[ KST-A12-T1KST A12-T Wing Servo - 20.0Kg.cm 0.12s 32.0g 12mm� The KST A12-T is an ultra high torque servo that uses a magnetic (hall effect) sensor to provide position feedback, replacing the troublesome sliding contact potentiometer used in most sevos. This improves the reliability of the servo enormously, while also proviing better accuracy and resolution. The A12-T also benefits from an ultra-efficient 7 phase coreless motor, a hardened steel gear train, aluminum case, slow start, low current consumption and constant power output. These make it perfect for high performance gliders, larger electric models and jets.
This servo uses a mini 25 tooth (Futaba) output spline for maximum compatibility with the large variety of aftermarket control horns. Supplied accessories include two strong red nylon output arms, and three normal strength white nylon output arms.
{b,KST A12-T Features}
{bullet}
Magnetic position sensor
7 phase coreless motor
12 mm body for stronger gears and improved toughness
Brilloant 20 Kg.cm torque
Compact and light weight design
Excellent torque and speed
Wide 5S NiMH to 2S LiPo voltage range
Excellent heat dissipation
7075 Alloy casing
Hardened Steel gears
Designed for large and high performance RC Gliders and Helis
{endbullet} {ServoSpecs} @ � K � � 0K� � � � � � � � 5 1J1 % ��b�V
MICROMAX-BAGSMicroMax Wing and Tail Bags� A beautiful set of wing and V tail bags for the MicroMax. The covers will protect the surfaces from physical damage and from solar radiation which can warp and weaken naked carbon structures, even in northern climates.
The bags are made from aluminised Mylar covered foam with a coloured fabric (canvas-like) edging and pocket ends. The wing bags include a Velcro area for attaching both halves together. > � ' � � 2� � � � � � � � , 2H7� � j!� /�x ��b�W
ALIEN-BAGSAlien Wing Bags� A beautiful set of wing bags and fin bag for the Alien. The covers will protect the surfaces from physical damage and from solar radiation which can warp and weaken naked carbon structures, even in northern climates.
The bags are made from aluminised Mylar covered foam with a coloured fabric (canvas-like) edging and pocket ends. The wing bags include a Velcro area for attaching both halves together. ? � ! � � 2� � � � � � � � , 2G7� ] �}�b�M PNC-HIMAX-30)Universal Mount 2 - 30mm 16mm Motor Holes� The {b,PNC Innovations 30 mm / 16mm Mount} is a beautifully CNC machined motor mount for securely attaching many motors to the front of 30 mm diameter fuselages. The bolt hole pattern is as shown in the second photo.
{bullet}
Easy to install.
Very strong.
Superb machining.
They look great!
{endbullet} {CNCMountGlue}
{table title="30mm 16mm Motor Mount" class=abc cols=2 align=l separator==}
Fuselage outside diameter = 30 mm
For fuselage internal diameter = 28 mm
Firewall internal diameter = 25.5 mm
Centre hole = 12.1 mm
Predrilled hole pattern = 4 holes on a 16 mm diameter circle
{endtable} Sorry, these do not fit Mega 16/15/xx or XPower motors, the motor diameter is too great.
� � -� � � � � � � � � � < 2A4P n� h���} ��b�I BALSAL10'Light Balsa sheet size 10 x 100 x 330mm Very high quality lightweight balsa wood sheets suitable for plane, boat and railway modelling, DIY craftwork, school projects and more.
This is some of the best wood we have seen in 60 years of modelling, lightweight with no knots and of very consistent density and grain.
� _� � � � � � � � � � < { e�� H � +F� ��b�X MAGNUS-BAGS1.5m Wing Bags with Handles� A very nice set of wing bags with handles that will fit most 1.5m wingspan gliders with 2 piece wings.
Designed for the Magnus sloper but they are peC � +t ��b�Y DREAM2-BAGS2m Wing Bags with Handles� A very nice set of wing bags with handles that will fit most 2m wingspan gliders with 2 piece wings.
DesignJ � +k� ��b�Z TEMPEST-BAGS2.5m Wing Bags with Handles� A very nice set of wing bags with handles that will fit most 2.5m wingspan gliders with 2 piece wings.
Designed for the Tempest sloper but they are perfect � ��b�G F3F-FUSE-BAGF3F Fuselage BagZ This beautiful {b,F3F Fuselage bag} fits almost all F3F racer fuselages and protects then from harm. The strong material is shower-proof, ensuring your F3F fuselage stays free of damage.
Fits the Shinto, all Baudis line, Pitbull 1,2, Fosas, Space Lifts, Pike Precisions 1&2, and most other 3m F3F/F3B models.
Lengh: 183 cm
Colour: black
$ � # � � � � � � � � � � � 2I7� Y� j�� � � +AH ��b� SR-UNIV-D28!Universal Plastic Firewall - 28mm {SRFU, 27.2, 28, 1.7, 25 } X � N� � � � � � � � � � 2B4I �� -T ��b� GM65X4,GM 6.5x4 Folding prop blades (2mm hinge pin)Z A pair of {b,GM 6.5x4 prop blades} suitable for F5K type electric gliders. These blades require smaller spinner/hub assemblies with 2mm diameter hinge pins.
Note this product consists of two carbon propeller blades only. The central spinner/yoke assembly is not included.
{table title="GM 6.5x4 Folding Propeller Blade Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=:}
Prop diameter: 16.5 cm: 6.5 in
Prop pitch: 10 cm: 4 in
Weight of 2 blades: 2.5 g: 0.09 oz
Width of blade root: 5.0 mm: 0.197 in
Hinge pin hole dia: 2.0 mm: 0.079 in
Max power: 250 W
{endtable} � � � � � � � � � � � � 2A6O S .�` ��b� KESTRELKestrel F5K 1.5m� The {b, Kestrel F5K} is a truly beautiful model that brings together all the skill and knowledge of the OA Composite team. The Kestrel�s design is informed by the experience acquired designing, manufacturing and competing at the highest level with discus launched gliders. This has allowed them to create a four servo polyhedral wing electric DLG type glider that blows away the competition. The current stock is the latest version with increased dihedral.
Anton Ovcharenko of OA Composites, and Christophe Bourdon designed the wing with an original and innovative geometry, with polyhedral, and with forward sweep (on the 1/4 chord line). The polyhedral gives the model brilliant handling and great stability, and makes it possible to climb in weak lift even at the limit of eyesight. The airfoil is optimised to use large flaps and ailerons for maximum control on landing, for excellent manoeuvrability in slow flight and for accurate circling in small thermals and disorganised patches of lift. The progressively reducing control surface chords optimize the distribution of lift (and drag) at high angles of attack and allow large control inputs even at minimum speed, with the airflow staying attached and roll axis control staying progressive and sweet.
The family of airfoils has been optimised for superior versatility in the critical flight phases, which are high speed cruise, where the glider must be able to accelerate fast to get to a distant thermal quickly, and also flight at high angle of attack when carrying ballast in turbulent, windy conditions. The result of this work is a glider that can accelerate and maintain speed with less altitude loss and is very easy to thermal even in difficult conditions.
The Kestrel F5K incorporates a two-piece wing and easily dismountable tailplane and fin, allowing for easy transportation. The four aileron and flap servos are installed directly in the wing allowing direct linkages and a narrower fuselage and thus less wetted area and drag. The tail servos are mounted under a hatch below the wing, so all of the servos are easily accessible. The wing roots incorporate plugs and sockets for auto-connecting servo wiring and the fuselage end of this is ready wired to servo plugs to fit to the receiver. The nose of the fuselage has been kept short to create as little drag as possible, even at high slip angles, and to keep the inertia as low as possible which improves characteristics in all flight phases. Despite the short nose there is a lot of space in the fuselage for the powertrain and for ballast, though this is not supplied. The generous tailboom length and substantial tail areas ensure good control authority and stability, which will not fail to please the most demanding pilot.
The carbon parts fit and finish is excellent. The models have attractive colour schemes and a high gloss finish. The kit is very complete and the accessory bag contains all the small parts needed to complete the model.
#with the exception of the motor mount.
The model is supplied with a recessed 27mm carbon moror mount with four holes on a 12m circle suitable for 1806 motors and 25mm diameter spinners. An alternative to fitting this is to use one of our {pref, PNC-DLG-25, Electric DLG CNC Motor Mount}, however this will require a few mm to be removed to get it to fit.
The Common Kestrel is a formidable hunter, capable of fast flight as well as exploiting surprisingly small thermal currents. And in flapping (powered) flight the bird can hover easily at a very high angle of attack in order to locate and liquidate its prey. Like the bird, the OA Composites Kestrel F5K is modest in size, but beautifully incorporates all the best aspects and flight characteristics of larger F5J models.
Recent versions of this model have been further improved by increasing the wing dihedal by 2� on each side. This has made the handling in thermals even sweeter and even more forgiving. Existing owners can upgrade with these replacement {href, /products.asp?code=KESTREL-JOINER,Kestrel Wing joiners}.#
The models are now suplied with very nice wing, tail and fuselage bags. See the last photos of a Kestrel in its bags. These are included in the price.
(C) 2023 Christophe Bourdon and Neil Stainton.
{table title="Kestrel F5K Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.5 m, 59 in
Wing area, 20.2 dm2, 313 sq in
Length inc spinner, 95 cm, 37.4 in
Flying weight from, 270 g, 9.5 oz
Wing loading, 13.4 g/dm, 4.4 oz/sq ft
Aspect ratio, 11.0,
Wing airfoil, C Bourdon proprietary
EDA (dihedral), 8.2�,
Spinner Diameter, 25 mm,
Centre of Gravity, 60 mm from wing leading edge
Controls, "Rudder, elevator, ailerons, flaps, throttle"
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Tail servos, KST X06, KST X08, KST A08, MKS HV70, MKS DS65K, MKS DS75K, CHA LV06, CHA DS06
Flap servos (8mm max thickness), KST X08N, KST A08N, MKS DS65K, MKS DS75K-N, MKS HS75, CHA LV06
Aileron servos (7.5mm max thickness), KST X06N, KST X06H, KST X06, MKS HV70, MKS DS65K, CHA LV06, CHA DS06
Receiver, 7 channel rx to match your transmitter,
{endtable}
{table title="Recommended Powertrain" class=1 cols=2 width=80,210 align=L,L autohref=2}
Motor, HyperFlight 1806 2450 RPM/V, T-Motor V1507 2700 RPM/V
Spinner, CN Models 25mm Spinner for M5 shafts
2S Prop blades, CN 7x4 Folding prop blades
3S Prop blades, CN 6x4 Folding prop blades
ESC, Dualsky SUMMIT 30 SLIM 6V SBEC ESC
Battery, 2S - 3S 300mAh - 600 mAh LiPo
{endtable}
{table title="Kestrel Control Throws & Mixes (for CG at 60mm)" class=1 cols=2 width=110,240 align=L,L }
Rudder, 15 mm each way
Elevator, 7mm up / 7 mm down
Ailerons, 8mm up / 12mm down
Flaps, 7mm up / 10mm down
<i>Recommended snap-flap (elevator->camber) mix</i>
Full up elevator, 3 mm down flaps, 1mm down aileron
Full down elevator, 1.5 mm up flaps, ailerons in line with flaps
<i>Recommended Flight Mode Aileron Settings</i>
Speed, flaps trailing edge in line with top of top of fuselage, ailerons in line with flaps
Cruise, 1.5mm down flaps, ailerons in line with flaps
Thermal, 6 mm down flaps, aileron in line with flaps
Landing mode, as much down flap aileron as possible, ailerons down 3mm
{endtable}
{table title="Kestrel F5K Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 40 g, 1.4 oz
Wings (light), 102.0 g, 3.6 oz
Tailplane, 6.0 g, 0.2 oz
Fin, 5.3 g, 0.2 oz
Wing joiner, 4.0 g, 0.1 oz
Accessories & glue, 9.0 g, 0.3 oz
Total structure, 166.3 g, 5.9 oz
Receiver, 5.0 g, 0.2 oz
Rudder servo, 6.4 g, 0.2 oz
Elevator servo, 6.4 g, 0.2 oz
Flap servos (2), 17.2 g, 0.6 oz
Aileron servos (2), 12.6 g, 0.4 oz
ESC, 6.0 g, 0.2 oz
Motor, 20.0 g, 0.7 oz
Prop & spinner, 7.0 g, 0.2 oz
Battery, 23.0 g, 0.8 oz
Flying weight, 269.9 g, 9.5 oz
{endtable}
{table title="Kestrel Wing Approx Weight ! �� jT�} � �}�b�\ MAGIC-ELMagic Electric 2m The {b,Magic Electric} has a cult following in Turkey and Eastern Europe. You only have to watch some of the {href, https://www.facebook.com/salahi.tezel/videos/3160655740648725/, hand launch videos} (via Facebook unfortunately) to see this is no ordinary model, it has an exceedingly low sink rate and an excellent glide angle. The {b,Magic EL} shows that well engineered built up models can equal and even exceed the best composites, at least in low lift/low wind conditions. It really lives up to its name.
The {b,Magic Electric} is designed to fly well in all conditions, from light airs to 15 mph winds. Designed by Salahi Tezel it was developed from the Magic Pro over 8 months and has an elliptical wing to minimise induced drag. By modifying the Drela AG24/25/26 airfoils and improving the wing structure the effect of the bumpiness of film covered wings was mitigated, reducing local flow separations. This improved the performance and flying characteristics, enabling easy and tight circles even in small and weak thermals. The Magic Electric has a flying weight of about 425 g (15 oz)
#and has ballast provision to allow flight in higher winds.
The model uses carbon fibre tubular spars and tailbooms to simplify construction and minimise weight. The three piece wings have two riblets between each full rib to almost eliminate covering sag. The wing has two spoilers to reduce the trim change when applying brakes, and the large spoiler area allows almost vertical descents, stopping the possibility of fly-aways and allowing easily controlled spot landings.
The substantial fuselage is constructed from 3 mm balsa and plywood. The tailboom is a 9 mm carbon tube, ready slotted for fitting the fin and tailplane mounts. All servos are placed in the pod with the control surfaces actuated using pull-springs.
The tailplane uses a carbon spar for lightness and rigidity and is mounted on a lightweight fitting attached to the boom. Both the tailplane and fin are detachable for easy transport.
The kit consists of balsa and ply parts, a well drawn plan, and all accessories apart from RC, glue and covering material. We recommend Oracover Light covering is used. Build photos and help are available via a {href, https://www.facebook.com/groups/1646426389021440, Facebook Magic 2 group} and this excellent {href, https://hyperflight.co.uk/extras/Magic 2 build by Martin Oldershaw.pdf, Build Log (235Mb PDF)}.
{href, https://www.facebook.com/salahi.tezel/videos/3160655740648725/, Watch this amazing hand launch video}
{table title="Magic Electric Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.0 m, 79 in
Wing area, 33.8 dm2, 524 sq in
Length, 123 cm, 48.4 in
Flying weight from, 425 g, 15 oz (to be confirmed)
Wing loading, 13.2 g/dm2, 4 oz/sq ft (to be confirmed)
Aspect ratio, 11.8,
Wing airfoil, AG24-26 modified
Dihedral (EDA), 12.0�,
Spinner Diameter, 30 mm
Centre of Gravity, 78-83 mm from wing leading edge
Controls, "Rudder, elevator, spoilers"
{endtable}
{table title="Magic Electric Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
To be updated, this is for the glider version
Bare structure, 222 g, 7.8 oz
Covering, 52 g, 1.8 oz
Total structure, 274 g, 9.7 oz
Receiver, 6 g, 0.2 oz
Rudder servo, 5 g, 0.2 oz
Elevator servo, 5 g, 0.2 oz
Spoiler servo, 5 g, 0.2 oz
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder & elevator servos, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, KST X06, CHA DS06
Spoiler servo, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, KST X06, CHA DS06, CHA DS09
Receiver, 4 or 5 channel receiver to match your transmitter
{endtable}
{table title="Electric Powertrain Recommendation" class=1 cols=2 width=80,210 align=L,L autohref=2}
Motor, Hacker A10-7L 4.4:1
Battery, Bonka HV LiPo 3S 520mAh , Radient LiPo 3S 450mAh, 3S 300 - 800mAh LiPo
ESC, HyperFlight 28A BLHELI-32, HyperFlight 30A BLHELI-32, HyperFlight 40A
Prop blades, CN 12x6, GM 12x8, GM 13x8
Spinner (for 30mm firewall), 30mm GM F5J Spinner, 3mm Split Collet for GM Spinners, 30mm CN-U Spinner, 3mm Collet for CN-U, 30mm Ali Spinner
{endtable}
{table title="Alterntive Electric Powertrains" class=1 cols=2 width=160,210 align=L,L autohref=1}
Dualsky XM2527EG-23**, 2S 4500mAh LiPo: 9x5, 9x6, 10x6
DYS D2225-19**, 2S 450mAh LiPo, 9x6, 10x5
DYS D2225-19**, 3S 450mAh LiPo, 7x3.5, 7x4, 8x4
{endtable} ** This motor will need a small widening of the internal fuse space to fit
{table title="Control Throws" class=1 cols=2 width=120,240 align=L,L}
Rudder, 20 mm each way
Elevator, 9 mm up & down
Spoilers, 80� - 90� up
{endtable}
Watch this ultra-professional promo video
{video-extras, magic2 SL flight.m4v}
Good workshop walkthrough video
{video-extras, magic2 SL2 assembly.m4v}
� � � � � � � � � � � � � � � � � �� f
� .� ��b�]
MKS-HV61502MKS HV6150 Wing Servo - 10.9Kg.cm 0.16s 16.4g 11mmn The {b,MKS HV6150} is a lightweight yet very powerful wing servo and is the latest servo from MKS aimed at the F5X and F3X large gliders and electric models. It has mounting lugs suitable for wing (or tail surface) mounting. Despite only weighing 16g, less than the HV6130, it is more powerful, faster, and considerably more robust than the HV6130. It is rated for operation down to 4.8V making it safe for use on 4 cell NiMH batteries and up to 8.4V making it fine on 2S LiPo batteries also.
The HV6150 is ideal for triangle racers, high performance scale models, hotliners, jets, F5J,and all models that require excellent precision, massive torque, and adequate speed. It is possibly the best 11 mm thick servo produced so far. It looks beautiful and with a torque of up to 10.9 Kg cm it is amazingly powerful.
{MKSCNC}
{film}
(c) 2022 Neil Stainton
{ServoSpecs} � � ;2� � $� � � � � � � � & 1D1 �� Y ��b�c MKS-HS759MKS HS75 Hall Effect Wing Servo - 4.0Kg.cm 0.09s 7.9g 7mm� The {b,MKS HS75} servo is a 7.5mm thin high voltage servo with a hall effect (magnetic) position sensor, for maximum resolution and reliability. The case has horizontal mounting tabs making it suitable for fitting in a wing (or tail surface).
The MKS HS75 is ideal for F3K, F5K, F5D, and all small models that require excellent precision, massive torque, and adequate speed. It is probably the best 7.5 mm thick servo currently produced. It looks beautiful and with a torque of 4 Kg cm it is amazingly powerful with an excellent 0.09s/60 deg speed.
The supplied accessories include a pulley type output disk, making this servo ideal for pull-spring tail surface connections, as popularised on DLGs but also finding favour in other classes of models. Although old school modellers are reticent about trying pull-spring it is actually very quick and easy to set up, and results in a lightweight and totally slop free control surface linkage. Easily implemented using our {plink, MK-TORQUE-SPRING,torque springs} and {plink,MK-PULL-CORD,pull cord sets}.
{MKSCNC}
{film}
This servo is also available with standard mounting lugs, see the {pref,MKS-HS75H, MKS HS75H}.
{ServoSpecs}
O � F � � *2� � � � � � � � 1C2 �� TaiwanjQe� ��b�a
MKS-HV61602MKS HV6160 Wing Servo - 18.6Kg.cm 0.13s 30.8g 10mmn The {b,MKS HV6160} is an ultra-powerful wing servo and is the latest servo from MKS aimed at the F5X and F3X large gliders, electric models and jets. It has mounting lugs suitable for wing (or tail surface) mounting. Despite only weighing just 8g (33%) more than the HV6130 is has well over twice the torque and considerably more robust than the HV6130. It is rated for operation down to 4.8V making it safe for use on 4 cell NiMH batteries and up to 8.4V making it fine on 2S LiPo batteries also.
The HV6160 is ideal for triangle racers, high performance scale models, hotliners, jets and all models that require excellent precision, massive torque, and adequate speed. It is possibly the best 10 mm thick servo produced so far. It looks beautiful and with a torque of up to 18.6 Kg cm it is amazingly powerful.
{MKSCNC}
{film}
(c) 2022 Neil Stainton
{ServoSpecs} 4 � @ � � &S� � � � � � � � 4 1D1 �� TaiwanjFf� � /x� ��b�_ MKS-HV6150H.MKS HV6150H Servo - 10.9Kg.cm 0.16s 16.4g 11mmb The {b,MKS HV6150H} is a lightweight yet very powerful servo and is the latest servo from MKS aimed at the F5X and F3X large gliders and electric models. It has normal mounting lugs suitable fuselage mounting. Despite only weighing 16g, less than the HV6130H, it is more powerful, faster, and considerably more robust than the HV6130H. It is rated for operation down to 4.8V making it safe for use on 4 cell NiMH batteries and up to 8.4V making it fine on 2S LiPo batteries also.
The HV6150H is ideal for triangle racers, high performance scale models, hotliners, jets, F5J,and all models that require excellent precision, massive torque, and adequate speed. It is possibly the best 11 mm thick servo produced so far. It looks beautiful and with a torque of up to 10.9 Kg cm it is amazingly powerful.
{MKSCNC}
{film}
(c) 2022 Neil Stainton
{ServoSpecs} � � ;2� � $� � � � � � � � & 1D1 ��� ��b�b MKS-HV70-MKS HV70 Wing Servo - 3.1Kg.cm 0.06s 5.4g 7mm0 The {b,MKS HV70} is a version of the HV70 range with horizontal lugs (also called mounting tabs), to facilitate mounting in wings and tail surfaces
The {b,MKS HV70} servo is tiny and is ideal for 1m DLGs, F3K, F3L, F5D, and all small models that require excellent precision, massive torque, and adequate speed. It is just 7 mm thick and has an incredible torque of 3.1Kg cm and an excellent speed of 0.06s per 60 degrees, at 8.2V.
Smaller than the lamented SD100/D47, smaller and lighter than the KST X06, and more powerful than both, it is undoubtedly the best small glider servo available in 2022.
The MKS HV70 is actually a low-medium-high voltage servo as it works on 1S and 2S LiPo as and well as 4.8V - 6V NiMH batteries.
The supplied accessories include a pulley type output disk, making this servo ideal for pull-spring tail surface connections, as popularised on DLGs but also finding favour in other classes of models. Although old school modellers are reticent about trying pull-spring it is actually very quick and easy to set up, and results in a lightweight and totally slop free control surface linkage. Easily implemented using our {plink, MK-TORQUE-SPRING,torque springs} and {plink,MK-PULL-CORD,pull cord sets}.
{MKSCNC}
{film}
{ServoSpecs}
We are now selling the updated HV70 v2 servo.
6 � 9 � � # � � � � � � � � # 1C2 �� Taiwanjn,�I; +GP ��b�d MKS-HS75H5MKS HS75H Hall Effect Servo - 4.0Kg.cm 0.09s 7.9g 7mm� The {b,MKS HS75H} servo is a 7.5mm thin high voltage servo with a hall effect (magnetic) position sensor, for maximum resolution and reliability. This version has normal mounting tabs making it suitable for fitting in a fuselage.
The MKS HS75H is ideal for F3K, F5K, F5D, and all small models that require excellent precision, massive torque, and adequate speed. It is probably the best 7.5 mm thick servo currently produced. It looks beautiful and with a torque of 4 Kg cm it is amazingly powerful with an excellent 0.09s/60 deg speed.
The supplied accessories include a pulley type output disk, making this servo ideal for pull-spring tail surface connections, as popularised on DLGs but also finding favour in other classes of models. Although old school modellers are reticent about trying pull-spring it is actually very quick and easy to set up, and results in a lightweight and totally slop free control surface linkage. Easily implemented using our {plink, MK-TORQUE-SPRING,torque springs} and {plink,MK-PULL-CORD,pull cord sets}.
{MKSCNC}
{film}
This servo is also available with wing mounting lugs, see the {pref,MKS-HS75, MKS HS75}.
{ServoSpecs}
O � F � � *2� � � � � � � � 1C2 ������b�e GM-CL-READMEGM CL Spinners & Blades FAQ {bullet}
GM CL (Contest Line) spinners and prop blades must be used together. <b>They cannot be used with non CL blades or spinners.</b>
The hinge pin axis on the yoke/hub is angled in 3 planes (axes) so that the blade rotates to be closer to the fuselage when folded, reducing drag.
They are also lighter than the normal GM F5J components.
If normal blades are used on a CL yoke/hub the blade will be at much too high a pitch.
If CL blades are used on a normal yoke/hub the blade their pitch will be too low.
{endbullet}
� � � � � � � � � � � O �� e��@ �� +� �}�b�f RDNB6002S30JST#Radient LiPo 2S 600mAh 7.4V 30C JSTA Small 2S 600 mAh LiPo battery suitable for F3-RES and electric DLGs or other small models. Comes with a JST BEC power connector plug and a JST-HX balance plug.
If using this as a receiver battery we recommend a {pref,BEC-JR-CONV, JST BEC to JR RC Plug Convertor} is used to connect it to the receiver and HV servos, or through a small voltage regulator if using RC limited to 5V.
{table title="Radient Supera LiPo 2S 600 mAh Battery Specification" class=1 cols=2 width=100,220 align=L,L}
Chemistry, Lithium Polymer
Number of cells, 2
Voltage, 7.4V nominal
Capacity, 600 mAh
Weight, 36 g
Discharge rating, 20 C
Length, 59 mm
Width, 30 mm
Thickness, 11 mm
Power lead length, 8 cm
Power plug, Mini JST (BEC) plug
Balance lead length, 3 cm
Balance plug, JST-HX
Supplier ref, RDNB6002S30JST
{endtable}
{LiPost}
xP � 7� � � � � � � � � � < 2D0 �� .�0 ��b�g RDNB4502S30JST#Radient LiPo 2S 450mAh 7.4V 30C JST� Small 2S 450 mAh LiPo battery suitable for F3-RES and electric DLGs or other very lightweight models. Comes with a JST BEC power connector plug and a JST-HX balance plug. Connect via a Mini JST convertor lead if using 2S capable receiver and servos, or through a small voltage regulator if using RC limited to 5V.
{table title="Riadient Supera LiPo 2S 450 mAh Battery Specification" class=1 cols=2 width=100,220 align=L,L}
Chemistry, Lithium Polymer
Number of cells, 2
Voltage, 7.4V nominal
Capacity, 450 mAh
Weight, 30 g
Discharge rating, 20 C
Length, 61 mm
Width, 30 mm
Thickness, 10 mm
Power lead length, 8 cm
Power plug, Mini JST (BEC) plug
Balance lead length, 3 cm
Balance plug, JST-HX
Supplier ref, RDNB4502S30JST
{endtable}
{LiPost}
�O � � � O� � � � � � � � S
2D0 4� .�x ��b�~ POWER-NOSE-SPINNER)VM PowerNose 28mm Spinner for 1806 motors� {BR, LIMITED TO ONE PER CISTOMER}. Please only order one.
This revolutionary {b, VM PowerNose} is a VM 25 mm spiner for M5 shafts mated with a spinner extender (max diameter 28mm) that totally covers the 1806 motor. This allow a1806 sized drone motor to be bolted to the front of a glider and the VM PowerNose will cover the motor give a streamlined front end. The current stock is coloured black, not white as shown in the photos.
This allow most RES gliders to be convered to electric use just by cutting off the noseblock and bolting in an 1806 motor.
The {b,Vladimir's Models Powernose Spinner} is a great spinner for small F5L type electric gliders - especially pure glider conversions. Including the rotating shrowd that covers the motor it has a diameter of 28 mm and is suitable for 1806 sized motors with a M5 threaded 5mm output shaft. The yoke/hub is CNC machined from aluminium alloy and has been anodised to increase the surface hardness and corrosion resistance.
This spinner will only fit onto motors with an M5 threaded motor shaft. There is no grub screw to hold the spinner into place, it has to be screwed onto the motor shaft.
{table title="VM Powernose Spinner Specification" class=1 cols=2 width=160,160 align=L,L}
Diameter, 28 mm
Motor shaft, 5 mm (threaded M5)
Distance across hinge pins, 18 mm
Prop hinge pin diameter, 2 mm
�� .X0 �}�b�o
PURITO-ARF#Purito ARTF 2m Gliders/Electric RES% These almost ready to fly {b,Purito ARTF} models save hundreds of hours of laborious construction and are a godsend to all those who want to fly top level competitive F3L and F5L contests but do not have the time and patience necessary to build one from a kit. These wonderful models are available in glider (F3L) and electric (F5L) versions. All of the electric F5L Puritos are the latest version with the fin in front of the tailplane.
The Purito is probably the best regarded and best performing 2m RES model currently available. Although the design is a few years old now none of the more recent contenders (e.g. the Encanto, the Vinceres or the Eli) have been shown to perform any better in contests worldwide.
These models have been built and covered with Oralight to the highest standards by a professional builder. It is very hard for an amateur builder to achieve this quality.
The Purito is a direct descendant of the {i,Pures} and the {i,Slight}, and Stefan Schweiger has optimised the design as far as possible with current CNC technology. The main design change is to a lower aspect ratio wing to increase the Reynolds Number and give better overall performance and particularly nice handling. Despite the larger wing the weight has been kept the same, resulting in a lower wing loading and excellent performance in weak conditions.
The Purito flies like a homesick angel and despite its light weight the model has a surprisingly good speed range. As Greg wrote in the RCGroups thread "The big wing bestows a good launch, even when the wind is light; the airplane itself has little drag, so displays very good legs; handling is easy, allowing the pilot to concentrate on thermalling; and finally, the spoilers really make spot landings quite easy."
The amazing wing is the major improvement of this design. The main spar is a substantial carbon tube which gives the structure excellent rigidity. A multitude of ribs are threaded over this tube to give the airfoil shape. This is even better maintained over the critical front portion by utilising two sub-ribs between each full rib, almost eliminating covering sag, and reducing drag appreciably. Becuse the tubular spar is inset below the covering surface there isn't a discontinuity at the spar line which is great feature - this usually trips the boundary layer and causes extra drag.
The kit is beatifully made up with excellently CNC cut balsa and ply parts. The wing is built over/in a 3D jig which ensures all the ribs are perfectly placed and aligned. This can be seen in the clear photos in the {href, https://www.hyperflight.co.uk/getfile.asp?code=PURITO%2DE&code2=2, English build manual}. In addition to the manual, full size plans are povided for the tail surfaces. Also see the RCGroups {href, https://www.rcgroups.com/forums/showthread.php?3656529-PURITO%21-New-F3RES-Sailplane, Purito} thread for detailed build info. Also use Google Translate on this very useful {href,https://www.rc-network.de/threads/purito-vorstellung-eines-neuen-res-modelles.805545/, RC-Network.de Purito} thread. Before building please checkout this link to the {href, https://www.dropbox.com/sh/utokxbx096fcwzj/AAAo5qpWsQAh6LKHIhWTeIh_a?dl=0, latest manuals} and translations.
See the {href, products.asp?code=PURITO,Purito} and {href, products.asp?code=PURITO-E,Purito Electric} product pages for more info and photos of the kit.
December 2025: Some of the models in this shipment have the tailplane behind the fin, not in font as shown in the photos. The rear tailplane is preferred by some flyers but does not materially affect the performance either way.
{table title="Purito ARTF Electric Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.0 m, 78 in
Wing area, 39.7 dm2, 615 sq in
Length, 119 cm, 46.9 in
Flying weight from, 463 g, 16.3 oz
Wing loading, 11.7 g/dm2, 3.8 oz/sq ft
Aspect ratio, 10.0,
Wing airfoil, AG35-38 modified
Dihedral (EDA), 12.0�,
Spinner Diameter, 30 mm,
Centre of Gravity, 75-80 mm from wing leading edge
Controls, "Rudder, elevator, spoilers, throttle"
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder & elevator servos, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Blue Bird BMS-A10H, CHA DS06, CHA LV06, CHA HV06, KST X06, Graupner DES 427, ES08
Spoiler servos (2), Blue Bird BMS-101DMG, Blue Bird BMS-101HV, KST X06H, CHA DS06, CHA LV06H, CHA HV06H, Graupner DES 427, ES08
Receiver, 4 or 5 channel receiver to match your transmitter
Battery, 2S 400-600mAh LiPo, 3S 400-600mAh LiPo
ESC, Dualsky SUMMIT 30 SLIM 6V, Dualsky SUMMIT 30 SLIM 8V
{endtable}
{table title="Control Throws" class=1 cols=2 width=120,240 align=L,L}
Rudder, 20 mm each way
Elevator, 10 mm up & down
Spoilers, 80� - 90� up
{endtable}
{table title="Electric Powertrain Recommendations" class=1 cols=2 width=160,210 align=L,L autohref=1}
Hacker A10-7L 4.4:1, 3S 450mAh LiPo, 12x8, 13x8
{endtable} ** All motors apart from the geared Hacker will need a little force applied between the fuselage sides (to widen them) when installing the motor. If you are not confident please select the Hacker A10-7L option.
{table title="Purito ARTF Electric Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing centre panel, 102 g, 3.6 oz
Wing tip panels, 109 g, 3.8 oz
Fuselage, 94 g, 3.3 oz
Fin, 7 g, 0.2 oz
Tailplane, 11 g, 0.4 oz
Accessories, 10 g, 0.4 oz
Total structure, 333 g, 11.7 oz
Receiver, 6 g, 0.2 oz
Rudder servo, 5 g, 0.2 oz
Elevator servo, 5 g, 0.2 oz
Spoiler servos, 10 g, 0.4 oz
Motor, 40 g, 1.4 oz
Prop & spinner, 17 g, 0.6 oz
ESC, 7 g, 0.2 oz
Battery, 40 g, 1.4 oz
Flying weight, 463 g, 16.3 oz
{endtable} The above weights are for the -|nd six-servo (aileron , steel jr�� a ,͐-CONE-30Z%Replacement 30mm Dualsky Spinner Cone� Replacement molded 30 mm white plastic spinner % +� {b, Dualsky USB Link V2} allows the {pref, SUMMMIT-100-LITE, Dualsky SUMMIT 100 Light 8A SBEC ESC} to be programmed from a PC.
Instruction info is included with the product.
It does not work with the Summit 30 or 60 ranges of speed controls.
� � 2� � � � � � � H� +I� @�`�i SPINNER-RUBBERSpinner Rubber Band (10) 10 pcs of small rubber bands to help with keeping folding prop blades folded when the model is not under power. Place a single band over the prop blades and under the spinner as shown in the photos.
The bands make an approx 14 mm diameter circle when unstretched.
� � � �
� � � � � � � �
/ 2G4� https://www.equus.co.uk/products/shires-mane-plaiting-bands?sku=18061088 � � +�4 ��b�x YODA-FINYoda fin0 Replacement regular layup fin for the Yoda DLG. d � C � � $`� � � � � � � � �}��b�k BALSA-L109Light Balsa sheet size 10 x 100 x 1000 mm 3/8" Equivalenti Light Balsa sheet size 10 x 100 x 1000 mm. Equivalent to 3/8" x 4" x 40" sheet.
Very high quality lightweight balsa wood sheets suitable for plane, boat and railway modelling, DIY craftwork, school projects and more.
This is some of the best wood we have seen in 60 years of modelling, lightweight with no knots and of very consistent density and grain. d � _� � � � � � � � � � < { �
Balsa wood e�� � �}�b�l SH-SERVOSUsed RC servo pkt Used RC servos for parts H� � � � � � � � � � � � � � f᳹
� `}�`�m WIKI-ARF Wiki 2m ARTF� We have a small number of {b, beautifully hand built Wiki F3-RES/F3L 2m geodetic wing RES gliders}. These models look fantastic and have exceptionally good performance. The below details are for the unbuilt kit version:
The {b,Wiki F3L} is latest fourth generation 2m balsa RES model from Tomas Hlavinka. It has had great reviews and competition success from the test pilots. F3L is the new names for F3-RES (pure glider) competition class.
The model was developed in collaboration and consultation with several top pilots and aerodynamicists. It is the ultimate RES model of 2021/22. WiKi draws on all the experience from four years of development, production and operation of the first model called KIWI, important customer references and the knowledge of competition and recreational pilots from all over the world.
The fuselage has a minimalist cross section for the least possible frontal drag. The wing is the geodesic wing design, which ensures maximum rigidity. This contributes, among other things, to a higher lift height and neutral behaviour in turbulent and highly thermal air. The optimized tip panel planform reduces induced drag.
The model can be built lighter for the same strength/stiffness. New profiles inspired by the latest F5J category profiles manufactured with FullCore technology and then modified for RES building capabilities. The emphasis was on increasing the penetration, this inevitably lead to reduce the maximum thickness of the profile and its deflection. The airfoil also produces less lift and so the weight of the airframe had to be reduced. Due to the now fully exploited potential of conventional construction, a unique and previously unused geodetic rib design was decided upon. This method increases the required wing stiffness by an order of magnitude. The result is a lighter airframe with greater stiffness, a thinner airfoil for high penetration, and a shallower wing depth for reduced drag. Less wing lift and the required low weight for the opposite of high lift after takeoff. The distribution of the profiles along the wing's semi-span ensures maximum glideability even at very low flying weight and stability when circling without the need for major control inputs.
Already the first comparative tests showed that the new model can keep up with the Kiwi in dead air thanks to its lower weight despite the smaller area. In active air, however, it is even better and more versatile thanks to its greater penetration. The two separate spoilers do not affect the model's handling even at low speeds. Landing on point is therefore precise and there is no need for wild elevator corrections. Circling is the stable and without trying to tighten, rudder response is immediate but adequate, the model can fly over a wide range of attitude and center of gravity angles, making it very versatile. Ballast box is in wing, totally weight of ballast is 130g.
#Ballast sets (steel and hard wood) with practical plywood box and electro fuselage will be available in separate kit.
RTF weight: from 370g
Wing area: 34dm2
Lenght: 1200m
CG: 85 - 90mm
See this {href, https://lpechan.rajce.idnes.cz/Stavba_Wiki_RES, Photo Build Log} for RC installation info.
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� � � � � Y � � � � � � � � � � Wiki ARTF components:
One boom
One pod with pushrods
One fin & rudder
One tailplane
Two bags of accessories
Two wing pieces� � c��� � �}�b�n BE325 E-Power Plus 25A High RPM ESCm {E-Power-ESC, Epower Plus, 25, 30, 6V - 16.8V (2S-4S LiPo), 5.5V, 4, 44 mm x 19 mm x 7 mm, 10 g / 17 g, XT30} � � � � F� � � � � � � � 2 e � eĬo � �}�b�o BE350 E-Power Plus 50A High RPM ESCj {E-Power-ESC, Epower Plus, 50, 55, 6V - 22V (2S-6S LiPo), 5.5V, 5, 60 mm x 26 mm x 9 mm, 20g / 45 g, XT60} � � " � � (� � � � � � � � 2 e � eĬv � �} �b�p BE370 E-Power Plus 70A High RPM ESCl {E-Power-ESC, Epower Plus, 70, 77, 6V - 22V (2S-6S LiPo), 5.5V, 5, 65 mm x 32 mm x 12 mm, 32 g / 57 g, XT60} � � 1 � $P� <� � � � � � � � < e � e � � �}�b�q BE390 E-Power Plus 90A High RPM ESCm {E-Power-ESC, Epower Plus, 90, 100, 6V - 22V (2S-6S LiPo), 5.5V, 5, 65 mm x 32 mm x 14 mm, 40 g / 64 g, XT60} � � B � , � &Z� � � � � � � � F e � fY�
% ��b�r BE300CE-Power Plus Program Card� Programming card to facilitate easy programming of E-Power ESCs
The photos show how to connect the card to the ESC. Power it up through the ESC also.
Program the brake by pressing the {i,up-down button} till the {b,Brake Strength}/motor direction row is selected and then pressing the {i,left-right button} until the top two LEDs are lit as shown in the photo. Then press the {i,Enter} button to program the ESC.
� � � � � � � � � � � � 0 2D4e � j0�� ��}��b�s TOOL1A
KST Tool 1 � >2� � � � � � � � � � � aluminium, copper, plastic c1�C �� +C ��b�t FEATHER-COV-GLOSSFeather Cover Glossj {b,Feather Cover Gloss} is a lightweight iron-on covering material weighing just 20 g/m2. It is ideal for lightweight and small models. What makes this material especially suitable for lightweight structures is its moderate shrink compared to traditional iron on coverings. This makes it easier to cover delicate built-up structures whilst minimizing the chance of inducing warps.
The shiny translucent white colour can easily be decorated with self adhesive trim or paint. The rear of the film has a heat-activated glue coating, allowing it to be applied with a modeling iron set to to 120�C for tacking the sheet in place, and 160�C for shrinking. There is no backing film.
Feather Cover takes paint exceptionally well. For optimal adhesion on the gloss surface, we recommend lightly scuffing it with wire wool before painting. Both gloss and satin versions bond effectively with non-water-based paints, ensuring long-lasting results.
Automotive acrylic aerosol cans provide excellent coverage and durability. If hobby-grade paints are preferred we highly recommend the Tamiya PS range which dries rapidly to a smooth satin finish.
{bullet}
Ultra lightweight
Low Shrink
Self Adhesive
Iro� � �b�u PICO-PLUS-JRGPicoSwitch Plus - Magnetic RC On-Off Switch for batteries with RC plugs The {b,PicoSwitch Plus} is a lightweight magnetic switch and is ideal for RC gliders, boats and other models. This device allows the radio control gear to be switched on and off by holding the supplied magnet close to the switch for three seconds. This version has a standard RC (JR) socket at the battery end, making it suitable for most RC receiver batteries. The receiver end is fitted with a standard RC (JR) plug, as used on servos.
If the switch is mounted under fuse skin the magnet can be outside and the switch inside, so the RC can be switched on without removing the access hatch. Careful firmware design ensures that stray magnetic fields cannot toggle the switch incorrectly.
The device defaults to {b,on} when first powered up - this safety feature means that if there is a brief voltage drop caused by a bad connection or low battery voltage the device will stay on when the voltage returns. It also means that the model can be flown if the magnet is lost, just unplug and re-plug the receiver battery to switch it on.
{b,The benefits of this magnetic RC on-off switch}
{bullet}
Clever firmware indicates when the switch is sensing the magnet to give instant feedback.
When switched on the LED flashes indicating the RC is now on.
The flashes are very brief to keep the switch's energy usage to a minimum.
The magnetic switch utilises a Hall Effect Sensor (no mechanical switching parts).
Safe and reliable :
Default to on - if the battery is disconnected and then reconnected the output will turn on every time.
The magnetic switch is programmed to ensure the magnet is over the sensor for 3 seconds without interruption and only then will it toggle the switch state.
Extremely resilient to magnetic interference due to the algorithm used.
Allows a fully waterproof installation in RC boats and yachts.
{endbullet}
{b,Switch Installation}
When the switch is plugged into the power supply for the first time the output will turn on and the LED will flash.
{bullet}
Place the switch as close to the fuselage or wing surface as possible.
Use a thin piece of double sided tape to hold the switch in place.
To locate the sensor simply sweep over the approximate sensor location area, when the Hall effect device sees the magnet the LED will turn solid on indicating the perfect position.
Use a marker pen and mark where the sensor is located.
{endbullet}
{b,Magnetic Switch Operation}
{bullet}
To turn the switch off place the supplied magnet over the sensor and the LED will light up continuously. Hold the magnet in place for 3 seconds without interruption. Tip: count 1, 1000, 2, 2000, 3, 3000.
To turn on the RC hold the magnet over the sensor again, no delay required.
{endbullet}
Please ensure a full range check of the model is undertaken prior to use. The pack includes the switch and two small neodymium magnets - one needed plus a spare. It does not include the {pref, PICO-KEYFOB, Magnetic Keyfob and Lanyard} shown in the related products sidebar. To mount the magnet and make it more visible cut some balsawood to the required size, make a hole for the magnet, and cover it with sticky tape.
{table title="PicoSwitch Plus Magnetic RC Switch Specifications" class=1 cols=2 width=140,250 align=L,L,L}
Weight, 5 g (0.2 oz)
Switch dimensions, 30 mm x 11 mm x 4 mm
Overall length inc leads, 23 cm
Max continuous current, 7 A
Max current for 5s, 14 A
Supply voltage, 3.0V - 13V <br>(1S to 3S LiPo, 3 to 8 cells NiMH)
On Vdrop @ 10A, 100 mV
Off quiescent current, 4 �A
Operating temperature, -20�C to +50�C
{endtable}
{table title="Servo Cable Colour Code" class=1 cols=4 width=100,10,60,60 align=L,L,L}
#Usage, , JR, Futaba
Battery positive, +, Red, Red
Battery negative, -, Brown, Black
Servo signal, S, Orange, White
{endtable}
#{video-vimeo, 112581974} F � � � � � � � � � � � ����2F4W js; �� +1T ��b�v
PICO-PLUS-BECGPicoSwitch Plus - Magnetic RC On-Off Switch for batteries JST BEC plugs7 The {b,PicoSwitch Plus} is a lightweight magnetic switch and is ideal for RC gliders, boats and other models. This device allows the radio control gear to be switched on and off by holding the supplied magnet close to the switch for three seconds. This version has a JST BEC socket at the battery end, making it suitable for LiPo batteries supplied with red JST BEC plugs, as is most common. The receiver end is fitted with a standard RC (JR) plug, as used on servos.
If the switch is mounted under fuse skin the magnet can be outside and the switch inside, so the RC can be switched on without removing the access hatch. Careful firmware design ensures that stray magnetic fields cannot toggle the switch incorrectly.
The device defaults to {b,on} when first powered up - this safety feature means that if there is a brief voltage drop caused by a bad connection or low battery voltage the device will stay on when the voltage returns. It also means that the model can be flown if the magnet is lost, just unplug and re-plug the receiver battery to switch it on.
{b,The benefits of this magnetic RC on-off switch}
{bullet}
Clever firmware indicates when the switch is sensing the magnet to give instant feedback.
When switched on the LED flashes indicating the RC is now on.
The flashes are very brief to keep the switch's energy usage to a minimum.
The magnetic switch utilises a Hall Effect Sensor (no mechanical switching parts).
Safe and reliable :
Default to on - if the battery is disconnected and then reconnected the output will turn on every time.
The magnetic switch is programmed to ensure the magnet is over the sensor for 3 seconds without interruption and only then will it toggle the switch state.
Extremely resilient to magnetic interference due to the algorithm used.
Allows a fully waterproof installation in RC boats and yachts.
{endbullet}
{b,Switch Installation}
When the switch is plugged into the power supply for the first time the output will turn on and the LED will flash.
{bullet}
Place the switch as close to the fuselage or wing surface as possible.
Use a thin piece of double sided tape to hold the switch in place.
To locate the sensor simply sweep over the approximate sensor location area, when the Hall effect device sees the magnet the LED will turn solid on indicating the perfect position.
Use a marker pen and mark where the sensor is located.
{endbullet}
{b,Magnetic Switch Operation}
{bullet}
To turn the switch off place the supplied magnet over the sensor and the LED will light up continuously. Hold the magnet in place for 3 seconds without interruption. Tip: count 1, 1000, 2, 2000, 3, 3000.
To turn on the RC hold the magnet over the sensor again, no delay required.
{endbullet}
Please ensure a full range check of the model is undertaken prior to use. The pack includes the switch and two small neodymium magnets - one needed plus a spare. It does not include the {pref, PICO-KEYFOB, Magnetic Keyfob and Lanyard} shown in the related products sidebar. To mount the magnet and make it more visible cut some balsawood to the required size, make a hole for the magnet, and cover it with sticky tape.
{table title="PicoSwitch Plus Magnetic RC Switch Specifications" class=1 cols=2 width=140,250 align=L,L,L}
Weight, 5 g (0.2 oz)
Switch dimensions, 30 mm x 11 mm x 4 mm
Overall length inc leads, 23 cm
Max continuous current, 7 A
Max current for 5s, 14 A
Supply voltage, 3.0V - 13V <br>(1S to 3S LiPo, 3 to 8 cells NiMH)
On Vdrop @ 10A, 100 mV
Off quiescent current, 4 �A
Operating temperature, -20�C to +50�C
{endtable}
{table title="Servo Cable Colour Code" class=1 cols=4 width=100,10,60,60 align=L,L,L}
#Usage, , JR, Futaba
Battery positive, +, Red, Red
Battery negative, -, Brown, Black
Servo signal, S, Orange, White
{endtable}
#{video-vimeo, 112581974} K � � � � � � � � � � � 2F4W � ��b�w KITE-BAGS!Kite Wing, Tail and Fuselage Bagso A set of nicely made wing and tail bags for protecting the Kite DLG and eDLG wing, tailplane, fin and fuselage. F � 6 � � ! � � � � � � � � � 2H6� � g�X� � �} ��b� BALSA-EL2'Light Balsa sheet size 2 x 100 x 300 mmf Light Balsa sheet size 2 x 100 x 300 mm. Equivalent to 5/64" x 4" x 12" sheet.
Very high quality lightweight balsa wood sheets suitable for plane, boat and railway modelling, DIY craftwork, school projects and more.
This is some of the best wood we have seen in 60 years of modelling, lightweight with no knots and of very consistent density and grain. � � � � � � � � � � � � 2 {
Balsa wood c��D� �} ��b�� BALSAEL5 Light Balsa sheet 500 mm (5 pcs)C Light Balsa sheet 100mm wide by 500mm long.
Very high quality lightweight balsa wood sheets suitable for plane, boat and railway modelling, DIY craftwork, school projects and more.
This is some of the best wood we have seen in 60 years of modelling, lightweight with no knots and of very consistent density and grain. � � � � � � � � � � � � 2 { c�'M� �}�b�� WIKI-F5LWiki F5L Electric 2m$ The {b,Wiki F5L} is an electric version of the Wiki F3L, the well regarded fourth generation 2m balsa RES model from Tomas Hlavinka. It has had great reviews and competition success. F5L is the new name for F5-RES (Rudder-Elevator-Spoiler 2m electric glider built mosty from balsa) competition class.
The Wiki was developed in collaboration and consultation with several top pilots and aerodynamicists. It is the probably the ultimate electric RES model of 2023. The Wiki F5L draws on all the experience from five years of development, production and operation of its Kiwi and Wiki F3L glider predecessors and has incorporated important customer feedback from competition and recreational pilots from all over the world.
Like the glider version, the electric fuselage was designed to have a minimalist cross section for the least possible frontal drag and surface area. To this end the fuselage uses a small inexpensive 1507 outrunner of only 22mm diameter, and a 25mm spinner. Thus the fuselage maximum dimensions are 25mm wide and 39mm high.
The wing airfoil profile is inspired by the latest molded F5J models and then modified for RES building capabilities. The design emphasis was on increasing the penetration, this lead to reduced maximum thickness and camber. The airfoil thus produces less lift and so the weight of the airframe had to be reduced. Due to the now fully exploited potential of conventional construction, a unique and previously unused geodetic rib design was decided upon. This method increases the required wing stiffness by an order of magnitude. The result is a lighter airframe with greater stiffness, a thinner airfoil for high penetration, and a shallower wing depth for reduced drag. Less wing lift and the required low weight for the opposite of high lift after takeoff. The distribution of the profiles along the wing's semi-span ensures maximum performance even at very low flying weight and stability when circling without the need for major control inputs.
Ballast boxes are built into the wings, allowing 120g of ballast to be added when using steel slugs. Ballast sets (steel and hard wood) with a useful plywood box is available as a separate kit.
Flight tests show that the Wiki F5L can keep up with the best performing e-RES models in light air thanks to its lower weight despite the smaller wing area. In active air, however, it is even better and more versatile thanks to its greater penetration. Circling is stable and without a tendency to tighten, rudder response is immediate but adequate and the model handles well over a wide range of attitude and centre of gravity positions, making it very versatile. The wing spoilers can be deflected without affecting the model's trim. Landing on point is therefore precise and there is no need for wild elevator corrections.
Overall the Wiki F5L is a thoroughbred electric RES model, capable of winning F5L competitions in all conditions and rewarding both competition and sport pilots.
{table title="Wiki F5L Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.0 m, 79 in
Wing area, 34.0 dm2, 527 sq in
Length, 118 cm, 46.5 in
Flying weight from, 390 g, 13.8 oz
Wing loading, 11.5 g/dm2, 3.8 oz/sq ft
Aspect ratio, 11.7,
Wing airfoil, HP-RES 36-38
Dihedral (EDA), 12.0�,
Spinner Diameter, 25 mm,
Centre of Gravity, 83-87 mm from wing leading edge
Controls, "Rudder, elevator, spoilers"
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder & elevator servos, KST X06H, KST X08H, KST A08H, CHA DS06, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Blue Bird BMS-115WV, Blue Bird BMS-125WV
Spoiler servo, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, CHA DS06, Emax 9051
Receiver, 4 or 5 channel receiver to match your transmitter
{endtable}
{table title="Control Throws" class=1 cols=2 width=120,240 align=L,L}
Rudder, 35 mm each way
Elevator, 10 mm up & down
Spoilers, 80� - 85� up
{endtable}
{table title="Electric Powertrain Recommendation 1" class=1 cols=2 width=80,210 align=L,L autohref=2}
Motor, T-Motor F1507 2700 RPM/V
Battery, Bonka LiPo 2S 300mAh , Bonka LiPo 2S 400mAh
ESC, HyperFlight 28A BLHELI-32, HyperFlight 30A BLHELI-32, HyperFlight 40A
Prop blades, GM 6.5x4, CN 7x4, OA 7x4.5
Spinner, CN Models 25mm Spinner for M5 shafts, VM 25mm Spinner for M5 shafts
{endtable}
{table title="Electric Powertrain Recommendation 2" class=1 cols=2 width=80,210 align=L,L autohref=2}
Motor, T-Motor F1507 3800 RPM/V
Battery, Bonka LiPo 2S 300mAh , Bonka LiPo 2S 400mAh
ESC, HyperFlight 28A BLHELI-32, HyperFlight 30A BLHELI-32, HyperFlight 40A
Prop blades, CN 6x4, Grp 6x3
Spinner, CN Models 25mm Spinner for M5 shafts, VM 25mm Spinner for M5 shafts
{endtable}
{table title="Electric Powertrain Recommendation 3" class=1 cols=2 width=80,210 align=L,L autohref=2}
Motor, T-Motor F1507 2700 RPM/V
Battery, Bonka LiPo 3S 300mAh
ESC, HyperFlight 28A BLHELI-32, HyperFlight 30A BLHELI-32, HyperFlight 40A
Prop blades, CN 6x4
Spinner, CN Models 25mm Spinner for M5 shafts, VM 25mm Spinner for M5 shafts
{endtable}
{table title="Wiki F5L Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Bare structure, 265 g, 9.3 oz
Covering, 50 g, 1.8 oz
Total structure, 315 g, 11.1 oz
Receiver, 6 g, 0.2 oz
Rudder servo, 5 g, 0.2 oz
Elevator servo, 5 g, 0.2 oz
Spoiler servos, 10 g, 0.4 oz
Motor, 15 g, 0.5 oz
Prop & spinner, 7 g, 0.2 oz
ESC, 7 g, 0.2 oz
Battery, 20 g, 0.7 oz
Flying weight, 390 g, 13.8 oz
{endtable}
See this {href, https://lpechan.rajce.idnes.cz/Stavba_Wiki_RES, Photo Build Log} for build info.
� � � � � � � � � � � � � � � 4� �� iG���� +@� ��b�0 CN-U-COLLET-31713.17mm (1/8") Collet for CN-U 30mm & 32mm Spinner�
A collet to allow the CN-U 30mm Spinner to be used with motors with a 3.17 mm (1/8") output shaft
Does not include the spinner asembly - you will need to buy the CN-U 30mm spinner additionally.
This collet is also suitable for a Spinner CN-U 32mm 3 � � � P� � � � � � � � 2B4� � ��b�y KITE-FIN Kite DLG Fin+ Replacement fin and rudder for the Kite DLG � � 0 � � � � � � � � � � � 2F1� !� ji� � � ,�x ��b�z
KITE-STAB3Kite TailplaneN Replacement tailplane/horizontal stabiliser/elevator for the Kite DLG and eDLG � � 3 � � � � � � � � � � , 2F1� � �}�b�{ VITA8X5V2#Vitaprop 8x5 V2 Folding prop blades This new slimmer design of {b,Vitaprop 8 x 5 V2 folding propeller blades} has improved efficiency over the original Vitaprop blades. They are suitable for HyperFlight's and other makes of folding prop yokes and spinners.
These blades are very high quality carbon moldings with an excellent aerodynamic design to maximise efficiency. They will tend to pull a little less current than cheaper folding propellers. They are designed for reasonably high power levels and best possible efficiency.
Note this product consists of two carbon propeller blades only. The central spinner/yoke assembly is not included. Also it is common for prop blades to not fit all spinner/yokes perfectly as supplied. It is often necessary to reduce the width the blade root slightly to ensure free folding movement. Also the cut out in the spinner cone often needs to be increased to allow the blades to fully extend. The root of the blade should not touch the spinner cone when the prop is fully opened.
{blade,Vitaprop V2, 8,5,7.5, 1000} % � � �
� � � � � � � � 2C6g !� jZl�� � .E� �}�b� HYPERSPIN-32-5 32mm HyperSpinner for 5mm shafts" Vladimir's Models <b>HyperSpinner</b> for 8mm root folding propeller blades, suitable for all models� �}�b�| VITA9X5V2#Vitaprop 9x5 V2 Folding prop blades This new slimmer design of {b,Vitaprop 9 x 5 V2 folding propeller blades} has improved efficiency over the original Vitaprop blades. They are suitable for HyperFlight's and other makes of folding prop yokes and spinners.
These blades are very high quality carbon moldings with an excellent aerodynamic design to maximise efficiency. They will tend to pull a little less current than cheaper folding propellers. They are designed for reasonably high power levels and best possible efficiency.
Note this product consists of two carbon propeller blades only. The central spinner/yoke assembly is not included. Also it is common for prop blades to not fit all spinner/yokes perfectly as supplied. It is often necessary to reduce the width the blade root slightly to ensure free folding movement. Also the cut out in the spinner cone often needs to be increased to allow the blades to fully extend. The root of the blade should not touch the spinner cone when the prop is fully opened.
{blade,Vitaprop V2, 9,5,7.9, 1000} � � � �
� � � � � � � � 2C6g !� jZl��� ,'� �}�b�}
VITA12X8V2$Vitaprop 12x8 V2 Folding prop blades This new slimmer design of {b,Vitaprop 12 x 8 V2 folding propeller blades} has improved efficiency over the original Vitaprop blades. They are suitable for HyperFlight's and other makes of folding prop yokes and spinners.
These blades are very high quality carbon moldings with an excellent aerodynamic design to maximise efficiency. They will tend to pull a little less current than cheaper folding propellers. They are designed for reasonably high power levels and best possible efficiency.
Note this product consists of two carbon propeller blades only. The central spinner/yoke assembly is not included. Also it is common for prop blades to not fit all spinner/yokes perfectly as supplied. It is often necessary to reduce the width the blade root slightly to ensure free folding movement. Also the cut out in the spinner cone often needs to be increased to allow the blades to fully extend. The root of the blade should not touch the spinner cone when the prop is fully opened.
{blade,Vitaprop V2, 12,8,10.5, 1000} � � � � � � � � � � � � 2C6g � �} �b�~
VITA13X8V2$Vitaprop 13x8 V2 Folding prop blades This new slimmer design of {b,Vitaprop 13 x 8 V2 folding propeller blades} has improved efficiency over the original Vitaprop blades. They are suitable for HyperFlight's and other makes of folding prop yokes and spinners.
These blades are very high quality carbon moldings with an excellent aerodynamic design to maximise efficiency. They will tend to pull a little less current than cheaper folding propellers. They are designed for reasonably high power levels and best possible efficiency.
Note this product consists of two carbon propeller blades only. The central spinner/yoke assembly is not included. Also it is common for prop blades to not fit all spinner/yokes perfectly as supplied. It is often necessary to reduce the width the blade root slightly to ensure free folding movement. Also the cut out in the spinner cone often needs to be increased to allow the blades to fully extend. The root of the blade should not touch the spinner cone when the prop is fully opened.
{blade,Vitaprop V2, 13,8,11.4, 1000} � � � � � � � � � � � 2 g fF �� � +E� ��b� HYPERSPIN-32-6 32mm HyperSpinner for 6mm shafts Vladimir's Models <b>HyperSpinner</b> for 8mm root folding propeller blades, suitable for all modelsC �|�b� HF-BLHELI-28*HyperFlight 28A BLHELI-32 ESC with 3A SBEC� The highly regarded {b,HyperFlight 28A BLHELI-32 ESC} is a brushless speed control with a 5.3V 3A SBEC and a JST BEC connector. Lightweight and very compact, this ESC is perfect for F5K, electrified DLGs, F5L and F5-RES 2m models.
The three motor wires need to be soldered to the lands on the PCB. Swap any two wires if the motor rotates in the wrong direction.
Ready to go with brake on. <i>Unless you want to change the setup (unlikely) this is a plug and play solution - no programming is required.</i>
A JST BEC socket has been fitted as most small batteries use a JST BEC plug, however this plug may overheat when used at higher currents. For safety we recommend the JST BEC connector is replaced with a larger plug if currents over 20A will be employed.
December 2023 - this latest delivery has a more powerful 3A BEC circuit and a slightly longer battery connector wire, as requested by customers.
{table title="HyperFlight BLHeli32 28A ESC with 3A SBEC Specification" class=1 cols=2 width=100,220 align=L,L separator=:}
Continuous Current: 28A
Peak Current: 30A for 10 seconds
Battery: 2S - 3S LiPo
SBEC: 5.3V @ 3A
Weight inc leads and JST BEC plug: 7.6g
Weight ex leads: 4.5g
Firmware: BLHeli_32
Programmable: Yes, with an Arduino or our {p,BLHELI-USBprog} interface
PCB Size: 33mm * 14mm
Battery connector: 7 cm wires, JST BEC socket fitted
Motor connector: Lands on PCB
RC wire length: 15 cm
{endtable}
� ! � � P� � � � � � � � 2C4 �� h� C
�
C ,� ��b� SPIN-ELECSpinthing Electric 1.2m� Following the current trend, the {b,Schloiderding F5K} - we are calling it the {b,Spinthing Electric} is a powered mini discus launch type model, of 1.2m (48") span.
Despite its compact dimensions, it is has good performance and is attractive to all levels of model plane flyers, from beginners to experts. The tail unit has been improved over the glider version and the F5K version is now superior, with improved damping and directional control.
Except for the tail boom, the Spinthing Electric is made entirely of wood and is therefore easy to repair if the worst comes to the worst. The front of the wing is solid balsa and the rear is of built-up construction. A sanding aid is included to help achieve the correct wing profile. With this tool the wing surface can be shaped very easily and quickly.
Construction is built-up balsa, ply and carbon fibre with Oralight or Feather
Cover covering.
Manufacturer's recommended powertrain: Hacker A10 or Pichler Pulsar Micro 1510/1650, a 7x4-8x5 prop, 2S 300-600 LiPo, 15A ESC, 2 small servos and a small receiver. The performance in powered flight is more than sufficient.
Although designed to use a 30mm spinner the nose could be extended with a little balsa block and our {pref,ELF-SPIN-PWRSET, Lightweight Electric Glider Powerset} (with a 25mm spinner) could be used instead. This will be lighter and should keep the weight below 250g.
Customer's setup: Hacker A10-9L, 7x4 Aeronaut prop and 30mm Aeronaut Cool-nose spinner 30/2.00mm (part 7259/00), Overlander 12A BEC ESC, 2 D-Power nano servos and Overlander 450mAh 2S 40C LiPo, 210g RTF weight. Our thanks to David Camp for sharing his setup, model photo, and plan translations (see link below).
{b,Kit contents}
CNC milled balsa and plywood parts
Carbon tailboom
Sanding aid for the wing surface
Mounting hardware for wing and tail
Steel wire 0.3mm for the tail torque springs
Full size construction plan with all relevant dimensions and parts
Transfer "Schloiderding F5K"
{table title="Spinthing Electric Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.20 m, 47 in
Wing area, 14.9 dm2, 231 sq in
Length, 86 cm, 34.0 in
Flying weight from, 180 g, 6.3 oz
Wing loading, 12.1 g/dm, 4.0 oz/sq ft
Aspect ratio, 9.7,
Wing airfoil, Proprietary,
Dihedral angle, 7.7�,
Spinner Diameter, 30 mm,
Centre of Gravity, 57-61 mm from wing leading edge
Controls, "Rudder, elevator, throttle"
{endtable}
{table title="Recommended R/C-nano gear only" class=1 cols=2 width=110,235 align=L,L autohref=2}
Elevator & rudder servos, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Hitec HS-40, KST X06, CHA DS06, Emax ES9051, Emax ES9052, PTK 7350-MG-D
Receiver, Spectrum AR6610T, Lemon LM0034, Futaba R6004FF*, Orange DSM2 compatible, Jeti Duplex R4 & R5, Multiplex Mlink RX-6-DR Light*, FrSky D4R II *Case removed
Battery, 300 mAh - 450 mAh 2S LiPo
{endtable}
{table title="Spinthing Electric Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Total structure, 120.0 g, 4.2 oz
Receiver, 5.0 g, 0.2 oz
Rudder servo, 4.5 g, 0.2 oz
Elevator servo, 4.5 g, 0.2 oz
Speed Control, 4.0 g, 0.1 oz
Motor, 12.0 g, 0.4 oz
Prop & spinner, 5.0 g, 0.2 oz
Battery, 25.0 g, 0.9 oz
Flying weight, 180.0 g, 6.3 oz
{endtable}
{video, 6X8op_p4ADk}
w � Y � � 1O � � +/< ��b�� CARBON-SHEET-050.5mm Carbon Sheetq Good quality 0.5 mm thick carbon fibre / carbon fiber / carbonfibre sheet.
Sheet size 0.5 mm x 350 mm x 150 mm i � <� � Z� � � � � � � � ' 2H2 � � +H ��b� DAMMIT-EDammit Electric 75cm& The all new {b, Dammit Electric V2} is now available. This 75cm is very quick to build and is a great sport flyer. The all New Dammit Electric V2 is an ideal travel companion. Capable of flying in a wide wind range from 7 to 30mph with a blistering roll rate and a suprising speed range.
So what has changed on the new Dammit Electric V2?
{bullet}
Lighter Overall construction
Increased wing span for even lower wing loading and further improved low speed.
Optional Rudder as standard on all kits
Servo are buried within the wing with just the servo arms and pushrods exposed.
D box sub ribs for a smoother leading edge and reduced drag.
All Balsa Ribs.
{endbullet}
The speed range and roll rate are breath taking yet the Dammit is capable of landing at a crawl or near stationary in a headwind. The stall is pretty much none existent to optimised wing sections and blunt leading edge.
The wing just nods slightly and never drops a wingtip or bites. On low rates and a 5x3 prop and 3s 1000mah this is a great sport model and would suit anyone with aileron experience. However drop on a 5x5 Prop and 3s 1000s and the beast starts to come alive, increase the control throws and the roll rate becomes a blur, and the rate of turn in high G corners is more like a computer game than real life!. All this on a low cost 2205 2300kv brushless motor normally used on quad copters. Drop in a 2207 2600kv motor and 4s high C 650mah packs and you had better be prepared. The Dammit now covers the sky at alarming rates, As the speed increases the rate or turn and the roll rate just increases too. You thought our Blink was fast? Well think again!
{b,Kit Contains}
Laser cut ply and balsa wood parts
Hardwood dowel leading edge
3d printed control horns
Carbon fibre pushrods
Plastic snap links for pushrod ends
Magnets for the hatch catch
Full sized plan
Pre cut vinyl Dammit text logo
Optional 3 Colour Vinyl decal set.
{b,Tech Spec}
Wing Span: 750mm
Wing Chord 245mm
Flying weights sub 250g possible.
{b,Recommend RC Equipment}
2 or 3 AWD503MG Metal geared servos
25 - 40 amp ESC dependent motor choice
2205-2300kv to 2207-2600kv Brushless motor
5x3 - 5x5 2 bladed prop
3s 1000mah to 4s 650mah High C lipo battery
Small 4 to 6 channel Receiver
Thanks to David Hogg and Peter Barrett for use of their photos. K � < � � 8� � � � � � � � | 4� $ ��b� DAMMIT-SDammit V2 Slope 75cm� The all new {b, Dammit V2} is now available. This sub 250g 75cm (30") slope glider is very quick to build and is a great flyer. The all New Dammit V2 is an ideal travel companion. Capable of flying in a wide wind range from 7 to 30mph with a blistering roll rate and suprising speed range.
So what has changed on the new Dammit V2?
{bullet}
Lighter Overall construction
Increased wing span for even lower wing loading and further improved low speed.
Optional Rudder as standard on all kits
Servo are buried within the wing with just the servo arms and pushrods exposed.
D box sub ribs for a smoother leading edge and reduced drag.
All Balsa Ribs.
{endbullet} {b,Kit Contains}
Laser cut ply and balsa wood parts
Hardwood dowel leading edge
3d printed control horns
Carbon fibre pushrods
Plastic snap links for pushrod ends
Magnets for the hatch catch
Full sized plan
Pre cut vinyl Dammit text logo
{b,Tech Spec}
Wing Span: 750mm
Wing Chord 245mm
Flying weights sub 250g possible.
{b,Recommend RC Equipment}
2 or 3 AWD503MG Metal geared servos
4.8 to 6v 400mah Nimh Battery
Small 4 to 6 channel Receiver
{video, MMWiYDwN-VE}
{video, py4SOggaaFc} K � < � � !!� � � � � � � � Y 4� <� jL�:� `}�`� MICROMAX-RTFGMicroMax Pocket F3F RTF including servos and wing, tail & fuselage bagsb These <b>MicroMax RTF models come with {p,CHA-LV06} tail servos and {p,CHA-LV06H} wing servos installed.}</b> They also come with very nice wing; tail and fuselage bags. The servos and linkages are beautifully installed with zero slop and perfect geometry. The wing and fuselage wiring harnesses are supplied and built in. The servos are automatically connected when the wing is fitted. Just plug in the your receiver and battery, program your transmitter and fly!
The {b,MicroMax Pocket F3F} is a great new fast slope soarer capable of extreme fun flying. The concept was inspired by Henning Plemo Schmidt, and with aero design by Christophe Bourdon. Structural design and implementation is by Anton Ovcharenko so this model is of the highest pedigree. Its inspiration was the lack of high performance small gliders optimised for fast slope flying.
Although discus launched gliders can be fun on the slope on a low wind day they are too stable and too light to be optimal, especially when the wind gets up. Anton makes the very high performance Strike range of 1m DLGs, and was the first manufacturer to make a full house 1m DLG with performance to challenge 1.5m ships. Christophe's job was to marry Anton's highly regarded DLG technology with the performance requirements of a great slope soarer - high L/D at speed, well damped and linear control response even at extreme DS speeds, while retaining nice handling and low min sink to allow scratching when the lift dies.
The {b,MicroMax} is ultra-new so there isn't much real-world feedback yet, but by all accounts Henning, Christophe and Anton have pulled off the impossible and made a small model that achieves this and flies like a much larger thoroughbred slope racer. MICRO size with MAXimum performance and fun.
The {b,MicroMax} has flying surfaces beautifully made from spread carbon with a solid Rohacel core, to ensure its excellent surface finish doesn�t degrade with time. The fuselage is carbon fibre with a 2.4Ghz transparent glass nose section, to allow the receiver aerials to be kept internal. The fuse is tiny but has been designed to accept a custom ballast system, allowing the model's weight to be doubled. This very wide weight range allows the model to be used in most flying conditions, from light airs to strong conditions. For good DS performance we recommend the model is ballasted to at least 400g, preferably 500g to allow it to punch through the rotor turbulence. The wing is easily strong enough to cope with DS speeds at this weight.
Read this great {href, https://medium.com/rc-soaring-digest/micromax-the-pocket-f3f-3e4285be41ef, RCSD MicroMax Review} and this {href, https://www.rcgroups.com/forums/showthread.php?3951317-MicroMax-from-Hyperflight-build-assembly-flight, RCGroups build log} for a lot more info.
Due to dealership terms we cannot supply this model to customers in Germany, Austria or Switzerland.
{table title="MicroMax Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.15 m, 45 in
Wing area, 13.5 dm2, 209 sq in
Length, 74 cm, 29.1 in
Flying weight from, 245 g, 8.6 oz
Ballasted weight, 500 g, 17.6 oz
Wing loading, 18-37 g/dm, 5.9-12 oz/sq ft
Aspect ratio, 9.8,
Wing airfoil, C Bourdon custom
Dihedral angle, 3.0�,
V tail angle, 110�,
Centre of Gravity, 61-66 mm from wing leading edge
Controls, "Rudder, elevator, ailerons"
{endtable}
{table title="MicroMax Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 40 g, 1.4 oz
Wings, 105 g, 3.7 oz
Fin, 6 g, 0.2 oz
Tailplane, 6 g, 0.2 oz
Accessories, 5 g, 0.2 oz
Total structure, 162 g, 5.7 oz
Wiring, 10 g, 0.4 oz
Receiver, 6 g, 0.2 oz
Tail servos, 16 g, 0.6 oz
Wing servos, 16 g, 0.6 oz
Battery, 30 g, 1.1 oz
Noseweight, 5 g, 0.2 oz
Flying weight, 245 g, 8.6 oz
{endtable}
{table title="Recommended R/C-nano gear only" class=1 cols=2 width=110,240 align=L,L autohref=2}
Servos, Already installed
Receiver, Small 4-5 chanel rx to suit your tx
Battery, 1S 400-600mAh LiPo, Ytong 1S 380 mAh,Radient 1S 500 mAh LiPo (Short), HyperLipo 2S 300 mAh
{endtable}
{video,vs8LnId_GTk}
{video,JKxtHiRQzu0}
{video, CBSCYNteIj0} t � � � � � � � � � � � � � � MicroMax RTF components:
One fuselage with bag
One wing piece with bag
One bag of wing screws
Two V tail pieces with bags
j �� i.ô �� +0� ��b�
ADH-C20-RM9ADH C20 / MM1908-2050 2050 RPM/V 29g Rear Mount Outrunner The {b,AEO RC MM1908-2050 / ADH C20 Rear Mount} is a very nice small but powerful outrunner that is narrow enough to fit in small glider noses. It is excellent for electrifying lighter F3-RES models and DLGs
It can be pushed to about 140W on 3S LiPo batteries or 100W in 2S LiPos.
{table title="AEO RC MM1908-2050 / C20 Specifications" class=1 cols=2 width=40,150 align=L,L,L separator=: autohref=2}
Weight: 26g
Dimension: 22 mm long by 23 mm diameter
Voltage: 7.2V~11.1v, 2S~3s Lipo
Kv: 2050 rpm/V
Shaft : 3mm diameter
Shaft length: 9.5mm
Max Power: 14A or 140W
Thrust : about 560g on a 7x3.5 prop on a 3S LiPo
Thrust: about 490g on a 8x4 prop 2S LiPo
Mounting: On the opposite side to the prop shaft.
2S Prop: 6x3, 7x3.5, 7x4
3S Prop: 5x5, 6x3
{endtable}
� � � F� � � � � � � � P
2C3e � �}��b�p X-RES-E-FUSEX-RE Electric Fuselage Onlym Kit for an electric fuselage for X-RES flying surfaces - converts an X-RES glider to an X-RES electric model. � � K � � � � � � � � � � x Y �� f�u� `}�`� MAVERICKMaverick F5K 1.5m The {b, Maverick F5K} is a new balsa kit for an electric DLG type model. This ia build-it-yourself model constructed from many balsa and carbon parts. It is not ready-built.
DLG type RC electric gliders have gained popularity in recently thanks to their compact size and great performance. The only drawback is that they are mostly of molded carbon construction and their high price point puts a strain on the wallet. Maverick changes this! It is a full-house 1.5-meter balsa kit that you can build yourself and join your local F5K competition!
Maverick features a 3-piece wing with a central section and removable wingtips. The fuselage is one piece with a classic cross tail that is also fully removable. So you can take your glider apart and pack it for easy transportation or storage.
The assembly guide is available {href, https://flightpoint.co/maverick-assembly-guide/, here}. For more details and building tips, please check this {href, https://www.rcgroups.com/forums/showthread.php?4093401, RCGroups thread on Maverick}.
{b, The Kit Contains}
� All balsa and plywood parts
� A coloured 1:1 scale assembly plan
� Accessories pack that includes wing mounting bolts, nuts, pushrod material, GF control horns, pull-cables, torsion spring material, etc.
� Carbon tubes and rods required for assembly.
Covering film and 2x 450mm+ JR-style servo extensions are not included and should be purchased separately.
{table title="Maverick Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.49 m, 59 in
Wing area, 25.2 dm2, 391 sq in
Length, 107 cm, 41.9 in
Flying weight from, 300 g, 10.6 oz
Wing loading, 11.9 g/dm, 3.9 oz/sq ft
Aspect ratio, 8.8,
Wing airfoil, AG45ct mod
Equiv dihedral angle, 7�,
Spinner Diameter, 25 or 30 mm
Centre of Gravity, 87 mm from wing leading edge
Controls, "Rudder, elevator, ailerons, flaps, throttle"
{endtable}
{table title="Recommended R/C" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator & rudder servos, KST X06, KST X08, Hitec HS-40, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Blue Bird BMS-A10H, MKS DS65K, MKS DS75K
Aileron servos, KST X06H, KST X08H, Hitec HS-40, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Blue Bird BMS-A10H, MKS HV70, MKS DS65K, MKS DS75K
Flap servos, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, MKS HV70, KST X06H, KST X08H, Blue Bird BMS-A10H, MKS DS65K, MKS DS75K, TGY DHB56MG
Receiver, 7 channel (or 6 Ch + 1 SBUS Ch) receiver
Battery, 2S 300 - 500 mAh LiPo
{endtable}
{table title="Electric Powertrain Recommendations" class=1 cols=2 width=140,220 align=L,L autohref=1}
T-Motor F1507 2700 RPM/V, 2S 450mAh LiPo, 6x4 or 6.5x4 folding prop
T-Motor F1507 2700 RPM/V, 3S 300mAh LiPo, 6x3 folding prop
T-Motor F1507 3800 RPM/V, 2S 450mAh LiPo, 6x3 folding prop
{endtable}
{table title="Electronc Speed Controls (ESC) Recommendations" class=1 cols=2 width=140,220 align=L,L autohref=1}
HyperFlight 28A BLHELI-32, 28A, 2A BEC, JST plug ready fitted
HyperFlight 30A BLHELI-32, 30A, 3A BEC, XT30 plug ready fitted
HyperFlight 40A BLHELI-32, 30A, 3A 6V BEC, XT60 plug ready fitted
E-Power Plus 25A, 25A, 4A BEC
{endtable}
{table title="Maverick Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Total structure, 195.0 g, 6.9 oz
Receiver, 7.0 g, 0.2 oz
Aileron servos, 9.0 g, 0.3 oz
Flap servos, 13.0 g, 0.5 oz
Rudder servo, 5.0 g, 0.2 oz
Elevator servo, 5.0 g, 0.2 oz
ESC, 8.0 g, 0.3 oz
Motor, 20.0 g, 0.7 oz
Prop & spinner, 8.0 g, 0.3 oz
Battery, 30.0 g, 1.1 oz
Flying weight, 300.0 g, 10.6 oz
{endtable} � � � � � d � � � � � � � � � 3 tail dervos
8.5x20 max
� }� g�B\ � ��b�
SR-XPOWER-D32 XPower Plastic Firewall - 32mm {SRFX, 31.5, 32.3, 2.0} 0 � N� � � � � � � � � � 2B4I )� j
J�� �}�b�
VITA11X6V2$Vitaprop 11x6 V2 Folding prop blades This new slimmer design of {b,Vitaprop 11 x 6 V2 folding propeller blades} has improved efficiency over the original Vitaprop blades. They are suitable for HyperFlight's and other makes of folding prop yokes and spinners.
These blades are very high quality carbon moldings with an excellent aerodynamic design to maximise efficiency. They will tend to pull a little less current than cheaper folding propellers. They are designed for reasonably high power levels and best possible efficiency.
Note this product consists of two carbon propeller blades only. The central spinner/yoke assembly is not included. Also it is common for prop blades to not fit all spinner/yokes perfectly as supplied. It is often necessary to reduce the width the blade root slightly to ensure free folding movement. Also the cut out in the spinner cone often needs to be increased to allow the blades to fully extend. The root of the blade should not touch the spinner cone when the prop is fully opened.
{blade,Vitaprop V2, 11,6,6.9, 1000} R � 2� � � � � � � � � � 2C6g E� jZlw �} ��b�
BALSA-EL25)Light Balsa sheet size 2.5 x 100 x 300 mmh Light Balsa sheet size 2.5 x 100 x 300 mm. Equivalent to 3/32" x 4" x 12" sheet.
Very high quality lightweight balsa wood sheets suitable for plane, boat and railway modelling, DIY craftwork, school projects and more.
This is some of the best wood we have seen in 60 years of modelling, lightweight with no knots and of very consistent density and grain. � � 4� � � � � � � � � � 2 {
Balsa wood c��K B7 .�, ��b� CHA-DS06(CHA DS06 Servo - 1.8Kg.cm 0.07s 6.2g 7mm� The {b, CHA Servo DS06} is a brilliant new servo that has been designed to fill the gap left by the now defunct Ripmax SD100/ Dymond D47 servo. Nearly as small and light, even thinner, much more powerful and precise, the CHA Servo DS06 is a winner.
{b,CHA Servo} is a new German company supplying very quality servos to the RC and UAV markets. You can by these servos with confidence.
{ServoSpecs}
{video,FqMjGEH6xE0} > � 2� � #� � � � )2� � � � A 1L1� � � .�X ���b�
KST-SCREWS!KST Servo Arm Retaining Screw (4)W Four KST servo arm retaining screws.
Suitable for most KST servos 10mm to 15mm thick � � � � � � � � � � � �
1M3
� ,t0 `}�`��
EXPLORER-BAGS&Nan Explorer Q4 & 5 Wing and Tail bagsN These beautiful {b, Explorer Wing & Tail Bags} look great and protect your valuable model from transport and storage damage. They can also be used to protect the flying surfaces from sun damage between flights.
Although designed for the 4m Explorer Q4 and 5 they also work well with the 3.8m Xplorer 3 and the Valenta Thermik XL 4m � � T � � * � � � � � � � � X 4$ Will fit in a 35 litre ��b� CHA-HV06N)CHA HV06N Servo - 2.4Kg.cm 0.05s 5.8g 6mml The new {b,CHA HV06N} is a very high spec 6mm thin servo that is ideal for gliders and small high performance models.
This -N suffix is a version of the HV06 servo without lugs (also called mounting tabs) and is for high voltage setups.
The LV06, LV06H, LV06N is the low voltage series and the HV06, HV06H, HV06N is the high voltage series.
{ServoSpecs}
: � / � � %� � � � B2� � � � 1E2� F� i�� � /4� 150�C , 5% in both directions
Melting point, 250 �C
Packaging, Supplied rolled
Supplier ref, ORA21-014-002
{endtable}
Please download these PDF files for more useful info:
{href,\extras\Oracover-Covering-Weights.pdf, Oracover Covering Weights PDF}
{href,\extras\Oracover-Product-Information_2010_engl.pdf, Oracover Product Info PDF} � � &_� � $� � � � � � � � � 3B1 % �� j "8 +?� ��b� CHA-HV06)CHA HV06 Servo - 2.4Kg.cm 0.05s 5.8g 6mm} The new {b,CHA HV06} is a very high spec 6mm thin servo that is ideal for gliders and small high performance models.
This version of the HV06 servo has normal mounting lugs (also called mounting tabs) and is for high voltage setups.
The LV06, LV06H, LV06N is the low voltage series and the HV06, HV06H, HV06N is the high voltage series.
{ServoSpecs}
{video,JrV4nQoUx70} : � / � � � � � � B2� � � � 1L1� F7 +� ��b� CHA-HV06H.CHA HV06H Wing Servo - 2.4Kg.cm 0.05s 5.8g 6mm� The new {b,CHA HV06H} is a very high spec 6mm thin servo that is ideal for gliders and small high performance models.
This -H suffix version of the HV06 servo with horizontal lugs (also called mounting tabs), to facilitate mounting in wings and tail surfaces and is for high voltage setups.
The LV06, LV06H, LV06N is the low voltage series and the HV06, HV06H, HV06N is the high voltage series.
{ServoSpecs}
27g: � / � � � � � � B2� � � � 1M1� +\ ��b� CHA-LV06(CHA LV06 Servo - 1.7Kg.cm 0.06s 5.8g 6mm} The new {b,CHA LV06} is a very high spec 6mm thin servo that is ideal for gliders and small high performance models.
This version of the LV06 servo has normal mounting lugs (also called mounting tabs) and is for low voltage setups.
The LV06, LV06H, LV06N is the low voltage series and the HV06, HV06H, HV06N is the high voltage series.
{servospecs}
{video,Cf6puL5xTcg} 9 � / � � � � � � B2� � � � 1L1E7 +*d � �b� CHA-LV06H.CHA LV06H Wing Servo - 1.7Kg.cm 0.06s 5.8g 6mm� The new {b,CHA LV06H} is a very high spec 6mm thin wing servo that is ideal for gliders and small high performance models.
This -H suffix version of the HV06 servo with horizontal lugs (also called mounting tabs), to facilitate mounting in wings and tail surfaces and is for low voltage setups.
The LV06, LV06H, LV06N is the low voltage series and the HV06, HV06H, HV06N is the high voltage series.
{ServoSpecs} 9 � / � � � � � � � � � � 1M1� � ,r� ��b� CHA-LV06N)CHA LV06N Servo - 1.7Kg.cm 0.06s 5.8g 6mml The new {b,CHA LV06H} is a very high spec 6mm thin servo that is ideal for gliders and small high performance models.
This -N suffix is a version of the HV06 servo without lugs (also called mounting tabs) and is for low voltage setups.
The LV06, LV06H, LV06N is the low voltage series and the HV06, HV06H, HV06N is the high voltage series.
{ServoSpecs} 9 � / � � � � � � B2� � � � 1L1� � � +&� ��b� NG2M-JOINERNG 2m Wing Joineri Replacement wing joiner for thr NG2m glider.
Dihedral angle = 3.5 degrees (173 degrees included angle) � � � � � � � �}��b� ORALIGHT-T-RED-10M6Oralight Transparent Red 31-029 Covering Film 10m roll\ 10m roll of Oralight Transparent Red 31-029 Covering Film
Obtained to special order only. ' � � � � I$� � � � � � � � � M� cP�Z
@�`�
PHD-WP23KG6HF/Power HD WP-23Kg Servo - 23.0Kg.cm 0.12s 75.0g 21mm� This servo is a HyperFlight branded {b,Power HD WP-23KG}. This is a well regarded servo and is ideal for large models and UAVs. The steel gear material is much stronger than various titanium-plated aluminum (titanium alloy), electroplated aluminum or aluminum alloy used in other servos.
The servo is also fully waterproof with a high precision seal. The output spline is 25T Futaba compatible.
{ServoSpecs} � � 12� !!� 2� � � � � � � � ` 1E1 Price was 41.562
)� i�? y +Ǭng like a much larger model.
The Toccata Electric is based on the well regarded Toccata slope soarer which has been improved in both construction and aerodynamics. The basic dimensions and curves that distinguish the model and have made it a classic remain.
James Hammond's Aeroic company builds these models to a very high standard. The strength and surface finish are �� +&� �}�b�
VITA10X6V2$Vitaprop 10x6 V2 Folding prop blades This new slimmer design of {b,Vitaprop 10 x 6 V2 folding propeller blades} has improved efficiency over the original Vitaprop blades. They are suitable for HyperFlight's and other makes of folding prop yokes and spinners.
These blades are very high quality carbon moldings with an excellent aerodynamic design to maximise efficiency. They will tend to pull a little less current than cheaper folding propellers. They are designed for reasonably high power levels and best possible efficiency.
Note this product consists of two carbon propeller blades only. The central spinner/yoke assembly is not included. Also it is common for prop blades to not fit all spinner/yokes perfectly as supplied. It is often necessary to reduce the width the blade root slightly to ensure free folding movement. Also the cut out in the spinner cone often needs to be increased to allow the blades to fully extend. The root of the blade should not touch the spinner cone when the prop is fully opened.
{blade,Vitaprop V2, 10,6,6.4, 1000} � � 2� �
� � � � � � � � 2C6g � ��b� GMCL17X8 GM 17x8 CL Folding prop blades {GMCLBlades, 17, 8, 15.1} � � - � � � � � � � � � � 2C6O U� j�.# +F` ��b� INFUSION-GLIDER-KIT Infusion Glider Conversion Kit� Extra pieces needed to construct the Infusion model as a pure glider.
Includes balsa to build the noseblock and hardware for an adjustable towhook. � �
� � 2� � � � � � � � 2G5\ @ �}��b� DLG-PUSHRODS DLG / Small Glider Pushrods (2)� A pair of lightweight pushrods for small models and DLGs.
Inner: 0.57mm bright steel wire
Outer: Flexible white plastic tube
Length: 1m (100cm, 40")
Weight: 1.9 g each pushrod � � � � � � � � � � � � d h� cƖ_) ��b�F
PUG-TWISTY Pug Twisty V2 Slope Soarer 80cm� Following on from the really popular Pug DLG, the {b,Pug Twisty V2} is an ultra lightweight slope aerobatic model for light winds. From just 120g flying weight the Twisty is a wingeron design with all moving wings and rudder and elevator. However the airframe has been designed so people who wish to experiment have the ability to omit both rudder and elevator if they wish to.
The all moving wings pivot on a 5mm carbon fibre tube joiner, and can be removed to sneak into the back of the car for holidays and days out without any tools being required at all.
The kit contains all Laser cut balsa and plywood parts, Carbon Fibre tube boom and wing spars, carbon rod leading edge, Aluminium wing pivot tubes and a carbon tube wing joiner.
Wingspan : 800mm
Flying weight : Around 120g
Requires 2 - 4 ultra micro servos (around 4 - 5g metal geared)
1s 500mah or 2s 180mah Lipo RX pack BEC required for 2s Lipo unless using HV servos)
Small 4 to 6 channel Rx around 4g Weight
Please note the videos below depict the Original Pug Twisty and will be updated as soon as possible.
{video, H2635Pfho5g?si=eNLRqhWsrA1992UG}
{video, On0PDEixC18?si=cXOVqhUair74CwX5} Q � < � � !!� � � � � � � � / 4� Q� j=��; �}��b� GM-SL-HUB-34 34mm GM Scale Spinner Hub/Yoke� Replacement or alternative hub (also called yoke) for a Scale GM spinner, with a distance between the blades of 34mm.
Does not include the hinge pin screws or the collet.
� � � � � � � � � � � � O d�'� �� +"� ��b� BMS-METAL-ARMSBlue Bird Metal Arms+ A strong aluminium servo output arm (horn) that fits Blue Bird servos with a 6 mm Futaba output spline. This is used on most BMS servos 10 mm to 25 mm thick.
Contains one substantial metal output arm only. The distance from the servo output shaft axis to the holes ranges from 6.0 mm to 15.0 mm. ) � 2� � #� � � � � � � � 1M3R
Allumini' +/ ���b�
FISKARS-KNIFE Fiskars Metal Modelling Knife~ The Fiskars knife is the best 9mm snap-off blade knife available. The nicely shaped all metal Zink handle is very comfortable and facilitates accurate cutting operations. The replaceable snap off 9mm wide blade has grooves to allow the end of the blade to be removed whenever it becomes blunt.
Replacement 9mm blades are available from many suppliers including Amazon and Ebay.
� � 2� � � � � � � � � � /
2G2 �� Steel, Zinc, Plast�� ,#� ���b�
HF-GEARBOXHyperflight Small Gearbox� Small planetary gearbox suitable for electric motors up to 200W.
Only suitable for advanced modellers with metalworking facilities as the gearbox backplate will have to be drilled/modified to facilitate mounting the gearbox onto the motor.
The 4.75:1 ratio gearbox includes a pinion for a 2mm shaft motor.
The 3.5:1 ratio gearbox includes pinions for 2mm and 3.17mm shaft motors.
Gearbox body 22mm diameter.
Ourput shaft 4mm diameter
Weight 35g
4 font M2 holes on a 17.5mm diameter.
' � # � � � � � � � � � � 2 6 �� Zinc, Alluminiun, Stee� �|�b� OA6X4*OA 6x4 Folding prop blades (2mm hinge pin)= A pair of high quality very lightweight carbon 6 x 4 folding propeller blades made by OA Composites. These blades require smaller spinner/hub assemblies with 2mm diameter hinge pins.
These nicely made blades are suitable for use with F5K type and smaller electric models.
Note this product consists of two propeller blades only. The central spinner/yoke assembly is not included. Also it is common for prop blades to not fit all spinner/yokes perfectly as supplied. It is often necessary to reduce the width the blade root slightly to ensure free folding movement. Also the cut out in the spinner cone often needs to be increased to allow the blades to fully extend. The root of the blade should not touch the spinner cone when the prop is fully opened.
{table title="OA 6x4 Folding Propeller Blade Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=:}
Prop diameter: 15 cm: 6 in
Prop pitch: 10 cm: 4 in
Weight of 2 blades: 1.6 g: 0.06 oz
Width of blade root: 5.0 mm: 0.197 in
Hinge pin hole dia: 2.0 mm: 0.079 in
Max power: 200 W
{endtable}
\ � � � � � � � � � � � 2A6j �� i -� ��b� OA7X4V2-OA 7x4 V2 Folding prop blades (2mm hinge pin)S A pair of high quality very lightweight carbon 7 x 4 folding propeller blades made by OA Composites. These V2 blades have a true elliptical profile, improving efficieny and reducing the current draw.
These nicely made blades are suitable for use with F5K type and smaller electric models.
Note this product consists of two propeller blades only. The central spinner/yoke assembly is not included. Also it is common for prop blades to not fit all spinner/yokes perfectly as supplied. It is often necessary to reduce the width the blade root slightly to ensure free folding movement. Also the cut out in the spinner cone often needs to be increased to allow the blades to fully extend. The root of the blade should not touch the spinner cone when the prop is fully opened.
{table title="OA 7x4 V2 Folding Propeller Blade Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=:}
Prop diameter: 18 cm: 7 in
Prop pitch: 10 cm: 4 in
Weight of 2 blades: 2.6 g: 0.09 oz
Width of blade root: 5.0 mm: 0.197 in
Hinge pin hole dia: 2.0 mm: 0.079 in
Max power: 250 W
{endtable}
� � � � � � � � � � � � 2A6j �� jr�� } ��b� WIKI-BALLASTWiki Ballast Set� A ballast set for the Wiki F3L glider. Allows up to 120g of ballast to be added in four increments.
4 iron ballast slugs 10mm diameter x 48mm length plus 4 wooden spacers/blanks.
Supplied with the parts to build a nice ballast transport box. � � � � � � � � � � � � � 2E4� �� i�5s9 ��b� KST-X12-7087KST X12-708 Brushless Servo - 9.3Kg.cm 0.07s 21.3g 12mm� The {b,KST X12-708 Brushless} is a superb new 21g servo from KST. Although originally intended for the heli market the X12-708 is also becoming popular for use in high performance gliders and fast powered aircraft.
The 708's brushless motor allows a more advanced servo control algorithm and eliminates failures due to brush wear, making it immune to vibration.
{servospecs}
{video,fOMKlx6HnGM} � � 7 � � ' � � � � � � � � + 1L1 �� iۗi `}�`� E-FALCONFalcon F5K 1.5m) We have received some of Nicolay Gorban's highly rated {b, Falcon F5K Electric DLGs}.
Lots of info in the {href, https://www.rcgroups.com/forums/showthread.php?3835763-Falcon-F5K, RCGroups Falcon F5K thread}.
{table title="Electric Powertrain Recommendations" class=1 cols=2 width=140,220 align=L,L autohref=1}
HyperFlight 1806, 2S 450mAh LiPo, 6x3, 6x4 folding prop
ArmSoar 1507, 2S 450mAh LiPo, supplied 6x3 folding prop
ArmSoar 1806, 2S 450mAh LiPo, supplied 6x4 folding prop
XPower F2307/14, 2S 450mAh LiPo, 6x4 folding prop
{endtable}
{table title="Electronc Speed Controls (ESC) Recommendations" class=1 cols=2 width=140,220 align=L,L autohref=1}
HyperFlight 28A BLHELI-32, 28A, 2A 5V BEC, JST plug ready fitted
HyperFlight 30A BLHELI-32, 30A, 3A 5V BEC, XT30 plug ready fitted
HyperFlight 40A BLHELI-32, 40A, 3A 6V BEC, XT60 plug ready fitted
HyperFlight 40A BLHELI-32, 40A HV, 3A 7.5V BEC, XT60 plug ready fitted
{endtable}
{table title="Falcon F5K Control Throws & Mixes" class=1 cols=2 width=110,240 align=L,L }
CG, 61-63 mm from wing leading edge
Rudder, 20� each way
Elevator, 15� up / 15� down
Ailerons, 15� up / 15� down
<i>Recommended Flight Mode Aileron Settings</i>
Speed/Launch, 0� camber
Cruise, 2� camber
Thermal, 4� - 8� camber
Landing mode, 35� down
{endtable}
� � � � � � � � � � � � � � � t E Falcon components:
One fuselage
One fin
One tailplane
One bag of accessories
Two wing pieces with wing joinert v� f᪨ �� +'� ���b� AW-HS75!Ply Frame For MKS HS75 (pair) New These HyperFlight CNC cut ply servo frames make fitting a {p,MKS-HS75} servo to a molded wing very easy. No thickness is added to the installation, and the servo is mounted securely, yet can be removed easily if required.
Two servo frames supplied in the pack.
{ServoFrame} ( � � � � � � � � � � � 2E1� �� �� +'l ��b� AW-HS75H"Ply Frame For MKS HS75H (Pair) New These HyperFlight CNC cut ply servo frames make fitting a {p,MKS-HS75H} servo to a molded wing very easy. No thickness is added to the installation, and the servo is mounted securely, yet can be removed easily if required.
Two servo frames supplied in the pack.
{ServoFrame} ) � � � � � � � � � � � 2E1� �� �� /{L ��b� AW-HV70 Ply Frame For MKS HV70 (Pair)/ These HyperFlight CNC cut ply servo frames make fitting a {p,MKS-HV70} servo to a molded wing very easy. No thickness is added to the installation, and the servo is mounted securely, yet can be removed easily if required.
Two servo frames supplied in the pack.
Weight: 0.25g each
{ServoFrame} $ � � � P� � � � � � � � & 2E1� �� � ��b�
SR-XPOWER-D30 XPower Plastic Firewall - 30mm {SRFX, 29.5, 30.3, 1.6} . � N� � � � � � � � � � 2B4I )� j*�(g +# @�`� AW-X08H$Ply Frame for KST X08H & A08H (Pair)� These HyperFlight CNC cut ply servo frames make fitting a {p,KST-X08H} servo to a molded wing very easy. No thickness is added to the installation, and the servo is mounted securely, yet can be removed easily if required.
This frame does not work with the KST X08H Plus servo - the motor is too long. However it can be used with the KST A08H with a little adjustment (see the last photo).
Two servo frames supplied in the pack.
Size: 30mm x 32mm
{ServoFrame} � � � F� � � � � � � � 2E1 36 pcs cost ���b� AW-X08N!Ply Frame for KST X08N (Pair) News These HyperFlight CNC cut ply servo frames make fitting a {p,KST-X08N} servo to a molded wing very easy. No thickness is added to the installation, and the servo is mounted securely, yet can be removed easily if required.
Two servo frames supplied in the pack.
{b,Note this frame does not work with the KST X08 Plus servo - the motor is too long.}
{ServoFrame} � � � � � � � � � � � 2E1� �� jU� � ��b� AW-X06H Ply Frame for KST X06H (pair) These HyperFlight CNC cut ply servo frames make fitting a {p,KST-X06H} servo to a molded wing very easy. No thickness is added to the installation, and the servo is mounted securely, yet can be removed easily if required.
Two servo frames supplied in the pack.
{ServoFrame} [ � � � G� � � � � � � � 2E1� �� jk�s � �} ��b� BALSA-EL1 Light Balsa sheet 330 mm (4 pcs)C Light Balsa sheet 100mm wide by 330mm long.
Very high quality lightweight balsa wood sheets suitable for plane, boat and railway modelling, DIY craftwork, school projects and more.
This is some of the best wood we have seen in 60 years of modelling, lightweight with no knots and of very consistent density and grain. � � )� � � � � � � � � � 2 { e8� � �} ��b� BALSA-EL3'Light Balsa sheet size 3 x 100 x 300 mme Light Balsa sheet size 3 x 100 x 300 mm. Equivalent to 1/8" x 4" x 12" sheet.
Very high quality lightweight balsa wood sheets suitable for plane, boat and railway modelling, DIY craftwork, school projects and more.
This is some of the best wood we have seen in 60 years of modelling, lightweight with no knots and of very consistent density and grain. � � `� � � � � � � � � � 2 { c��S �� +(� ��b� AW-DS75K&Ply Frame for MKS DS75K & HV75K (pair)0 These HyperFlight CNC cut ply servo frames make fitting a {p,MKS-DS75K} and {p,MKS-HV75K} servos to a molded wing very easy. No thickness is added to the installation, and the servo is mounted securely, yet can be removed easily if required.
Two servo frames supplied in the pack.
{ServoFrame} ' � � � 2� � � � � � � � P 2E1� � �}�b� HAWK-PROHawk Pro 1m DLG( The {b,Hawk Pro} is the new 1m high-end 1m DLG from HQ Models. Designed as an improvement of their Hawk Mini DLG the Hawk Pro has a wider fuselage (for easier RC installation) and a larger wing. This gives improved launch height, lower wing loading, and an even lower sink rate.
See more info {href, https://www.rcgroups.com/forums/showthread.php?4240621-Hawk-Pro-1m-DLG-from-HQ-Models&highlight=hawk+pro, here} and the build manual {href, https://flightpoint.co/hawk-dlg-build/, here}.
{table title="Hawk Pro DLG Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.0 m, 39 in
Wing area, 11.6 dm2, 180 sq in
Length, 75 cm, 29.3 in
Flying weight from, 133 g, 4.7 oz
Wing loading, 11.4 g/dm, 3.7 oz/sq ft
Aspect ratio, 8.6,
Wing airfoil, Proprietary,
Dihedral angle, 6.0�,
Centre of Gravity, 58-59 mm from wing leading edge
Controls, "Ailerons, elevator, rudder"
{endtable}
{table title="Recommended R/C-nano gear only" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator & rudder servos, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Hitec HS-40, KST X06N, CHA DS06, CHA LV06N
Aileron servos, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Hitec HS-40, KST X06N, CHA DS06, CHA LV06N
Receiver *case removed, Spektrum AR6260*, AR6100e, AR400, Futaba R6004FF*, FrSky X4R, Orange DSM2 compatible, Jeti Duplex R5, Multiplex Mlink RX-6-DR Light*
Battery, HyperFlight 150 mAh 4.8V NiMH, CSS 1S 300 mAh LiPo, Ytong 1S 380 mAh LiPo
{endtable}
{table title="Hawk Pro Control Throws" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder, 10 mm each way
Elevator, 8 mm up / 8 mm down
Ailerons, 6 mm up / 5 mm down
Camber Settings
Launch, 0.5mm up
Cruise, 0 mm
Thermal 1, 2 mm down
Max thermal, 4 mm down
Landing flaps, as much down as possible
{endtable}
{table title="Hawk Pro DLG Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 22.0 g, 0.8 oz
Wing , 60.0 g, 2.1 oz
Fin, 3.5 g, 0.1 oz
Tailplane, 4.0 g, 0.1 oz
Accessories, 7.5 g, 0.3 oz
Total structure (carbon wing), 97.0 g, 3.4 oz
Glue; mounts etc, 2.0 g, 0.1 oz
Receiver, 5.0 g, 0.2 oz
Tail servos, 9.0 g, 0.3 oz
Wing servos, 9.0 g, 0.3 oz
Battery, 10.0 g, 0.4 oz
Noseweight, 1.0 g, 0.0 oz
Flying weight, 133.0 g, 4.7 oz
{endtable}
{video, 5DzYsAAatA0}
{video, PjWqO5viAf8} m � { � � � � � � � � � � � t (� f�� � �}�b�
HAWK-BLADE1m DLG T Throwing BladeH HQ Composites small throwing blade, as used on the Hawk and Hawk 2 DLGs, incorporating the popular bird wing shape. It is ideal for most 1m discus launched gliders. Beautifully molded from carbon fibre, and contoured to maximise launch height and comfort. Can be used for right handed and left handed throwers.
See the photos for installation pictorial.
{table title="Hawk Throwing Blade" class=1 cols=3 width=140,100 separator=: align=L,L,L}
Weight: 1.4 g
Max thickness of carbon: 1.5 mm
Height of both blades: 42 mm
Max width: 9.5 mm
Length of tang: 40 mm
{endtable}
2 � � � � � � � � � � � t c� f�� �}�b� FALCON-BLADE1.5m DLG T Throwing Bladew HQ Composites large throwing blade, as used on the Falcon DLG, incorporating the popular bird wing shape. It is ideal for most 1.5m discus launched gliders. Beautifully molded from carbon fibre, and contoured to maximise launch height and comfort. Angled tang, to take account of the wing's dihedral. Can be used for right handed and left handed throwers.
See the photos for installation pictorial.
{table title="Falcon Throwing Blade" class=1 cols=3 width=140,100 separator=: align=L,L,L}
Weight: 3.4 g
Max thickness of carbon: 2 mm
Height of both blades: 52 mm
Max width: 12.5 mm
Length of tang: 58 mm
{endtable}
9 � � � � � � � � � � � 2 t c� f᪣e `}�`�� DRAGONFLYDragonfly ARTF 1.5m� The {b, Dragonfly} is an attractive and versatile 1.5m glider that can be flown from the flat or the slope or high-start launched. It is supplied with a throwing peg and can also be discus or side arm launched, with care.
Supplied ready built and covered in Oralight, this model exceeds expectations in quality of construction and flying abilities.
The Dragonfly is available in two almost ready to fly versions.
{bullet}
Rudder and elevator (RE) version - The model is built and expertly covered. No servos supplied.
Rudder, elevator and spoiler (RES) version - The model is built and expertly covered. All three servos are supplied and expertly installed.
{endbullet}
{b,Specifications}
Span: 1498 mm
Length: 1070 mm
Flight weight from: 230g
Profile: YA 0801 (Mitsuru Ishi)
Center of gravity position: 74-78 mm
Controlled functions: rudder, elevator, spoiler (on brake models only)
{b,Control throws}
Rudder: �25 mm
Elevator: �10 mm
Brake 80�
When assembling the model, first assemble everything without glue. Get everything even and symmetrical and then apply glue. All servos were checked before shipment and are 100% functional. For power supply use a 1S LiPo or 4.8V 300-400 mAhr NiMH.
� � � � � � � � � � � � � � � 4 Real cost 3800.009 �� jZK- � �} ��b�� BALSAEL10!Light Balsa sheet 500 mm (10 pcs)C Light Balsa sheet 100mm wide by 500mm long.
Very high quality lightweight balsa wood sheets suitable for plane, boat and railway modelling, DIY craftwork, school projects and more.
This is some of the best wood we have seen in 60 years of modelling, lightweight with no knots and of very consistent density and grain. � � � � � � � � � � � � 2 { c�'R � �}��b�� ALIEN-SPARES"Alien fuse and fin inc NZ shipping Obtained to special order. � � � � � � � � � � � � � j P� d94�D �}��b�� PURITO-TAILPLANEPurito Tailplane & Fin� Replacement Purito fin and tailplane - balsa parts plus control horns and construction info.
For both glider and electric Purito RES models.
Now also includes fin parts S4, S5, and S6. � � � � � � � � � � � � , � R� epH� ��b�� MINI-KIWIMini Kiwi 1.33m� The {b,Mini Kiwi} is a pocket sized rudder elevator glider that weighs less than 250g ready-to-fly. Although designed for hi-start launching it also works well as a light wind slope soarer.
The kit is very complete with a good multi-colour plan, beautifully laser cut balsa and ply parts and all accessories, including pushrods, control surface horns, tow hook, decals and 3D printed parts. Also included are separate tail surface plans for convenience (there is no difference between A4 plan sheets and the larger plan).
The wing is of conventional construction with spruce spars and riblets. The tails are quick build lightweight built up surfaces. The narrow fuselage is all wood construction with ply front sides and a balsa and spruce rear.
The Mini Kiwi is ideal for Canadian fliers who need a model weighing less than 250g. All the models we have are X tail gliders. Note they will not be easy to convert to electric as the fuselage is only 14mm wide. No instructions are currently available.
{table title="Mini Kiwi 1.3m Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.33 m, 52 in
Wing area, 21.1 dm2, 327 sq in
Length, 97 cm, 38.2 in
Flying weight from, 200 g, 7.1 oz
Wing loading, 9.5 g/dm2, 3.1 oz/sq ft
Aspect ratio, 8.4,
Wing airfoil, AG Mod,
Dihedral angle (EDA), 10.5� (tip panels are 15�)
Centre of Gravity, 70-78 mm from wing leading edge
Controls, "Rudder, elevator"
{endtable}
{table title="Recommended R/C-nano gear only" class=1 cols=2 width=110,235 align=L,L autohref=2}
Elevator & rudder servos, Blue Bird BMS-101DMG, Hitec HS-40, KST X06, CHA DS06, CHA LV06, PowerHD 1370
Receiver, Orange compatible, Lemom compatible, Jeti Duplex R4 & R5, Multiplex Mlink RX-6-DR Light*, FrSky D4R II
Battery,Bonka HV LiPo 1S 550mAh, Bonka LiPo 1S 450mAh, HyperFlight 150 mAh 4.8V NiMH, Gaoneng HV LiPo 1S 650mAh
{endtable}
{table title="Mini Kiwi 1.3m Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Total structure, 160.0 g, 5.6 oz
Receiver, 5.0 g, 0.2 oz
Rudder servo, 4.5 g, 0.2 oz
Elevator servo, 4.5 g, 0.2 oz
Battery, 21.0 g, 0.7 oz
Noseweight, 5.0 g, 0.2 oz
Flying weight, 200 g, 7.1 oz
{endtable}
� � } � � P � � � � � � � � b 4� �� jL� /y�r) These HR Mod M /j<THER-C-V-SPARKLEFeather Cover Sparkle {b,Feather Cover Sparkle} is a light � � +FL ��b�� JOY-BAGSJoy Wing and Tail BagsL A set of beautiful wing, tailplane and fin bags for the Joy electric glider. J � 7 � , � � � � � � � � � � 2H5� �s "X ��b�� XM2527EG-232Dualsky XM2527EG-23 1600 RPM/V 37g Cased Outrunner� The {b,Dualsky XM2527EG-23 } is a high quality cased outrunner for models weighing 250 - 700g.
3.17 mm shaft. See images for full specifications.
Recommended props:
2S LiPo: 9x5, 9x6, 10x6
3S LiPo: 7.5x4, 8x4, 8x5 % � 2 � � H� � � � � � � � m 2C2� � �}�b�� HYPER-TRANS-RED(HyperCover Transparent Red Covering Film A 200 cm x 65 cm roll of {b, Transparent Red HyperCover} covering film. We have sourced this economical easy to use iron-on covering as the alternative European manufactured film is becoming rather expensive.
This is reasonably light weight covering weighs approx 48g/m2 - about 33% more than Oralight, but is less than half the price. It covers well and is suitable for electric RC models and R/C gliders.
This covering material has backing sheet that must be removed before use. Do not allow the material to stick to itself before placing it on the balsa structure as separating it is hard. The glue rear coating has a strong heat-activated glue and should be applied with a modelling iron set to 90�C to 120�C for tacking the sheet in place, and 150�C for shrinking.
{table title="HyperCover Transparent Red Covering Film Specifications" class=1 cols=3 width=110,115,115 align=L,L separator=:}
Colour: Red
Length: 200 cm: 78.7"
Width: 65 cm: 25.6"
Weight: 48 g/m2 : 0.16 oz/ft2
Packaging: Supplied rolled
{endtable}
� � � � !� � � � � � � � � � t� f+��� �}�b�� HYPER-TRANS-YEL.HyperCover Transparent Yellow Covering Film 2m A 200 cm x 65 cm roll of {b, Transparent Yellow HyperCover} covering film. We have sourced this economical easy to use iron-on covering as the alternative European manufactured film is becoming rather expensive.
This is reasonably light weight covering weighs approx 48g/m2 - about 33% more than Oralight, but is less than half the price. It covers well and is suitable for electric RC models and R/C gliders.
This covering material has backing sheet that must be removed before use. Do not allow the material to stick to itself before placing it on the balsa structure as separating it is hard. The glue rear coating has a strong heat-activated glue and should be applied with a modelling iron set to 90�C to 120�C for tacking the sheet in place, and 150�C for shrinking.
{table title="HyperCover Transparent Yellow Covering Film Specifications" class=1 cols=3 width=110,115,115 align=L,L separator=:}
Colour: Yellow
Length: 200 cm: 78.7"
Width: 65 cm: 25.6"
Weight: 48 g/m2 : 0.16 oz/ft2
Packaging: Supplied rolled
{endtable} � � � � !� � � � � � � � � � t� h%�4 � �}�b�� HYPER-TRANS-GRN-HyperCover Transparent Green Covering Film 2m A 200 cm x 65 cm roll of {b, Transparent Green HyperCover} covering film. We have sourced this economical easy to use iron-on covering as the alternative European manufactured film is becoming rather expensive.
This is reasonably light weight covering weighs approx 48g/m2 - about 33% more than Oralight, but is less than half the price. It covers well and is suitable for electric RC models and R/C gliders.
This covering material has backing sheet that must be removed before use. Do not allow the material to stick to itself before placing it on the balsa structure as separating it is hard. The glue rear coating has a strong heat-activated glue and should be applied with a modelling iron set to 90�C to 120�C for tacking the sheet in place, and 150�C for shrinking.
{table title="HyperCover Transparent Green Covering Film Specifications" class=1 cols=3 width=110,115,115 align=L,L separator=:}
Colour: Green
Length: 200 cm: 78.7"
Width: 65 cm: 25.6"
Weight: 48 g/m2 : 0.16 oz/ft2
Packaging: Supplied rolled
{endtable}
� � � P� !� � � � � � � � � 3� t� i �� ��b�� M-M-EXT-LEAD!Male to Male 30 cm Extension Lead� Male to Male 30 cm extension lead. Useful for making up wiring harnesses and for connecting electronic equipment.
Weight = 3.4 g � � 2� � � � � � � � � � 2E3� f� h��4 � � +G� ��b�� ORIONV2-BAGSOrion V2 Wing and Tail BagsQ A set of beautiful wing, tailplane and fin bags for the Orion V2 electric glider. L � 7 � � � � � � � � � � � 2TABLE� � �}�b�� POLIRES-F3L*Polires Glider & Electric 2m ARF F3L & F5L The {b,Polires} is an outstanding new 2m RES almost-ready-to-fly model. It is beautifully designed and has been built and covered by master craftsmen. Although new to the English speaking world it is well known in other parts of Europe and the design owes a lot to the highly regarded and competition proven Purito RES glider. We have these models in both pure glider and with electric glider versions. Like the Purito the Polires has a lower aspect ratio wing to increase the Reynolds Number and give better overall performance and particularly nice handling. Another advantage of the wider wing is to create a larger visual footprint in the sky, allowing the model to be flown further away with confidence.
The Polires launches well and has a great lift/drag ratio. For such a large wing area model it is incredibly light (from 400g), making it a great floater. Despite its low wing loading the model has a good speed range and can be flown in wind up to 10mpgh with confidence. There is some room in the fuselage for adding ballast for flying in windier conditions.
The wing main spar is a substantial carbon tube which gives the structure excellent rigidity. Ribs are threaded over this tube to give the airfoil shape with the airflow over the critical front portion improved by utilising two sub-ribs between each full rib, almost eliminating covering sag, and reducing drag appreciably. Because the tubular spar is inset below the covering surface there isn't a discontinuity at the spar line which is great feature - this usually trips the boundary layer and causes extra drag.
The fuselage pod is a lovely balsa and ply construction, with a servo tray ready fitted for the rudder and elevator servos (cut-out size 23mm x 11mm for each servo). The pod has a good internal layout for easy RC installation and the pushrods for the rudder and elevator have been fitted. The canopy hatch is secured by a tongue and 8(!) tiny magnets, ensuring that it won't come loose. The glider fuselage has a good sized tow hook ready fitted. The tailboom is of wound carbon construction to give good torsional rigidity. The lightweight tailplane bolts into place and the fin slides onto carbon rods, fitting perfectly. Overall the quality of the detail design and craftsmanship is first rate.
The whole model has been expertly covered in Oralight covering material, giving a flawless finish.
The model is supplied with a small plywood box for holding small parts and ballast (not included) and comes in a very strong and professionally finished cardboard box with a carrying handle.
{table title="Polires Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.0 m, 79 in
Wing area, 37.7 dm2, 584 sq in
Length, 119 cm, 46.9 in
Flying weight from, 400 g, 14.1 oz
Wing loading, 10.6 g/dm2, 3.5 oz/sq ft
Aspect ratio, 10.6,
Wing airfoil, AG34-35-36 modified
Dihedral (EDA), 9.0�,
Spinner Diameter, 30 mm (electric version),
Centre of Gravity, 73-76 mm from wing leading edge
Controls, "Rudder, elevator, spoiler"
{endtable}
{table title="Polires ARF Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage inc pushrods, 95 g, 3.4 oz
Wings, 190 g, 6.7 oz
Fin, 10 g, 0.4 oz
Tailplane, 11 g, 0.4 oz
Total structure, 306 g, 10.8 oz
Receiver, 5 g, 0.2 oz
Rudder servo, 5 g, 0.2 oz
Elevator servo, 5 g, 0.2 oz
Spoiler servo, 5 g, 0.2 oz
Battery, 30 g, 1.1 oz
Nose weight, 44 g, 1.6 oz
Flying weight, 400 g, 14.1 oz
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder & elevator servos, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Blue Bird BMS-125WV, KST X06, KST X08, KST A08, CHA DS06
Spoiler servo, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, KST X06H, CHA DS06
Receiver, 4 or 5 channel receiver to match your transmitter
Battery, Dream-Flight 300 mAh 4.8V NiMH, HyperFlight 650 mAh 4.8V NiMH, Dream-Flight 700 mAh 4.8V NiMH, 1S 2600 mAh Li-Ion, 2S 300-600mAh LiPo
{endtable}
{table title="Control Throws" class=1 cols=2 width=120,240 align=L,L}
Rudder, 30 mm each way
Elevator, 10 mm up & down
Spoilers, 80� - 85� up
Spoiler mix, 3 mm up elevator with 45� spoiler
{endtable}
{table title="Electric Powertrain Recommendations" class=1 cols=2 width=160,210 align=L,L autohref=1}
Hacker A10-7L 4.4:1, 3S 450mAh LiPo, 12x8, 13x8
DYS D2225-19, 2S 450mAh LiPo, 9x6, 10x5
DYS D2225-19, 3S 450mAh LiPo, 7x3.5, 7x4, 8x4
Dualsky XM2527EG-23, 2S 450 mAh LiPo: 9x5, 9x6, 10x6
Dualsky XM2225EG-23, 2S 450 mAh LiPo: 9x5, 10x5, 10x6
Dualsky XM2225EG-23, 3S 450 mAh LiPo: 7x4, 8x4, 8x5
Dualsky XM2230EG-16, 3S 450mAh LiPo, 9x5
Dualsky XM2230EG-9, 2S 450 mAh LiPo: 8x4, 8x5, 8x6
ADH300L**, 2S 450mAh LiPo, 11x6
ADH300L**, 3S 450mAh LiPo, 8x6, 9x5
{endtable} ** This motor may need a small widening of the internal fuse space to fit. � � � � � t � � � � � � � � � � z� f��A3 +t� �}�b�� ARRLIPBAT01*Arrows 2S 350mAh 7.4V LiPo Battery 20C JST� Small 2S 350 mAh LiPo battery suitable for discus launched gliders, or other very lightweight models. Comes with a Mini JST (also called BEC) power connector plug and a JST-HX balance plug.
If using this as a receiver battery we recommend a {pref,BEC-JR-CONV, JST BEC to JR RC Plug Convertor} is used to connect it to the receiver and HV servos, or through a small voltage regulator if using RC limited to 5V.
The 2S 350 mAh LiPo has enough capacity to fly an average four servo DLG for 1.5 hours
{table title="Arrows 2S 350 mAh Battery Specification" class=1 cols=2 width=100,220 align=L,L}
Chemistry, Lithium Polymer
Number of cells, 2
Voltage, 7.4V nominal
Capacity, 350 mAh
Weight, 20 g
Discharge rating, 20 C
Length, 42 mm
Width, 19 mm
Thickness, 15 mm
Power lead length, 5 cm
Power plug, Mini JST (BEC) plug
Balance lead length, 3 cm
Balance plug, JST-XH standard balance plug
{endtable}
{LiPost} ~O �
� � .� � � � � � � � 2 2F4 � ��b�� RES2M-2PW(2m RES F3L Wing Bags - for 2 piece wings6 These are nicely made wing bags for 2m models with 2 piece wings. Photographed with Eli wings for size comparison.
Highly recommended for all 2 piece wing RES models that are easily damaged in storage and transport.
Wing panel max length: 104 cm
Wing max root chord: 24 cm
Wing max tip chord: 18 cm
U � / � *2� � � � � � � � � � 4� �� j0�� G ��b�� RES2M-3PW(2m RES F3L Wing Bags - for 3 piece wings� 2m RES F3L Wing Bags - for 3 piece wings
These are nicely made wing bags for 2m models with 3 piece wings. Photographed with Polires wings for size comparison.
Highly recommended for all 3 piece wing RES models that are easily damaged in storage and transport.
Centre panel max length: 90 cm
Centre panel max chord: 24 cm
Tip panels max length: 69 cm
Tip panels max root chord: 24 cm
Tip panels max tip chord: 18 cm Z � 0 � � � � � � � � � � � 4� �� i��� � �}�b�� RDNB6003S30JST$Radient LiPo 3S 600mAh 11.1V 30C JST� Small 3S 600 mAh LiPo battery suitable for F3-RES and electric DLGs or other small models. Comes with a JST BEC power connector plug and a JST-HX balance plug. Connect via a Mini JST convertor lead if using 2S capable receiver and servos, or through a small voltage regulator if using RC limited to 5V.
{table title="Radient Supera LiPo 2S 600 mAh Battery Specification" class=1 cols=2 width=100,220 align=L,L}
Chemistry, Lithium Polymer
Number of cells, 3
Voltage, 11.1V nominal
Capacity, 600 mAh
Weight, 53 g
Discharge rating, 20 C
Length, 59 mm
Width, 30 mm
Thickness, 16 mm
Power lead length, 8 cm
Power plug, Mini JST (BEC) plug
Balance lead length, 3 cm
Balance plug, JST-HX
Supplier ref, RDNB6002S30JST
{endtable}
{LiPost}
�w �
� � R� � � � � � � � d {� dt��
� � +1 ��b�� ALIEN-EAlien Electric 1.2mP
The {b,Alien Electric} is an exciting flying wing design from Anton Ovcharenko of OA Composites, with aerodynamic design by Christophe Bourdon. The Alien stems from Anton and Christophe's wish to create model that is:
{bullet}
FUN to fly, with a great speed range, fun aerobatic manoeuvrability, and yet able to thermal soar too.
Can be flown from the slope, or discus launched from the flat.
Quick to build and assemble at the slope.
Easy to transport.
Tough enough to cope with rough slopes and high winds.
Can be ballasted for even more high speed fun.
Can be used as a DS trainer to learn to dynamic soar.
{endbullet} The Alien is very pre-fabricated and should only take a few hours to complete. The accessories include all control linkages and some very nice 3D printed servo mounts for the elevon servos. Also included is a 3D printed ballast tube to take a ballast slug approx 19 mm diameter by up to approx 50 mm length.
Please download the {href,extras/Alien Assembly Instructions V1.0.pdf, Alien Assembly Guide (20 Mb)} for important construction information.
{table title="Alien Electric Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.20 m, 47 in
Wing area, 17.1 dm2, 265 sq in
Length, 62 cm, 24 in
Flying weight from, 261 g, 9.2 oz
Wing loading, 15 g/dm2, 5.0 oz/sq ft
Aspect ratio, 8.4,
Wing airfoil, 6% proprietary
Dihedral (EDA), 2.5�,
Spinner Diameter, 25mm
Centre of Gravity, 29.5-30.5 mm from wing leading edge
Controls, "Elevons, rudder, throttle"
{endtable}
{table title="Recommended R/C-nano gear only" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder servo, KST X06, MKS HV70H, CHA DS06
Aileron servos, KST X08H, MKS HV70, MKS HS75, CHA DS06
Receiver, Small 4 chanel rx to suit your tx
{endtable}
{table title="Recommended Powertrain" class=1 cols=2 width=80,210 align=L,L autohref=2}
Motor, HyperFlight 1806 2450 RPM/V, Clone 1806 2500Kv
Spinner, CN Models 25mm Spinner for M5 shafts
2S Prop blades, CN 7x4 Folding prop blades
3S Prop blades, CN 6x4 Folding prop blades
ESC, Dualsky SUMMIT 30 SLIM 6V SBEC ESC
Battery, 2S - 3S 300mAh - 600 mAh LiPo
{endtable}
{table title="Alien Electric Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing, 103 g, 3.6 oz
Fuselage, 33 g, 1.2 oz
Fin, 7 g, 0.3 oz
Accessories, 21 g, 0.7 oz
Total structure, 164.5 g, 5.8 oz
Receiver, 6 g,
�}�b�� FALCON2-FIN Falcon 2 Fin� Replacement fin for the Falcon 2 DLG
This very light and nice fin/rudder can be used on may other discus launched gliders, not just the Falcon. " � ; � � ( � � � � � � � � � t |� f᪸�� �, ��b�� XM2532EG-162Dualsky XM2532EG-16 1550 RPM/V 48g Cased Outrunner� The {b, Dualsky XM2532EG-16} is a high quality cased outrunner with a Kv of 1550 RPM/V for models weighing 350 - 800g.
4 mm shaft. See images for full specifications.
Recommended props:
2S LiPo: 9x7, 10x6, 10x8
3S LiPo: 8x5, 9x5, 9x6, GM 10x5 0 � 7 � � "-� � � � � � � � x
2C2� _S .�� ��b�� XM3036EG-112Dualsky XM3036EG-11 1370 RPM/V 89g Cased Outrunner� The {b, XM3036EG-11} is a high quality cased outrunner for models weighing 800 - 1600g.
5 mm shaft. See images for full specifications.
Recommended props:
3S LiPo: 9x9, 10x6, 10x8
Y � ; � � % � � � � � � � � � 2B1� � ��b��
XM3040EG-93Dualsky XM3040EG-9 1350 RPM/V 104g Cased Outrunner� The {b, Dualsky XM3040EG-9} is a high quality cased outrunner wirh a KV of 1350 RPM/V, for models weighing 900 - 1800g.
5 mm shaft. See images for full specifications.
Recommended props:
3S LiPo: 10x6, 10x8, 11x6, 11x8, 12x6, 12x7 h � @ � � ) � � � � � � � � � 2B1� �� j/� # �}�b�� BK-2S400-50!Bonka LiPo 2S 400mAh 7.4V 50C JST� Small 2S 400 mAh LiPo battery suitable for F3-RES and electric DLGs or other very lightweight models. Comes with a JST BEC power connector plug and a JST-HX balance plug. The slightly bulky guard over the JST-HX balance connector can easily be removed if required.
If using this as a receiver battery we recommend a {pref,BEC-JR-CONV, JST BEC to JR RC Plug Convertor} is used to connect it to the receiver and HV servos, or through a small voltage regulator if using RC limited to 5V.
{table title="Bonka Power LiPo 2S 400 mAh Battery Specification" class=1 cols=2 width=100,220 align=L,L}
Chemistry, Lithium Polymer
Number of cells, 2
Voltage, 7.4V nominal
Capacity, 400 mAh
Weight, 23.5 g
Discharge rating, 50 C
Length, 47 mm
Width, 19.5 mm
Thickness, 14 mm
Power lead length, 8 cm
Power plug, Mini JST (BEC) plug
Balance lead length, 3 cm
Balance plug, JST-HX
{endtable}
{LiPost}
�O � 2� � "� � � � � � � � 2 2B0� �� jh� �}�b�� BK-250-25-1SHV$Bonka HV LiPo 1S 250mAh 3.8V 25C JSTp Small 1S 250 mAh high voltage LiPo battery suitable for discus launched gliders, or other very lightweight models. Comes with a proprierary plug that can be trimmed to fit Mini JST (also called BEC) sockets, or to be plugged directly into a receiver.
{table title="Bonka Power 1S 250 mAh HV LiPo Battery Specification" class=1 cols=2 width=100,220 align=L,L}
Chemistry, Lithium Polymer
Number of cells, 1
Voltage, 3.8V nominal
Capacity, 250 mAh
Weight, 6 g
Discharge rating, 25 C
Length, 55 mm
Width, 11 mm
Thickness, 5.5 mm
Power lead length, 3 cm
Power plug, Mini JST (BEC) plug
{endtable}
{LiPost}
( � � � _� � � � � � � � d � � d-�A �}�b�� BK-2S300-75!Bonka LiPo 2S 300mAh 7.4V 75C JSTq Small 2S 300 mAh LiPo battery suitable for F3-RES and electric DLGs or other very lightweight models. Comes with a JST BEC power connector plug and a JST-HX balance plug. The slightly bulky guard over the JST-HX balance connector can easily be removed if required.
If using this as a receiver battery we recommend a {pref,BEC-JR-CONV, JST BEC to JR RC Plug Convertor} is used to connect it to the receiver and HV servos, or through a small voltage regulator if using RC limited to 5V.
{table title="Bonka Power LiPo 2S 300 mAh Battery Specification" class=1 cols=2 width=100,220 align=L,L}
Chemistry, Lithium Polymer
Number of cells, 2
Voltage, 7.4V nominal
Capacity, 300 mAh
Weight, 20g
Discharge rating, 75 C
Length, 47 mm
Width, 17 mm
Thickness, 12.5 mm
Power lead length, 8 cm
Power plug, Mini JST (BEC) plug
Balance plug, JST-HX
{endtable}
{LiPost}
LO � 2� � E� � � � � � � � D 2B0� �� jh�, ��b�� BK-3S300-75"Bonka LiPo 3S 300mAh 11.1V 75C JST� Small 3S 300 mAh LiPo battery suitable for F3-RES and electric DLGs or other very lightweight models. Comes with a JST BEC power connector plug and a JST-HX balance plug. The slightly bulky guard over the JST-HX balance connector can easily be removed if required.
{table title="Bonka Power LiPo 3S 300 mAh Battery Specification" class=1 cols=2 width=100,220 align=L,L}
Chemistry, Lithium Polymer
Number of cells, 3
Voltage, 11.1V nominal
Capacity, 300 mAh
Weight, 28 g
Discharge rating, 75C
Length, 47 mm
Width, 17.5 mm
Thickness, 18.5 mm
Power lead length, 8 cm
Power plug, Mini JST (BEC) plug
Balance plug, JST-HX
{endtable}
{LiPost}
\v � � � 8� � � � � � � � Q
2B0� �� j:L9 �}�b�� BK-1S450-80!Bonka LiPo 1S 450mAh 3.7V 80C JST� Small 1S 450 mAh LiPo battery suitable for DLGs or other very lightweight gliders. Comes with a JST BEC power connector plug.
When using this as a receiver battery we recommend a {pref,BEC-JR-CONV, JST BEC to JR RC Plug Convertor} is used to connect it to the receiver and servos.
{table title="Bonka Power LiPo 1S 450 mAh Battery Specification" class=1 cols=2 width=100,220 align=L,L}
Chemistry, Lithium Polymer
Number of cells, 1
Voltage, 3.7V nominal
Capacity, 450 mAh
Weight, 16 g
Discharge rating, 80 C
Length, 65 mm
Width, 17 mm
Thickness, 8 mm
Power lead length, 8 cm
Power plug, Mini JST (BEC) plug
{endtable}
{LiPost}
�( � � � =� � � � � � � � 2 2C0� �� jh�� �}�b�� BK-3S520-80-HV%Bonka HV LiPo 3S 520mAh 11.4V 80C JST Small 3S 520 mAh HV LiPo battery suitable for F3-RES and electric DLGs or other very lightweight models. Comes with a JST BEC power connector plug and a JST-HX balance plug. The slightly bulky guard over the JST-HX balance connector can easily be removed if required.
The battery can be charged using a regular LiPo setting if the charger does not have a HV LiPo option.
{table title="Bonka Power HV LiPo 3S 520 mAh Battery Specification" class=1 cols=2 width=100,220 align=L,L}
Chemistry, Lithium Polymer HV
Number of cells, 3
Voltage,11.4V nominal
Capacity, 520 mAh
Weight, 46 g
Discharge rating, 80 C
Length, 70 mm
Width, 17 mm
Thickness, 21 mm
Power lead length, 8 cm
Power plug, Mini JST (BEC) plug
Balance plug, JST-HX
{endtable}
{LiPost}
8w �
� � >� � � � � � � � A 2C0� �� jh� �}�b�� BK-1S550-80-HV$Bonka HV LiPo 1S 550mAh 3.8V 90C JSTy Small 1S 550 mAh high voltage LiPo battery suitable for discus launched gliders, or other very lightweight models. The high voltage chemistry of this battery makes it especially good for powering RC, which usually has a 3.5V minimum operating voltage.
The battery can be charged using a regular LiPo setting if the charger does not have a HV LiPo option.
When using this as a receiver battery we recommend a {pref,BEC-JR-CONV, JST BEC to JR RC Plug Convertor} is used to connect it to the receiver and servos.
{table title="Bonka Power 1S 550 mAh HV LiPo Battery Specification" class=1 cols=2 width=100,220 align=L,L}
Chemistry, Lithium Polymer HV
Number of cells, 1
Voltage, 3.8V nominal
Capacity, 550 mAh
Weight, 16 g
Discharge rating, 90 C
Length, 67 mm
Width, 17 mm
Thickness, 8 mm
Power lead length, 8 cm
Power plug, Mini JST (BEC) plug
{endtable}
{LiPost}
6) � 2� � 7� � � � � � � � = 2C0� �� jh� � � +/P ��b�� CARBON-SHEET-11mm Carbon Sheeto Good quality 1 mm thick carbon fibre / carbon fiber / carbonfibre sheet.
Sheet size 1.0 mm x 350 mm x 150 mm n �
� � � � � � � � � � S 2H2 � ��b��
XM3045EG-82Dualsky XM3045EG-8 1250 RPM/V 120g Cased Outrunner The {b, Dualsky XM3045EG-8} is a high quality cased outrunner wirh a KV of 1250 RPM/V, for models weighing 1000 - 2000g.
5 mm shaft. See images for full specifications.
Recommended props:
3S LiPo: 11x6, 11x7, 11x8, 12x6, 12x7
4S LiPo: 10x5, 10x6, 11x5 y � H � � .G� � � � � � � �
2B1� �� jG� �}�b�� BK-2S550-90-HV$Bonka HV LiPo 2S 550mAh 7.6V 90C JST� Small 2S 550 mAh HV LiPo battery suitable for F3-RES and electric DLGs or other very lightweight models. Comes with a JST BEC power connector plug and a JST-HX balance plug. The slightly bulky guard over the JST-HX balance connector can easily be removed if required.
The battery can be charged using a regular LiPo setting if the charger does not have a HV LiPo option.
If using this as a receiver battery we recommend a {pref,BEC-JR-CONV, JST BEC to JR RC Plug Convertor} is used to connect it to the receiver and HV servos, or through a small voltage regulator if using RC limited to 5V.
{table title="Bonka Power HV LiPo 2S 550 mAh Battery Specification" class=1 cols=2 width=100,220 align=L,L}
Chemistry, Lithium Polymer HV
Number of cells, 2
Voltage, 7.6V nominal
Capacity, 550 mAh
Weight, 32 g
Discharge rating, 90 C
Length, 68 mm
Width, 17.5 mm
Thickness, 14.5 mm
Power lead length, 8 cm
Power plug, Mini JST (BEC) plug
Balance plug, JST-HX
{endtable}
{LiPost}
FP �
� � Q� � � � � � � � X 2C0� �� jh� ��b�g
ULT-JOINERS-7Ultima 7.5 Deg Joiner Set� Two replacement wing joinrers for the Ultima F5J with 7.5� angle.
This increases the stability of the glider and makes thermaling even easier. � � 2 � � � � � � � � � � 2 2G6X R� h9� � ��b�� CARBON-SHEET-151.5mm Carbon Sheets Good quality 1.5 mm thick carbon fibre / carbon fiber / carbonfibre sheet.
Sheet size 1.5 mm x 350 mm x 150 mm
q � F� � <� � � � � � � � d 2H2 �� h�SJ � ��b�� CARBON-SHEET-22mm Carbon Sheetq Good quality 2 mm thick carbon fibre / carbon fiber / carbonfibre sheet.
Sheet size 2.0 mm x 350 mm x 150 mm
r � <� � 2� � � � � � � � � 2H2 �� jV�� � ��b�� CARBON-SHEET-33mm Carbon Sheetq Good quality 3 mm thick carbon fibre / carbon fiber / carbonfibre sheet.
Sheet size 3.0 mm x 350 mm x 150 mm
s � <� � � � � � � � � � d 2H2 �� g�h� W �}�b�� WALL-MOUNT-KITGlider wall mount� This {b,Glider Wall Mount} allows your gliders to be stored against a wall, safely out of harm's way.
{bullet}
Designed to be easy to assemble and easy to use, but also SAFE for your planes.
Accommodates planes with wings up to 28mm (1.1") thickness, and fuselage heights up to 35mm (1-3/8") tall.
6mm (1/4") plywood for great strength and good looks.
Thick closed cell foam protects your delicate aircraft surfaces, and grips your plane.
Easy to assemble kit, with lots of reinforcement.
Just add a little wood glue. Takes minutes to assemble.
{endbullet}
We tested this with a wide range of slope gliders and quicker electric airframes. Please double check measurements to check it will fit your planes.
� � � � � � � � � � � � , �� fY� ��}�b�� BMS-A10-SOGBMS A10 Steel Output gear ' � � � � � � � � � � � R �� dg�� �� /d� ��b�� XM2532EG-112Dualsky XM2532EG-11 2200 RPM/V 48g Cased Outrunner� The {b, Dualsky XM2532EG-11} is a high quality cased outrunner with a Kv of 2200 RPM/V for models weighing 350 - 800g.
4 mm shaft. See images for full specifications.
Recommended props:
2S LiPo: 8x6, 9x5, 9x6, 10x5
3S LiPo: 6x5, 7x4, 7x5 0 � 7 � � #-� � � � � � � � d 2C2� � ��b�� XM3045EG-122Dualsky XM3045EG-12 820 RPM/V 120g Cased Outrunner: The {b, Dualsky XM3045EG-12} is a high quality cased outrunner wirh a KV of 820 RPM/V, for models weighing 1000 - 2000g.
5 mm shaft. See images for full specifications.
Recommended props:
3S LiPo: 14x10, 15x8
4S LiPo: 12x7, 12x8, 13x8
5S LiPo: 11x6, 11x7, 12x6, 12x7, 12x8
6S LiPo: 10x5, 10x6x 11x5, 11x6 w � I � � -'� � � � � � � � � 2B1� �� jG�� +A� �|�b�� HF-BLHELI-40'HyperFlight 40A BLHELI-32 ESC with SBECm The {b, HyperFlight 40A BLHELI-32 SBEC ESC} is a lightweight brushless speed control with a 6V 3A SBEC running the renowned BLHeli32 firmware. The ESC has been setup for glider operation with the brake on and has a XT60 connector ready fitted.
This ESC is unusual in being a modern lightweight efficient drone type ESC and having a 3A high voltage switching battery eliminator circuit (SBEC) fitted. This makes it ideal for all high performance aircraft where speed control weight and size need to be minimised.
Ready programmed with brake set. No programming required (or possible without an Arduino).
{table title="HyperFlight BLHeli32 40A ESC with SBEC Specification" class=1 cols=2 width=100,220 align=L,L separator=:}
Continuous Current: 40A
Peak Current: 44A for 10 seconds
Battery: 2S - 4S LiPo
SBEC: 6V @ 3A
Weight inc leads and XT60 plug: 11.3g
Weight ex leads: 4.8g
Firmware: BLHeli_32
Programmable: Yes, with an Arduino or our {p,BLHELI-USBprog} interface
PCB Size: 33mm * 14mm
Battery connector: 6 cm wires, XT60 plug/socket fitted
Motor connector: lands on PCB
RC wire length: 15 cm
{endtable}
� � & � � 7� � � � � � � � ( 2C4 g[ +A� �|�b� HF-BLHELI-40HV*HyperFlight 40A BLHELI-32 ESC with HV SBEC� The {b,HyperFlight 40A BLHELI-32 HV SBEC ESC} is a lightweight brushless speed control with a high voltage 7.4V 3A SBEC running the renowned BLHeli32 firmware. The ESC has been setup for glider operation with the brake on and a XT60 connector ready fitted.
This ESC is possibly unique in being a modern lightweight efficient drone type ESC and having a 3A high voltage 7.4V switching battery eliminator circuit (SBEC). This makes it ideal for all high performance aircraft with modern HV servos. Servos running on 7.4V will be approx 33% more powerful and faster than when running on a 5V power source.
Ready programmed with brake set. No programming required (or possible without an Arduino).
{table title="HyperFlight BLHeli32 40A ESC with HV SBEC Specification" class=1 cols=2 width=100,220 align=L,L separator=:}
Continuous Current: 40A
Peak Current: 44A for 10 seconds
Battery: 2S - 4S LiPo
SBEC: 7.4V @ 3A
Weight inc leads and XT60 plug: 11.3g
Weight ex leads: 4.8g
Firmware: BLHeli_32
Programmable: Yes, with an Arduino or our {p,BLHELI-USBprog} interface
PCB Size: 33mm * 14mm
Battery connector: 5 cm wires, XT60 plug/socket fitted
Motor connector: lands on PCB
RC wire length: 15 cm
{endtable}
� � ( � � 7� � � � � � � � 2 2C4 2 �}�b� MICRO-AQUILAMicro Aquila 0.80m� The full sized Aquila is both beautiful to look at, and great performing. The Alien Technologies {b,Micro Aquila} is a tiny version of the original.
The Aquila, designed by Lee Renaud and kitted by Airtronics is the inspiration for this kit. It is the perfect size to toss around the school yard, local slope or keep in the back seat of your car for a quick lunchtime thermal session.
The {b,Micro Aquila} is truly Micro with just a 31.5 inch wing span and an all up weight under 2 ounces! Yep, you read that right. You will need some truly tiny radio gear. You can use something like a Parkzone style brick, or you can use the 1.7 gram servos. Use Feather Cover, Oralight, Solite, Parklite or free-flight type lightweight covering materials to avoild warping the delicate wing structure.
Micro Aquila kit includes:
{bullet}
Built from laser cut 1/32", 1/16" & 1/8" Balsa and 1/64" Ply
Full set of Plans
0.5mm Pushrod wire
Laser cut control horns
Carbon Fibre pin and nylon screw for wing hold downs
Magnet and washer for hatch hold down
{endbullet}
Please note that this is a kit, you get to assemble it, but don't worry, these are fun and fast to build.
{video,vCG5xxjWlzQ} M � 2 � # � # � � � � � � � � � , �� e�. n �}�b� MICRO-GENTLE-LADYMicro Gentle Lady 0.76m� Introducing the {b,Micro Gentle Lady} Model Glider - the perfect blend of elegance, performance, and innovation in the world of RC gliders. Experience the joy of soaring through the skies with this lightweight, easy-to-assemble model that captures the essence of what it means to glide effortlessly through the air.
The {b,Micro Gentle Lady} is truly Micro with just a 30 inch wing span and an all up weight under 2 ounces! Yep, you read that right. You will need some truly tiny radio gear. You can use something like a Parkzone style brick, or you can use the 1.7 gram servos. Use Feather Cover, Oralight, Solite, Parklite or free-flight type lightweight covering materials to avoild warping the delicate wing structure.
Micro Gentle Lady kit includes:
{bullet}
Built from laser cut 1/32", 1/16" & 1/8" Balsa and 1/64" Ply
Full set of Plans
0.5mm Pushrod wire
Laser cut control horns
Carbon Fibre dowels for wing hold downs
Magnet and washer for hatch hold down
and 6 wing rubber bands
Power Pod kit for 8mm DD or similar motor is also included.
{endbullet}
Please note that this is a kit, you get to assemble the kit, but don't worry, these are fun and pretty darn fast to build.
{video, eX_sk2ecW8s}
{video,vCG5xxjWlzQ} P � 2 � # � # � � � � � � � � � , �� e� � �}�b� FOLDING-STAND-212Folding Model Stand 212) The {b,Folding Model Stand 212} is a portable work stand that folds up small enough to fit in a backpack or tool box. It is great for the field or on the workbench, and so small and portable no reason to leave it behind. The distance between the cradles is 212mm or 8.3".
Manufactured using top quality plywood and custom hinges the 6mm (1/4") soft foam protects your airframe and stops it sliding around. The stand can be assembled with a screwdriver and a few drops of CA. All holes are pre cut, plywood is engraved to guide you in hinge locations.
Use the round side on curvy fuselages. Or flip the stand over when using it with a flat bottom fuselage. You can also fold the stand close until it "hugs" the fuselage, it provides more grip to hold the fuselage.
Download the assembly manual TBA.
� $ � � � � � � � � � � O 2F4, �� Plywood iA�� � �}�b� FOLDING-STAND-310Folding Model Stand 310( The {b,Folding Model Stand 310} is a portable work stand that folds up small enough to fit in a backpack or tool box. It is great for the field or on the workbench, and so small and portable no reason to leave it behind. The distance between the cradles is 310mm or 12.2".
Manufactured using top quality plywood and custom hinges the 6mm (1/4") soft foam protects your airframe and stops it sliding around. The stand can be assembled with a screwdriver and a few drops of CA. All holes are pre cut, plywood is engraved to guide you in hinge locations.
Use the round side on curvy fuselages. Or flip the stand over when using it with a flat bottom fuselage. You can also fold the stand close until it "hugs" the fuselage, it provides more grip to hold the fuselage.
Download the assembly manual TBA. � ' � � � � � � � � � � � 2F4, �� Plywood g�� ��b�
AIR-INTAKELarge Air Intake (2)� A pair of large air intakes for cooling engines and equipment. These are beautifully molded from carbon fibre and weigh just 0.7g each.
y � � � 2� � � � � � � � 2E2� �� jSҒu ��b� MICRO-HI-START)Mini / Micro High Start for Small Gliders� This {b,Mini / Micro Hi Start} is perfect for launching gliders up to approx 250g and 1.2m wing span.
The hi-start product includes:
{bullet}
Latex rubber approx 9.5m x 5mm x 1mm
30m lightweight braided cable.
2 tow rings.
A pennant to help with release and for finding the end when it falls to earth.
A small stake for securing the high start to the ground.
A combined handle and storage part.
An instruction leaflet with lots of useful info.
{endbullet} � � � �
Y� � � � � � � � v 2F4� �� jq�7 ��b�
MICRO-RUNTMicro Runt 85cm� At just 85 cm (33.5") wing span and typical flying weight of only 90g the AngelWing Designs {b,Micro Runt} is intended for light wind slope flying with lazy aerobatic potential.
Quick and easy to build all balsa construction with localised plywood reinforcement.
Laser engraved cut lines where required for easy construction.
The large canopy is retained invisibly with a 0.4mm plywood tongue at the rear and a powerful double magnet catch at the front. Radio installation is a breeze due to the cavernous fuselage for a model of such diminutive stature. Even more space can be found beneath the banded on wings, giving multiple options for positioning of the elevator servo and receiver. The elevator is driven directly with a near friction free lightweight pushrod comprising of a PTFE tube and 0.5mm Piano wire pushrod. The pushrod is buried within the hollow cored built up fin.
A pair of 3g - 5g aileron servos can be fitted in the center section with simple external wire pushrods giving the options for aileron differential and flap options. Alternatively and for those feeling the need for a retro / traditional setup a single aileron servo can be mounted centrally with the addition of torque rods (not supplied). The kit including lower wing sheeting for both twin servo and single servo options.
{b,Kit Contains}
Laser cut selected Balsa and Plywood parts
PTFE / Wire Elevator pushrod
0.8mm Piano Wire Aileron pushrods
Magnetic hold down Catch
Carbon fibre wing band dowels
Wing Plan
{b,Control throws}
Ailerons 13mm up - 9mm down
Elevator 10mm up and down
Optional 20% expo on elevator, ailerons do not need expo unless preferred by novice pilots
Balance the completed model in a slightly nose down attitude on the main spar. You can push the C of G up to 10mm further backwards for a more responsive feel, but this will make the model harder to fly in blustery conditions.
{video,5kiPWoIvxxs} U � - � � � � � � � � � � 4� �� j`2� ��b�
DUNE-FREAKDune Freak 1.2m Designed by Nick Chitty, reworked for laser cutting by Anglelwing Designs, the {b, Dune Freak} is a superb light wind slope soarer optimised for dunes and other tiny slope soaring sites. This beautiful balsa and carbon flying wing can also be flown from the flat using our Mini High Start.
{bullet}
Flying Weight 165 - 200g
Balsa and Carbon construction
Carbon capped main spars
Carbon Reinforced leading edge
Carbon tube spar in Fin and Rudder
Simple 2 channel Rudder Elevator controls
Very tight turning Radius
{endbullet} Please see Nick Chittys Dune Freak Journey on Youtube.
{table title="Dune Freak 1.2m Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.200 m, 47 in
Wing area, 19.7 dm2, 305 sq in
Length, 50 cm, 19.8 in
Flying weight from, 165 g, 5.8 oz
Wing loading, 8.4 g/dm, 2.7 oz/sq ft
Aspect ratio, 7.3,
Wing airfoil, Proprietary,
Dihedral angle (EDA), 11.0�,
Spinner Diameter, 25 mm,
Centre of Gravity, 30-32 mm from wing leading edge
Controls, "Rudder, elevator, optional throttle"
{endtable}
The latest models now come with a spinner ring and front firewall to allow this model to be built as an electric glider. Recommended electric powertrain:
{table title="Recommended Powertrain" class=1 cols=2 width=140,220 align=L,L autohref=1}
T-Motor V1507 2700 RPM/V
CN Models 25mm Spinner for M5 Shafts
CN 6x4 folding prop blades
Dualsky SUMMIT 30 SLIM 6V
Bonka LiPo 2S 300mAh, or other 300 - 350mAh 2S LiPo
{endtable}
{table title="Dune Freak Glider 1.2m Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Total structure, 122.0 g, 4.3 oz
"Glue, mounts etc", 0.0 g, 0.0 oz
Receiver, 4.0 g, 0.1 oz
Rudder servo, 4.5 g, 0.2 oz
Elevator servo, 4.5 g, 0.2 oz
Battery, 30.0 g, 1.1 oz
Flying weight, 165 g, 5.8 oz
{endtable}
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{video, GUNhqo3g2GE}
{video, NCLL_ocDZMc}
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{video, 6xR9BGe-3Kw}
Like, Subscribe and comment on Nicks videos as it will help Nick to grow his channel. x � K � � )B� � � � � � � � | 4� �� j
{ � ��b�m SOAS-BAGSSOAS Wing Bags: Wing protection bags for the Angelwing Designs SOAS glider � �
� � 8� � � � � � � � � 2H6� �� i 'p � ��b� AW-X06 Ply Frame for KST X06 (pair)3 These HyperFlight CNC cut ply servo frames make fitting a {p,KST-X06} servo or a similarly sized servo to a molded wing very easy. No thickness is added to the installation, and the servo is mounted securely, yet can be removed easily if required.
Two servo frames supplied in the pack.
{ServoFrame} \ � � � \� � � � � � � � 2E1� �� j&�V � ��b� AW-6100(Ply Frame for MKS DS6100 & HV6100 (pair)1 These HyperFlight CNC cut ply servo frames make fitting a {p,MKS-DS6100}, and {p,MKS-HV6100} servos to a molded wing very easy. No thickness is added to the installation, and the servo is mounted securely, yet can be removed easily if required.
Two servo frames supplied in the pack.
{ServoFrame} , � � � � � � � � � � � 2E1� �� jUz �� -�� ��b� AW-HV6120#Ply Frame for MKS HV6120 (pair) New These HyperFlight CNC cut ply servo frames make fitting a {p,MKS-HV6120} servo to a molded wing very easy. No thickness is added to the installation, and the servo is mounted securely, yet can be removed easily if required.
Two servo frames supplied in the pack.
{ServoFrame} 1 � � � b� � � � � � � � 2E1� � �}�b� MK-SHROUD#Pushrod and Control Horn Shroud (2)� This very nce carbon molded pushrod exit shroud and control horn fairing reduce drag and look great. The control horn fairing is a good fit inside shroud, so contorl surface movement is not restricted.
A pair of these products (4 pieces) are suppied. z � � � 2� � � � � � � � 2 2E2� �� h,_�, ��b� MK-V-HORNControl Horn for V Tail (2)� A pair of carbon fibre control horns for V tails.
The horn is engineered for tails with an included angle of 135deg, but they will work well with most V tails. � � K� � � � � � � � � � 2E2� �� j� �� +(p ��b� AW-CHA-DS06 Ply Frame for CHA DS06 (pair)4 These HyperFlight CNC cut ply servo frames make fitting a {p,CHA-DS06} servo or a similarly sized servo to a molded wing very easy. No thickness is added to the installation, and the servo is mounted securely, yet can be removed easily if required.
Two servo frames supplied in the pack.
{ServoFrame} � � � � B� � � � � � � � ( 2E1� �� +(� ��b� AW-CHA-XV06H8Ply Frame for CHA LV06H, LV06N, CHA HV06H & HV06N (pair)I These HyperFlight CNC cut ply servo frames make fitting a {p,CHA-LV06H}, {p,CHA-LV06N}, {p,CHA-HV06H} or {p,CHA-HV06N} servo to a molded wing very easy. No thickness is added to the installation, and the servo is mounted securely, yet can be removed easily if required.
Two servo frames supplied in the pack.
{ServoFrame} � � � � C� � � � � � � � " 2E1� �� +(\ ��b� AW-CHA-XV06$Ply Frame for CHA LV06 & HV06 (pair)) These HyperFlight CNC cut ply servo frames make fitting a {p,CHA-LV06} or {p,CHA-HV06} servo to a molded wing very easy. No thickness is added to the installation, and the servo is mounted securely, yet can be removed easily if required.
Two servo frames supplied in the pack.
{ServoFrame} � � 2� � X� � � � � � � � . 2E1� ���� +(H ��b� AW-BB-12X8Ply Frame for Blue Bird BMS-125, BMS-126 & BMS127 (Pair)< These HyperFlight CNC cut ply servo frames make fitting a {p,BMS-125WV}, {p,BMS-126WV} or {p,BMS-127WV} servo to a molded wing very easy. No thickness is added to the installation, and the servo is mounted securely, yet can be removed easily if required.
Two servo frames supplied in the pack.
{ServoFrame} � � � �
� � � � � � � � 2E1� � � /KD ��b�
MICRO-HOOK Tow Hook for Micro Gliders (2)P A pair of ultra light tow hooks for attaching to the underside of micro gliders. � � � � � � � � � � � � 2F4� � �}�b�@
MK-DLG-BLADE2&High Quality Offset DLG Throwing blade� This new high quality Curved Offset DLG Throwing Blade improves launch height and throwing comfort. Beautifully molded from carbon fibre, and contoured to maximise launch height and comfort. The offset allows for the discus launch glider wing's dihedral angle, so the fingers stay approximately vertically aligned, even though the glider's wing will be angled up by about 6 degrees.
{table title="Curved Offset DLG Throwing Blade" class=1 cols=3 width=140,100 separator=: align=L,L,L}
Weight as supplied: 3.2 g
Max thickness of carbon: 1.7 mm
Height of both blades: 58 mm
Max width: 13.8 mm
Length of tang: 48 mm
Height of a single blade: 28 mm
{endtable}
The weight can be decreased by further reducing the thickness of the carbon towards the ends of the blades, and by profiling the edges, to approximate to a thin ellipse. See the attached {i,Shaping DLG Throwing Blades} PDF below.
To fit, open the end of the model's wing, and glue the tang inside the wing with epoxy or good quality thick CA. For excellent installation instructions see this {href,http://www.rcgroups.com/forums/showthread.php?t=1494802, T-Blade Installation} RCGroups thread.
Also called a contoured DLG launch blade, a seagull throwing peg, a curved launch blade. ; � � �
� � � � � � � � ( 2H6� +� h,_�{ �}�b� FLIPPER-FUSEFlipper Fuselage� Replacement carbon fuserlage for the Flipper DLG.
Will also work well for other 1m - 1.5m gliders.
Sold with tailplane mount, but this does not have to be used.
Length: 81 cm
Max wing root chord: Approx 17 cm
Nose length: 20 cm
Weight: 34 g � � F � # � � � � � � � � � X 3Q �� hv%� � � +-� ��b� SRIDSF-MKS6110+Integrated Drive System Foam for MKS HV6110) {IDSF, MKS HV6110, 11, 62, 80, 1.8,40,40} � � <� � � � � � � � � � 2BOX2I / ��b�
SRIDSF-KST-X08\Integrated Drive System Foam for KST X08, X08H, A08, A08H, X08 Plus, X08H Plus, HS08A, HS08B] {IDSF, KST X08; X08H; A08; A08H; X08 Plus; X08H Plus; HS08A; HS08B, 11, 62, 80, 1.8, 40, 40} � � <� � � � � � � � � � 2BOX2I �� j`�� �g -�\ ��b� SRIDSF-KST-X10OIntegrated Drive System Foam for KST X10 Mini, X10 Mini Pro-A, X10 Pro-A, DS135 This updated frame has a larger gluing area and fits the KST X10 Mini, KST X10 Mini Pro-A, KST X10 Pro-A as well as the older KST DS135 servos. It does not fit the larger KST X10.
{IDSF, KST X10 Mini; KST X10 Mini Pro-A; KST X10 Pro-A & DS135, 12, � �~�b� BMS-A10-GEARSETBlue Bird BMS-A10 Gear Set5 Replacement gear set for all Blue Bird BMS-A10 servos 8 � � � � � � � � � � � ( 1M3R �� h[�� � �} ��b� SPIN-ELF-PRO-SFSpin Elf Pro Servo FameH Frame for Blue Bird BMS-101 and KST X06 servos for the Elf Pro and Spin. � � 2� � � � � � � � � � 2 f��s �� + ��b� FREYA-EFreya Elektro 1.5m The {b,Freya Elektro} is a lovely balsa and carbon 1.5m electric glider. It has a good performance and is easy to fly. The model is straight forward to construct and goes together very quickly.
Kit contents:
- laser cut balsa parts
- laser cut plywood parts
- 3d printed parts
- carbon tubes
- nylon wing bolts
- steel nuts
- bowden cables inners and outers
- control horns
- model building plan (instruction)
What you need to have to build and fly:
- 2 x Emax ES9052 , or KST X06 V6,or CHA DS06 servo
- 2S Li-Po battery 600mAh 7.4V 30C JST
- electric motor eg. Redox BLF420/1000 (maximum diameter 28mm)
-- HyperFlight recommended motor: {href, products.asp?code=ADH-300L-FM, ADH300L Front Mount}
- ESC Schnurzz 12A
- 35mm or 36mm spinner (aluminium recommended for the forward weight)
- folding propeller eg. 7x6
- micro receiver (3-channels)
- Oralight or other lightweight covering material
- wood glue
- thin and thick CA glue
Technical data:
- flight weight: ~350g
- wingspan: 1500mm / ~ 59in
- length: 900mm / ~ 35,5in
- wing profile: hn1033
- wing area: 24 dm2
- wing loading: 14.5 g / dm2
See the photo build manual {href,https: �}�b�"
RDNBN1600S4JR'Radient 1600 mAh 4.8V NiMH 2/3A Batteryx This high quality four cell {b,Radient 4.8V 1.6Ah NiMH battery} is suitable for many RC models. The battery comes with a universal (JR type) RC plug.
This battery should be trickle charged at about 200 mA for approx 10 hrs.
{table title="Radient 1600 mAh 4.8V NiMH 2/3A Battery Specification" class=1 cols=2 width=130,200 align=L,L}
Chemistry, Nickel Metal Hydride
Number of cells, 4
Voltage, 4.8V nominal
Capacity, 1600 mAh
Charge current range, 100 mA - 500 mA
Trickle charge, 200 mA for 10 hrs
Weight, 90 g
Length, 68 mm
Width, 31 mm
Height, 17 mm
Lead length, 10 cm
Part Number, RDNBN1600S4JR
{endtable}
� � � � � � � � � � � d �� e��� +Ch `}�`� ASTRID-EAstrid Elektro F5L 2mv The {b,Astrid Elektro} is a lovely balsa and carbon 2m electric RES glider. It has a good performance and is easy to fly. The model is straight forward to construct and goes together very quickly.
Kit contents:
- aluminium motor mount
- laser cut balsa parts
- laser cut plywood parts
- 3d printed parts
- carbon tubes
- nylon wing bolts
- steel nuts
- bowden cables inners and outers
- control horns
- model building plan (instruction)
- stickers
What you need to have to build and fly:
- 4x servo 9g (max 9mm thickness, torque: 1-1.6kg)
- 2S Li-Po battery
- micro receiver (min. 3-channels)
- motor: Hyperflight 1806 - 2450kv (with 5mm threaded shaft)
- spinner: 25mm diameter
- folded propeller: 7x4
- Oracover or Monocote foil or other lightweight covering material
- wood glue
- CA glue thin and thick
Technical data:
- flight weight: 450-500g / 15.5 - 17.5 oz
- wingspan: 1984mm / 78 in
- length: 1207mm / 47 in
- wing profile: ag35-38
- wing area: 34dm2 / 527 sq in
See this {href, https://www.rcgroups.com/forums/showthread.php?4225913-Astrid-F3RES-or-F5RES, RCGroups Astrid thread} for more info. � � � � � � � � � � � � � � M 4 3 taken out of stock�
� `}�`� ASTRID
Astrid F3L 2mi The {b,Astrid} is a lovely balsa and carbon 2m RES glider. It has a good performance and is easy to fly. The model is straight forward to construct and goes together very quickly.
Kit contents:
- laser cut balsa parts
- laser cut plywood parts
- 3d printed parts
- carbon tubes
- nylon wing bolts
- steel nuts
- bowden cables inners and outers
- control horns
- model building plan (instruction)
- stickers
What you need to have to build and fly:
- 4x servo 9g (max 9mm thickness, torque: 1-1.6kg)
- 1S, 2S Li-Po or suitable NiMH battery
- micro receiver (min. 3-channels)
- Oracover or Monocote foil or other lightweight covering material
- wood glue
- CA glue thin and thick
Technical data:
- flight weight: 420-480g / 14 - 17 oz
- wingspan: 1984mm / 78 in
- length: 1207mm / 47 in
- wing profile: ag35-38
- wing area: 34dm2 / 527 sq in
See this {href, https://www.rcgroups.com/forums/showthread.php?4225913-Astrid-F3RES-or-F5RES, RCGroups Astrid thread} for more info.
Our thanks to Darwin Barrie amd John Hsu for some of the flying photos.
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AW-CHA-DS06X2!Ply Frame for Two CHA DS06 Servos� These HyperFlight CNC cut ply servo frames make fitting two {p,CHA-DS06} servos very easy. No thickness is added to the installation, and the servo is mounted securely, yet can be removed easily if required.
Designed by AngelWing specially to make fitting two CHA DS06 servos in easy their SOAS and Dune Freak kits, but they work in many applications
Frame size: 57mm x 30mm (slightly curved to fit Angelwing fuselages).
One 2 servo frame supplied in the pack. � � 2� � � � � � � � � � 2E1� �� +>( ��b� HF-SERVO-COVER)HyperFlight Self Adhesive Servo Cover (4)B These {b,HyperFlight Self Adhesive Servo Covers} are a simple and lightweight alternative to carbon servo covers. The strong clear plastic sticks firmly to the wing skin and follows the contour of the wing. The clear window in the centre allows the servo to be observed, for example to check it has not come loose.
Four servo covers supplied.
{table title="HyperFlight Self Adhesive Servo Cover" class=1 cols=2 width=150,115 align=L,L,L}
Sticker size,70 mm x 70 mm
Clear window size, 44 mm x 44 mm
Weight, 0.3 g
{endtable}
Trim to size to suit your application.
� 2� � � � � � � � � � � 2H3 �� .� ��b�5
GM-F5J-HUB-3030mm GM Hub/Yoke Replacement or alternative hub (also called yoke) for a GM spinner, with a distance between the blades of 30mm.
Does not include the hinge pin screws or the collet.
Usually used to replace the standard 30mm spinner hub to allow the blades to fold fully on more bulbous fuselages.
� � � � � � � � � � � � 2A5O � ��b� MF5K-JOINERMaxFlight F5K Wing Joiner5 Replacement wing joiner for thr MaxFlight F5K glider. ' � � � � � � � � � � � d 2G67 �� i�LR �� +#x @�`� WAZZUP TJIRC Wazzup 2.5m Slope SoarerA The {b,TJIRC WazzUp} was designed by Eric Rowan as a fun to fly slope soarer that really shines in radical big air aerobatics, yet has the efficiency to fly with style on marginal days also. The Wazzup is easy to fly for a less experienced sloper but really shows its abilities in the hands of an experienced pilot.
The WazzUp is all molded in carbon fibe and glass to a high standard by TJIRC. The fit and finish are very good, colours are brilliant with clean edges. The push rods and elevator bell crank are pre-installed and the RC installation is straightforward.
The WazzUp can be built as a pure glider or can be equipped with a motor. The build manual covers both builds. The manual can be downloaded {href, https://www.hyperflight.co.uk/getfile.asp?code=WAZZUP&code2=1, here}. The manual is not a step by step build manual, but is an example of how the aircraft can be fitted out; as well as recommended settings for the first flight.
An unusual design decision is Wazzup's triangular fuselage. It is nearly flat on the bottom and makes holding the model very easy, it also gives you a lot of room inside the fuselage which is useful if you want to install an electric motor. There is lots of room for electronics and battery, but the fuselage is still very sleek - very nice balance for both applications.
Another unusual feature is the very slightly forward swept wings, coupled with the rather long tail moment and full flying cross tail. This makes theWazzup very smooth and she tracks through the sky beautifully. See this {href, https://forum.alofthobbies.com/index.php?threads/new-tjirc-2-5m-wazzup-build.3837/, Wazzup build & fly thead} for more info.
Nice Wazzup video {href, https://vimeo.com/1008145747, here}.
{table title="Wazzup Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.50 m, 98 in
Wing area, 46.3 dm2, 718 sq in
Length, 13 cm, 5.1 in
Flying weight fro�� +<h @�`� CON30>3mm Gold Plated Solder Type Battery/Motor Connectors (6 pairs)� Good quality sprung loaded gold plated connectors. Mostly used for connecting ESCs to electric motors.
{b,Specifications}
Connector Type: Male and female gold plated for soldering
Connector Diameter: 3mm
Quantity: 6 male, 6 female (12pcs) � � � � `� � � � � � � �
2E3B 19/03/2024 changed from 3.5mm to 3mm. Credited last two customers� ��}�b�n GM-F5J-32-SPECIAL32mm GM F5J spinner special ' � " � � � � � � � � � � 2 O o� e�~�`S +@0 ��b�6
CN-U-COLLET-3'3mm Collet for CN-U 30mm & 32mm Spinner� A collet to allow the CN-U 30mm and CN-U 30mm spinners to be used with motors with a 3 mm output shaft.
Does not include the spinner asembly - you will need to buy the spinner additionally.
2 � � � P� � � � � � � � 2B4� � � +-p ��b� SRIDS-MKS-6120+Integrated Drive System/Mono for MKS HV6120! {IDSM, MKS HV6120, 12, 48, 81, 3} � � <� � � � � � � � � � 1 2BOX1I � ��b� AL-TUBE-5 Aluminium Tube 5mm OD, 4.1mm ID {alitube, 5,4.1}
2 � � � � � � � � � � � 0 3Y �� i�ٯ�# +� @�`� AL-TUBE-6 Aluminium Tube 6mm OD, 5.1mm ID� The ID of this tube is unfortumately a bit small, and contrary to the info below it does {b,not} slide over our 5mm OD carbon rods or tubes.
{alitube, 6,5.1}
#{alitube, 6,4.9} < � 2� � 2� � � � � � � � ��b� AL-TUBE-3 Aluminium Tube 3mm OD, 2.1mm ID {alitube, 3,2.1} � 2� � E� � � � � � � �
3Y �� jW� � ��b� AL-TUBE-4 Aluminium Tube 4mm OD, 3.1mm ID {alitube, 4,3.1} ( � K� � S� � � � � � � � 3Y �� jM6 � ��b� AL-TUBE-7 Aluminium Tube 7mm OD, 6.1mm ID {alitube, 7,6.1} F � � � Q� � � � � � � � ) 3Y �� j L � ��b� AL-TUBE-8 Aluminium Tube 8mm OD, 7.1mm ID {alitube, 8, 7.1} P � 2� � K� � � � � � � � 3Y �� ioZ� � � .� ��b�! AL-TUBE-9 Aluminium Tube 9mm OD, 8.1mm ID {alitube, 9, 8.1} Z � � � � � � � � � � � 3Y �� Alu 5
� -q$ `|�`�# DM13-05 1S LiPo to 5V Step Up RegulatorU
This 2A step up power supply module has a fixed output voltage of 5V with input voltages from 2V to 5V max.
This is ideal for powering DLGs and other small gliders using a 1S LiPo when the servos do not work reliably or provide acceptable performance at lower voltages. The 2A current capability is enough for a four servo 1.5m DLG.
These regulators can also be used with small 1S LiPos as backup power supplies for larger model aircraft.
{table title="1S LiPo to 5V Step Up Regulator Specifications" class=1 cols=2 width=50,100 align=L,L}
Input voltage range, 2 - 5 VDC
Fixed output voltage, 5 VDC
Output accuracy, � 0.1 V
Maximum output current, 2A
Ripple at full load, Vpp less than 70mV
Operating temperatures, -40�C to + 85�C
PCB size, 17x13mm
Weight, 1.3g
{endtable}
Below is a copy of an {href, https://www.rcgroups.com/forums/showpost.php?p=51979767&postcount=7, RCGoups} post I wrote:
BEC = battery elimination circuit = converts usually a higher voltage to a lower voltage so you can run your RC from the main battery used to power the electric model. It uses a linear step down regulator and dissipates the lost energy as heat, and can/will fail if the current is drawn for too long. A BEC is not designed for gliders, and is usually an extra circuit in an Electronic motor Speed Controller (ESC).
SBEC = Switching Battery Eliminator Circuit = same as above but uses a switching circuit to convert the voltage. This is more efficient and can supply the specified current for longer, maybe indefinitely.
UBEC = Same as SBEC. UBEC is a marketing term and the U can stand for anything.
The Matek and other regulators can be step up or step down and are usually designed for other purposes, but can be used by glider fliers.
A step down circuit can be used for running 5V servos off a 2S LiPo or other high voltage source.
A step up circuit can be used for running 5V servos off a 1S LiPo.
See these links for more info
https://oscarliang.com/what-is-esc-ubec-bec-quadcopter/
https://drones.stackexchange.com/que...ess-motor-escs
The benefits of a step up regulator is (a) that servos will run a lot better at 5V than at 3.7V or whatever the 1S LiPo is putting out and (b) that the full capacity of the battery can be used. Without a step up regulator it is only safe to half discharge the 1S LiPo down to 3.7V as most servos and receivers will fail at lower voltages.
The big disadvantage of all regulators is that the receiver voltage telemetry will see the regulated voltage and not the battery voltage, and so you cannot tell the charge state of the battery while flying.
Neil
d � _� � :� � � � � � � � 2D4S https://www.ebay.co.uk/itm/124199649962
Alte�� ,;< ��b�$ KESTREL-BAGSKestrel Protective Bags� Good quality wing and tail bags to protect the Kestrel F5K fuselage and flying surfaces.
A beautiful set of wing and tail bags for the Kestrel electric DLG. The covers will protect the surfaces from physical damage and from solar radiation which can warp and weaken naked carbon structures, even in northern climates.
The bags are made from aluminised Mylar covered foam with a coloured fabric (canvas-like) edging and pocket ends. The wing bags include a Velcro area for attaching both halves together. B � 7 � � # � � � � � � � � �
3 with modelsj � � +� ��b�( SRIDSF-MKS6120+Integrated Drive System Foam for MKS HV6120) {IDSF, MKS HV6120, 11, 62, 80, 1.8,40,40} � � <� � � � � � � � � � 2 2BOX1I � � ,(< ��b�) SRIDSM-KINGMAX1Integrated Drive System Mono for KingMax CLS0512W0 {IDSM,KingMax CLS0512W, C 11, 62, 80, 1.8,40,40} � <� � � � � � � � � � 9 2BOX1I WK +` ��b�' KST-A12-S1KST A12-S Wing Servo - 13.8Kg.cm 0.08s 32.0g 12mm� The KST A12-S servo uses a magnetic (hall effect) sensor to provide position feedback, replacing the troublesome sliding contact potentiometer used in most sevos. This improves the reliability of the servo enormously, while also proviing better accuracy and resolution. The A12-S also benefits from an ultra-efficient 7 phase coreless motor, a hardened steel gear train, aluminum case, slow start, low current consumption and constant power output. These make it perfect for high performance gliders, larger electric models and jets.
This servo uses a mini 25 tooth (Futaba) output spline for maximum compatibility with the large variety of aftermarket control horns. Supplied accessories include two strong red nylon output arms, and three normal strength white nylon output arms.
{b,KST A12-S Features}
{bullet}
Magnetic position sensor
7 phase coreless motor
12 mm body for stronger gears and improved toughness
Excellent 13.5 Kg.cm torque
Compact and light weight design
Excellent torque and speed
Wide 5S NiMH to 2S LiPo voltage range
Excellent heat dissipation
7075 Alloy casing
Hardened Steel gears
Designed for high performance RC Gliders and Helis
{endbullet} {ServoSpecs}
A � K � � 0K� � � � � � � � 5 1J1 � � +-� ��b�, SRIDSM-KST-A12(Integrated Drive System Mono for KST A12& {IDSM, KST A12, 11, 62, 80, 1.8,40,40} � � <� � � � � � � � � � " 2BOX2I � ��b�+
SRIDSM-KSTA13(Integrated Drive System Mono for KST A13* {IDSM, KST A13-610, 11, 62, 80, 1.8,40,40} � � <� � � � � � � � � � # 2BOX2I �� i�t� � � ,�d ��b�-
SRIDSF-MKS75K2Integrated Drive System Foam for MKS DS75K & HV75K6 {IDSF, MKS DS75K and MKS HV75K, 11, 62, 80, 1.8,40,40} � � <� � � � � � � � � � ��b�. MUSIC-WIRE-04MM0.38mm Music Wire (91 cm)P {musicwire,0.38,0.91, } This wire is suitable for the torque springs on 1m DLGs. � 2� � "� � � � � � � �
3 �� jcbN�� +?� ��b�/ CN-U-SPINNER-30MM#30mm CN-U Spinner (Requires Collet)V The {b,CN-U 30 mm Spinner} is a good quality spinner and yoke assembly developed by CN models. It is very similar to the Vladimir's Models HyperSpinner we used to sell but uses a conical collet for motor shaft fixing, not a grub screw. Collets are available in most sizes from 3mm to 6mm and need to be purchased separately.
An innovative feature of this design is that the yoke can take either 30 mm or 32 mm spinner cones so the spinner diameter can be changed simply by swapping the plastic part while retaining the same hub and collet.
Blades and collet not included - select to suit your motor/gearbox.
{table title="CN Models CN-U 30 mm Spinner Specification" class=1 cols=2 width=160,160 align=L,L}
Diameter, 30 mm
Distance across hinge pins, 28.5 mm
Hinge pin diameter, 3 mm
Blade root width, 8 mm
Weight, 11.3 g
{endtable}
- � � � 2� � � � � � � � 2B4� xk +@� ��b�1
CN-U-COLLET-4'4mm Collet for CN-U 30mm & 32mm Spinner� These 4 mm hole split collets fits the CN-U 30mm and 32mm spinners we sell.
They are suitable for motors with 4 mm diameter shafts.
Does not include the spinner asembly - you will need to buy these additionally. 4 � � � P� � � � � � � �
2B4� � ��b�2
CN-U-COLLET-5'5mm Collet for CN-U 30mm & 32mm Spinner� These 5 mm hole split collets fits the CN-U 30mm and 32mm spinners we sell.
They are suitable for motors/gearboxes with 5 mm diameter shafts.
Does not include the spinner asembly - you will need to buy the CN-U spinner additionally. 5 � � � P� � � � � � � � 2B4� �� jQ���w +@� ��b�3
CN-U-COLLET-6'6mm Collet for CN-U 30mm & 32mm Spinner� These 6 mm hole split collets fits the CN-U 30mm and 32mm spinners we sell.
They are suitable for motors/gearboxes with 6 mm diameter shafts.
Does not include the spinner asembly - you will need to buy these additionally.
6 � � � P� � � � � � � � 2B4� �� +?� ��b�4 CN-U-SPINNER-32MM#32mm CN-U Spinner (Requires Collet)V The {b,CN-U 32 mm Spinner} is a good quality spinner and yoke assembly developed by CN models. It is very similar to the Vladimir's Models HyperSpinner we used to sell but uses a conical collet for motor shaft fixing, not a grub screw. Collets are available in most sizes from 3mm to 6mm and need to be purchased separately.
An innovative feature of this design is that the yoke can take either 30 mm or 32 mm spinner cones so the spinner diameter can be changed simply by swapping the plastic part while retaining the same hub and collet.
Blades and collet not included - select to suit your motor/gearbox.
{table title="CN Models CN-U 32 mm Spinner Specification" class=1 cols=2 width=160,160 align=L,L}
Diameter, 32 mm
Distance across hinge pins, 28.5 mm
Hinge pin diameter, 3 mm
Blade root width, 8 mm
Weight, 11.6 g
{endtable}
A � � � 2� � � � � � � � 2B4� �}�b�7 RDNB4503S30JST$Radient LiPo 3S 450mAh 11.1V 30C JSTs Small 3S 450 mAh LiPo battery suitable for F5-RES (F5L) and electric DLGs or other very lightweight models. Comes with a JST BEC power connector plug and a JST-HX balance plug.
{table title="Riadient Supera LiPo 3S 450 mAh Battery Specification" class=1 cols=2 width=100,220 align=L,L}
Chemistry, Lithium Polymer
Number of cells, 3
Voltage, 11,1V nominal
Capacity, 450 mAh
Weight, 44 g
Discharge rating, 20 C
Length, 56 mm
Width, 31 mm
Thickness, 14 mm
Power lead length, 8 cm
Power plug, Mini JST (BEC) plug
Balance lead length, 3 cm
Balance plug, JST-HX
Supplier ref, RDNB4502S30JST
{endtable}
{LiPost} �v � � � ?� � � � � � � � A 2D0 � jh� ��b�Y NG2M-J6NG 2m 6� Wing Joiner� Higher dihedral angle wing joiner for the NG2m glider - approx double the angle of the standard joiner for improved stability and thermalling.
Cut down as required. � � � � � � � � � � � P 2G67 �� g�� ,), ��b�R VINCERESVinceRES 2m F3L� The {b, VinceRES 2m} is a new F3L RES glider designed by Jeroen Kole and Vincent Merlijn. Vincent won the 2017 world championship in F3K in a team with Jeroen. After the success of their CX-RES Mini it was decided to design a 2m F3L/RES model. The first competitions with the prototype in 2022 showed that the VinceRES is really competitive and recently the VinceRES achieved 2nd place in the 2023 German F3L Championships. It can quickly cover large distances, but also climbs very well in thermals, with particularly good performance in strong winds when ballasted. The spoiler position chosen results in almost no turbulence over the tailplane, giving improved response to the controls and ensuring full landing points.
The main distinguishing feature is the model's low wing. Vincent Merlijn wrote this email to HyperFlight to explain his design philosophy:
<i>This low wing requirement comes from F3K, where low drag at speed is most important, especially during launch as it translates into height. Also for making distance we see a slight advantage with a low wing design. Aerodynamically the improvement is small, only expert competition pilots will notice it. With RES it is less of a factor, but the principle still applies.
I have chosen this design mostly because of looks and because I became F3K World Champ in 2017, with a low winged Concept x5. The VinceRES 2m is a family member of Concept;) In my opinion a lot of RES planes fly well but the looks - not so much. So I took some effort to design something that looks nice and distinctive and flies at least as well as the current best RES high wing models. I hope Jeroen Kole and myself achieved that.
We also designed the airfoils ourselves and in combination with the large wing area this has resulted in a possibility to fly slowly in weak thermals and also make good distance when needed. When penetrating against the wind the VinceRES goes better than the other models I flew against, especially when using ballast. This is the real strong point of the VinceRES 2m, flying in wind. Put in ballast and she becomes a RES beast;)</i>
The main design focus was lift optimization, wide speed range and agile control performance. For this purpose new wing and tailplane airfoils were developed. The two-piece wing has a Dbox front part to maximise laminar flow and minimise drag. It also has a low taper, keeping the Reynolds Number high at the tip, increasing efficiency and reducing tip stalls. This gives very nice handling characteristics and makes thermalling easy. The wing uses a carbon joiner and stabilizer is attached using screws, making the model easily transportable.
Most of the components are laser cut and designed so that the individual parts can be clicked together like a self aligning 3D puzzle. This avoids construction errors before gluing and reduces the build time. An outstanding feature us that some critical parts are 3D CNC cut to create 3D shapes. The milled fillets to fair the wing roots into the fuselage are particularly impressive.
See the {i,More Details} section at the bottom of the page for the link to the good photo build log.
The kit contains:
{bullet}
Laser cut plywood and balsa parts.
All control linkages (carbon inside and plastic outside).
CNC machined leading edges, hub and wing fairings.
Carbon fiber outriggers for the fuselage.
Carbon spars and joiners.
Small material.
Printed plans.
Love for aviation and model making.
{endbullet}
(C) 2024 Neil Stainton
{table title="VinceRES 2m Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.0 m, 78 in
Wing area, 36.7 dm2, 569 sq in
Length, 112 cm, 44.1 in
Flying weight from, 450 g, 15.9 oz
Wing loading, 12.3 g/dm2, 4.0 oz/sq ft
Aspect ratio, 10.8,
Wing airfoil, Custom 6.7-8.0%
Dihedral (EDA), 12.0�,
Centre of Gravity, 62-76 mm from wing LE (69 mm recommended)
Controls, "Rudder, elevator, spoilers"
{endtable}
{table title="VinceRES 2m Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Bare structure, 315 g, 11.1 oz
Covering, 45 g, 1.6 oz
Total structure, 360 g, 12.7 oz
Receiver, 6 g, 0.2 oz
Rudder servo, 5 g, 0.2 oz
Elevator servo, 5 g, 0.2 oz
Spoiler servos (2), 10 g, 0.4 oz
Battery, 54 g, 1.9 oz
Noseweight, 10 g, 0.4 oz
Flying weight from, 450 g, 15.9 oz
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder & elevator servos, CHA DS06, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, KST X06
Spoiler servos, CHA DS06, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, KST X06
Receiver, 4 or 5 channel receiver to match your transmitter
Battery, Bonka HV LiPo 1S 550mAh, Dream-Flight 300 mAh 4.8V NiMH, HyperFlight 650 mAh 4.8V NiMH, Dream-Flight 700 mAh 4.8V NiMH, 1S 2600 mAh Li-Ion, 2S 300-600mAh LiPo
{endtable}
{table title="Control Throws" class=1 cols=2 width=120,240 align=L,L}
Rudder, 17 mm each way
Elevator, 10 mm up & down
Spoilers, 80� up
{endtable}
{video,j8c6NITa1Xg}
� � � � � � �_� � � � � � � � 4� " .-x ��b�8 MFZ30.30mm Ali Spinner for 2, 2.3, 3 & 3.17mm shafts| This excellent value {b,Aluminium 30 mm Spinner} is a good quality spinner and yoke assembly that comes with collets for 2.0mm, 2.3mm, 3.0mm and 3.17mm (1/8") motor shafts, making it very suitable for many small motors. Like other advanced spinner assemblies it uses a cranked yoke which ensures the prop blades fold close to the fuselage sides, reducing drag.
Blades not included - select to suit your motor.
{table title="Ali 30 mm Spinner Specification" class=1 cols=2 width=160,160 align=L,L}
Diameter, 30 mm
Distance across hinge pins, 25 mm
Hinge pin diameter, 3 mm
Blade root width, 8 mm
Weight, 12.0 g
{endtable}
3 � � � (� � � � � � � � 2C5� � ��b�9 MFZ25.25mm Ali Spinner for 2, 2.3, 3 & 3.17mm shafts, This excellent value {b, Aluminium 25 mm Spinner} is a good quality spinner and yoke assembly that comes with collets for 2.0mm, 2.3mm, 3.0mm and 3.17mm (1/8") motor shafts, making it suitable for many small motors. Like other advanced spinner assemblies it uses a cranked yoke which ensures the prop blades fold close to the fuselage sides, reducing drag.
This 25mm spinner has 3mm hinge pins, making it suitable for our larger (8" plus) folding prop blades but not suitable for most of the small 6" and 7" diameter blades well sell.
Blades not included - select to suit your motor.
{table title="Ali 25 mm Spinner Specification" class=1 cols=2 width=160,160 align=L,L}
Diameter, 25 mm
Distance across hinge pins, 22 mm
Hinge pin diameter, 3 mm
Blade root width, 8 mm
Weight, 9.4 g
{endtable}
� � �
Z� � � � � � � � 2C5� � Aluminium jX� � ,s� ��b�: MFZ35,35mm Ali Spinner for 3, 3.17, 4 & 5mm shaftsq This excellent value {b,Aluminium 35 mm Spinner} is a good quality spinner and yoke assembly that comes with collets for 3mm, 3.17mm (1/8"), 4mm and 5mm motor shafts, making it suitable for many applications. Like other advanced spinner assemblies it uses a cranked yoke which ensures the prop blades fold close to the fuselage sides, reducing drag.
Blades not included - select to suit your motor.
{table title="Ali 35 mm Spinner Specification" class=1 cols=2 width=160,160 align=L,L}
Diameter, 35 mm
Distance across hinge pins, 30 mm
Hinge pin diameter, 3 mm
Blade root width, 8 mm
Weight, 15.9 g
{endtable}
_ � � � � � � � � � � � <
2C5� � +�� ��b�; MFZ40,40mm Ali Spinner for 3, 3.17, 4 & 5mm shaftsq This excellent value {b,Aluminium 40 mm Spinner} is a good quality spinner and yoke assembly that comes with collets for 3mm, 3.17mm (1/8"), 4mm and 5mm motor shafts, making it suitable for many applications. Like other advanced spinner assemblies it uses a cranked yoke which ensures the prop blades fold close to the fuselage sides, reducing drag.
Blades not included - select to suit your motor.
{table title="Ali 40 mm Spinner Specification" class=1 cols=2 width=160,160 align=L,L}
Diameter, 40 mm
Distance across hinge pins, 34 mm
Hinge pin diameter, 3 mm
Blade root width, 8 mm
Weight, 23.0 g
{endtable}
� � � �
F� � � � � � � � ) 2C5� �� -� ��b�< CHA-DS09)CHA DS09 Servo - 9.0Kg.cm 0.10s 13.6g 9mm The {b,Chaservo DS09} is a high torque 9mm thick digital servo, equipped with double ball bearings and durable metal gears. This powerful and precise servo is suitable for all model building applications, especially for extremely narrow areas such as small gliders and DLGs.
The wide voltage range from 3.5V to 8.4V makes the Chaservo DS09 a reliable, versatile all-round servo with impressive performance characteristics. On a 2S LiPo the DS09 produces 9 Kg.cm of torque and even at 4.8V the DS09 produces a torque of 6kg with 0.16s/60� operating speed.
The case is made from high-strength technopolymer with an aluminum-reinforced centre part/gear holder for best precision and heat dissipation. The technopolymer part of the housing gives excellent vibration damping.
{b,CHA DS09 Features}
{bullet}
9mm thin
9 Kg.cm torque
Coreless DC motor
High precision metal gears
Double ball bearings
Includes adaptor for horizontal (wing) mounting
High-quality connection cables
25T-5 output spline
{endbullet} {ServoSpecs}
� � � � 5� � � � )2� � � � # 1M1� F7 +( ��b�= CHA-HV85)CHA HV85 Servo - 8.9Kg.cm 0.11s 13.7g 9mm� The {b,Chaservo HV85} is a high torque 8.5mm thick digital servo, equipped with double ball bearings and durable metal gears. This powerful and precise servo is suitable for all model building applications, especially for medium size electric gliders and high performance models.
The Chaservo HV85 is a reliable, versatile all-round servo with impressive performance characteristics. On a 2S LiPo the HV85 produces 8.9 Kg.cm of torque with a 0.11s/60� operating speed.
{b,CHA HV85 Features}
{bullet}
8.5mm thin
8.9 Kg.cm torque
Coreless DC motor
High precision metal gears
Double ball bearings
High-quality connection cables
25T-5 output spline
{endbullet} {ServoSpecs} � � 6 � � #� � � � N � � � � # 1M1�
��b�> CHA-HV85H/CHA HV85H Wing Servo - 8.9Kg.cm 0.11s 13.7g 9mms The {b,Chaservo HV85H} is a version of the CHA HV85 servo with horizontal lugs (also called mounting tabs), to facilitate mounting in wings and tail surfaces. The CHA HV85H is the a high torque 8.5mm thin digital servo, equipped with double ball bearings and durable metal gears. This powerful and precise servo is suitable for all model building applications, especially for use in the thin wings used by many high performance gliders and racers.
The Chaservo HV85H is a precise, versatile all-round servo with impressive performance characteristics. On a 2S LiPo the HV85 produces 8.9 Kg.cm of torque with a 0.11s/60� operating speed.
{b,CHA HV85H Features}
{bullet}
Suitable for wing mounting
8.5mm thin
8.9 Kg.cm torque
Coreless DC motor
High precision metal gears
Double ball bearings
High-quality connection cables
25T-5 output spline
{endbullet} {ServoSpecs} � � 6 � � #� � � � N � � � � # 1M1� 2� jh�FQ ��b�? CF-TISSUECarbon Tissue 9g/m2� This incredibly light {b, Carbon Fibre Tissue} only weighs 8g/m2 (0.03 oz/sq ft). It is suitable for strengthening and especially stiffening wood or foam structures.
This is an ideal material for adding strength to delicate structural parts or laminating lightweight balsa and ply components. It is not suitable for covering open structure airframes.
This carbon fibre tissue is a highly porous nonwoven tissue produced from short chopped engineered fibres. It has been specifically developed for use in advanced composite structures and are used in a variety of industries worldwide, including aerospace, defence, automotive, construction, industrial, consumer electronics and energy.
The key benefits include; excellent resin uptake, and exceptionally even fibre distribution, ideal for providing a high quality surface finish and effective surface engineering of composites, as well as aiding fabrication through acting as a lightweight support or carrier.
This carbon tissue should be laminated with low viscosity resin systems for the best finish and strength. It can also be bonded with thin CA adhesives, or other laminating / finishing systems such.
Nominal pack size: 1000 x 290mm (40� x 11.4�)
� �
� � 7� � � � � � � � 2E4� !� js. �� ,$� ��b� PASSIONPassion F5J 3m_ The {b,Passion} is a beautiful rudder, elevator and landing flap ultralight electric glider. It is all you need to experience the fascination and passion of gliding with this three meter lightweight. The multiple polyhedral angle wing design ensures the model is very stable yet responsive and thermals with ease.
The model is built from laser-cut balsa and plywood parts, which fit together precisely and thus enable quick construction. The sturdy plywood fuselage has a tail boom made of a tapered CFRP tube. Each wing half consists of four parts, each of which is assembled in a plug-in joiner. White glue as well as thick and thin superglue are recommended for bonding.
The Passion is manufactured in Germany to the highest standards.
{b, Features}
* Laser Cut Balsa Kit
* Construction jig for accurate wing construction
* Landing flaps
* 2-piece, removable wing
* Slim fuselage and excellent aerodynamics
* Full size construction plan and instructions in German & English
{b, Specifications}
Wingspan = 3000mm
Length = 1420mm
Weight = from 850g
Wing Area = 54.8dm�
Wing Loading = from 15.5g/dm�
Spinner diameter = 35mm
Max motor diameter = 30mm
Due to the lightness of the construction we recommend wrapping the tubular spar in the centre and mid panels with Kevlar thread. This will stop it from splitting. Also please consider using normal Orafilm (not Oralight) for these panels to provide extra flutter resistanc^ +<� ��b�A TERA-V5
Tera V5 2.25m� The {b,Tera V5} is an attractive high performance electric glider that is stable and manoeuvrable. The model responds excellently to thermals and can also be flown quickly on slopes.
The geodesic wing structure is a work of art and engineering finesse. Apart from looking beautiful it makes the wing more torsionally rigid and allows the lightweight structure to support a fully articulated trailing edge with four servos operating separate ailerons and flaps. This results good controllability and also allows the wing camber to be adjusted for the desired flying speed and flight mode, giving a much wider speed range.
Despite the apparent complexity the included construction jig makes assembling the wing is very quick and easy.
Our thanks to Robson Rosa and Associa��o de Planadores de Belo Horizonte for use of their photos.
{b,Product features
} {bullet}
Laser cut balsa and plywood kit
Excellently engineered design
Geodesic wing structure for maximum strength
Construction jig for easy wing construction
2-piece, removable wing
Slim fuselage and excellent aerodynamics
Full size construction plan included
Instructions in English and German
{endbullet}
{table title="Tera V5 Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.25 m, 89 in
Wing area, 33.8 dm2, 524 sq in
Length, 103 cm, 40.6 in
Flying weight from, 595 g, 21.0 oz
Wing loading, 17.6 g/dm, 5.8 oz/sq ft
Aspect ratio, 15.0,
Wing airfoil, SD7080,
Dihedral angle, 4.5�,
Spinner Diameter, 32 mm,
Centre of Gravity, TBA mm from wing leading edge
Controls, "Rudder, elevator, ailerons, flaps, throttle"
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder & elevator servos, Hitec HS-40, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, CHA DS06, Blue Bird BMS-A10H, MKS DS65K, KST X06, KST X08
Aileron servos (2), Hitec HS-40, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, CHA DS06, MKS HV70, MKS DS65K, KST X06N, KST X06H, KST X08N, KST X08H
Flap servos (2), Blue Bird BMS-101DMG, Blue Bird BMS-101HV, CHA DS06, KST X06N, KST X06H, KST X08N, KST X08H, MKS DS75K
Receiver, 7+ channel receiver to match your transmitter
Speed control, 15A - 30A ESC, HyperFlight 28A BLHELI-32, HyperFlight 30A BLHELI-32, E-Power Plus 25A High RPM ESC
{endtable}
{table title="Powertrain Recommendations" class=1 cols=2 width=130,310 align=L,L autohref=1}
ADH300L / MM1914-1100, 3S 500mAh LiPo, 8x5 prop
ADH300L / MM1914-1100, 2S 600mAh LiPo, 10x6 prop
Axi 2208/34 V2 Long, 3S 500mah LiPo, 8x5 prop
Axi 2212/26 V2 Long, 3S 500mah LiPo, 9x6 prop
Hacker A20-20L, 3S 500mah LiPo, 10x7 prop (21A, 1950 fpm)
Hacker A20-20L, 2S 600mah LiPo, 13x9 prop (23A, 1750 fpm)
Hacker A20-26M, 3S 500mah LiPo, 9x6 prop (16A, 1530 fpm)
Dualsky XM2826-10, 2S 600mAh LiPo, 10x7 prop
Dualsky XM2532EG-16, 2S 1000mAh LiPo, 10x6 folding prop
Dualsky XM2532EG-16, 3S 650mAh LiPo, 9x6 folding prop
Dualsky XM2527EG-23, 2S 1000mAh LiPo, 9x6 folding prop
Hacker A10-7L 4.4:1, 3S 900mAh LiPo, 12x10 folding prop, 12A, 7.5m/s
Hacker A10-7L 4.4:1, 3S 900mAh LiPo, 13x8 folding prop, 13A, 8.5 m/s
{endtable}
{table title="Tera V5 Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Total structure, 400.0 g, 14.1 oz
Receiver, 7.0 g, 0.2 oz
Aileron servos, 10.0 g, 0.4 oz
Flap servos, 12.0 g, 0.4 oz
Rudder servo, 6.0 g, 0.2 oz
Elevator servo, 6.0 g, 0.2 oz
ESC, 10.0 g, 0.4 oz
Motor, 35.0 g, 1.2 oz
Prop & spinner, 14.0 g, 0.5 oz
Battery, 95.0 g, 3.4 oz
Flying weight, 595.0 g, 21.0 oz
{endtable}
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� � � � � u � �� +� ��b�E MKS-HV70H)MKS HV70H Servo - 3.1Kg.cm 0.06s 5.4g 7mm� The {b,MKS HV70H} servo is tiny and is ideal for 1m DLGs, F3K, F3L, F5D, and all small models that require excellent precision, massive torque, and adequate speed. It is just 7 mm thick and has an incredible torque of 3.1Kg cm and an excellent speed of 0.06s per 60 degrees, at 8.2V. Unlike the {p,MKS-HV70} it has normal mounting lugs, making it best suited for fuselage mounting.
Smaller than the lamented SD100/D47, smaller and lighter than the KST X06, and more powerful than both, it is undoubtedly the best small glider servo available in 2023.
The MKS HV70H is actually a low-medium-high voltage servo as it works on 1S and 2S LiPo as and well as 4.8V - 6V NiMH batteries.
The supplied accessories include a pulley type output disk, making this servo ideal for pull-spring tail surface connections, as popularised on DLGs but also finding favour in other classes of models. Although old school modellers are reticent about trying pull-spring it is actually very quick and easy to set up, and results in a lightweight and totally slop free control surface linkage. Easily implemented using our {plink, MK-TORQUE-SPRING,torque springs} and {plink,MK-PULL-CORD,pull cord sets}.
{MKSCNC}
{film}
{ServoSpecs}
We are now selling the updated HV70H v2 servo.
6 � 9 � � # � � � � � � � � & 1C2 � �}�b�C MALIBU-BOOMMalibu TailboomI Replacement tailboom for the Malibu DLG.
Does not include the V mount. V � � � � � � � � � � � � q epG� ��}��b�D SHIP-UPShipping Upgrade for Reto Upgrade to FedEx shipping � 02� � � � � � � � � � � :� e[tj � � ,&p ��b�U CARBON-ROD-10MM10mm Carbon Rod {crodr,10.0,xxx} � � � �
a� � � � � � � � � 5 � �}�b�H SMASHSmash EPP Slope Soarer 80cmY The {b,Smash} is an ultralight EPP Combat Wing - sub 250g. This highly manoeuvrable slope combat wing, that will take a beating and come back for more. Whilst Combat is the name of the game it was really important to us to design an efficient wing that would still float around in conditions that would down most other slope model and leave your wishing you had a DLG with you.
Approx 800mm Wing Span
Just 155 to 200g ready to battle weight
60g/l EPP foam wings
Pre formed Elevons
Knock off magnetic Balsa tip fins (deluxe Kit only)
Multicolour decal set (deluxe Kit Only)
Feather Cover Gloss covering film (deluxe kit only)
ABS Control horns
0.8mm Piano Wire pushrods
The Deluxe Kit we stock includes:
EPP Foam Cores
Pre-Formed Elevons
ABS Control Horns
0.8mm Piano Wire
Balsa Tip fins
Magnets for attaching the fins
Feather Cover Gloss Covering film
High Quality 2 Colour Vinyl Decal set
Other items required to complete the model as shown
Filament tape
2 x 5g class servos, ideally metal geared
Micro RX
4.8v or 6v 2/3AAA 400mah Battery
{video, ELyYNvEiHiI?si=AINkRTw-uqizuSSX} P � < � 1_� !!� � � � � � � � � � �� e�B� ��b�J YGE-POS-SENSYGE Prop Position Sensor2 This prop position sensor works with all YGE ESCs larger than the 35 LVT. It allows the stopped prop position to be set, so the blades always stop and fold in th same position (eg horizontal).
German Manual translation:
Please note that propeller positioning is only available from controller firmware V1.03527.
The latest PC software is also required.
The controller must be configured to mode 4 (glider with brake). Then you can in the area
�Advanced� positioning can be activated with a tick. These can now also be found here
Fine-tune speed, hold time and power. We strongly recommend checking this out first
Leave default values. In particular, if the positioning performance is too high, it can generate too much heat
In the worst case scenario, this can lead to a defect in the controller.
Positioning speed (default value:): The speed can be adjusted with this parameter
with which the motor rotates during positioning. Please note that too high a speed
Inaccuracies and thus the position cannot be recognized.
Positioning hold time (default value:): Here you can set how long the hold time after successful
Positioning should be active. We recommend that you do not choose this time too long (max. 1 minute), as this will result in
a higher power loss occurs. After the specified holding time, the normal engine brake is applied
switched. This can result in high airspeed positioning with fixed propellers
is not maintained. With folding propellers the position should be maintained even at high speed.
If it needs to be positioned again, a short burst of gas is sufficient.
If the propeller is moved out of position within the holding time, the controller begins to position again.
Positioned performance (default value:): This value should only be increased step by step if
the motor with the standard value does not rotate during positioning and, for example, only jerks back and forth. Important! One
Positioning performance that is too high can lead to excessive heat generation and, in the worst case, to a defect in the controller
lead.
Assembly instructions Hall sensor and magnet for propeller positioning
? Find a suitable place for the sensor on the engine frame. (For now just fix it, not yet tight
Glue in.) The sensor should be placed at a distance of approx. 2mm on the inside of the spinner collar
become.
? Rotate the spinner/propeller to the location where it will be positioned later.
? Mark the center of the sensor on the spinner.
? Stick 1 magnet on the inside of the spinner in the area of the Hall sensor. For now with thin
Fix the double-sided adhesive tape, then stick it later with e.g. UHU-Plus. Recommended magnets, depending on
Spinner diameter, 2-5mm diameter and 1-2mm thick. Material N20 to N45, available e.g. from Amazon
or www.supermagnete.de
? The smaller the spinner diameter, the smaller the magnet must be. For one
For a spinner diameter of e.g. 38mm, a magnet with a diameter of 3mm and a thickness of 1mm has proven useful.
The unbalance caused by the magnet is not noticeable. If necessary, attach a non-magnetic one of the same size
Metal plate (e.g. screw head) on the opposite side in the spinner.
? Attention: Mount the model in a secure stand. First tests always without propellers. Any
Test with prop at a safe distance and not in the work area where parts can fly around.
Make sure the prop can rotate freely.
? The yellow LED on the controller lights up when the magnet is in the detection range of the Hall sensor.
? When the magnet is detected, the motor first moves over the sensor, turns around and stops
then stand approximately in the middle of the magnet. This area extends over approximately 30�
entire turning circle. Using the example of the 38mm spinner diameter, this is a range of approx.
10mm. Larger spinners have a correspondingly smaller rotation range.
Possible errors and their remedies:
? The engine does not stop (oscillates back and forth). The yellow LED goes out and lights up again
in the middle of the sensor and goes out again shortly afterwards. This is where the shading occurs
Magnetic field lines in the middle of the sensor. To remedy this, the magnet needs to be approx. 1-2mm outside
of the rotation circle of the sensor center.
? The motor only moves back and forth 1-5�. The positioning performance needs to be increased somewhat here. If
If no improvement can be achieved, the motor is incompatible and does not work with the
Positioning.
? The motor continues to rotate slowly and does not stop. The yellow LED always stays off.
? Sensor does not recognize the magnet.
? Distance too large.
? Magnet missing.
? Magnet too strong or too weak.
? Sensor defective.
? If no sensor is detected, the engine stops after 60 seconds.
Structure with round magnet:
Below are assembly instructions for high-speed motors. e.g. Leomotion LEO 80XX
Attach the magnet with double-sided adhesive tape and resinate it later.
Distance to sensor 1.5 ... 2.5mm.
Mounting magnet/sensor in the middle, offset max. +- 1 mm axially and radially. So all installation tolerances are not critical.
Here again only 1 magnet is used D � . � � � � � � � � � � 2C4d g� jYz�� ��b�c MICRO-BALLOONSMicro Balloons Fillere Use these {b,Micro Balloons} to reinforce CA joints or thicken epoxy to allow fillets to be made without adding too much weight.
{b,Micro Balloons} are tiny glass spheres that bind well with superglue and epoxy resin. They are usually mixed with epoxy to form fillets or to add bulk to the resin.
To use them with super glue, after tacking the item in place apply a small fillet of micro balloons to the joint and then drip in some thin CA. It will set to rock hardness in seconds.
Supplied: bottle containing approx 100 ml.
Caution. Always wear a suitable particulate mask when using or handling.
X � 2� � 2� � � � � � � � 2G1� �� jbZ� �� +)$ ��b�K
KM-1806-MOUNT1806 CNC Motor Mountj This CNC aluminium motor mount simplifies mounting 1806 sized motors to RES and similar 1.5 m - 2 m electric gliders. It will work for some electric DLGs / F5K models but wil be a bit large for most.
The mount is recessed to allow the outrunner motor to be fitted within the firewall, and the front aligns with VM25 mm and CN 25 mm spinners.
The mount has 4 M2 holes on a 12 mm diameter circle.
{table title="1806 CNC Motor Mount" class=abc cols=2 align=l separator==}
Fuselage outside diameter = 29 mm
Fuselage internal diameter = 27 mm
Mount Internal diameter = 25 mm
Depth from front to front of rear face = 15 mm
Predrilled holes = 4 holes on a 12 mm circle
Motor mounting hole diameter = 2 mm
Weight = 4.3 g
{endtable} These mounts are:
{bullet}
Easy to install.
Very strong.
Superb machining.
They look great!
{endbullet}
{CNCMountGlue}
� � � � � � � � � � � � 2A4� . ��b�L 6120-METAL-ARM6MKS Metal Servo Output Arms for HV6120, HV70, HS75 (2)� Strong aluminium servo output arm (horn) package for the MKS HV6120, HV6120H, HS75, HS75H, HV70, HV70H and other small MKS servos
Contains two small metal output arms and two output arm retaining screws. The distance from the servo output shaft axis to the only hole is 9 mm. Two dimples have been punched into the arm 2.1 mm and 4.2 mm nearer the axis, if less movement is required.
i � K� � _� � � � � � � � 2 1C1 n� j�e , �}�b�O E-MINI-DART2Electric Mini Dart 2�
The E-Mini Dart 2 is an electric powered version of well known Mini Dart 2 DLG.
This easy to build 1m model is the perfect choice for beginers. Even if you are experienced pilot you will have a lot of fun with it. Aditionally the elecric powertrain allows the models to be flown in small spaces unsuitable for discus launching and on overcast days with no thermal activity.
Wingspan: 1 m
Wing area: 11.6 dm�
Wing airfoil: AG-45, AG-455, AG-46, AG-47
Stab. area: 1.3 dm�
{table title="Mini Dart 2 Carbon layup Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.0 m, 39 in
Wing area, 11.6 dm2, 180 sq in
Length, 72 cm, 28.2 in
Flying weight from, 125 g, 4.4 oz
Wing loading, 10.8 g/dm, 3.5 oz/sq ft
Aspect ratio, 8.6,
Wing airfoil, "AG45, AG455, AG46, AG47"
Dihedral angle, 6.0�,
Centre of Gravity, 58-62 mm from wing leading edge
Controls, "Ailerons, elevator, rudder"
{endtable}
{table title="Recommended R/C-nano gear only" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator & rudder servos, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Hitec HS-40, KST X06
Aileron servos, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Hitec HS-40, KST X06
Receiver *case removed, Spektrum AR410, FrSky GR6, Jeti R4L, Futaba R3004SB, FrSky X4R, Orange DSM2 compatible, Multiplex Mlink RX-6-DR Light*
Battery, Bonka LiPo 1S 450mAh, HyperFlight 150 mAh 4.8V NiMH, Bonka LiPo 2S 300mAh
{endtable}
{table title="Mini Dart 2 Control Throws" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder, 11 mm each way
Elevator, 8 mm up / 8 mm down
Ailerons, 11 mm up / 8 mm down
Camber Settings
Launch, 1 mm up
Speed, 0.5 mm up
Cruise, 0 mm
Thermal 1, 2 mm down
Max thermal, 6 mm down, elevator 1 mm down
Landing, 45 mm down,elevator 5 mm down
{endtable}
{table title="Mini Dart 2 Carbon Layup Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage (carbon), 22.7 g, 0.8 oz
Wing (carbon), 54.0 g, 1.9 oz
Fin, 2.5 g, 0.1 oz
Tailplane, 3.3 g, 0.1 oz
Accessories, 7.5 g, 0.3 oz
Total structure, 90.0 g, 3.2 oz
Glue mounts etc, 2.0 g, 0.1 oz
Receiver, 5.0 g, 0.2 oz
Tail servos, 9.0 g, 0.3 oz
Wing servos, 9.0 g, 0.3 oz
Battery, 10.0 g, 0.4 oz
Flying weight, 125.0 g, 4.4 oz
{endtable}
{table title="Mini Dart 2 Glass Layup Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage (glass), 32.6 g, 1.1 oz
Wing (glass), 59.0 g, 2.1 oz
Fin, 2.6 g, 0.1 oz
Tailplane, 3.3 g, 0.1 oz
Accessories, 7.5 g, 0.3 oz
Total structure, 105.0 g, 3.7 oz
Glue mounts etc, 2.0 g, 0.1 oz
Receiver, 5.0 g, 0.2 oz
Tail servos, 9.0 g, 0.3 oz
Wing servos, 9.0 g, 0.3 oz
Battery, 10.0 g, 0.4 oz
Flying weight, 140.0 g, 4.9 oz
{endtable}
c � � � � { � � � � � � � � � � t� e[j� � `�`�P BERKUT
Berkut F5J 4mw The {b,Berkut F5J} is a result of Oleg Golovidov's collaboration with Flyinger (formerly HQ Composites) who are the manufacturers of the Falcon-2 and Hawk 2 hand launch planes and the popular Joy electric 2.5m glider. Their quality and manufacturing skills are among the best in the world. The Berkut was developed using the experience Oleg gained designing and then flying the highly appreciated Volo. If you liked flying a Volo, you will definitely like Berkut, and hopefully will like it even more.
By working with the airfoils and changing the wing geometry slightly, the performance envelop of Berkut was expanded, as compared to Volo, on both ends of the spectrum - a bit more float at low speeds, and a bit more penetration at higher speeds.
Oleg decided to go with a V-tail, at least as the initial implementation, simply because V-tails are cool and because there were a lot of requests for V-tail Volos, which never materialized. The V-tails are designed to be of 'proper' size to closely match the behavior of the conventional tails. This means you should not feel any lack of control or stability all the way to a very low speed. The tail moment arm is generously long but not excessive and should provide a very balanced feel in the air.
The wing is 4-piece and the fuselage is a 2-piece design, both have become a 'must have' feature recently. Transporting a Berkut will be easy and will require a very small model box.
See the artwork pics to fuel your imagination, and some pics of the first Berkut parts being produced. The first Berkut production models are being built now and HyperFlight hopes to have some early 2024.
� � G � � r � � � � � � � � L 3� https://www.facebook.com/photo/?fbid=1062728698775625&set=a.622476692800830
Nicol�s Ridray, Worldcup and Eurotour F5J Masters champion!
Last April 27, in Escalona del Prado (Segovia), the Worldcup and Eurotour F5J Masters took place, a high-level competition that brought together international pilots from Norway, Sweden, Italy, France, Portugal and Spain. ??
In this exciting day, pilot Nicol�s Ridray won both the competition itself and the fly-off (final)
His victory in the Worldcup and Eurotour F5J Masters is a new milestone in his sporting career and a source of pride for Catalan aeronautical sport.
?? For more information, visit the link in our bio
t v� h�[�E �}�b�Q HAWK-EL
Hawk El 1m� The Hawk El is an electric version of the acclaimed Hawk 2 1m DLG. The DLG is very highly rated among glider fliers and I am sure the electric version will be a great success.
The glass {b,Hawk El} model is supplied with a strong and brightly coloured glass layup wing, which weighs approx 60 g. The SC Hawk El version is supplied with a lighter Carboline spread carbon wing weighing 52 g. The SC model especially is exceptionally light, while also being strong and very rigid.
The SC Hawk El's fuselage is a one piece (not pod and boom) design of oval cross section, with the front part made from 2.4GHz friendly glass, and the rear from spread carbon. The glass Hawk El version's fuselage is all glass construction. All the servos are installed in the pod to minimise nose weight and yaw inertia. The Hawk El's fuselage is fairly wide however the RC installation is still a fairly cramped. As the only instructions available are various online build logs the model is not ideal for inexperienced builders.
The tailplane (horizontal stabiliser) is bolted onto a small pylon molded into the underside of the boom, and the fin (vertical stabiliser) has a perfectly matching hole molded into it, enabling easy mounting onto the end of the tailboom.
The Hawk El's wing is solid molded with a glass or spread carbon skin over a CNC cut foam core. The wing has a good surface finish ensuring low drag and longevity. The ailerons are fabricated with a living hinge. The only work required to finish the wings is installing the throwing blade and control horns.
The model is supplied with a very complete accessory pack which includes all control horns, pushrod wires, tail torque springs, tail pull cord, pull cord ferrules, a nice throwing blade and a small glass plate for mounting the servos. We recommend that the sewn wing and tail bags are also purchased. These will help avoid transport and storage damage, keeping the glider in top condition.
Note this product is the model's structure only. In addition to the Hawk 2 model these will also be required: RC transmitter, RC receiver, 4 servos, electric motor, prop blades, spinner battery. When gluing in the horns and throwing blade use epoxy or foam-safe superglue. Normal CA will melt the foam core.
{table title="Hawk 2 DLG Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.0 m, 39 in
Wing area, 10.9 dm2, 169 sq in
Length, 72 cm, 28.2 in
Flying weight from, 120 g, 4.2 oz
Wing loading, 11.0 g/dm, 3.6 oz/sq ft
Aspect ratio, 9.2,
Wing airfoil, AG46,
Dihedral angle, 5.5�,
Centre of Gravity, 53-55 mm from wing leading edge
Controls, "Ailerons, elevator, rudder, throttle"
{endtable}
{table title="Hawk 2 DLG Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 15.0 g, 0.5 oz
Wing (glass), 60.0 g, 2.1 oz
Wing (carbon), 52.2 g, 1.8 oz
Fin, 3.1 g, 0.1 oz
Tailplane, 3.6 g, 0.1 oz
Accessories, 7.1 g, 0.3 oz
Total structure (carbon wing), 81.0 g, 2.9 oz
"Glue, mounts etc", 2.0 g, 0.1 oz
Receiver, 5.0 g, 0.2 oz
Tail servos, 9.0 g, 0.3 oz
Wing servos, 9.0 g, 0.3 oz
Battery, 10.0 g, 0.4 oz
Noseweight, 4.0 g, 0.1 oz
Flying weight, 120.0 g, 4.2 oz
{endtable}
{table title="Recommended R/C-nano gear only" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator & rudder servos, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Hitec HS-40, KST X06, CHA DS06, CHA LV06
Aileron servos, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Hitec HS-40, KST X06N, CHA DS06, CHA LV06
Receiver *case removed, Spektrum AR6260*, AR6100e, AR400, Futaba R6004FF*, FrSky X4R, Orange DSM2 compatible, Jeti Duplex R5, Multiplex Mlink RX-6-DR Light*
Battery, Bonka LiPo 2S 300mAh
{endtable}
{table title="Hawk El Control Throws" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder, 10 mm each way
Elevator, 8 mm up / 8 mm down
Ailerons, 6 mm up / 5 mm down
Camber Settings
Cruise, 0 mm
Thermal 1, 2 mm down
Max thermal, 4 mm down
Landing flaps, as much down as possible
{endtable}
d � � � � � � � � � � � � � t v� f��m �}�b�S
VINCERES-EVinceRES-e 2m F5L� The {b, VinceRES-e 2m} is a new F5L RES electric glider designed by Jeroen Kole and Vincent Merlijn. Vincent won the 2017 world championship in F3K in a team with Jeroen. After the success of their CX-RES Mini it was decided to design a 2m F3L/F5L/RES model. The first competitions with the prototype in 2022 showed that the VinceRES is really competitive and recently the VinceRES achieved 2nd place in the 2023 German F3L Championships. It can quickly cover large distances, but also climbs very well in thermals, with particularly good performance in strong winds when ballasted. The spoiler position chosen results in almost no turbulence over the tailplane, giving improved response to the controls and ensuring full landing points.
The main distinguishing feature is the model's low wing. Vincent Merlijn wrote this email to HyperFlight to explain his design philosophy:
<i>This low wing requirement comes from F3K, where low drag at speed is most important, especially during launch as it translates into height. Also for making distance we see a slight advantage with a low wing design. Aerodynamically the improvement is small, only expert competition pilots will notice it. With RES it is less of a factor, but the principle still applies.
I have chosen this design mostly because of looks and because I became F3K World Champ in 2017, with a low winged Concept x5. The VinceRES 2m is a family member of Concept;) In my opinion a lot of RES planes fly well but the looks - not so much. So I took some effort to design something that looks nice and distinctive and flies at least as well as the current best RES high wing models. I hope Jeroen Kole and myself achieved that.
We also designed the airfoils ourselves and in combination with the large wing area this has resulted in a possibility to fly slowly in weak thermals and also make good distance when needed. When penetrating against the wind the VinceRES goes better than the other models I flew against, especially when using ballast. This is the real strong point of the VinceRES 2m, flying in wind. Put in ballast and she becomes a RES beast;)</i>
The main design focus was lift optimization, wide speed range and agile control performance. For this purpose new wing and tailplane airfoils were developed. The two-piece wing has a Dbox front part to maximise laminar flow and minimise drag. It also has a low taper, keeping the Reynolds Number high at the tip, increasing efficiency and reducing tip stalls. This gives very nice handling characteristics and makes thermalling easy. The wing uses a carbon joiner and stabilizer is attached using screws, making the model easily transportable.
Most of the components are laser cut and designed so that the individual parts can be clicked together like a self aligning 3D puzzle. This avoids construction errors before gluing and reduces the build time. An outstanding feature us that some critical parts are 3D CNC cut to create 3D shapes. The milled fillets to fair the wing roots into the fuselage are particularly impressive.
The <b>electric fuselage in this version is well thought out.</b> It uses a 30mm spinner and firewall and the internal space behind the firewall is octagonal with just over 25mm between facets. This allows 22mm or 23mm diameter outruners or 25mm cased outrunners to be fitted. The firewall has 4 holes on a 16mm diameter.
See the {i,More Details} section at the bottom of the page for the link to the good photo build log.
The kit contains:
{bullet}
Laser cut plywood and balsa parts.
All control linkages (carbon inside and plastic outside).
CNC machined leading edges, hub and wing fairings.
Carbon fiber outriggers for the fuselage.
Carbon spars and joiners.
Small material.
Printed plans.
Love for aviation and model making.
{endbullet}
(C) 2024 Neil Stainton
{table title="VinceRES-e 2m Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.0 m, 78 in
Wing area, 36.7 dm2, 569 sq in
Length, 112 cm, 44.1 in
Flying weight from, 472 g, 16.6 oz
Wing loading, 12.9 g/dm2, 4.2 oz/sq ft
Aspect ratio, 10.8,
Wing airfoil, Custom 6.7-8.0%
Dihedral (EDA), 12.0�,
Spinner Diameter, 30 mm,
Centre of Gravity, 62-73 mm from wing LE (69 mm recommended)
Controls, "Rudder, elevator, spoilers, throttle"
{endtable}
{table title="VinceRES-e 2m Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Bare structure, 315 g, 11.1 oz
Covering, 45 g, 1.6 oz
Total structure, 360 g, 12.7 oz
Receiver, 6 g, 0.2 oz
Rudder servo, 5 g, 0.2 oz
Elevator servo, 5 g, 0.2 oz
Spoiler servos (2), 10 g, 0.4 oz
Motor, 37 g, 1.3 oz
Prop & spinner, 19 g, 0.7 oz
ESC, 7 g, 0.2 oz
Battery, 23 g, 0.8 oz
Flying weight, 472 g, 16.6 oz
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder & elevator servos, CHA DS06, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, KST X06
Spoiler servos, CHA DS06, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, KST X06
Receiver, 5 or 6 channel receiver to match your transmitter
Battery, Bonka LiPo 2S 400mAh, Bonka LiPo 3S 300mAh, Bonka HV LiPo 3S 520mAh
ESC, HyperFlight 28A BLHELI-32, HyperFlight 30A BLHELI-32
{endtable}
{table title="Control Throws" class=1 cols=2 width=120,240 align=L,L}
Rudder, 17 mm each way
Elevator, 10 mm up & down
Spoilers, 80� up
{endtable}
{table title="Electric Powertrain Recommendations" class=1 cols=2 width=160,210 align=L,L autohref=1}
Dualsky XM2527EG-23, 2S 400-500mAh LiPo, 9x5, 9x6
Dualsky XM2527EG-23, 3S 300-450mAh LiPo, 8x4
DYS D2225-19, 2S 400-500mAh LiPo, 9x6, 10x5
DYS D2225-19, 3S 300-450mAh LiPo, 7x3.5, 7x4, 8x4
ADH300L**, 2S 400-500mAh LiPo, 11x6
ADH300L**, 3S 300-450mAh LiPo, 8x6, 9x5
{endtable} ** This motor may need a small widening of the internal fuse space to fit.
{video,j8c6NITa1Xg} � � � � � � �_� � � � � � � � � J� jC߭
. ,�� ��b�T GEN-LADYGenteel Lady 1.2m� The {b,Genteel Lady 1.2m} is the latest sub 250g glider from AngelWing Designs, to compliment their very popular Dune Freak. Yes we know the "Genteel Lady" looks just like a small "Gentle Lady". That is because it is exactly what the designer wanted it to look like, right down to the number of wing ribs. Even the tail surfaces are similar.
So what is different? Apart from the beautifully cut and perfectly fitting balsa parts, the projected wing span is just 1200 mm (47"). The wing uses a modern AG25 airfoil section for a greatly improved glide angle and wider speed range. Also the wing loading is much lower, making this a very light air model that will stay up in the lightest of lift.
6mm x 3mm Basswood spars are utilised top and bottom to take the strain of bungee launches and rough handling by beginners.
This is the latest version with a fuselage that can be built as a pure glider or an electric glider with a 25mm spinnner.
{b,Kit Contents}
Bass wood main wing spars
Balsa Strip wood
Laser cut balsa and plywood parts
Laserboard band protector
Plastic Pushrod Sleeves
0.8mm Wire Pushrods
5mm Carbon wing bands dowels
Pk 6 Rubber wing bands
Full sized plans
Vinyl Decal
{table title="Genteel Lady Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.2 m, 47.25 "
Wing area, 17.8 dm2, 275.5 sq "
Length, 63 cm, 24.75"
Flying weight, from 163g, 5.75oz
Wing loading, 9.1 g/dm2, 3.0 oz/sq ft
Aspect ratio, 8.1
Wing airfoil, AG25 Mod
Servos (2), 3 - 5g
RX Battery, 2s 350mAh LiPo+BEC or 4 cell 150 NIMH
Centre of Gravity, TBA mm from wing leading edge
Controls, "Rudder, elevator"
{endtable}
{table title="Recommended R/C-nano gear only" class=1 cols=2 width=110,235 align=L,L autohref=2}
Elevator & rudder servos, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Hitec HS-40, Emax ES9251, Emax ES9052, PTK 7350-MG-D
Receiver, Orange compatible, Lemom compatible, Jeti Duplex R4 & R5, Multiplex Mlink RX-6-DR Light � +� ��b�V
MKS-GREASEMKS Servo Grease| MKS servo grease - please use when replacing gears in a broken servo, but do not open a functioning servo to add grease.
� Z� � -� � � � � � � � < 1C1 a� +/� ��b�W ENCANTO-E'Encanto V3 F5L 2m Electric with ballast� The {b,Encanto V3 F5L} kit is a high performance electric glider optimised for the F5L / F5-RES 2m class with forgiving flight characteristics. This ultimate RES 2m e-glider is probably the top of the performance/technology pile as of 2025/2026. The current models are the latest V3 version with lighter tails and increased dihedral.
The balsa parts are very precisely laser cut from excellent quality wood, with additional CNC routed and 3D printed items when more complex shapes are needed. The kit contains a construction jig to ease assembly and the full size plan is detailed and ensures accurate construction.
Flight weight is approximately 480 grams. Ballast capacity is 150 grams. The ballast set is included when purchasing from HyperFlight.
Technical parameters:
- Wingspan 1990 mm
- Length 1350 mm
- Wing area 35.6 dm2
- Surface area 40.16 dm2
- Profile JK 9372
- CG 100-103 mm from LE
See this {href, https://www.rcgroups.com/forums/showthread.php?4488051,RCGroups Encanto F5L} thread and also this one about the {href, https://www.rcgroups.com/forums/showthread.php?4443583, Encanto F3L glider version} thread for lots more info and build photos.
January 2025: The V2 version has several detail improvements, described in the second paragraph of {href, https://www.rcgroups.com/forums/showpost.php?p=53066929&postcount=180,this post}. It is available with standard camber and high camber airfoils. The high camber airfoils are optimised for low min sink and light conditions. For more info see our {href,https://www.hyperflight.co.uk/products.asp?code=ENCANTO-WING-CAMB, Camber Wing Kit} page.
April 2026: The V3 version has a lighter tail and the wing has three dihedral breaks, and a higher EDA. See the designer's description {href, https://www.rcgroups.com/forums/showpost.php?p=54498195&postcount=543, here}.
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder & elevator servos, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, KST X06, KST X08, CHA DS06, CHA HV06
Spoiler servos (2), Blue Bird BMS-101DMG, Blue Bird BMS-101HV, KST X06H, CHA DS06, CHA LV06H,
s_ +i ��b�X ENCANTO%Encanto V3 F3L 2m Glider with ballast� The {b,Encanto V3 F3L} kit is a top performing glider optimised for the F3L / F3-RES 2m class. This ultimate RES 2m glider is probably the top of the performance/technology pile as of 2025/2026. The current models are the latest V3 version with lighter tails and increased dihedral.
The balsa parts are very precisely laser cut from excellent quality wood, with additional CNC routed and 3D printed items when more complex shapes are needed. The kit contains a construction jig to ease assembly and the full size plan is detailed and ensures accurate construction.
Flight weight is approximately 470 grams. Ballast capacity is 150 grams. The ballast set is included when purchasing from HyperFlight.
Technical parameters:
- Wingspan 1990 mm
- Length 1350 mm
- Wing area 35.6 dm2
- Surface area 40.16 dm2
- Profile JK 9372
- CG 100-103 mm from LE
See this {href, https://www.rcgroups.com/forums/showthread.php?4443583-ENCANTO-x-F3L-F5L, RCGroups Encanto F3L} thread for more info.
January 2025: The V2 version had several detail improvements, described in the second paragraph of {href, https://www.rcgroups.com/forums/showpost.php?p=53066929&postcount=180,this post}. It is available with standard camber and high camber airfoils. The standard camber version is best for most conditions. The high camber airfoils are optimised for low min sink and very light conditions. For more info see our {href,https://www.hyperflight.co.uk/products.asp?code=ENCANTO-WING-CAMB, Camber Wing Kit} page.
April 2026: The V3 version has a lighter tail and the wing has three dihedral breaks, and a higher EDA. See the designer's description {href, https://www.rcgroups.com/forums/showpost.php?p=54498195&postcount=543, here}.
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
RudT; +> @�`�] NIMH-4-1600+HyperFlight 1600 mAh 4.8V NiMH 2/3A Batteryp This high quality four cell {b,HyperFlight 4.8V 1.6Ah NiMH battery} is suitable for many RC models. The battery comes with a universal (JR type) RC plug.
This battery should be trickle charged at about 200 mA for approx 10 hrs.
{table title="HyperFlight 1600 mAh 4.8V NiMH 2/3A Battery Specification" class=1 cols=2 width=130,200 align=L,L}
Chemistry, Nickel Metal Hydride
Number of cells, 4
Voltage, 4.8V nominal
Capacity, 1600 mAh
Charge current range, 100 mA - 500 mA
Trickle charge, 200 mA for 10 hrs
Weight, 90 g
Length, 68 mm
Width, 31 mm
Height, 17 mm
Lead length, 10 cm
{endtable}
{NiMHPost}
� � � P� � � � � � � � ^ 2H3A 10/01/2024 changed supplier from Shenzhen Vigor Power Batter< `}�`�[ VAPOUR Vapour 2.6m� The {b,Vapour} is a 2.6m pure/electric glider with rudder and elevator controls. This ia a build-it-yourself kit with modern wood/GRP/CFRP construction. The Vapor can be built either as a pure glider or as an electric glider, with the nose removed in the latter case. The fuselage consists of a prefabricated GRP front section and a carbon fibre tail boom. Numerous plastic parts, e.g. the tail unit mounts, complete the beautiful design.
The Vapor is controlled via rudder and elevator and can be easily equipped with standard RC components to create a great beginner's model.
{b,Product features}
{bullet}
High-performance glider with GRP/CFRP/wooden construction
Prefabricated GRP pod with carbon fibre tail tube
Instructions with construction stage photos
Small parts and accessories for R/C installation
{endbullet}
{b,Technical data}
Wingspan = 2600mm
Length = 1350mm
Weight = 840g
Spinner � 32mm � � � � � �N� � � � � � � � � Real cost 133.78� �� Wood, carbon fibre, plastic gOr� ��b�b SPADASpada GoFast 3m� The {b,Spada GoFast} is a good sized 3m (10ft) sports racer and aerobatic slope soarer from James Hammond's Aeroic company. Though at home in big lift it is also capable of great performance on scratchy days, and can thermal soar in the right conditions.
Aeroic test pilot Red Jensen wrote <i>"I love it. No bad habits at all. Seems to do everything well, excels at high speed turns and acro. Slow speed/Landing manners are impeccable. No hint of dropping a wing. Can�t wait to get some ballast in it. Honestly, I think I�m most impressed about how hard it pings the turns even in the light lift. I was coming into the turn and banging it full elevator, and it just popped around and went right back out. No hint to flick at all and didn�t even mush, just held energy very well. Can�t wait to see what it does with some weight in it. I know it�s going to be awesome."</i> Red is a very good and experienced pilot and also Runs NASA Armstrong flight testing.
James Hammond designed the Spada GoFast to be the follow-on to the Redshift F3F which was reasonably successful but could be improved with the experience obtained. Taking the useful feedback from the top pilots who flew the original plane the Spada was designed with a slimmer, lighter, stronger, bottom-loading fuselage. The wing design was also subtly improved with better optimized Optimum Lift Distribution (ODR) planform and low drag/High response aerofoil set. The construction was improved with harder wing skin layups and a double sine wave spar as standard. Also the new super light Aeroic carbon tissue skinned tailplanes keep the tail end light, creating a potentially lighter or stronger model with better pitch response. The result in a plane that is faster overall, accelerates instantly, turns tighter and has more energy retention potential than any model in the Aeroic stable. It is a pure-bred racing plane built to withstand the rigors of F3F or MOM racing. Spada is fast, agile, easy to fly and has no bad habits. Additionally it responds very progressively to flaps making it extremely easy to land.
Construction: GFK/CFK Hybrid (Aeroic)
Wings: Carbon with Aeroic Sine Wave Spar - SS version with double carbon skin
Fuse: Strong Carbon/Kevlar Reinforced Glass (2.4Ghz friendly)
Tailplanes: Carbon tissue skinned.
{table title="Spada Specifications" separator=: class=1 cols=3 width=110,115,115 align=L,L,L}
Span: 3.0m: 118 in
Wing area: 43 dm2: 666 sq in
Length: 1.5m: 59 in
Tail area: 5.8 dm2: 100 sq in
Total area: 53.8 dm2: 834 sq in
Flying weight from: 2.1 Kg: 74 oz
Wing Loading at 2.1 Kg: 49 g/dm2: 16 oz/sq ft
Wing Loading at 4 Kg: 74 g/dm2: 25 oz/sq ft
Aspect ratio: 19
Wing aerofoils: JH3580, JH3575, JH3570
Centre of Gravity: TBA - 95-100 mm from wing leading edge
Controls: Ailerons, flaps, V tail
Designer: Dr. James D. Hammond
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
V tail (servo body max 23 mm x 12 mm), MKS HV6125e, MKS DS6125e, KST DS215MG, KST X12-508, KST MS320, KST MS325
Flap (servo max 12 mm thick), MKS HV6130, KST X10, KST A12-T, KST DS125
Aileron (servo max 10 mm thick), MKS HV6130, KST X10, KST DS125
Receiver, 6 channel rx to match your transmitter
Power, Radient 1600 mAh 6V, 2S LiFe
{endtable} The supplied servo frames fit KST X10 sized servos.
More info on this {href, https://www.rcgroups.com/forums/showthread.php?4421833,RCGroups Spada 3m} thread.
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{VIDEO,KHNYsRZxZCE?si=4ei366icya-932Ue}
Spada Gofast flying in southern California in 8~10mph variable winds. , � s � � � � � � � � � � 4 3k �� jc�� k +����b�a
PUG-RE-FIN
Pug V2 RE Fin� Alternate fin style to the DLG fin supplied in the Pug V2 kit. This design is better suited to slope and high start flying with less fin protruding below the boom.
Now without the lightening holes as it is now made from lighter grade balsa. The holes reduced strength and caused difficulties when covering.
Not recom
� +> ��b�^ NIMH-5-1600)HyperFlight 1600 mAh 6V NiMH 2/3A Batteryo This high quality five cell {b,HyperFlight 6V 1.6Ah NiMH battery} is suitable for many RC models. The battery comes with a universal (JR type) RC plug.
This battery should be trickle charged at about 200 mA for approx 10 hrs.
{table title="HyperFlight 1600 mAh 6V NiMH 2/3A Battery Specification" class=1 cols=2 width=130,200 align=L,L}
Chemistry, Nickel Metal Hydride
Number of cells, 5
Voltage, 6.0V nominal
Capacity, 1600 mAh
Charge current range, 100 mA - 500 mA
Trickle charge, 200 mA for 10 hrs
Weight, 120 g
Length, 84 mm
Width, 31 mm
Height, 17 mm
Lead length, 10 cm
{endtable}
{NiMHPost}
� 2� � /� � � � � � � � v � � -�� ��b�_
MICROMAX-FUSEMicroMax FuselageO Replacement MicroMax fuselage.
Pushrods included but nosecone not included. � � x � � 7 � � � � � � � � � 3j � � �b�` HAWK2-NOSECONEHawk 2 Nosecone/ Replacement glass nosecone for the Hawk 2 DLG
� � � �
� � � � � � � � 2F1t i�u� dC +*< ��b�d UHU-HARTUHU Hart Model Glue� {b,UHU Hart} is ideal for gluing small parts in model building, handicraft and for general use at home. Particularly suitable for balsa wood, wooden materials. Sets as a hard film suitable to reinforce weak areas. Suitable for balsa wood, wood based materials and many types of plastic. For all types of model building. {i, Hart} indicates this glue is optimised for hard, non-porous surfaces.
{b, UHU Hart key features:}
{bullet}
Ideal for depron and other foam plastics.
Good for balsa and other woods.
All purpose glue for use on most materials.
Crystal clear - does not leave a stain or colour the glued parts.
Does not melt foam plastic.
Sets in a few minutes.
35g tube.
{endbullet} {b,Directions for use}
The surface must be dry, clean and free of dust and grease. Apply a thin layer to one side. Immediately place the parts together and hold in place. For hard, enclosed surfaces apply a thin layer to both sides, let the adhesive dry, then re-apply to one side, place the parts together and hold in place.
{b,Safety}
The adhesive contains volatile, highly flammable solvents. Suitably safety measures should be take regarding usage and storage. When gluing ensure adequate ventilation.
{b,Stains/residue}
Smeared adhesive should be wiped off as soon as possible. Dried residues and spots on the clothing can be removed with the UHU dissolver or with acetone.
{b,Storage conditions}
Store in tightly closed packaging in a dry, cool and frost-free place.
JP ID: UHU4093 � � 2� � !� � � � � � � �ug +K� ��b�e FVT3FVT3 Prandtl Wing V3 1.2m� The AngelWing Designs {b,FVT3} is a unique Prandtl 1200mm span finless flying wing using a bell shaped lift distribution to maintain stability.
The Original FVT has given many hours of fun, bemused looks, comments and banter. Most people who see these unique wings fly for the first time are amazed by the sheer fact that it does fly. No vertical stabiliser, no wing fences, no gyro, no drag rudders, just a simple set of elevons. When Marko originally conceived the FVT3 the design goal was from an aerodynamics perspective. The goal being to achieve a self stabilising "Nurflugel" all wing aircraft with minimal sweep and a straight trailing edge. This was in part because if these ideas were translated to full sized applications it is far easier to build a rigid structure that does not have the traditional sweep of a "Horten" wing, amd also to improve performance. His design goals were met with a very successful flying model which is inherently stable. After many hours of flying the inherent stability would sometimes been a little too stable where over control would induce Dutch Roll
This V3 version has any improvements to tune the design with a greater focus on being a simple slope soarer. The key goals being.
{bullet}
Easier to build
Sub 250g
Reduce / eliminate Dutch roll
Give the RC pilot a more hands on feel {endbullet} Well these goals have all been achieved. The prototype weighed in a just 228g some 100g lighter than my own previous model. Its easier to build (beware some of the tips ribs are still very small) I have not been able to induce the Dutch Roll and you do have to fly the model more "that hands on feel" In fact it is now much easier to perform continuous loops and even rolls "the rolls aren't pretty"
{b,This comprehensive kit contains}
High quality Laser cut balsa parts
Selected 1.5mm Balsa wing sheet
Preformed weighted nose block (approx 50g weight)
Carbon Fibre Rod trailing edge
32awg Servo extension wire
Servo covers and Hatch
Feather hinge elevons hinge material x � U � � /� � � � � � � � � 4�
� �}�b�j SHAKA
Shaka V2 96cmK
The {b, Shaka V2} is a portable 1-meter flying wing slope glider/sport electric model that gives endless joy on a slope or a flat field. The Shaka RC glider kit features a classic balsa/plywood construction, reinforced with carbon fiber spars and a leading edge. The kit can be built in approx. 6-10 hours as either an electric-powered or a pure glider with no major difference in the weight. Check the {href, https://flightpoint.co/shaka-v2-assembly-guide/, assembly guide} to learn how to build this kit.
Shaka is collapsible for transportation and storage. Simply unscrew 2 bolts and take the fuselage and both wings apart. It�s as easy as that. The fuselage has a hatch for easy access to the interior and electronics. 2 servos, there is a room for almost any 5 -10g servos which are glued onto the dedicated plates in the wing and drive the two elevons. You can easily install a suitable 14XX or 15XX drone motor to make your Shaka powered for flat-field fun or emergency rescues on the slope. The fuse is designed to fit both 30mm and 25mm spinners for your convenience.
This kit includes laser cut balsa and plywood, carbon spars, an excellent coloured full size plan and comes with a complete accessory set. This includes M4 plastic wing mounting bolts and a pair of M4 nuts to be glued into the fuselage during assembly, control horns, ball linkages, and servo horn clevises for pushrods, etc. Covering film is not included in the kit, we recommend Oracover or {href, products.asp?search=oralight, Oralight}.
For more build and setup tips please check the {href, https://www.rcgroups.com/forums/showthread.php?3866867, Shaka} thread on RC Groups.
{b,Shaka V2 Specifications}
Wingspan: 965mm
Wing area: 16.3 sq. dm
Flying weight: 190-220g
Controls: Elevons � 2 channels (+ an optional throttle)
Skill level: Intermediate
Flight style: Thermal and Slope Soaring
{b,Recommended Gear For Slope Builds}
Tattu 1S 3.7V 600mAh 25C LiPo if your servos work at 3.7V
Two 5-10g servos, HXT 900 or similar
2+ Channel Rx
Radio Tx with delta mixing features
{b,Recommended Gear For Powered Builds}
Bonka 2S 7.4V 2S 400 - 600 mAh LiPo
Two up 5 - 10g servos
T-Motor F1507 3800kv or a similar outrunner
BLHeli32 28A-40A ESC
30mm or 25mm Spinner and 6�3 or 6x4 folding prop
4+ Channel Rx
Radio Tx with delta mixing features
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` � F � � - � � � � � � � � � � e� h��a +�x ��b�h KST-TOOL5 KST Servo Programmer - Tool #5� The {b,KST Tool #5} is an advanced programming device specifically engineered for precise tuning and adjustment of KST V6 and V8 Servos. This tool empowers users with complete control over their servos, ensuring optimal performance and customization. Replacement of Tool #1.
{b,Key Programming Features:}
{bullet}
Adjust Right Servo Travel: Fine-tune the servo's right-side travel precisely to achieve the desired motion range.
Set Servo Center: Fine-tune the servo center for optimal alignment and responsiveness.
Adjust Left Servo Travel: Precisely set the servo's left-side travel for desired movement deflection.
Servo Reversing: Quickly and easily reverse the servo for different applications or requirements.
Soft Start Function: Toggle the soft start option on/off for smooth and controlled movements.
{endbullet} {br,CAUTION INPUT VOLTAGE = OUTPUT VOLTAGE!}
It's crucial to not exceed the servo's maximum allowed supply voltage.
Use a 5V supply or a 2S LiPo.
The KST Tool #5 Professional boasts a user-friendly interface, facilitating straightforward and accurate programming of your KST servos for diverse applications in model-building and robotics control systems.
Optimize your servo performance with the precision control offered by the KST Tool#5 Professional, ensuring tailor-made motion applications for various user needs.
See the Instruction Manual PDF below for more info. � � K � � 3c� � � � � � � � d 1M3 � .�� ��b�k CARBON-ROD-13-4M1.3mm Carbon Rod 4m long Available to special order only. 4m length supplied coiled into a hoop.
Delivery cost to be determined
{crodb, 1.3, 1.90} � � � � � � � � l+ ,=P �~�b�l BLHELI-USBPROG!BL Heli USB Programming Interface� The {b,BL Heli USB Programmer} can be used to program a BLHeli-32 (and a BLHeli-S we think) ESC using a PC. This device replaces the Auduno Nano usually used. Works with all Duaksky Summit ESCs except the Light 100A ESC.
You will need a suitable USB serial driver. Download the BLHeli 32 Suite from {href, https://github.com/bitdump/BLHeli/releases, Github}. More info {href, https://github.com/bitdump/BLHeli/?tab=readme-ov-file, here}.
Also see this {href,https://oscarliang.com/connect-flash-blheli-32-esc/, Oscar Liang info}.
For advanced PC users only. To get it to work plug it into a windows 10 machine. After a few mins the following driver gets installed.
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l � � � � ��b�q SRIDSM-CHA-HV85H*Integrated Drive System Mono for CHA HV85H) {IDSM,CHA HV85H, C 11, 62, 80, 1.8,40,40} � � <� � � � � � � � � � 5 2BOX1I �� jc_sY? +�� ��b�r SUMMIT-60XU8 Dualsky SUMMIT 60X 8V SBEC ESC� The {b,Dualsky SUMMIT 60XU8} is a high quality 60A ESC with an 8V 5A (10A peak) SBEC circuit. It is perfect for all models using HV servos and is suitable for use with 2S-6S LiPo batteries.
The Dualsky SUMMIT 60XU8 has a metal case for excellent heat dissipation but still only weighs 40g including wires. It is supplied with the brake ON, so no programming is required for glider use.
Telemetry is supported using the KIS 24A protocol and is output to a blue wire next to the RC plug. The data output includes:
Temperature - degrees C
Volatage - V
Rotation speed - electrical RPM - divide by motor poles/2 to convert to mechanical RPM.
Like our acclaimed HyperFlight ESCs this Dualsky ESC uses BLHeli-32 firmare. This makes it very efficient and thus small. However it also means that a PC and an Aurdino Nano or a {href, products.asp?code=BLHELI-USBPROG, BL Heli USB Programming Interface} is reqired to program it, if required.
<i>Due to current supply issues newer versions of these speed controls may have been loaded with a developement version of the firmware and needs a special version of the the programmer called {b,BLHeliSuite32Test}. Please download the .zip file from {href, \extras\BLHeliSuite32Test.zip, here}, unzip it and run BLHeliSuite32Test.exe to configure the speed control, if required. </i>
{table title="Dualsky Summit 60XU8 ESC Specification" class=1 cols=2 width=100,220 align=L,L separator=:}
Continuous current: 60A
Burst current: 90A
Battery: 2S - 6S LiPo
SBEC: 8V @ 5A, 10A peak; +�D � �b�s SUMMIT-60XU6 Dualsky SUMMIT 60X 6V SBEC ESC� The {b,Dualsky SUMMIT 60XU6} is a high quality 60A ESC with an 6V 5A (10A peak) SBEC circuit. It can be used with most 5V and HV servos and is suitable for use with 2S-6S LiPo batteries.
The Dualsky SUMMIT 60XU6 has a metal case for excellent heat dissipation but still only weighs 40g including wires. It is supplied with the brake ON, so no programming is required for glider use.
Telemetry is supported using the KIS 24A protocol and is output to a blue wire next to the RC plug. The data output includes:
Temperature - degrees C
Volatage - V
Rotation speed - electrical RPM - divide by motor poles/2 to convert to mechanical RPM.
Like our acclaimed HyperFlight ESCs this Dualsky ESC uses BLHeli-32 firmare. This makes it very efficient and thus small. However it also means that a PC and an Aurdino Nano or a {href, products.asp?code=BLHELI-USBPROG, BL Heli USB Programming Interface} is reqired to program it, if required.
<i>Due to current supply issues newer versions of these speed controls may have been loaded with a developement version of the firmware and needs a special version of the the programmer called {b,BLHeliSuite32Test}. Please download the .zip file from {href, \extras\BLHeliSuite32Test.zip, here}, unzip it and run BLHeliSuite32Test.exe to configure the speed control, if required. </i>
{table title="Dualsky Summit 60XU6 ESC Specification" class=1 cols=2 width=100,220 align=L,L separator=:}
Continuous current: 60A
Burst current: 90A
Battery: 2S - 6S LiPo
SBEC: 6V @ 5A, 10A peak�� ++� �`�t SUMMIT-60SLIMU6"Dualsky SUMMIT 60 SLIM 6V SBEC ESC, The {b,Dualsky SUMMIT 60 SLIM U6} is a high quality ESC with an 6V 5A SBEC circuit. It can be used with most 5V and HV servos and is suitable for use with 2S-6S LiPo batteries.
The Dualsky SUMMIT 60 SLIM is very small - sized just 42 x 17 x 7 mm and only weighs 33g inc cables making it very suitable for competition electric gliders. The 17g Special Edition version shown in some of the photos is not currently available but is just the standard version with the motor leads removed. We reccomend this is done and the motor is soldered direct to the ESC if weight saving is a high priority.
The speed control is supplied with the brake ON, so no programming is required for glider use.
Telemetry is supported using the KIS 24A protocol and is output to a blue wire next to the RC plug. The data output includes:
Temperature - degrees C
Voltage - V
Rotation speed - electrical RPM - divide by motor poles/2 to convert to mechanical RPM.
Like our acclaimed HyperFlight ESCs this Dualsky ESC uses BLHeli-32 firmare. This makes it very efficient and thus small. However it also means that a PC and an Aurdino Nano or a {href, products.asp?code=BLHELI-USBPROG, BL Heli USB Programming Interface} is reqired to program it, if required.
{BLHeliTest}
{table title="Dualsky Summit 60 SLIM U6 ESC Specification" class=1 cols=2 width=100,220 align=L,L separator=:}
Continuous current: 50A
Burst current: 80A
Battery: 2S - 6S LiPo
SBEC: 6V @ 5A, 10A peak
Weight inc leads and XT60 plug: 33g
Weight ex leads: 17g
Firmware: BLHeli-32
Programmable: Yes, with an Arduino or our {p,BLHELI-USBprog} interface
PCB Size: 42mm * 16mm
Battery connector: 15 cm wires, XT60 plug/socket fitted
Motor connector: 4 cm wires to 3.5mm sockets
RC wire length: 35 cm
Telemetry: Yes (but does not include current)
{endtable}
X � 7 � 12� B� � � � � � � � � �}�b�u
SUMMIT-USB$Dualsky USB Link V2, for Summit ESCsl The {Summit Link V2} is used for programing Summit ESCs.
For use with Windows PCs. Requires a USB C cable T � � � � � � � � � � � 2 � �� f*sg �� -)� ��b�v XM3045EG-103Dualsky XM3045EG-10 1000 RPM/V 120g Cased Outrunner8 The {b, Dualsky XM3045EG-10} is a high quality cased outrunner wirh a KV of 1000 RPM/V, for models weighing 1000 - 2000g.
5 mm shaft. See images for full specifications.
Recommended props:
3S LiPo: 12x8, 12x10, 13x8, 14x7
4S LiPo: 11x7, 11x8, 12x6, 12x7, 12x8, 13x6
5S LiPo: 10x6, 10x7, 10x8, 11x5, 11x6 x � H � � -'� � � � � � � � � 2B1� ~s +JH ��b�w XM2523EG-222Dualsky XM2523EG-22 2900 RPM/V 28g Cased Outrunner� The {b,Dualsky XM2523EG-22} is a high quality cased outrunner for models weighing 200 - 350g.
3.17 mm shaft. See images for full specifications.
Recommended props:
2S LiPo: 6x3, 6x4, 6.5x4, 7x4
3S LiPo: 5x4, 6x3 � - � � J� � � � � � � � P 2C2� ~s +�� ��b�x XM2523EG-282Dualsky XM2523EG-28 2300 RPM/V 28g Cased Outrunner� The {b,Dualsky XM2523EG-28} is a high quality cased outrunner for models weighing 200 - 350g.
3.17 mm shaft. See images for full specifications.
Recommended props:
2S LiPo: 6x4, 6.5x4, 7x4, 7x5
3S LiPo: 6x3, 6x4 � - � � J� � � � � � � � T 2C2� s -;� ��b�y XM2527EG-162Dualsky XM2527EG-16 2300 RPM/V 37g Cased Outrunner� The {b,Dualsky XM2527EG-16 } is a high quality cased outrunner for models weighing 250 - 700g.
3.17 mm shaft. See images for full specifications.
Recommended props:
2S LiPo: 7x4, 7x5, 8x4, 8x5
3S LiPo: 6x4, 6.5x4 % � 2 � � =� � � � � � � � c
2C2� � � ,)@ ��b�z
PHOENIX-DFPhoenix DF 4m F5J# This great F5J model is coming soon � � G � � � � � � � � � � � � 3� � � +� �}�b�{
ORION-STABNan Orion Tailplane@ Tailplane (horizontal stabiliser, elevator) for the Nan Orion 2. ' � P � � 2 � � � � � � � � � 3� f[ +H|�}�b�| Q4-Q5-NOSECONE-368GPS Nosecone for Nan Explorer Q4 & Q5 F5J - 36mm spinner� Nan Exporer Q4 and Q5 GPS Nosecone.
Made from Kevlar so allows GPS and RC recepion.
Length: 40 cm (but can be cut down from either end)
Front outside (spinner) diameter: 36 mm
� s � � F � � � � � � � � � 3� �} �b�} Q4-Q5-CENTRE-JOINER+Centre Wing Joiner for Nan Explorer Q4 & Q5~ A centre wing joiner for use on Nan Explorer Q4 and Q5 models.
A pair of tip joiners are also required for a complete wing. � - � � 0 � � � � � � � � 2 2G6� h�1 ��b� POWER-PODSmall Glider Power Pod� This {b,Small Glider Power Pod} can be used on a range of mini gliders around 175 - 300g weight. Specifically developed for the AngelWing Designs Genteel Lady 1200mm span kit.
This 3D printed electric power pod uses a pusher configuration. The pusher system allows for a small folding propeller to be used without the risk of it snagging on the motor pylon. Curvature on the base plate designed to fit against the leading edge of an AG25 wing section.
For convenience the designers suggest the speed control is left in the fuselage of the aircraft, doubling as a BEC to power the RX and servos in pure glider mode without the pod fitted. A pair of 3pin JTXH connectors (like used on a lipo balance plug) proved ideal for conncting the motor. Look out for the how to videos on Nick Chitty Flying over on Youtube. The motor leads can be routed internally and pass through a small hole at the front of the pylon. The motor mount itself allows for some adjustment of the thrust line. We suggest that you just spot glue the mount initially and make adjustments if required. The amount of up thrust needed will vary from model to model and the CG can also have an impact upon this.
Weight of power pod: 10.2g
Please note that the motor and propeller are NOT included. Colour may vary. The plastic can deform if it gets too hot. Keep out of direct sunlight for extended periods.
{b,Recommended accessories}
iFlight XING2 1404 3800KV - 4600KV or {pref, SUN-R1106-5500,Sunnysky R1106 5500 RPM/V} motors.
(The iFlight motor is known to fit the push on propeller, some motor shafts are slightly undersize on other brands that we have tested. Secure with a little CA if the prop slips)
Hobbywing Flyfun 6A or {pref, HF-BLHELI-28, HyperFlight 28A} speed controller
{Pref, BK-300-75-2S, Bonka LiPo 2S 300mAh}
{pref, HF4X2, 4x2 folding propellor assembly}
#F959.007 Propeller Kit Replacement for WLtoys (available from ebay, ali express etc) � � � � c� � � � � � � � 2 2F6� �� jUzO `}�`� HF4X21HyperFlight 4.1x2 Folding prop blades and spinner� A pair of economy 4.1 x 2 pusher folding propeller blades with a folding spinner assembly suitable to 1.5mm motor shafts. If not used with the supplied spinner/yoke assembly these blades will require a smaller spinner/yoke with 1.5mm diameter hinge pins.
Although supplied for pusher use the hinge pins can be pushed out and the blades refitted for normal tractor (pulling) operation.
Suitable for use with our Sunnysky R1106 motor and HyperFlight 28A ESC powered by a small 2S LiPo battery. Note this motor's shaft it not a very tight fit and a little CA will be needed to secure the spinner.
{table title="4.1x2 Folding Propeller Blade Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=:}
Prop diameter: 10.5 cm: 4.1 in
Prop pitch: 5 cm: 2.0 in
Spinner diameter: 18mm: 0.7 in
Weight of assembly: 2.5 g: 0.1 oz
Width of blade root: 3.5 mm: 0.138 in
Hinge pin hole dia: 1.5 mm: 0.059 in
Motor shaft hole dia: 1.5 mm: 0.059 in
Max power: 50 W
{endtable}
� � 2� � R� � � � � � � � 2 2A3� F959.007 Propeller Rotor Blade Set for WLtoys F959 RC Plane Glider Accessory
https://www.aliexpress.com/item/33001858154.html?spm=a2g0o.order_detail.order_detail_item.3.7e85f19c8AJrSl
� �� g�&� �s +J� ��b� SUMMIT-60SLIMU8"Dualsky SUMMIT 60 SLIM 8V SBEC ESC4 The {b,Dualsky SUMMIT 60 SLIM U8} is a high quality ESC with a high voltage 8V 5A SBEC circuit. It should be used with HV servos and is suitable for use with 3S-6S LiPo batteries.
The Dualsky SUMMIT 60 SLIMU8 is very small - sized just 42 x 17 x 7 mm and only weighs 33g inc cables making it very suitable for competition electric gliders. The 17g Special Edition version shown in some of the photos is not currently available but is just the standard version with the motor leads removed. We reccomend this is done and the motor is soldered direct to the ESC if weight saving is a high priority.
The speed control is supplied with the brake ON, so no programming is required for glider use. .
Telemetry is supported using the KIS 24A protocol and is output to a blue wire next to the RC plug. The data output includes:
Temperature - degrees C
Voltage - V
Rotation speed - electrical RPM - divide by motor poles/2 to convert to mechanical RPM.
Like our acclaimed HyperFlight ESCs this Dualsky ESC uses BLHeli-32 firmare. This makes it very efficient and thus small. However it also means that a PC and an Aurdino Nano or a {href, products.asp?code=BLHELI-USBPROG, BL Heli USB Programming Interface} is reqired to program it, if required.
{BLHeliTest}
{table title="Dualsky Summit 60 SLIM U8 ESC Specification" class=1 cols=2 width=100,220 align=L,L separator=:}
Continuous current: 50A
Burst current: 80A
Battery: 3S - 6S LiPo
SBEC: 8V @ 5A, 10A peak
Weight inc leads and XT60 plug: 33g
Weight ex leads: 17g
Firmware: BLHeli-32
Programmable: Yes, with an Arduino or our {p,BLHELI-USBprog} interface
PCB Size: 42mm * 16mm
Battery connector: 15 cm wires, XT60 plug/socket fitted
Motor connector: 4 cm wires to 3.5mm sockets
RC wire length: 35 cm
Telemetry:: Yes (but does not include current)
{endtable� �|�b� KST-X06-BULK3KST X06 Bulk Packed Servo - 1.8Kg.cm 0.07s 6.4g 7mm* These are bulk packed new full spec KST X06 servos with all accessories. Fully 100% guaranteed, supplied in foam pouches without a box.
The {b,KST X06 V6} is a 7 mm thin servo weighing only 6.4g. Perfect for discus launched gliders (DLGs) and many smaller models. The incredibly slim casing is crafted from 7075 aluminium alloy, so not only do these servos look fantastic but they are also very rigid and robust. The new V6 version has the same great specifications as the old servo, but is also programmable using a {pref, KST-TOOL2, PC based} or a {pref, KST-TOOL5, press-button} programming tool.
The {b,KST X06} has a hardened steel drive train and a coreless motor capable of running all the way from 3.8V to 8.4V (1S to 2S LiPo) making these WV (wide voltage range) servos will deliver the power and reliability you need. Although some say this tiny servo is too small for 1.5m DLG aileron surfaces it actually has more torque on 2S LiPo than a KST X08 has on a 1S battery.
The accessories include four strong nylon output arms, two double sided, and two single sided, one of which is low profile. This means that when the servos are mounted one in front of the other the control rod of the front one won't foul the rear one.
{b,KST X06 Features}
{bullet}
Ultra slim 7 mm body
Compact and light weight design
Good torque and speed
Wide 1S to 2S LiPo voltage range
Excellent heat dissipation
7075 Alloy casing
Hardened Steel gears
Designed for lightweight high performance RC Gliders
{endbullet}
{ServoSpecs} Note although the X08 arms will fit they are slightly deeper. When fully screwed into place the arm will jam on the top of the servo case. Either trim away a little of the nylon arm sleeve, or avoid fully tightening the retaining screw.
Stall Current: 0.58A
Continuous rated Current: 0.22A ? � ' � � 2� � � � � � � � 1J3 I� iEr[ � �}�b�
DF-LIBELLE-TP Dream-Flight Libelle TailplaneN Replacement tailplane / horizontal stabilser for the Dream-Flight Libelle DLG. � � � � � � � � � � � � 2F1< h� ��� +� ��b�
SESSANTA-ESessanta Electric 1.5mm {BR, We are looking for an experienced modeller to write a build log for this model.}
The {b, Sessanta Electric} is a new 1.5m (60") hotliner type glider from James Hamond. This very pretty model flies as well as it looks, with sweet handling, a great speed envelope and easy landing thanks to its large flaps.
Continuing technical development of previous designs which have gained him a worldwide following, Dr. James Hammond is very pleased to announce his latest entry the electric glider market. James designed the Sessanta Electric as a modern, sleek, and high performing hotliner to complement his slope design and leverage his expertise.
With a single piece wing incorporating completely new and radical wing planform, new aerofoils, new, sleeker and stronger fuselage and the game-changing sine wave spar, the new �Doc J� weapon is extremely quick, yet has all of its older Sunbird brother�s great flying characteristics. More info {href, https://www.aeroiccomposites.com/sessanta-60-15m, here}.
The rudder and elevator servos are best fitted in the tail. A fairly complete accessory pack is included with a nice wiring loom. Note this does not include a ballast tube or firewall.
{b,Layup Options}
L = Light = Lowest weight, reduced strength
S = Sport = medium strength & weight
SS = Super Sport = strongest strength & higher weight
Spinner diameter: 36 mm
{table title="Sessanta Glider 60 Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.53 m, 60 in
Wing area, 22.5 dm2, 349 sq in
Length, 97 cm, 38.0 in
Flying weight from, 1100 g, 38.8 oz
Wing loading, 48.9 g/dm, 16.0 oz/sq ft
Aspect ratio, 10.3,
Wing airfoil, JH3680, JH3675, JH3670
EDA (dihedral), 0.0�,
Centre of Gravity, 70-75 mm from wing leading edge
Controls, "Ailerons, flaps, rudder, elevator"
{endtable}
{table title="Powertrain Recommendations" class=1 cols=2 width=80,210 align=L,L autohref=2}
Motor, XPower F2925/8 Windy
Battery, 3S 1.5-3 Ah LiPo (choose size to aid correct CG)
ESC, Dualsky SUMMIT 60XU6, Dualsky SUMMIT 60XU8, YGE 65LVT
Prop blades, GM 11x6
Spinner, 36mm GM F5J Spinner, 5mm Split Collet for GM Spinners
{endtable}
{table title="Recommended Servos" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder (front), MKS DS6100, MKS HV6100, Blue Bird BMS-126WV, Blue Bird BMS-127WV, KST DS145, KST DS215MG, KST X10-710, KST MS320
Elevator (rear; 8mm), KST X06, KST X06H, KST A08, KST A08H, KST A08, KST A08H, CHA DS06, CHA LV06, CHA HV06, MKS HS75, MKS HS75H
Flap (9mm), KST HS08A, KST HS08B, KST X08H Plus, KST X08 Plus, KST A08H, KST A08, KST X08H, KST X08, CHA HV85H, CHA DS09, MKS DS6100, MKS HV6100, MKS HV6110, Blue Bird BMS-125
Aileron (8mm), KST HS08A, KST HS08B, KST X08H Plus, KST X08 Plus, KST A08H, KST A08, KST X08H, KST X08, Blue Bird BMS-A10V
{endtable} The wing is very thin and 8 mm servos are required for the ailerons, and ideally 9 mm for the flaps. 10 mm thick flap servos can perhaps be used but the servo covers will need adjusting.
{table title="Sessanta 60 Glider Sports Layup Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing, 430 g, 15.2 oz
Tailplane, 45 g, 1.6 oz
Ballast tube, 10 g, 0.4 oz
Accessories, 12 g, 0.4 oz
Total structure, 727 g, 25.6 oz
Wiring, 37 g, 1.3 oz
Pushrods, 15 g, 0.5 oz
Receiver, 8 g, 0.3 oz
Elevator servo (rear), 7 g, 0.2 oz
Rudder servo (front), 12 g, 0.4 oz
Wing servos (4), 34 g, 1.2 oz
Battery, 100 g, 3.5 oz
Nose weight, 160 g, 5.6 oz
Flying weight, 1100 g, 38.8 oz
{endtable}
Light layup - approx 50g lighter lighter than Sports layup (above).
Super Sports layup - approx 100g heavier than Sports layup (above).
� � � � � ' � � � � � � � � R 3k � ���r� JOB-ORD-FUL,HyperFlight Job Vacancy - Order Fullfillmentm We are looking for someone to help packing orders and booking them onto couriers' websites. Also checking new stock received and adding it to our website.
This job is mainly light manual work with some use of a PC.
This position requires attendance at our premises near Stratford-on-Avon CV37 7PD. Preferably 5 days a week, working 30-35 hours a week.
Knowledge of RC modelling would be useful but is not required. Basic numeracy and English language skills required.
Starting salary �12 to �15 per hour depending upon skills and age.
Please call 07821 351341 or email us at sales@hyperFlight.co.uk
� � � � � � � � � � � �� f��Q����r� JOB-CUST-SERVICE*HyperFlight Job Vacancy - Customer Supportd We are looking for someone to help with the large number of customer emails and text enquiries we receive. Someone to help answer questions like <i>Where is my stuff? Can I add to my order? Can I return this item? When will you get more xxx? Why don't my prop blades fold fully back? Can you recommend a powertrain for xxx? </i> Most of these questions do not require RC modelling expertise and could be answered by anyone with a little training. If you have RC modelling knowledge that would be a great help, but is not essential.
This position could possibly be undertaken remotely, but some attendance at our premises would be useful to facilitate training and improve communication.
Good written English language skills required.
Flexible hours. Salary dependent upon skills and age.
Please call 07821 351341 or email us at sales@hyperFlight.co.uk
� � � � � � � � � � � �� f��L � � ,L ��b�
VORTEX-FIN Vortex 5 Fin6 Replacement fin / vertical stabiser for a Vortex 5 DLG � � D � � # � � � � � � � � � +�, ��b� TYPHOON-2Typhoon Mk2 Toccata 2m� The Typhoon Mk 2 "Toccata" is the latest 2m soarer from the James Hammond stable of high performance sport slope models. Ideal for big lift this model gives scintillating performance, flying like a much larger model.
The Toccata is the long-awaited replacement for the classic Typhoon that James Hammond designed with RCRCM over 15 years ago, and is now the biggest selling 2 metre model of all time with over 2500 Models sold. Originally intended as an introduction to moulded models, it has been a first model for many, a trainer, and a good flying, reliable, and easy to install model for hundreds of slope flyers. Everything has been improved on the new version in both construction and aerodynamics while the basic dimensions and curves that distinguish the model and have made it a classic remain. The all-new Toccata is lighter, stronger, faster and slower on landing than the original; maintains its easy to install radio and has the added benefit of better flying performance, especially in light wind flying, acceleration and energy retention.
James Hammond's Aeroic company builds these models to a very high standard. The strength and surface finish are excellent. The reasonably complete accessory pack includes a full wiring harness.
{table title="Toccta 2m Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.0 m, 80 in
Wing area, 30.6 dm2, 474 sq in
Length, 95 cm, 37.4 in
Flying weight - Super Sports layup. Sports is approx 150g lighter, 1658 g, 58.5 oz
Wing loading, 54.2 g/dm, 17.8 oz/sq ft
Aspect ratio, 13.1,
Wing airfoil, JH817,
EDA (dihedral), 1.0�,
Centre of Gravity, 95-110 mm from wing leading edge
Controls, "Ailerons, flaps, rudder, elevator"
Designer, Dr. James D. Hammond
Servos, 6 pcs 8 mm thick
{endtable}
{table title="Recommended Servos" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator (8mm), KST HS08A, KST HS08B, KST X08H Plus, KST X08 Plus, KST A08H, KST A08, KST X08H, KST X08, MKS HS75, MKS HS75H
Flap (8-9mm), CHA DS09, CHA HV85H, KST HS08A, KST HS08B, KST X08H Plus, KST X08 Plus, KST A08H, KST A08, KST X08H, KST X08, MKS HS75, MKS HS75H
Aileron (8mm), KST HS08A, KST HS08B, KST X08H Plus, KST X08 Plus, KST A08H, KST A08, KST X08H, KST X08, MKS HS75, MKS HS75H
{endtable} The wing is very thin and 8 mm servos are required for the ailerons, and 8mm or 9 mm for the flaps.
{table title="Toccata 2m Super* Sports LayupTypical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage inc pushrods, 380 g, 13.4 oz
Left wing, 405 g, 14.3 oz
Right wing, 402 g, 14.2 oz
Tailplane, 66 g, 2.3 oz
Wing joiner, 128 g, 4.5 oz
Ballast tube, 40 g, 1.4 oz
Accessories, 29 g, 1.0 oz
Total structure, 1450 g, 51.1 oz
Wiring, 30 g, 1.1 oz
Receiver, 10 g, 0.4 oz
Tail servos (2), 16 g, 0.6 oz
Wing servos (4), 32 g, 1.1 oz
Battery, 120 g, 4.2 oz
Flying weight, 1658 g, 58.5 oz
{endtable} *Sports layup is approx 150g lighter,
� � � � � � � � � � � � � � 3k .` @�`� SAKERSaker F3F Slope Racer 3m� The {b,Saker F3F} is a new design of F3F slope racer by acclaimed UK designer Ian Mason. Building on his well regarded Willow F3F models the Saker has proven to be one of the best performing slope racers currently available.
The Saker is currently being flown by several top fliers, including John Phillips who posted this on the {href, https://www.barcs.co.uk/forums/topic/11799-3m-saker-model/?do=findComment&comment=197300,BARCS forum}:
<i>Some more Saker trophy's for this year, can only say again I've been very impressed with this set up of Saker and KingMax servos. This is a great combination for UK F3F competitions, plus a very nice sports plane with easy handling.
Welsh open trophies (I just used the Saker in this event)
Euro F3F League trophy the Saker helped with this win, plus also helped in the UK F3F league win.</i>
-- well done John. Great achievement.
This 3m span model has great F3F credentials and is designed for typical European conditions, however it is made to a high standard in the Far East at a very economic price. Flying qualities, structural strength, fit and finish are all excellent. The objective of the Saker F3F is to create an affordable F3F plane that can give a lot of fun when sport flying, but still highly capable in F3F racing events, allowing newcomers to this category to give it a try.
The Saker is made to a high standard. The surface finish is as good as top rated manufacturer's planes. The design has been optimised to create a forgiving, easy to fly model that excels in high speed and high G flight.
The fuselage is glass with carbon reinforcements and features a large access hatch for easy installation of the RC. The attractive carbon canopy hatch RC has wire retaining springs ready fitted. The tail pushrod outers are bonded in place.
The two piece wings are nicely molded giving a high gloss finish. The wings are available in Single Carbon and Double Carbon layups. The wing skins are very strong to minimise hanger rash and are bonded to a substantial carbon spar. The wings include openings for the flap and aileron servos and the aileron/flap control horns are supplied. Each wing root also includes spaces for extra ballast to be fitted.
Supplied with all pushrods and control linkages and a 16 mm ID ballast tube.
{table title="Saker F3F Slope Racer Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 3.000 m, 118 in
Wing area, 58.0 dm2, 899 sq in
Length, 140 cm, 55.1 in
Flying weight from, 2550 g, 89.9 oz
Wing loading, 44.0 g/dm, 14.4 oz/sq ft
Aspect ratio, 15.5,
Wing airfoil, Proprietary,
Dihedral angle (EDA), 1.5�,
Centre of Gravity, 93-100 mm from wing leading edge
Controls, "Rudder, elevator, ailerons, flaps"
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
V tail (servo body max 23 mm x 12 mm), KST DS145, KST X10-710, KST DS215MG, KST X12-508, KST MS320, MKS HV6125e, MKS DS6125e, MKS HV6130H
Flap (servo max 12 mm thick), MKS HV6130, KST DS125, KST X10
Aileron (servo max 10 mm thick), MKS HV6130, KST DS125, KST X10, KST X10 Mini, CHA HV85H
Receiver, 6 channel rx to match your transmitter
Power, HyperFlight 1600 mAh 6V NiMH 2/3A Battery, 2000 mAh 2S LiFe
{endtable}
{table title="Saker F3F Slope Racer Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 350 g, 12.3 oz
Wings (single carbon), 1400 g, 49.4 oz
Tailplane, 100 g, 3.5 oz
Wing joiner, 125 g, 4.4 oz
Ballast tube, 50 g, 1.8 oz
Accessories, 45 g, 1.6 oz
Total structure, 2070 g, 73.0 oz
Wiring, 30 g, 1.1 oz
Receiver, 10 g, 0.4 oz
Rudder servo, 20 g, 0.7 oz
Elevator servo, 20 g, 0.7 oz
Aileron servos, 50 g, 1.8 oz
Flap servos, 50 g, 1.8 oz
Battery, 150 g, 5.3 oz
Noseweight, 150 g, 5.3 oz
Flying weight, 2550 g, 89.9 oz
{endtable}
{b, Control Throws}
Control throw and setup posted by John Phillips: <i>
CG 105 this moves forward to 104 when ballast is added
overall weight dry 2700g
aileron at tip up 8 down 3.5 combined flaps at root 6 up 3 down
elevator at root 5 up and down plus 20% expo, bigger wind I have 4up and Down
snap flap at root 5 down with a little less on ailerons, this come in after half elevator stick
I do fly with a little rudder mix to the ailerons 2up and Down
up to now I've only used a max of 750g of ballast, I can get 1kg in the Fuz and 1kg if I use the steel joiner. So far I've not had the conditions for this at a F3F, however I have flown with steel joiner and 600g in fuz making total weight 4500g and it was very impressive.</i>
Control throws and setup posted by Ian Mason: <i>
These are still a work in progress and I will change them as I learn. These can be cranked up for faster response with no danger in flight.
I start with a CG of around 95 mm but the model can fly around this position.
Aileron up 18 mm down 12 mm (at root) Flaps up 4 mm down 3 mm
Flaps for brakes, over 45deg down slops her nicely
Snap flap down 2mm across the wing
Elevator up/down 5-7mm measured at the root. 25% rudder mix is a help
Thermal mode is simply 2mm flap and 1mm aileron down to generate some camber. I tend to increase the aileron differential in this mode. </i>
+ � � � � � � � � � � � � � � 4UP� orig
Setting up time
cg100mm to start with, may need to go forward a bit.
basic setting for the test flights will be
ail 17 up 10 down at the root with a 40% mix to flaps
elv 5 up and down at the root with a bit more on the rate switch
rudd 8 both ways
crow
flaps 40 down at root
ali 3 up at tip
Elv 2 down
Well I�ve reset some settings
ail movement at tip is 8 up 4.5 down flap mix 7up 2 down at root, still not right but ok
crow I reduce flap to 35 down and increased elv to 5 down, ail stayed the same at 3 up. I think a bit more down flap when I finally decide on CG will be good, as I think this will be more forward than 100.
finally:
Settings I have settled with for F3F are
CG 96. ailerons 8up 5down at the tip couple flap 5up 3down at the root. Elevator 5up & down. Rudder 8up & down.snap flap flaps 5down ailerons 3down set to come in after 30% stick movement. Currently running a small amount of coupled rudder to aileron off 2mm
crow flap 35 aileron 3.5 elevator 3
- JP settinga -----
CG 105 this moves forward to 104 when ballast is added
over all weight dry 2700g
aileron at tip up 8 down 3.5 combined flaps at root 6 up 3 down
elevator at root 5 up and down plus 20% expo, bigger wind I have 4up and Down
snap flap at root 5 down with a little less on ailerons, this come in after half elevator stick
I do fly with a little rudder mix to the ailerons 2up and Down
up to now I�ve only used a max of 750g of ballast, I can get 1kg in the Fuz and 1kg if I use the steel joiner. So far I�ve not had the conditions for this at a F3F, however I have flown with steel joiner and 600g in fuz making total weight 4500g and it was very impressive.z [�}��b� CPROD-DIS0Carbon Rod, Tube & Strip Temporarily Unavailable� We are temporarily disabling most of our Carbon Rod, Tube & Strip products while we are short staffed, as they take longer to pack.
We hope to have them avilable again from 9th September 2024 � � � � � � � � � � � �� f� � �}��b�
JOY-JOINERWing Joiner for Joy F5J Replacement Joy wing joiner � � � � � � � � � � � � d t � f�W ,'� ��b�
FALCON-100 Falcon 100 Slope Soarer 2.5m~ The Falcon 100 is a sturdy, slippery and very aerobatic slope soarer that excells in big air. With graceful lines and a beautiful finsh, this strong model will bring out the best in any pilot.
The Falcon 100 is of fully molded construction and has very strong full carbon wing skins and well engineered spars.
See this {href, https://www.barcs.co.uk/forums/topic/10776-100-inch-falcon, BARCS forum thread} for more info.
{table title="Falcon 100 Slope Soarer Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.500 m, 98 in
Wing area, 48.0 dm2, 744 sq in
Length, 130 cm, 51.2 in
Flying weight from, 2323 g, 81.9 oz
Wing loading, 48.4 g/dm, 15.9 oz/sq ft
Aspect ratio, 13.0,
Wing airfoil, Proprietary,
Dihedral angle, 1.5�,
Centre of Gravity, 91-100 mm from wing leading edge
Controls, "Ailerons, flaps, V tail"
{endtable}
{table title="Recommended Servos" class=1 cols=2 width=110,240 align=L,L autohref=2}
V tail, KST MS320, KST MS325, KST X12-508, KST DS215MG, KST X10-710, KST DS145, MKS HV6130H
Flap, KST X10, KST DS125, MKS HV6130
Aileron, KST X10 Mini, KST X10, KST DS135, KST DS125, MKS HV6130
{endtable}
{table title=" Recommended Control Throws (for 91mm CG)" class=1 cols=2 width=110,240 align=L,L autohref=2}
V tail pitch, 4 mm up / 5 mm down
V tail yaw, 6 mm left / 6 mm right
Ailerons, 14 mm up / 8 mm down
Flap (roll), 3 mm up, 2 mm down
Flap (brake), 45 deg down
Snap flap, 2 to 3 mm down flap with up elevator. Ailerons move with flaps
All measured at the widest point.
{endtable}
{table title="Falcon 100 Slope Soarer Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 265 g, 9.3 oz
Wing , 1335 g, 47.1 oz
Tailplane, 100 g, 3.5 oz
Wing joiner, 155 g, 5.5 oz
Ballast tube, 43 g, 1.5 oz
Accessories, 35 g, 1.2 oz
Total structure, 1933 g, 68.�s Sd ��b� INFUSION&Infusion Slope Soarer and Warmliner 2m� {b, INFUSION} goes straight into your veins! Made by the same manufacturer as the well regarded {pref, INTRODUCTION-F5J, Introduction F5J} and {pref, Inside-F5J, Inside F5J} the {b, Infusion} is designed to wow you with a new stimulation for your bloodstream!
With a wingspan of 1.95m, the 3-piece and 4 servo wing of the Infusion makes it an agile model with a wide range of applications. Easy and forgiving take-off, flight and landing characteristics, and with a wide speed range due to the fully cambered wing profile. By drooping the flaps and ailerons of the Selig 7012 profile the slope type glider design can be transformed into a lamblike glider with a surprisingly good thermal performance. Using the "butterfly" braking vertical descents from great heights are safe and a minimum of space is required for landing.
The Infusion can be built as a pure glider for slope soaring sites that do not allow motors, or a powerful motor can be installed to give hotliner-like climbs. Fitting a motor makes you independent of the flying site and allows a larger radius of action and "riskier" thermal tracking on slopes. The recommended propulsion - consisting of the BL outrunner Hacker A20-12XL, a 3-cell LiPo with 1300mAh capacity and the CamCarbon 10x6 - allows lots of climbs to thermally amazing heights and spectacular "rescue operations", if the lift on the slope is not as good as expected. Due to the light weight, 10s of engine run time per climb are absolutely sufficient.
For the glider and slope purists among you we offer a separately available {href, https://www.hyperflight.co.uk/products.asp?code=INFUSION-GLIDER-KIT, Infusion Glider Conversion Kit}
The Infusion is not recommended for beginners because of the fast climb and sensitive controls. For all the advanced pilots: Get it, enjoy the good quality of the kit, build it with enthusiasm, and have heavenly flights wherever you are!
Typical for this manufacturer, solid tubular spar construction with pullwinding spars. Compared to pultruded tubes these have a much higher bending and torsional strength. Precisely laser cut wooden construction, simplest construction (3D-puzzle). 3-piece wing, planked flat-built tailplane, removable elevator in front of the rudder (optional), 90� deflectable landing flaps (bottom mounted), integrated wing connectors in the main spar, innovative (tool- and tape-free) fixation of the outer wings. The main feature of the wing is the tubular carbon spar, onto which the laser cut ribs are threaded. Half-ribs in the front section of the wing ensure good airfoil accuracy and prevent the covering film from collapsing in this section of the profile. Stylish wingtips ensure an elegant appearance. The fuselage is consistently designed for the use of small brushless outrunners. With nearly 2m of wingspan, an all up weight of around 900 g, a wing area of 32dm� gives a wing loading of 28g/dm�.
The fuselage (built from balsa, reinforced by "clicked in" plywood formers) is doubled-up by lightweight plywood underneath the wing. The milled bulkhead is already prepared for the mounting of a Hacker A20-12XL. The kit includes - besides laser cut parts - the GRP tube spars, GRP leading edges and all linkages and small parts. A full size multi-coloured construction plan and well illustrated German building instructions are included. The kit doesn't include any glues, covering material, power drive, batteries and RC components. As covering we recommend Oracover or Oralight covering film.
This model is called <i>Slope Infusion</i> in other places. See this {href, https://www.rcgroups.com/forums/showthread.php?3925627,RCGroups thread} for more info.
{table title="Infusion Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.95 m, 77 in
Wing area, 32.0 dm2, 496 sq in
Length, 111 cm, 43.7 in
Flying weight from, 900 g, 31.7 oz
Wing loading, 28.1 g/dm2, 9.2 oz/sq ft
Aspect ratio, 11.9,
Wing airfoil, Selig 7012,
EDA (dihedral), 4.0�,
Spinner Diameter, 35 mm,
Centre of Gravity, 68 mm from wing leading edge
Controls, "Rudder, elevator, flaps, throttle"
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,235 align=L,L autohref=2}
Rudder & Elevator, CHA DS09, MKS DS6100, MKS HV6100, Blue Bird BMS-125, Blue Bird BMS-126, KST X08, KST DS113
Ailerons, KST X08H, CHA DS09, MKS DS6100, MKS HV6100, MKS HV6110, Blue Bird BMS-115, Blue Bird BMS-125
Flaps, KST X08H, CHA DS09, MKS DS6100, MKS HV6100, MKS HV6110, Blue Bird BMS-115, Blue Bird BMS-125
Receiver, 7+ channel rx to match your transmitter
Dualsky SUMMIT 30 SLIM 6V, - 60A ESC with 3A - 5A uBEC
{endtable}
{table title="Powertrain Recommendations" class=1 cols=2 width=130,310 align=L,L autohref=1}
XPower F2915/12 XLight, 3S 1300mAh LiPo, 10x5 or 10x6 (recommended)
XPower F2919/10 Light, 3S 1300mAh LiPo, 10x6, 10x8
Hacker A20-12XL, 3S 1300mAh LiPo, 10x6
Axi 2217/16 V2 Long, 2S 1500mAh LiPo, 12x6
Axi 2217/20 V2 Long, 3S 1300mAh LiPo, 12x6
Axi 2220/16 V2 Long, 2S 1500mAh LiPo, 12x6 or 12x7
Axi 2220/20 V2 Long, 3S 1300mAh LiPo, 12x6 or 12x7
Dualsky XM3036EG-11, 3S 1300mAh LiPo, 10x6, 10x8, or 11x6
Mega 16/15/4, 2S 1500mAh LiPo, 8x4
Mega 16/15/5, 3S 1300mAh LiPo, 7x5
{endtable} Note the Dualsky, XPower and Mega motors do not have rotating cases and have rear mounted power leads and are thus easier to mount.
Choose a battery capacity after completing the model that will assist obtaining the correct CG.
{table title="Infusion Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Total structure, 572 g, 20.2 oz
Wiring, 20 g, 0.7 oz
Receiver, 10 g, 0.4 oz
Rudder servo, 12 g, 0.4 oz
Elevator servo, 12 g, 0.4 oz
Wing servos (4), 38 g, 1.3 oz
Speed control, 25 g, 0.9 oz
Motor, 78 g, 2.8 oz
Prop & spinner, 23 g, 0.8 oz
Battery, 110 g, 3.9 oz
Flying weight, 900 g, 31.7 oz
{endtable}
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� � � � � z2� � � � � � � � x 4\ 3� !Balsa wood, plywood � � +?@��b�
MD2-X06-MOUNT/Mini Dart 2 Mount for KST X06 & CHA DS06 ServosX This {b,KST X06 & CHA DS06 Servo Mount} assists fitting these servos in Mini Dart 2 DLGs � � � � � � � � � � � �}�b� ENIGMAJ-JOINERSEnigma Wing Joiners; A pair of replacement wing joiners for the Enigma F5J model � � ( � � � � � � � � � � � 2G6v &� g���k? ,s@ �}�b� MF3KMaxFlight F3K 1.5m DLG� The {b, MaxFlight F3K} is an advanced 1.5m DLG-type glider featuring a convenient two-piece wing design. Combining superb performance with forgiving flight characteristics, this may be one of the most refined and enjoyable DLGs we offer. It is available in both four-servo (ai1G ,"8 ��b�
TOC-ELEC-FUSE-Glider/ElectricFuselage for the Toccata model� This fuselage can be used with the Toccata wings and tail to make a high performance hotliner type electric glider.
Nose not removed from this fuse, so it can be used for a slope soarer or for an electric model - cut nose to the required size for th h �}�b� STEST2stest � - � (2� 2� � � � � � � � � 9� f�PBR �~�b� FORZA-ELEC-FUSE%Electric Fuselage for the Forza model� This fuselage can be used with the Forza wings and tail to make a high performance hotliner type electric glider.
Weight: 600 g
Spinner diameter: 40 mm
No firewall is supplied. � � � � v � � � � � � � � � 3k ;� i��9 T �~�b� CORSA-ELEC-FUSE%Electric Fuselage for the Corsa model� This fuselage can be used with the Corsa wings and tail to make a high performance hotliner type electric glider.
Weight: 620g
Spinner diameter: 42mm
No firewall is supplied. � � � � �� � � � � � � � � 3k ;� h�v � �|�b� TOCCATA-EToccata Electric 2mu {BR, We are looking for an experienced modeller to write a build log for this model.}
The Toccata E is a nice 2m hotliner based on the Toccata 2m soarer from the James Hammond stable of high performance sports models.
The Toccata is the long-awaited replacement for the classic Typhoon that James Hammond designed with RCRCM over 15 years ago, and is now the biggest selling 2 metre model of all time with over 2500 Models sold. Originally intended as an introduction to moulded models, it has been a first model for many, a trainer, and a good flying, reliable, and easy to install model for hundreds of slope flyers. Everything has been improved on the new version in both construction and aerodynamics while the basic dimensions and curves that distinguish the model and have made it a classic remain. The all-new Toccata is lighter, stronger, faster and slower on landing than the original; maintains its easy to install radio and has the added benefit of better flying performance, especially in light wind flying, acceleration and energy retention.
James Hammond's Aeroic company builds these models to a very high standard. The strength and surface finish are excellent. The reasonably complete accessory pack includes a full wiring harness.
{table title="Toccta 2m Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.0 m, 80 in
Wing area, 30.6 dm2, 474 sq in
Length, 95 cm, 37.4 in
Flying weight - Super Sports layup. Sports is approx 150g lighter, 1658 g, 58.5 oz
Wing loading, 54.2 g/dm, 17.8 oz/sq ft
Aspect ratio, 13.1,
Wing airfoil, JH817,
EDA (dihedral), 1.0�,
Centre of Gravity, 90-96 mm from wing leading edge
Controls, "Ailerons, flaps, rudder, elevator, throttle"
Designer, Dr. James D. Hammond
Servos, 6 pcs 8 mm thick
{endtable}
{table title="Recommended Servos" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator (8mm), KST HS08A, KST HS08B, KST X08H Plus, KST X08 Plus, KST A08H, KST A08, KST X08H, KST X08, MKS HS75, MKS HS75H
Flap (8-9mm), CHA DS09, CHA HV85H, KST HS08A, KST HS08B, KST X08H Plus, KST X08 Plus, KST A08H, KST A08, KST X08H, KST X08, MKS HS75, MKS HS75H
Aileron (8mm), KST HS08A, KST HS08B, KST X08H Plus, KST X08 Plus, KST A08H, KST A08, KST X08H, KST X08, MKS HS75, MKS HS75H
{endtable} The wing is very thin and 8 mm servos are required for the ailerons, and 8mm or 9 mm for the flaps.
{table title="Toccata 2m Typical Weights (glider version)" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage inc pushrods, 380 g, 13.4 oz
Left wing, 405 g, 14.3 oz
Right wing, 402 g, 14.2 oz
Tailplane, 66 g, 2.3 oz
Wing joiner, 128 g, 4.5 oz
Ballast tube, 40 g, 1.4 oz
Accessories, 29 g, 1.0 oz
Total structure, 1450 g, 51.1 oz
Wiring, 30 g, 1.1 oz
Receiver, 10 g, 0.4 oz
Tail servos (2), 16 g, 0.6 oz
Wing servos (4), 32 g, 1.1 oz
Battery, 120 g, 4.2 oz
Flying weight, 1658 g, 58.5 oz
{endtable}
� � � � � � � � � � � � � � k ;� f�kU #h � -�� �~�b� FORZA-EForza Electric 2.5m�" {BR, We are looking for an experienced modeller to write a build log for this model.}
The {b,Forza Elecric} is the next generation high performance 2.5 metre model from successful Aeroic designer, Dr. James Hammond. With a new and highly experienced manufacturer, and continuing technical development of previous designs which have gained him a worldwide following, Dr. James Hammond is very pleased to announce Aeroic�s latest entry into the high-end sports sailplane market; the Stormbird Forza 100�
James specifically designed the now very popular Forza Electric as a more modern, and higher performing replacement for the ever-popular Typhoon � arguably the best selling all�moulded 2M ever, that he designed over a decade ago. Now it has been stretched and optimized into the higher aspect ratio Forza. The proof of the Pudding � chuck it and see. From the very first flight the Forza has surprised us.
Armed and dangerous with its massive carbon joiner and a completely new and higher aspect ratio wing planform, newly smoothed aerofoils, and the game-changing sine wave spar, the new �Doc J� weapon is extremely fast - scary fast some have said - and like all Aeroic thoroughbreds its highly aerobatic but lands like a Gentle Lady. Its faster than its smaller brother in acceleration and top speed, slower in landing mode, and with its lower wing loading can fly in lighter winds than the original model.
Overall design:
James has always had an eye for a cool design � if not color � he admits to being �Chromatically� challenged. The Forza has a highly optimized wing and new and smoothing improved wind tunnel tested aerofoils. The layout has enough room to allow plenty of ballast in the fuse and has ballast tubes in the wings too. The slip on nosecone makes it all easily accessible
Aerofoils:
The sections used are the most developments from James�s highly successful original aerofoil designs: Dial in a millimeter of reflex and see what happens � but don�t forget the replace the battery in your pacemaker first, or drop the flaps to 80 degrees and find you are walking faster than your model.
Wings:
Completely different from the previous design, and made possible by the revolutionary Sine Wave Spar that is now a feature of all Aeroic planes, the optimized and now stretched wing planform has undergone a series of changes throughout the development and testing of the model resulting in the somewhat �radical� shape that we now see.
The reducing thickness, optimally cambered sections will let you go from really slow landing speeds with the flaps down to heart thudding passes with a little reflex, yet despite its ability to carry heavy ballast loads, the airframe will thermal with the best of them. Large ailerons, large flaps and the stretched wing planform each add to the overall performance of the airframe.
Horns are factory fitted with well thought out geometry to allow flush servo installation using 10mm servos for flaps and 8mm servos for the ailerons. Using conventional linkages, you can get a clean, practical and most importantly serviceable wing installation optimized to use full servo travel to give high torque and low slop. Ballast spaces in the wing allow approx 450 g (1lb) of lead to be carried.
Aeroic Sine Wave Spar:
Used in several military aircraft, (Doc J�s designer background) the Sine Wave Spar (SWS) has been adapted for the first time to make up the heart of a model sailplane wing, and has frankly amazed us with its low weight, and ultra high strength. Unlike a conventional �Box� spar the Sine Wave Spar adds terrific torsional stiffness and yet actually weighs considerably less than the older conventional spar types. Now used in all Aeroic airframes, the Sine Wave Spar is lighter and far stronger than �conventional� spars and raises the overall performance level another few notches.
Fuselage:
The slim and curvaceous fuse is strong, light, and stiff with Carbon/Kevlar reinforcement and gives far more strength to the boom than most models. Electronics area is 2.4 GHz friendly with access to the radio and ballast through a slip-on nose cone. The long nose area accentuates the rakish lines but also provides plenty of space to easily balance the model without resorting to shoehorning lead in every available crevice!
Snakes (not supplied) and/or rear mounted direct servos can be used for Rudder/Elevator control. Wing stub fairings with location dowel holes finish the fuselage with recesses for �green� Multiplex type connectors to connect the electronics pre-routed.
Tailplane:
As normal the aerofoils were specifically designed for Aeroic sailplanes and optimized for maximum control response with minimum deflection. At 10%, the tail aerofoil section is thicker than is the norm but the infinitesimal increase in drag is easily offset by the increased control response for less deflection. To further increase the efficiency, pitch control is accomplished by using an elevator not a wobbly all-moving tailplane. The elevator is directly driven by a servo placed in a hatch in the fin to give solid elevator control.
Joiner:
Like all Aeroic planes, the Forza has an impressive joiner. Massive is the only way to describe this part. Measuring 35 x 12mm, the length has also been increased by over 100mm (4�). It�s as big if not bigger than those used in most 3m competition airframes!
Production:
The Stormbird Forza has been designed with far greater capability potential than any average sports model, and this, coupled with the fact that like all Aeroic sailplanes the pre-production models underwent thorough testing, not only in flying performance, but also in making the installation straightforward and practical, leads to an airframe that is a snip to fit out, and flies like the true thoroughbred it is. It is supplied with a wiring harness, plastic servo frames for 10mm thick servos and some control linkage hardware.
October 2025: The fuselage nose has been left intact in the latest delivery so that the customer can choose the required firewall diameter and down and side thrust angles.
{b,Layup Options}
L = Light = Lowest weight, reduced strength
S = Sport = medium strength & weight
SS = Super Sport = strongest strength & higher weight
{table title="Forza Specifications (glider version)" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.50 m, 100 in
Wing area, 44.7 dm2, 723 sq in
Length, 123 cm, 48.4 in
Flying weight from, 1800 g, 63 oz
Aspect ratio, 14,
Wing airfoil, "JH3680, JH3575, JH3670"
EDA (dihedral), 1.7�,
Centre of Gravity, 90 - 95 mm from wing leading edge
Spinner diameter, 40mm
Controls, "Rudder, elevator, ailerons, flap, throttle"
{endtable}
{table title="Powertrain Recommendation 1" class=1 cols=2 width=20,210 align=L,L autohref=2}
Motor, Dualsky XM3045EG-12
ESC, Dualsky SUMMIT 60X 6V, Dualsky SUMMIT 60X 8V, YGE 65LVT, YGE 95LVT
Spinner, 40mm GM F5J Spinner, 5mm Split Collet for GM Spinners
Battery, 4S-6S 2-3 Ah LiPo (choose size to aid correct CG)
4S LiPo prop, 12x7, 12x8, 13x8
5S LiPo prop, 11x7, 11x8, 12x7, 12x8
6S LiPo prop, 10x6, 11x6
{endtable}
{table title="Powertrain Recommendation 2" class=1 cols=2 width=80,210 align=L,L autohref=2}
Motor, Tenshock GDM1520B
ESC, Dualsky SUMMIT 60X 6V, Dualsky SUMMIT 60X 8V, YGE 65LVT, YGE 95LVT
Spinner, 40mm GM F5J Spinner, 5mm Split Collet for GM Spinners
Battery, 4S 2-3 Ah LiPo (choose size to aid correct CG)
4S LiPo prop, GM 12x8
{endtable}
{table title="Powertrain Recommendation 3" class=1 cols=2 width=80,210 align=L,L autohref=2}
Motor, XPower F3426/7 Storm
ESC, Dualsky SUMMIT 60X 6V, Dualsky SUMMIT 60X 8V, YGE 65LVT, YGE 95LVT
Spinner, 40mm GM F5J Spinner, 5mm Split Collet for GM Spinners
Battery, 4S 2-3 Ah LiPo (choose size to aid correct CG)
4S LiPo prop, GM 11x8
{endtable}
--
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder & Elevator (in tail), KST X08H, KST A08H, MKS DS75K-R, MKS HV75K-R, MKS HS - +�0 align=L,L autohref=2}
Tail servos, KST X06� 10 ��b� CORSA-ECorsa Electric 2.75m4 {BR, We are looking for an experienced modeller to write a build log for this model.}
The {b,Corsa Electric } is the electric version of the Corsa 2.75m slope soarer from the well regarded slope soaring designer James Hammond.
The all molded carbon and glass Corsa Electric has a superb speed range, very precise and predictable aerobatic handling, making it probably the best 2.75m aerobatoc soarer currently available. It is built strong enough for high energy aerobatics while also being light enough to be enjoyable when flown slowly.
The wing is based on the earlier Schwing Corsa designs and benefit from the revolutionary Sine Wave Spar that is now a feature of all Aeroic planes. The optimized and now stretched wing planform has undergone a series of changes throughout the development and testing of the model resulting good performance over a wide speed range.
The reducing thickness, optimally cambered sections will let you go from really slow landing speeds with the flaps down to heart thudding passes with a little reflex, yet despite its ability to carry heavy ballast loads, the airframe will thermal with the best of them. Large ailerons, large flaps and the stretched wing planform each add to the overall performance of the airframe.
Horns are factory fitted with well thought out geometry to allow flush servo installation using 10mm servos for flaps and 8mm servos for the ailerons. Using conventional linkages, you can get a clean, practical and most importantly serviceable wing installation optimized to use full servo travel to give high torque and low slop.
As used in several military aircraft the Sine Wave Spar (SWS) has been adapted for the first time to make up the heart of a model sailplane wing, and has frankly amazed us with its low weight, and ultra high strength. Unlike a conventional �Box� spar the Sine Wave Spar adds terrific torsional stiffness and yet actually weighs considerably less than the older conventional spar types. Now used in all Aeroic airframes, the Sine Wave Spar is lighter and far stronger than �conventional� spars and raises the overall performance level another few notches.
The slim and curvaceous fuselage is strong, light, and stiff with Carbon/Kevlar reinforcement and gives far more strength to the boom than most models. Electronics area is 2.4 GHz friendly with access to the radio and ballast through a slip-on nose cone. The long nose area accentuates the rakish lines but also provides plenty of space to easily balance the model. Snakes (not supplied) and/or rear mounted direct servos can be used for Rudder/Elevator control. Wing stub fairings with location dowel holes finish the fuselage with recesses for �green� Multiplex type connectors to connect the electronics pre-routed.
The partial accessory bag includes a wiring loom, good quality metal wing clevises and colour coded hatch covers. The accessories assume the rudder and elevator servo are mounted in the fin, allowing short slop-free linkages. The spinner diameter is 42mm.
{b,Layup Options}
L = Light = Lowest weight, reduced strength
S = Sport = medium strength & weight
SS = Super Sport = strongest strength & higher weight
{table title="Recommended Servos" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder, KST A08, KST A08N, KST X08, KST X08N, MKS HV6110, MKS HV6100, MKS DS6100, Blue Bird BMS-126
Elevator, KST A08, KST A08N, KST X08, KST X08N, MKS HV6110, MKS HV6100, MKS DS6100, Blue Bird BMS-126
Flap, KST DS125, KST X10, MKS HV6130
Aileron*, CHA HV85H, KST HS08A, KST DS135, KST X10 Mini, MKS DS6100, MKS HV6100, MKS HV6110, Blue Bird BMS-125, Blue Bird BMS-126
{endtable}*A customer informed us that 10mm servos are a bit too thick, and 8mm or 9mm servos would be better.
{table title="Powertrain Recommendation 1" class=1 cols=2 width=20,210 align=L,L autohref=2}
Motor, Dualsky XM3045EG-12
ESC, Dualsky SUMMIT 60X 6V, Dualsky SUMMIT 60X 8V, YGE 65LVT, YGE 95LVT
Spinner, 42mm GM F5J Spinner, 5mm Split Collet for GM Spinners
Battery, 4S-6S Z ��b� SESSANTA-ELEC-FUSE(Electric Fuselage for the Sessanta model� This fuselage can be used with the Sessanta wings and tail to make a high performance hotliner type electric glider.
Weight: 420 g
Spinner diameter: 36 mm
No firewall is supplied. ( � � � � p2� � � � � � � � � 3k ;� hU�� .�� Dualsky SUMMIT 30 SL ,�H�b
SHUSHI AngelWin
m, plastic jX�h
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1S-5V- ubep �� jr`� � -#�,Tenshock GDM1510B} is a game-changing lightweight planetary gear drive motor that delivers premium performance at a fraction of the cost. Featuring a compact, ultra-efficient 4.75:1 planetary gearbox paired with a high-performance brushless inrunner motor, it punches well above its weight�matching the output and reliability of systems priced three times higher.
Designed for pilots who demand exceptional performance, smooth operation, and easy maintenance, the GDM1510B offers all the advantages of a geared setup without breaking the bank.
{b,Engineering highlights}
{bullet}
All-metal 3-planet gearbox � shot-peened steel gears and needle-roller planet carriers for ISO class-6 concentricity and long life under 40�A burst loads.
High-density 15�mm inrunner � 0.1�mm laminations and N35SH magnets keep core losses low at 50�k�RPM.
CNC-machined 6061-T6 case � ribbed exterior for efficient heat shedding without excess mass.
30mm motor diameter and 24mm front flange diameter allowing installation in the narrowest of fuselages.
Field-replaceable gearset � front cover removes with four screws; a full rebuild averages <10�minutes.
{endbullet} {b,Typical applications}
2m - 4m F5J sailplanes needing sub-100�g front ends but 2�kg+ launch thrust.
F3G / GPS-light models on 4S LiPo where climb rate matters most.
High-performance sport gliders or electric retrofits where nose ballast can be replaced by power.
{b,What you get}
GDM1510B motor with factory-installed 4.75�:�1 gearbox
Hardened 5�mm output shaft (flat-ground)
#Mounting screws and hex key
#PDF data sheet & maintenance guide (download)
At much less than half the cost of premium gear drives�and weighing less than many direct-drive outrunners�the Tenshock�S-GDM1510B delivers competition-ready punch without punishing your budget or wing loading. Drop it in, spool it up, and watch your model rocket skyward.
{table title="Tenshock GDM1510B Propell � - x�
GDM1520B,Tenshock GDM1520B Planetary Gear 4.75:1 135g, <b>Tenshock GDM1510B Planetary Gear Drive Motor � 1KW Power, Precision, and Performance without the price tag. </b>
The {b,Tenshock GDM1520B} is a game-changing planetary gear drive motor that delivers 1 KW of premium performance at a fraction of the cost. Featuring a compact, ultra-efficient 4.75:1 planetary gearbox paired with a high-performance brushless inrunner motor, it punches well above its weight�matching the output and reliability of systems priced three times higher.
Designed for pilots who demand exceptional performance, smooth operation, and easy maintenance, the GDM1520B offers all the advantages of a geared setup - without breaking the bank.
{b,Engineering highlights}
{bullet}
All-metal 3-planet gearbox � shot-peened steel gears and needle-roller planet carriers for ISO class-6 concentricity and long life under 50�A burst loads.
High-density 15�mm inrunner � 0.1�mm laminations and N35SH magnets keep core losses low at 50�k�RPM.
CNC-machined 6061-T6 case � ribbed exterior for efficient heat shedding without excess mass.
30mm motor diameter and 24mm front flange d<� +B����b�
AUFWIND-EN Aufwind English Subscription� Do not add to the basket! Please click on the link to subscribe
{href, https://www.aufwind-shop.de/shop/AUFWIND-english-subscription-6-issues-p689458267/, Aufwind English Subscription}
HyperFlight highly recommends {b, Aufwind English} as the best model glider and electric glider magazine, worldwide. For the first time Aufwind will be available in print edition with full English text. This promises to be one of the best printed English language glider resources.
{b, Aufwind} is the leading German magazine for the sport of model flying. It is read worldwide and specialises in gliding and electric flying. This internationally acclaimed model magazine has been published since 1989 and presents model flying with beautiful pictures and the most accurate and authorative information.
Aufwind readers are passionate about their hobby and enjoy the accurate, meticulous and sometimes critical appraisal of the high-quality products reviewed. Also dives deep into the more technical facets of the hobby are highly anticipated and appreciated.
Aufwind is published (in paper) every two months and enjoyed by over 6000 model aviation enthusiasts, worldwide. A full English-language edition is now available.
Please click on the link to subscribe {href, https://www.aufwind-shop.de/shop/AUFWIND-english-subscription-6-issues-p689458267/, Aufwind English Subscription}
No money �} ��b� Q4-Q5-TIP-JOINERS)Tip Panel Joiner for Nan Explorer Q4 & Q5{ A single tip joiner for use on Nan Explorer Q4 and Q5 models.
A centre wing joiner is also required for a complete wing. � � � � � � � � � � � P 2G6� h� � � �b� MF5-FUSEMaxFlight F5K FuselageX Replacement fuselage for the MaxFlight F5K elecric glider.
Includes all hatch covers. 2 � � � � k � � � � � � � � � 47 i�LR QC +I0 ��b�
CN-MULT-38CN Multi CNC Mount - 38mm� CN Model CNC aluminium mount for Powerline, Axi, Mega, Dualsky and other motors.
Mounting holes on 16mm, 17mm, and 19mm diameters.
Suits 38mm spinners.
Weight 7.6g
One mount supplied. N
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ENCANTO-EFUSE'Encanto V2 F5L Electric Fuselage & Tail� This kit consists of an Encanto V2 X F5L electric fuselage, tailplane and fin only.
This V2 fuselage has several small improvements over the V1 fuselage, and is compatible with V1 and V2 Encanto electric and glider wings.
� � � � � s � � � � � � � � � h�4� �� i�M �� +0� ��b� ENCANTO-WING-CAMB Encanto V3 Cambered Wing Kita This kit consists of a replacement High Camber wing for the Encanto V3 glider (F3L) or electric (F5L) model.
This high camber wing is ideal for low wind/light conditions.
This and the Encanto Electric fuselage and tail kit will make one complete model.
For more info see this English translation of the first post on this {href, https://www.rc-network.de/threads/new-f3l-encanto-v2-camber.12033708/,rc-network.de} thread:
<i>
The F3L and F5L scene is constantly changing - testing and trying out everything has been done and so now, after the season and in keeping with the weather for crafting (you know - after the season is before the season ??), there are a few updates to models that actually already work well.
In this construction report, I would like to introduce you to the kit of the new Encanto V2 Camber and go into the innovations and differences to the previous model, the Encanto X, and explain them a little.
Jan Littva (F3J World Champion) and Karol Chyba, the developers of the Viana and Encanto series, have collected the knowledge gained from the last 2 seasons in competition and, on the one hand, have adapted the existing Encanto standard again and improved it a little, and have also added the Camber version to their portfolio for wind conditions of up to 3m/s.
Back in the spring, at the first Eurotour competition in Podhorany, Karol and Jan approached me about my videos and construction reports and asked if I could do something like that for the new Encanto. However, it was already clear that the guys wanted to experiment a bit more over the competition season to see what worked best and how. The result in the form of a lighter camber version is now in front of me. At this point, many thanks again to @ORLA and Jan Littva for providing the Encanto Camber Kit.
Shipping was also super fast and the package arrived after just 3 days and I was able to take a closer look at the kit and its contents. The first thing I noticed was the extremely careful packaging of the individual components. All parts and assemblies were wrapped in bubble wrap to avoid any possible transport damage. A really good thing, especially with the delicate spar and tail tubes.
Which also means I'd like to get straight to my personal "highlight" - and that is hand-wound carbon booms. The UD material of the carbon tubes is really of the finest quality and not only looks great, but is really very light and yet sufficiently stable for the intended purpose - you can definitely work with it. The tube in the A segment has a 10mm diameter. Segment C has a conical tube from 10m to 5mm - these things are simply amazing!
The next highlight for me is the perforated brake flap. If the air flow around the flap is optimized when it is opened - or guided through it - the turbulence on the tail unit is reduced and thus enables an even quieter and slower landing. The theory only sounds logical, in practice I have seen it a few times at competitions - but I have not tried it myself yet. It's about time...
But these are all things that we already know from the previous version Encanto X. What is new or different about the Encanto V2 Camber?
If you take a closer look, the first thing you notice is the extremely curved profile of the wing. I asked Karol and he told me that it has basically remained the same profile. The JK 9372 works well, it was just curved a "bit" more here.
I expect the strong curvature to give me good floater properties and an absolutely minimal "quick sink" in completely dead air - or fog like this morning ??.
So it is of course obvious that the Encanto has been slimmed down a bit. This has happened with the leading edge, the wing joiner and by reducing the number of components per se. While the leading edge on the Encanto X, for example, was made of a 5x5mm balsa strip that you can sand yourself, it is now, at least in the camber version, a 1mm carbon rod that literally splits the air in front of the wing. OK - you probably shouldn't fly there anywhere...but you should avoid that either way and no matter what model you're using. Perhaps a fiberglass nose strip that is more elastic and doesn't really add up with the extra weight compared to the carbon rod would be more advantageous here. No matter - it just looks very classy!!??
In addition, in terms of weight reduction, the second joiner in the wing has also been rationalized away compared to the standard version. But since Jan has flown in competitions up to 3m/s wind this season, I'm just assuming that it will hold up. If it were the opposite, we would have taken it in the form of an enormous clap in the air at the competition.
Where there were previously two half ribs between the rib segments in the nose area, there is now only one. So little by little, things add up and I'm already very excited to see where I end up and what the wing loading will be. I think that the Purito currently has the lowest values with roughly the same surface area. Let's see... something else has happened to the wing. The dihedral angle has been increased to achieve a little more maneuverability.
</i>
With thanks to Marcel85.
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Mega Raceline motors are designed for high rpm applications with a new single piece lightened case, better cooling and ventilation and new special low-loss material. This results in lower iron losses, better efficiency, and less heating than the standard motors so they can be overloaded for longer time.
{bullet}
Hardened steel shaft, diameter 3.2 mm.
Two precise ball bearings
Dynamically balanced
Neodymium magnet rotor
Handmade stator, lightweight rotor allows high revolution.
Kevlar bandage rotor
Motor mount has 2 holes on a 16mm diameter and 2 on a 19mm diameter, all M3 threaded
Efficiency up to 91%
{endbullet}
{table title="Mega 16/25/1 Specifications" class=1 cols=3 width=145,150,150 align=L,L,L separator=: autohref=2}
Motor name : Mega 16/25/1 :inrunner
Motor weight: 113.0 g : 3.99 oz
Motor diameter: 28.0 mm : 1.10 in
Motor length: 46.0 mm : 1.81 in
Lead length: 5.0 cm : 1.97 in
Shaft diameter: 3.2 mm : 0.12 in
Mounting info: 2 M3 holes on 16mm & 2 on 19mm diameter
Estimated Rm: 4 mR
Estimated Kv: 5100 RPM/V
Estimated Io: 4.80 A @ 10 V
Ma +F�ST, Blue +.$he ground ChinajX�7 d StatesjJ� +"�x efficiency (10 V): 91 % @ 110 A
Motor Km: 29.6 Nm/W^.5 X1000
Motor Km/Kg: 262 Nm/(W^.5 Kg)
Recommended battery: 2S - 3S LiPo
Rec max LiPo capacity: 2 Ah
{endtable}
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{bullet}
Very powerful motor
Can be used on up to 7S LiPo batteries
Dynamically balanced 4 pole rotor
Hand wound stator
Carbon fiber reinforced rotor for max. 60,000 rpm
6 mm shaft for perfect rotation
High end ball bearing
Geared 6.7:1 for high propulsive efficiency
{endbullet}
{table title="Leomotion L4031-2550 6.7:1 Specifications" class=1 cols=3 width=150,150,150 align=L,L,L separator=: autohref=2}
Motor name : Leomotion L4031-2550 geared inrunner
Motor+GB weight: 347 g : 12.24 oz
Motor diameter: 39.5 mm : 1.56 in
Motor+GB length: 78.1 mm : 3.07 in
Lead length: 3.5 cm : 1.38 in
Shaft diameter: 6.0 mm : 0.24 in
Mounting info: 4 M3 holes on a 25 mm diameter circle
No of poles: 4
Manufacturer's Rm: 6 mR
Manufacturer's Kv: 2550 RPM/V
Geared Kv: 381 RPM/V
Est Io: 2.3 A @ 10V
Max efficiency (20 V): 95 % @ 88 A
Operating efficiency (20V): 94 % @ 131 A
Motor+gearbox Km: 324 Nm/W^.5 X1000
Motor+gearbox Km/Kg: 933 Nm/(W^.5 Kg)
Usable batteries: 4S to 7S LiPo
Recommended LiPo: 6S 5Ah LiPo
Supplied accessories: 4 mounting screws
Gearbox Ratio: 6.7
Planet bearings: Needle bearings
Estimated GB efficiency: 98 %
{endtable}
� � � � � � � � L / +)� @�`� POGO-4P$Pogo 4 Pole Magnetic Wing � +)�s: These {b, Pogo 4 pole Magnetic Connectors} are ideal for connecting wing servo wiring to the receiver. Shorten or straighten the pins out as required.
Four poles are enough for two servos: positive - negative - signal 1 - signal 2.
The built-in magnets ensure positive attraction, but not correct polarity. The pin connectors are spring loaded and get pushed in when the connection is made, but will constantly push against the opposing land to ensure a good connection, even when the airframe is shaking in turbulence.
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Receiver -��r Tenshoc I� jh�� +#�� � � + ��b �� jh�� +H�nded RC" +J�250mAh 7. ,;x � � TaiwanhK� +�P � +D��� SG- +D reads/tho ,�0 Mini Pr 9 -�8 7 � � <� � � � � � � � N f� h�[� +>< ��b -,w.rcgroup ,%� programm ,t| � � +^�� SUMMIT-30SLIMU6"Dualsky SUMMIT 30 SLIM 6V SBEC ESC� The new {b,Dualsky SUMMIT 30 SLIM 6V SBEC ESC} is the latest 25A lightweight speed control from this excellent manufacturer. This speed control works flawlessly with all brushless motors, not just Dualsky motors.
The speed control is supplied with the brake ON, so no programming is required for glider use. Solder the brushless motor wires directly to the three PCB lands. Swap any two wires to reverse the direction.
{table title="Dualsky Summit 30 Slim 6V SBEC ESC Specification" class=1 cols=2 width=100,220 align=L,L separator=:}
Continuous current: 25A
Burst current: 40A
Battery: 2S - 6S LiPo
SBEC: 3A @ 6V, 6A peak
Weight inc leads: 12g
Weight ex leads: 5g
Firmware: BLHeli-32
Programmable: Yes, with an Arduino or our {p,BLHELI-USBprog} interface
PCB Size: 46mm * 15mm
Battery connector: 8 cm wires, XT30M plug fitted
Motor connector: None (lands on PCB)
RC wire length: 12 cm
Telemetry: Yes (but does not include current)
{endtable}
�; +_X ��b� SUMMIT-30SLIMU8"Dualsky SUMMIT 30 SLIM 8V SBEC ESC1 The new {b,Dualsky SUMMIT 30 SLIM 8V SBEC ESC} is the latest 25A lightweight speed control from this excellent manufacturer. The 8V SBEC makes this ESC ideal for all HV servos. This speed control works flawlessly with all brushless motors, not just Dualsky motors.
The speed control is supplied with the brake ON, so no programming is required for glider use. Solder the brushless motor wires directly to the three PCB lands. Swap any two wires to reverse the direction.
{table title="Dualsky Summit 30 Slim 8V SBEC ESC Specification" class=1 cols=2 width=100,220 align=L,L separator=:}
Continuous current: 25A
Burst current: 40A
Battery: 3S - 6S LiPo
SBEC: 3A @ 8V, 6A peak
Weight inc leads: 12g
Weight ex leads: 5g
Firmware: BLHeli-32
Programmable: Yes, with an Arduino or our {p,BLHELI-USBprog} interface
PCB Size: 46mm * 15mm
Battery connector: 8 cm wires, XT30M plug fitted
Motor connector: None (lands on PCB)
RC wire length: 12 cm
Telemetry: Yes (but does not include current)
{endtab�[ +^� ��b� SUMMIT-30XU8 Dualsky SUMMIT 30X 8V SBEC ESC] The new {b,Dualsky SUMMIT 30X 8V SBEC ESC} is the latest 30A speed control from this excellent manufacturer. This version has a metal heatsink to improve the heat transfer and current capacity. The 8V SBEC makes this ESC ideal for all HV servos. This speed control works flawlessly with all brushless motors, not just Dualsky motors.
The speed control is supplied with the brake ON, so no programming is required for glider use. Solder the brushless motor wires directly to the three PCB lands. Swap any two wires to reverse the direction.
{table title="Dualsky Summit 30X 8V SBEC ESC Specification" class=1 cols=2 width=100,220 align=L,L separator=:}
Continuous current: 30A
Burst current: 45A
Battery: 2S - 6S LiPo
SBEC: 3A @ 8V, 6A peak
Weight inc leads: 24g
Firmware: BLHeli-32
Programmable: Yes, with an Arduino or our {p,BLHELI-USBprog} interface
PCB Size: 47mm * 17mm
Battery connector: 8 cm wires, XT30M plug fitted
Motor connector: None (lands on PCB)
RC wire length: 12 cm
Telemetry: Yes (but does not include current)
{e� +Z� ��b +^�� SUMMIT-30XU6 Dualsky SUMMIT 30X 6V SBEC ESC! The new {b,Dualsky SUMMIT 30X 6V SBEC ESC} is the latest 30A speed control from this excellent manufacturer. This version has a metal heatsink to improve the heat transfer and current capacity. This speed control works flawlessly with all brushless motors, not just Dualsky motors.
The speed control is supplied with the brake ON, so no programming is required for glider use. Solder the brushless motor wires directly to the three PCB lands. Swap any two wires to reverse the direction.
{table title="Dualsky Summit 30X 6V SBEC ESC Specification" class=1 cols=2 width=100,220 align=L,L separator=:}
Continuous current: 30A
Burst current: 45A
Battery: 2S - 6S LiPo
SBEC: 3A @ 6V, 6A peak
Weight inc leads: 24g
Firmware: BLHeli-32
Programmable: Yes, with an Arduino or our {p,BLHELI-USBprog} interface
PCB Size: 47mm * 17mm
Battery connector: 8 cm wires, XT30M plug fitted
Motor connector: None (lands on PCB)
RC wire length: 12 cm
Telemetry: Yes (but does not include current)
+_�
{endtabl +`(ndtable}
] +��See the photos for the full specifications.
� � ! � F� (� � � � a +��le}
See the photos for the full specifications.
- � $ � 2� � � � � � Y +��e}
See the photos for the full specifications. . � * � � [� � � � � ] +��
See the photos for the full specifications.
/ � . � � � � � � �
-�rder the 17g +��spinner a +$�pinner selected. Contact Hype� ,�X @�` -�Xended equ .�hentshop.c +`�b, Recomm -@d black c +#� Brushles ,�@�^
NAN +a ual}
{ Germanyi�V� � � �
on fibre j%�5 l, plastic jrC� 6 ��b�
L4023-2400 Leomotion L4023-2400 6.7:1 282g� The {b, Leomotion L4023-2400 6.7:1} is a very powerful electric motor that is ideal triangle racers and other larger models.
Weight including P32 gearbox is 282 g and the motor is capable of approx 2500W for 15 seconds on a 6S LiPo battery.
According to Urs Leodolter this is Leomotion's best selling motor and is {b,the} motor for Sports class GPS racers. It should be used with a 6S LiPo and 17x12 or 18x10 prop.
{bullet}
4 pole motor offering high efficiency for high-perfomance applications
hand wound stator for best copper cross section
improved rotor for best cooling
dynamically balanced rotor
Carbon fiber reinforced rotor for max. 60'000 rpm
highend ball bearing
{endbullet}
{table title="Leomotion L4023-2400 6.7:1 Specifications" class=1 cols=3 width=160,150,150 align=L,L,L separator=: autohref=2}
Motor name / GB name: Leomotion L4023-2400 geared inrunner
Motor+GB weight: 282 g : 9.95 oz
Motor diameter: 39.5 mm : 1.56 in
Motor+GB length: 70.1 mm : 2.76 in
Lead length: 3.5 cm : 1.38 in
Shaft diameter: 6.0 mm : 0.24 in
Mounting info: 4 M3 holes on a 25 mm diameter circle
No of poles: 4
Manufacturer's Rm: 7 mR
Manufacturer's Kv: 2400 RPM/V
Geared Kv: 358 RPM/V
Est Io: 2.2 A @ 10V
Max efficiency (20 V): 95 % @ 79 A
Operating efficiency (20 V): 94 % @ 119 A
Motor+gearbox Km: 319 Nm/W^.5 X1000
Motor+gearbox Km/Kg: 1130 Nm/(W^.5 Kg)
Usable batteries: 4S to 7S LiPo
Recommended battery: 6S 5Ah LiPo
Recommended prop: GM17x12; GM18x10
Supplied accessories: 4 mounting screws
Gearbox Ratio: 6.7
Planet bearings: Needle bearings
Estimated GB efficiency: 98 %
{endtable}
� � � � � P� � � � � � � � � 2A3N }� jD/� "�der & elevator se y
One accessory bag (with two wing joiners)
One servo cover set
Two fuselage pieces
Three wing pieces� �� hL� � � +J ��b� CHA-DS115+CHA DS115 Servo - 6.0Kg.cm 0.08s 16.0g 12mm& The {b,Chaservo DS115} is made from high-quality materials and has a robust de 1t i� i=M� /0��v
ORA U +kXoper but they are perfect for most 2m composite gliders. 6 � * � � � � U +k� most 1.5m composite gliders. , � " � � � � � � � � � � +k� � � � � � � ] +m�for most 2.5m composite gliders. @ � 7 � � � � � � � � � � X +m� � +m��
4 � +m, 76.9 oz
Wing loading, 47.1 g/dm, 15.4 oz/sq ft
Aspect ratio, 13.5,
Wing airfoil, JX-GT Strak (by Jochen Gunzel)
EDA (dihedral), 3.0�,
Decal
on fibre i�{� #
4mm OD)
~ �� jk � e +mtage, 0.5�
Centre of Gravity, 90-91 mm from wing leading edge
Controls, "Ailerons, flaps, elevator, A +n rudder"
Ballast, Up to 700 grams in wing pockets (optional)
{e ,(4~ � ~ �� jnu&
+@ 4~ � +rndtable}
{table title="Recommended Servos" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder & Elevator, KST MS320, KST MS325, KST X12-508, KST DS215MG, KST X10-710, KST DS145, MKS HV6130H, CHA HV85, CHA DS09
Flap (10mm), KST X10, KST DS125, MKS HV6130, CHA HV85H
Aileron (9mm), KST HS08A, KST A08H, KST X08H Plus, CHA HV85H, CHA DS09
{endtable}
{table title="Powertrain Recommendation" class=1 cols=2 width=80,210 align=L,L autohref=2}
Motor, Dualsky XM3045EG-8
Battery, 3S 2-3 Ah LiPo (choose size to aid correct CG)
ESC, Dualsky SUMMIT 60X 6V, Dualsky SUMMIT 60X 8V, YGE 65LVT, YGE 95LVT
Prop blades, GM 11x6
Spinner, 32mm GM F5J Spinner, 5mm Split Collet for GM Spinners
{endtable}
{table title="Wazzup (glass layup) Glider Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 392 g, 13.8 oz
Left wing, 475 g, 16.8 oz
Right wing, 475 g, 16.8 oz
Tailplane, 53 g, 1.9 oz
Wing joiner, 150 g, 5.3 oz
Accessories, 57 g, 2.0 oz
Total structure, 1602 g, 56.5 oz
Wiring, 30 g, 1.1 e +t� oz
Receiver, 8 g, 0.3 oz
Elevator servo, 20 g, 0.7 oz
Rudder servo, 20 g, 0.7 oz
Wing servos (4), 92 g, 3.2 oz
Battery, 148 g, 5.2 oz
Nose weight, 260 g, 9.2 oz
Flying weight, 2180 g, 76.9 oz
{endtable} The carbon layup model is approx 100g heavier.
The electric version should not weigh any more as the powertrain will replace the nose weight.
� � 5 � � � t � � � � � � � � 3� Wazzup Components
1pc fuselage and fin (internal pushrods in fuse)
2pcs wing pieces
2pcs tailplane pieces
1pc wing joiner
1pc bag of accessories
1pc bag of servo covers
~ � jn�H +HT 2S 300-7 �� jLβ t� j;� R ��b� MICRO-DAMMIT-SMicro Dammit S 50cm� The {b,Micro Dammit-S} flying wing flies unbelievably well. Whilst diminutive in stature the Micro Dammit S is huge fun. Super quick to build with very little sanding or shaping required. At around 90g flying weight this tiny little flying wing (495mm span) can be flown even on the smallest of slopes. If the wind picks up the plywood ballast box will hold approx 30g of ballast. The roll rate can be insane but with 60% expo on both aileron and elevator the Dammit can be thrown around with accuracy and slowed down to a crawl. The Stall is very gentle with the nose just bobbing up and down gently in a hyperstall thanks to the constant thickness wing.
The fuselage has a large snap on hatch on the bottom allowing easy access to the electronics and RX battery. Any 6ch Park Flier style receiver should fit with ease.
{b,Specification}
495mm (20") Wingspan
Flying Weight approx 90 - 120g
Traditional Balsa and Plywood construction with a 3mm Carbon Tube leading edge.
{b,Suggested Electronics}
2 off 2.5g - 4g Servos
4 - 6 Channel Park Flier style receiver
GNB 350mAh 2S 70C LiHV Battery
Matek 5v BEC or AWD Pre Wired Bec
{b,Kit Contains}
Laser cut balsa and plywood interlocking parts
2.5mm Balsa Wing Ribs
2.5mm Balsa main spar and trailing edge
2.5mm Balsa elevons and fin and wing tips
1.5mm Balsa wing sheets
1.5mm Plywood formers for ballast box
1.5mm Plywood control horns
3mm Carbon tube leading edge
0.8mm Piano wire for elevon pushrods
2 � ! � � !� � � � � � � � � 4� �� j`2
,'� �� Pla �� Plastic jOm� ;� i�љ +C�6A *� i�P� 9� i��3
�� ,�X ��b� RESILIENCE-F3L RESilience W Competition F3LJ
The {b, RESilience W Competition} is designed as a competition and sport RES F3L thermal glider. The model is set apart from other RES models by its good long-distance performance which allow it to fly quickly through sink. This and its very good thermal performance ensure the model is not only fun to sport fly, but ready to win competitions with ease. The W in the name is to indicate the RESilience W Competition is an all wood model, with carbon only used in the tailboom.
The heart of the model is an elliptical surface wing with a D-box, which increases the laminar flow over the wing, reducing drag. The centre panel is equipped with a ballast box that allows ballasting with up to four rectangular ballast slugs. We recommend our custom ballast set as an accessory. The ballast box is located directly at the center of gravity position. This ensures that the center of gravity does not shift when ballasting. The low-drag fuselage, is only 20 mm wide and very functional.
The Competition wing is compatible with all other RESilience fuselages, especially with the electric fuselage. See the excellent {href, https://www.rcgroups.com/forums/showthread.php?4785703, Resilience RC Groups thread} for a lot more info, including a great build log.
{b, Construction}
Three-part partially sheeted D-Box wing with pine spars
Two spoilers
Tail boom made of wound CFRP tube
Removable cross-tail in lattice construction
{b, Kit Contents}
Balsa and plywood parts from precise laser-cut production
Wound CFRP tube for tail boom
All small parts required for the shell
Detailed illustrated assembly instructions with parts list (English manual available)
1-to-1 plan DIN A0 multi-coloured
{b,Required accessories} (not included)
Adhesives and covering film (recommended: Oralight)
RC equipment (servos, receiver, battery)
{b,Recommended receiver battery:}
GP NiMh battery pack 400mAh/4.8V L2x2 Uni Stange
Pichler Lemon RC 2S/350
{table title="Resilience W Competition F3L Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.0 m, 78 in
Wing area, 34.2 dm2, 530 sq in
Length, ? ,� � �b� RESILIENCE-F5L$RESilience W Competition Elektro F5L{ The {b, RESilience W Competition Elekro} is designed as a competition and sport RES F5L electric glider. The model is set apart from other RES models by its good long-distance performance which allow it to fly quickly through sink. This and its very good thermal performance ensure the model is not only fun to sport fly, but ready to win competitions with ease. The W in the name is to indicate this is an all wood model, with carbon only used in the tailboom.
The heart of the model is an elliptical surface wing with a D-box, which increases the laminar flow over the wing, reducing drag. The middle section is equipped with a ballast box that allows ballasting with up to four rectangular ballast slugs. We recommend our custom ballast set as an accessory. The ballast box is located directly at the centre of gravity position. This ensures that the centre of gravity does not shift when ballasting. The low-drag fuselage, is tiny and very functional. The version we are stocking has an X tail.
{b, Construction}
Three-part partially sheeted D-Box wing with pine spars
Two spoilers
Tail boom made of wound CFRP tube
Removable cross-tail in lattice construction
{b, Kit Contents}
Balsa and plywood parts from precise laser-cut production
Wound CFRP tube for tail boom
All small parts required for the shell
Detailed illustrated assembly instructions with parts list (English manual available)
1-to-1 plan DIN A0 multi-coloured
{b, Required accessories} (not included)
Adhesives and covering film (recommended: Oralight)
RC equipment (servos, receiver, battery)
Powertrain (motor, battery, ESC, prop, spinner)
The fuselage is designed for a Hacker A10-7L 4.4:1 but will accept a 22mm diameter outrunner. However it can take 25mm non-rotating case motor like the Dualsky XM2532EG-16 if it is built in during construction. This gives a fast vertical climb in a very thin low drag fuselage and is the option we would select.
See this {href, https://www.rcgroups.com/forums/showthread.php?4481821, Resilience RC Gro � K +�� ��b� RESILIENCE-BALLASTResilience Ballast KitB Ballast slug and s �torage box for the Reslience F3L and F5L models. � � � � _� � � � � � � � , 2E4� �� j)j� � +�t1404 2900 RPM/V 9g Outrunner� The T-Motor F1404-2900 is a very good small electric glider motor when mated with a {pref,VM-SPINNER-25-1106,VM 25mm Spinner for 11xx Motors} or a {pref,SG-SPINNER,Sugar Glider 25.5mm Spinner}.
{table title="T-Motor F1404-2900 Specifications" class=1 cols=2 width=50,150 align=L,L separator=, autohref=0}
KV, 2900 RPM/V
Weight including cable, 9.3g
Motor Dimensions, 18mm diameter * 12.2 long ex shaft
Internal Resistance, 310mR
Lead, 24#AWG 150mm
Configuration, 9N12P
Shaft Diameter, 2mm
Rear mounting, 4 M2 holes on a 9mm diameter circle
Front prop mount, 4 M2 holes on a 5mm diameter circle
Rated Voltage(Lipo), 2-3S
Idle &�HSCs� The � 2F1 !� i��h jF� -��
HF9 .y<�Y
APEX-F3LApex F3L 2m RE
4� jn�� ,psmith83 <blacksmith83@gmx
+��: Tell black +$h steel, carbon fibre, plastic +L�2S250-25'HyperFlight LiPo 2S - +�|
Weight inc leads and XT60 plug: 40g
Firmware: BLHeli-32
Programmable: Yes, with an Arduino or our {p,BLHELI-USBprog} interface
PCB Size: 50mm * 22mm
Battery connector: 15 cm wires, XT60 plug/socket fitted
Motor connector: 4 cm wires to 3.5mm sockets
RC wire length: 35 cm
Telemetry : Yes (but U +,l does not include current)
{endtable}
{video,ZCzySAZ9TcM?si=_QiR66JFqPv18k6x&t=134} } +�
Weight inc leads and XT60 plug: 40g
Firmware: BLHeli-32
Programmable: Yes, with an Arduino or our {p,BLHELI-USBprog} interface
PCB Size: 50mm * 22mm
Battery connector: 15 cm wires, XT60 plug/socket fitted
Motor connector: 4 cm wires to 3.5mm sockets
RC wire length: 35 cm
Telemetry : Yes (but does not include current)
{endtable}
Watch this {href, https://youtu.be/ZCz +�(V NiMH, D �7 +�� ��b� SUGAR-GLIDERSugar Glider F5K 1mY We are very pleased to have the amazing {b,Sugar Glider F5K}. The Sugar Glider is an easy to build ultralight electric glider that thermals with ease, making it an excellent beginner's model. The brainchild of Sangyun Lee, who has been promoting it on {href, http 5 ,;�r, 10� each way
Elevator, 6� up / 7� down
Ailerons E +0s://www.instagram.com/p/C42EHnKPil-/, Instagram} so effectively that it has built a worldwide following. Taking off where the Elf Pro El stopped, the Sugar Glider is a great small thermal soarer, but is also a fun model to sport fly on a calm day.
The model is easily built from laser cut balsa with a carbon tailboom and wing spars. The complete kit includes an excellent manual.
A powertrain with a specially designed folding spinner and prop assembly and motor is available and highly recommended. The Sugar Glider is availalbe in both V tail and X tail versions. The V tail is more popular.
Please look at this great {href, https://www.youtube.com/playlist?list=PLWWbu4sVF2eKfdO4_iu5cPS-Y_QBcgjf-, Sugar Glider Construction YouTube Playlist} and {href, https://www.hyperflight.co.uk/getfile.asp?code=SUGAR-GLIDER&code2=1, here} for build info. Unless the bundle is selected at checkout the RC, motor and prop are not included. We recommended {href, https://www.hyperflight.co.uk/products.asp?search=oralight, Oralight} and {href, https://www.hyperflight.co.uk/products.asp?search=feather+cover, Feather Cover} covering film for this model.
{table title="Sugar Glider F5K Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.0 m, 39 in
Wing area, 15.6 dm2, 242 sq in
Length inc spinner, 68 cm, 26.8 in
Flyi +�Tg/dm2, 2.
6� jl�� ++,models.co .-� � AOw +=� ��b� EMAX-ES92517Emax ES9251 II Submicro Servo - 0.9Kg.cm 0.08s 3.8g 8mm� The {b, Emax ES9251 II Submicro Servo} is a good ultralight servo that is ideal for small models weighting up to 400g. It weighs only 3.8g (see photo) yet has a reasonable 0.9Kg.cm of torque. Unlike most servos in this weight category it has an acceptable dead band, without too much slop in ,60 extra for strong layup
X �� i��� � !Q\8 oz/sq ft
Aspect ratio, 6.4,
Wing airfoil, AG37 mod,
Dihedral, 10.0�,
Spinner Diameter, 25 mm,
Centre of Gravity, 65-69 mm from wing leading edge
Controls, "Rudder, elevator, throttl� ,�` ��b� ,DH ��b Carbon fibre jUyu inium, steel if�� +��Current(1 +J�ols=2 wid -�(O �� jh�� +A� 2S 250 m ,=�
Joiner �� jl�� �� j�� � +�H ��b ,$�0B Planet +E�3007-5000 7-5000 � i��� } ,��CHA DS06, CHA LV06H, CHA HV06H
Spoiler servos (2), Blue Bird BMS-101DMG, Blue Bird BMS-101HV, KST X06H, CHA DS06, CHA LV06H, CHA HV06H
Receiver, 4 or 5 channel receiver to match your transmitter
Battery, HyperFlight 300 mAh 4.8V NiMH, Dream-Flight 300 mAh 4.8V NiMH, HyperFlight 700 mAh 4.8V NiMH, Dream-Flight 700 mAh 4.8V NiMH, 1S 2600 mAh Li-Ion, Bonka HV LiPo 1S 550mAh, Bo i ,�0V), 0.4A
Peak Current(60s), 10.5A
Max.Power(60s), 105W
{endtable}
� 2� � 2� � � � +�X-ES9051+Emax ES9051 Servo - 0.9Kg.cm 0.08s 4.1g 8mm` The Emax ES9051 is a well regarded budget servo that is ideal for small models.
{ServoSpecs} ) � 2� � T� � � � � � � �
1E1 u +��� EMAX-ES9052+Emax ES9052 Servo - 1.3Kg.cm 0.09s 5.8g 9mm7 The {b,Emax ES9052} is an economic 8.8mm thick servo ! +��that is suitable for a wide range +� of small -q� % ,�\ RC models and gliders. It is small enough to fit in most models and is powerful enough for the majority of applications.
Can be used on a 1S LiPo with care - do not discharge the battery below 3.7V.
{servospecs} : �
K� � � � � � � � � � 1E1 v � +�< ��b� KST-25T-6B-ARM KST 25T-6B Aluminium Servo Arm� KST Aluminium Servo Arm for 25T 6mm spline servos.
Two holes, 16.6mm and 20mm from the axis, both tapped with M3 th � ,� ��b�
KST-A08-LV*KST A08 LV Servo - 2.0Kg.cm 0.15s 8.0g 8mmb The new {b,KST A08 LV} is a great {b,low voltage} fully metal cased servo weighing only 8g (0.3 oz). This new {b,LV} version is optmised for use on 1S LiPos. Despite being just released it is labelled V6 as it uses the latest V6 firmware that gives programming features. Unlike the X08 the A08 incorporates a complete case that covers the motor, making the servos much tougher and less susceptible to water ingress, handling and crash damage. Despite this the A08 servo is actually lighter and has more torque than the X08. The A08 is also slightly smaller than the X08, making it suitable for very tight installations.
The KST A08 LV is especially good for ailerons on discus launched gliders, and all models with thin flying surfaces that use 1S LiPo batteries. Despite being only 8 mm thick the powerful coreless DC motor and gearing provide good torque and high speed. KST servos have excellent geartrain machining tolerances, and this servo is completely slop free, and equal to products costing twice as much. Despite not having an -MG moniker this servo has metal gears, and is very tough.
The KST A08 LV's high torque, good speed, and 8mm thinness make it suitable for most 1S LiPo powered high performance gliders. The accessories include three strong nylon output arms, two double sided, and one single sided, one of which is low profile. This means that when the servos are mounted one in front of the other the control rod of the front one won't foul the rear one.
The KST A08 LV is fully programmable using {href, products.asp?search=KST+Servo+Programming, KST's new programming u +�dV Lugless Servo - 2.0Kg.cm 0.15s 8.0g 8mm� The new {b,KST A08N LV} is a great {b,low voltage} fully metal cased serv6 # +�� ��b� KST-A08N-LV3KST A08N L � +�� ��b +�(o weighing only 8g (0.3 oz). This new {b,LV} version of the lugless (no mounting tabs) A08N is optmised for use on 1S LiPos. Despite being just released it is labelled V6 as it uses the latest V6 firmware that gives programming features. Unlike the X08 the A08 incorporates a complete case that covers the motor, making the servos much tougher and less susceptible to water ingress, handling and crash damage. Despite this the A08 servo is actually lighter and has more torque than the X08. The A08 is also slightly smaller than the X08, making it suitable for very tight installations.
The KST A08N LV is especially good for ailerons on discus launched gliders, and all models with thin flying surfaces that use 1S LiPo batteries. Despite being only 8 mm thick the powerful coreless DC motor and gearing provide good torque and high speed. KST servos have excellent geartrain machining tolerances, and this servo is completely slop free, and equal to products costing twice as much. Despite not having an -MG moniker this servo has metal gears, and is very tough.
The KST A08N LV's high torque, good speed, and 8mm thinness make it suitable for most 1S LiPo powered high performance gliders. The accessories include three strong nylon output arms, two double sided, and one single sided, one of which is low profile. This means that when the servos are mounted one in front of the other the control rod of the front one won't foul the rear one.
The KST A08N LV is fully programmable using {href, products.asp?search=KST+Servo+Programming, KST's new proX� +M� ��b� KST-A08H-LV0KST A08H LV Wing Servo - 2.0Kg.cm 0.15s 8.0g 8mm� The new {b,KST A08H LV} is the horizontal mounting lug (wing mounting) version of this great {b,low voltage} fully metal cased servo weighing only 8g (0.3 oz). This new {b,LV} version of the wing servo is optmised for use on 1S LiPos. Despite being just released it is labelled V6 as it uses the latest V6 firmware that gives programming features. Unlike the X08 the A08 incorporates a complete case that covers the motor, making the servos much tougher and less susceptible to water ingress, handling and crash damage. Despite this the A08 servo is actually lighter and has more torque than the X08. The A08 is also slightly smaller than the X08, making it suitable for very tight installations.
The KST A08H LV is especially good for ailerons on discus launched gliders, and all models with thin flying surfaces that use 1S LiPo batteries. Despite being only 8 mm thick the powerful coreless DC motor and gearing provide good torque and high speed. KST servos have excellent geartrain machining tolerances, and this servo is completely slop free, and equal to products costing twice as much. Despite not having an -MG moniker this servo has metal gears, and is very tough.
The KST A08H LV's high torque, good speed, and 8mm thinness make it suitable for most 1S LiPo powered high performance gliders. The accessories include three strong nylon output arms, two double sided, and one single sided, one of which is low profile. This means that when the servos are mounted one in front of the other the control rod of the front one won't foul the rear one.
The KST A08H LV is fully programmable using {href, products.asp?search=KST+Servo+Programming, KST's new � � ,%� ��b�
KST-X10-PRO-A5KST X10 Pro-A Wing Servo - 11.5Kg.cm 0.10s 28.0g 10mm {ServoSpecs}
Spline: 25T 5mm � 5 � � #J� � � � � � � � � +� ��b� KST-X10-MINI-PRO-A9KST X10 Mini Pro-A Wing Servo - 8.0Kg.cm 0.08s 23.0g 10mm {ServoSpecs}
Spline: 25T 5mm � � 0 � � 1� � � � � � i +T� KST-X10-MINI-PRO-B5KST X10 Mini Pro-B Servo - 8.0Kg.cm 0.08s 23.0g 10mm {ServoSpecs}
Spline: 25 + 4S 2Ah - <� j^�T
+� h�� +1,ssemblies �� jc� +'� � -�� � � -�� � � -�� � �/ +/� ��b -��� � �� +� ��b� SG-PROP-ASSYSugar Glider Prop Assembly� The {b,Sugar Glider Prop Assembly} consists of a clever 3D printed 25.5mm diameter folding spinner mated with a pair of lightweight plastic 5.5" x 3.3" folding prop bades.
The spinner cone encloses the T-Motor F1404 motor it is intended to be paired with, though it will probably work will other similar small outrunner motors.
Mounts using two M2 bolts onto the front of the motor (supplied with +��motor).
] +'�, CHA DS06, Emax ES9251 II, Emax ES9051, Emax ES9052, Hitec HS-40, PTK 7350-MG-D
Receiver, 4-5 channel rx to match your transmitter
Power, 2S-3S 300-400 mAh LiPo square cross-section
{endtable}
{table title="Recommended Powertrain" class=1 cols=2 width=140,220 align=L,L autohref=1}
T-Motor F1404 2900 RPM/V
Sugar Glider Prop Assembly
Schnu�s , T��b�� HF55X33'HyperFlight 5.5x3.3 Folding prop blades A pair of economy 5.5 x 3.3 folding propeller blades. Suitable for use with the Sugar Glider Prop Assembly
{table title="HyperFlight 5.5 x 3.3 Folding Propeller Blade Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=:}
Prop diameter: 14 cm: 5.5 in
Prop pitch: 8.4 cm: 3.3 in
Weight of blades: 1.8 g: 0.06 oz
Width of blade root: 4.1 mm: 0.138 in
Hinge pin hole dia: 1.5 mm: 0.059 in
Max power: 75 W
{endtable}
Unfortunately these blades do not fold fully when used with the VM 25mm Spinner for 11xx Motors � 2� � 2� � �
{table title="Sugar Glider Prop Assembly Specification" class=1 cols=3 width=200,160 align=L,L}
Diameter, 25.5 mm
Motor shaft, N/A
Prop diameter, 14 cm, 5.5 in
Prop pitch, 8.4 cm, 3.3 in
Distance across hinge pins, 26 mm
Prop hinge pin diameter, 1.5 mm
Prop blade root width, 4.1 mm
Weight, 4.2 g
Max power, 75 W
{endtable}
� �
_� � � � � � � � � �
2F6� (� js� � +0n Mk2 Toccata Electric 2ms
The {b,Typhoon Mk 2 "Toccata Electric"} is the latest 2m hotliner from the James Hammond stable of high performance models. This electric glider gives scintillating performa ugar Glider 25.5mm Spinner� The {b,Sugar Glider Spinner} consists of a clever 3D printed 25.5mm diameter folding spinner designed for blades with a 4.1mm wide root and 1.5mm hinge pin.
The spinner cone encloses the small drone motor it is intended to be paired with. We recommend the T-Motor F1404 but others will work also.
Mounts using two M2 bolts onto the front of the motor (usually supplied with the motor).
{table title="Sugar Glider Spinner Specification" class=1 cols=3 width=200,160 align=L,L}
Diameter, 25.5 mm
Motor shaft, N/A
Distance across hinge pins, 26 mm
Prop hinge pin diameter, 1.5 mm
Prop blade root width, 4.1 mm
Weight, 2.4 g
Max power, 75 W
{endtable}
� � -� � 2� � � � � � � � 2F5� jfR � +Ҽexcellent. The reasonably complete accessory pack includes a full wiring harness and a 32mm firewall. Note the fuselage nose has not been removed to give the customer maximum flexibility to the size of the motor installed.
{table title="Toccata Electric 2m Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.00 m, 79 in
Wing area, 30.6 dm2, 474 sq in
Length, 95 cm, 37.4 in
Flying weight from, 1900 g, 67.0 oz
Wing loading, 62.1 g/dm, 20.3 oz/sq ft
Aspect ratio, 13.1,
Wing airfoil, JH817,
EDA (dihedral), 1.0�,
Spinner Diameter, 32 mm,
Centre of Gravity, 93-107 mm from wing leading edge
Controls, "Ailerons, flaps, rudder, elevator, throttle"
{endtable}
{table title="Recommended Servos" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator (8mm), KST HS08A, KST HS08B, KST X08H Plus, KST X08 Plus, KST A08H, KST A08, KST X08H, KST X08, MKS HS75, MKS HS75H
Flap (8-9mm), CHA DS09, CHA HV85H, KST HS08A, KST HS08B, KST X08H Plus, KST X08 Plus, KST A08H, KST A08, KST X08H, KST X08, MKS HS75, MKS HS75H
Aileron (8mm), KST HS08A, KST HS08B, KST X08H Plus, KST X08 Plus, KST A08H, KST A08, KST X08H, KST X08, MKS HS75, MKS HS75H
{endtable} The wing is very thin and 8 mm servos are required for the ailerons, and 8mm or 9 mm for the flaps.
{table title="Toccata Electric 2m Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage inc pushrods, 380 g, 13.4 oz
Left wing, 405 g, 14.3 oz
Right wing, 402 g, 14.2 oz
Tailplane, 66 g, 2.3 oz
Wing joiner, 128 g, 4.5 oz
Ballast tube, 40 g, 1.4 oz
Accessories, 29 g, 1.0 oz
Total structure, 1450 g, 51.1 oz
Wiring, 30 g, 1.1 oz
Receiver, 10 g, 0.4 oz
Tail servos (2), 16 g, 0.6 oz
Wing servos (4), 32 g, 1.1 oz
Speed control, 35 g, 1.2 oz
Motor, 140 g, 4.9 oz
Prop & spinner, 25 g, 0.9 oz
Battery, 162 g, 5.7 oz
Flying weight from, 1900 g, 67.0 oz
{endtable}
{table title="Recommended Powertrain" class=1 cols=2 width=110,240 al* �} ��b�� Q4-Q5-NOSECONE-304Nosecone for Nan Explorer Q4 & Q5 F5J - 30mm spinner� Nan Exporer Q4 and Q5 Nosecone.
Length: 39 cm (but can be cut down from either end)
Front outside (spinner) diameter: 30 mm
� n � � � � � � � � � � � 3� iA�S +��SC
Bonka LiPo 2S 300mAh, or +I�other 300 ,
p, 12x7, 1 0� jC�l +�� ��b � ream-Flight 750 mAh 4.8V NiMH, 4 cell Eneloop 500-800 mAh NiMH
{endtable}
{video, 5v-03MGHQ-I} � � � � � x2� � � � � � � � 4Y �� iw� +' 5 align=L �ndtable} ** This motor may need a small widening of the internal fuse space to fit.
{video, 5v-03MGHQ-I} � � � � � x2� � � � � � � � � 4Y �� iw� � ,D,ign=L,L autohref=2}
xxx
{endtable} The wing is very thin and 8 mm servos are required for the ailerons, and 8mm or 9 mm for the flaps.
� � � � � � � � � � � � � � +G(l, nickel # bag of accessoriesz v� i��� �THER-COV-ULTFeather Cover Ultralight{ {b,Feather Cover Ultralight} is a very lightweight iron-on covering material weighing just 17 g/m2. It is ideal for ultra lightweight and very small models. What makes this material especially suitable for lightweight structures is its moderate shrink compared to traditional iron on coverings. This makes it easier to cover delicate built-up structures whilst minimizing the chance of inducing warps.
The translucent white colour can easily be decorated with self adhesive trim or paint. The rear of the film has a heat-activated glue coating, allowing it to be applied with a modeling iron set to to 120�C for tacking the sheet in place, and 160�C for shrinking. There is no backing film.
{bullet}
Ultra lightweight
Low Shrink
Self Adhesive
Iron on
{endbullet}
{table title="Feather Cover Ultralight Film Specifications" class=1 cols=3 width=110,115,115 align=L,L separator=:}
Colour: White
Length: 2 m: 6' 7"
Width: 30 cm: 11.8"
Weight: 17 g/m2 : 0.06 oz/ft2
Thickness: 0.025 mm
Tacking temperature: 110 �C
Sealing temperature: 125 �C
Shrinking temperature: 150 �C
Packaging: Supplied in a fattened roll
{endtable}
� � � � C� � � � � � � � 2F4� 4� jcb� - -�,� 1� � � � � � � � , +�� � -r�� � �k +۰ ��b�� PT715 ZAP PT715 CA Kicker 2oz Bottle� This ZAP PT715 Cyanoacrylate Activator "kicks" superglues to set instantly. It is suitable for normal CA glues. It can be used on wood, metal and most plastic products.
Supplied with a spay applicator.
{bullet}
Forces most CAs to cure in 10 seconds or less
Increases gap-filling and fillet-forming capability
Non-flammable formula
Works best on metal, wood and some plastics
Supplied in 2 Fl Oz / 59mL spray top bottle
{endbullet}
Zap CA Activator Kicker type PT715, PT-715, PT 715, ref 5525172 � � K� � %� � � � � � � � +�� < .��2G2 +� �� HF- +L� � %� �� g�)� /9�diameter: ,'gramming +%Dreads.
� j=G�
r� jr}� T� j_� /V�on F3L RE -�minium, s� +)t ��b � iwW~ �� jq�K -ݸ, 1 � +;x ��b +*�Despite t - +��itable for 1m discus launched gliders, or other very lightweight models. Comes with a Mini JST (also called BEC) power connector plug and a JST-HX balance plug.
If using this as a receiver battery we recommend a {pref,BEC-JR-CONV, JST BEC to JR RC Plug Convertor} is used to connect it to the receiver and HV servos, or through a small voltage regulator if using RC limited to 5V.
The 2S 250 mAh LiPo has enough capacity to fly an average two servo DLG for 2 hours and a 4 servo DLG for 1 hour.
{table title="HyperFlight LiPo 2S 250 mAh Battery Specification" class=1 cols=2 width=100,220 align=L,L}
Chemistry, Lithium Polymer
Number of cells, 2
Voltage, 7.4V nominal
Capacity, 250 mAh
Weight, 14.5g
Discharge rating, 25 C
Length, 35 mm
Width, 20 mm
Thickness, 10 mm
Power lead length, 10 cm
�HyperFlight, we recommend the magazine to further the hobby.
� � � � � � � � � � � !� h�Y� -��
Power pl ;� ji� �� h��� +� (Q� +&�glass con .\Pwork with ,ܴ � % -�X� � � � � � � = +��t=135, Useful Dualsky Summit 9 -��ESC video}
\ � H � � (Q� � � � � +F�60+we sen � +�`lass=1 cols=3 width=110,115,115 align=L,L separator=:}
Colour: Translucent White
Length: 5 m: 16' 5"
Width: 33.5 cm: 13.2"
Weight: 20 g/m2 : 0.07 oz/ft2
Thickness: 0.028 mm
Tacking temperature: 110 �C
Sealing temperature: 125 �C
Shrinking temperature: 150 �C
Packaging: Supplied in a fattened roll
{endtable}
{video, EXQX3Z-lBQQ?si=FnB7Y-29vvkUOHFC} � � � � N� � � � � � � � & 2E4� e� � /p�dbullet}
{table title="Feather Cover Gloss Film Specifications" class=1 cols=3 width=110,115,115 align=L,L separator=:}
Colour: White
Length: 5 m: 16' 5"
Width: 33.5 cm: 13.2"
Weight: 20 g/m2 : 0.07 oz/ft2
Thickness: 0.028 mm
Tacking temperature: 110 �C
Sealing temperature: 125 �C
Shrinking temperature: 150 �C
Packaging: Supplied in a fattened roll
{endtable}
{video, EXQX3Z-lBQQ?si=FnB7Y-29vvkUOHFC}
� � � � N� � � � � �0'Giant Power LiPo 2S 200mAh 7.4V 20C JST Small 2S 200 mAh LiPo battery suitable for 1m DLGs or other very lightweight models. Comes with a JST BEC power connector plug and a JST-HX balance plug.
If using this as a receiver battery we recommend a {pref,BEC-JR-CONV, JST BEC to JR RC Plug Convertor} is used to connect it to the receiver and HV servos, or through a small voltage regulator if using RC limited to 5V.
{table title="Giant Power LiPo 2S 200 mAh Battery Specification" class=1 cols=2 width=100,220 align=L,L}
Chemistry, Lithium Polymer
Number of cells, 2
Voltage, 7.4V nominal
Capacity, 200 mAh
Weight, 14.9g
Discharge rating, 20 C
Length, 35 mm
Width, 20 mm
Thickness, 10 mm
Power lead length, 10 cm
Power plug, Mini JST (BEC) plug
Balance plug, JST-HX
{endtable}
{LiPost}
�N � � � <� � � � � � � � 2B0� jh� /{` United ��� HF-2S-350 GNB LiPo 2S 350mAh 7.6V 70C XT30 Small 2S 350 mAh LiPo battery suitable for F3-RES and electric DLGs or other very lightweight models. Comes with a XT30 power connector plug and a JST-HX balance plug.
{table title="GNB LiPo 2S 350 mAh Battery Specification" class=1 cols=2 width=100,220 align=L,L}
Chemistry, Lithium Polymer HV
Number of cells, 2
Voltage, 7.4V nominal
Capacity, 350 mAh
Weight, 18 g
Discharge rating, 70 C
Length, 48 mm
Width, 16 mm
Thickness, 12.5 mm
Power lead length, 4 cm
Power plug, XT30
Balance plug, JST-HX
{endtable}
{LiPost}
~O � � � Z� � � � � � � � 2C0� jh� Alumiium iخ_ ,�ailplane pieces
Two � � +�D ��b�� HF-PUSHROD-08-2#HyperFlight 0.8/2.0 36" Pushrod Set # HyperFlight GP Pushrod Token
# %1 = Rod dia
# %2 = Tube OD
# %3 = Tube material W +�t �}�b�� HF-2S-300-HV"GNB HV LiPo 2S 300mAh 7.6V 60C JST� Small, lightweight 2S 30 �0 mAh HV LiPo battery suitable for F3-RES and electric DLGs or other very lightweight models. Comes with a JST BEC power connector plug and a JST-HX balance plug.
The battery can be charged using a regular LiPo setting if the charger does not have a HV LiPo option.
If using this as a receiver battery we recommend a {pref,BEC-JR-CONV, JST BEC to JR RC Plug Convertor} is used to connect it to the receiver and HV servos, or through a small voltage regulator if using RC limited to 5V.
{table title="GNB HV LiPo 2S 300 mAh Battery Specification" class=1 cols=2 width=100,220 align=L,L}
Chemistry, Lithium Polymer HV
Number of cells, 2
Voltage, 7.6V nominal
Capacity, 300 mAh
Weight, 14.6 g
Discharge rating, 60 C
Length, 54 mm
Width, 12 mm
Thickness, 13.5 mm
Power lead length, 2 cm
Power plug, Mini JST (BEC) plug
Balance plug, JST-HX
{endtable}
{LiPost} QO �
2� � *� � � � � � � � 2C0� jh� , �
# %4 = Weight
# %5 = Inner� # +B ��b�� CG-STANDMicro Model C �� i�7� +��ilure.
+�pmended fo � +�0
{b, Do not attempt to discus launch a Pug2 with a V tail.}
� � � \� � � � � � � � 2F1� � +�Dr DLG launching though gentle side arm launches are still possible. � � � C� � � � � � � � d 2F1� �� jh� ,� � � �� jkY_ +�X ��b � �}��b�� FALCON-FUSEFalcon Fuselage & NoseconeN Replacemen Falcon DLG fuselage including lime yellow nosecone.
Strong layup ! � U � � � � � � � � � � � 3t G� g�� �� jd � i�f� M +���� MFE-30EG/Front Extension for Dualsky XM30xx Cased Motors| This MFE-30EG front extension for Dualsky XM30xx cased motors allows the motor to fit in really slim glider fuselages that would normally need a geared motor. It works well in Explorer fuselages that take a 30mm spinner. This motor front extension saves money and gives the quieter, maintenance-free benefits of using a Dualsky XM30xx cased motor. Also fits XPower Storm, Windy, and Light motors.
Use Loctite 638 to secure the shaft extension to the motor shaft.
Front diameter: 26 mm
Weight: 16g inc shaft and beari A , �ng.
Mounting: Two holes each on 16mm and 19mm diameters
Pleas � +� �� FPS-30Z3#30mm Dualsky Spinner for 3mm shafts} # DS-Spinner
# %1 diameter
# %2 Shaft size
# %3 Distance across hinge pins
# %4 Weight
{DS-Spinner, 30, 3, 25, 10.6}
/ � � � F� � � � � � � � 2E5� +��
H /F�luminium, ,�\ 7462-MG
+*(uminium, .�,� � �� jX�- +, 0Vitaprop 7x5 Folding prop bl �� jX�- ,s, �� jl�� �� jX�- � ,� ��b �� jO�, ,>8r/Prime-r 5 /�pb></a> or <a HREF="mailto:sales@hyperflight.co.uk"><b � +�l ��b�� FPS-32Z3#32mm Dualsky Spinner for 3mm shaftsw # DS-Spinner
# %1 diameter
# %2 Shaft size
# %3 Distance across hinge pins
# %4 Weight
{DS-Spinner, 32, 3, 27, 12} C � � � � � � � � � � � !
+�� 2E5�
� +�|Z4#38mm Dualsky Spinner for 4mm shaftsy # DS-Spinner
# %1 diameter
# %2 Shaft size
# %3 Distance across hinge pins
# %4 Weight
{DS-Spinner, 38, 4, 32, 14.3} � � � � V� � � � � � � � & 2F5�
+� I� +�< ��b�� FPS-38Z5#38mm Dualsky Spinner for 5mm shaftsy # DS-Spinner
# %1 diameter
# %2 Shaft size
# %3 Distance across hinge pins
# %4 Weight
{DS-Spinner, 38, 5, 32, 14.3} � � � �
-� � � � � � � � & 2F5�
I� I� jZ�� ��b�� FPS-38Z6#38mm Dualsky Spinner for 6mm shaftsy # DS-Spinner
# %1 diameter
# %2 Shaft size
# %3 Distance across hinge pins
# %4 Weight
{DS-Spinner, 38, 6, 32, 14.3} � � � �
-� � � � � � � � & 2F5�
I� Aluminium, plastic ji� � jX� ,�onal Carbon Fibre Aluminium, plastic jX�� Aluminium, plastic jX�S ��b�� FPS-30Z5#30mm Dualsky Spinner for 5mm shaftsy # DS-Spinner
# %1 diameter
# %2 Shaft size
# %3 Distance across hinge pins
# %4 Weight
{DS-Spinner, 30, 5, 25, 10.6} 1 � � � *� � � � � � � � 2E5�
I� jr
X ��b�� FPS-30Z4#30mm Dualsky Spinner for 4mm shaftsy # DS-Spinner
# %1 diameter
# %2 Shaft size
# %3 Distance across hinge pins
# %4 Weight
{DS-Spinner, 30, 4, 25, 10.6} 0 � � � F� � � � � � � � 2E5�
I� jp�6 $ ,� @�`�� FPS-30Z6#30mm Dualsky Spinner for 6mm shaftsy # DS-Spinner
# %1 diameter
# %2 Shaft size
# %3 Distance across hinge pins
# %4 Weight
{DS-Spinner, 30, 6, 25, 10.6} 2 � � � 8� � � � � � � �
2E5 Ordered 18, recd 25�
I� jX� ��b�� FPS-32Z32&32mm Dualsky Spinner for 3.17mm shaftsz # DS-Spinner
# %1 diameter
# %2 Shaft size
# %3 Distance across hinge pins
# %4 Weight
{DS-Spinner, 32, 3.17, 27, 12} D � � � F� � � � � � � � ! 2E5�
I� jd�� ��b�� FPS-32Z4#32mm Dualsky Spinner for 4mm shaftsw # DS-Spinner
# %1 diameter
# %2 Shaft size
# %3 Distance across hinge pins
# %4 Weight
{DS-Spinner, 32, 4, 27, 12} D � � � F� � � � � � � � ! 2E5�
I� jX�- ��b�� FPS-32Z5#32mm Dualsky Spinner for 5mm shaftsw # DS-Spinner
# %1 diameter
# %2 Shaft size
# %3 Distance across hinge pins
# %4 Weight
{DS-Spinner, 32, 5, 27, 12} E � � � F� � � � � � � � ! 2E5�
I� jn� � .� ��b ��b�� FPS-32Z6#32mm Dualsky Spinner for 6mm shaftsw # DS-Spinner
# %1 diameter
# %2 Shaft size
# %3 Distance across hinge pins
# %4 Weight
{DS-Spinner, 32, 6, 27, 12} F � � � F� � � � � � � � ! 2E5�
I� jX�< # ��b�� FPS-30Z32&30mm Dualsky Spinner for 3.17mm shafts| # DS-Spinner
# %1 diameter
# %2 Shaft size
# %3 Distance across hinge pins
# %4 Weight
{DS-Spinner, 30, 3.17, 25, 10.6} 0 � � � F� � � � � � � � 1 2E5�
I� jgy4 � ,
@ ��b�� FPS-25Z3#25mm Dualsky Spinner for 3mm shaftsL # DS-Spinner
# %1 diameter
# %2 Shaft size
# %3 Distance across hinge pins
# %4 Weight
This 25mm spinner has 3mm hinge pins, making it suitable for our larger (8" plus) folding prop blades. However it does not fit most� , H ��b�� FPS-25Z5#25mm Dualsky Spinner for 5mm shaftsJ # DS-Spinner
# %1 diameter
# %2 Shaft size
# %3 Distance across hinge pins
# %4 Weight
This 25mm spinner has 3mm hinge pins, making it suitable for our larger (8" plus) folding prop blades. However it does not fit most ,'�<b>Tensho � +,� of the small 6" and 7" diameter blades that have holes for 2mm hinge pins.
{DS-Spinner, 25, 3, 22, 9.3}
� � � � *� � � � � � � � �
� jk -��nner. Com � j`�� � of the small 6" and 7" diameter blades that have holes for 2mm hinge pins.
{DS-Spinner, 25, 5, 22, 9.3} � � � � � � � � � � � � 2E5�
I� jq�� � , �c 400-F5J / light m. Gear 4.4: 1
Hacker A20-12 XL EVO
Himax C 2816-1220</i>
{video,z__6QP13RAI} 6 � � � � � � � � � � � � + 4c x� j"�� q +�L
Corsa components (7)
One fuselage with fin
One bag of accesories
One wing joiner
One servo mount
Two t } +�2x8, 13x8
5S LiPo prop, 11x7, 11x8, 12x7, 12x8
6S LiPo prop, 10x6, 11x6
{endtable}
{table title="Powertrain Recommenda ++|ualsky Sp� -Ә ��b /��n fibre t i�� .�4 � � +KXudder, el +%� �}�b +&� � 2� ,t� RibbonG Unidirectio ��� CN-U-BOLT Front Bolt for CN-U Spinners) Replacement front bolt for CN-U Spinners. ' � � � � � � � � � � � 2B4� j�s ,� {b, UHU q� jb d ! ,�POR} is a premium, quick-setting adhesive specially designed for expanded polystyrene (styrofoam) and a variety of other materials. Its elastic adhesive film remains clear, ensuring a seamless finish while providing long-lasting durability. Waterproof and non-aging, this high-performance glue is perfect for crafting, DIY projects, and professional applications. {i,Por} is short for porous, and indicates this glue is ideal for porous materials.
{b, Key Features}
{bullet}
Fast-drying for quick and efficient bonding.
Clear, flexible adhesive that won�t yellow over time.
Waterproof and resistant to aging.
Ideal for expanded polystyrene (styrofoam, blue foan, pink foam) and multi-material bonding.
{endbullet}
{b, Compatible Materials}
{bullet}
Expanded polystyrene, EPS
Styrofoam
Blue & pink foam
Wood
Paper
Metal
Ceramic
Plaster
Fabric
Various plastics
{endbullet}
{b,How to Use}
1. Prepare the Surfaces � Ensure both surfaces are dry, clean, and free from dust or grease for optimal adhesion.
2. Apply the Adhesive � Spread UHU POR onto both surfaces. Allow it to set for a few minutes.
3. Check Readiness � Use the finger test: when the adhesive feels touch-dry, it�s ready for bonding.
4. Secure the Bond � Press the surfaces together firmly. A strong hold will be achieved within 5 to 20 minutes.
Tip: The drying time may vary depending on material type and adhesive quantity.
{b,Post-Use Care & Storage}
Cleaning: Remove excess adhesive with light petrol or an appropriate solvent. Clean tools immediately after use.
Storage: Keep in tightly sealed packaging, stored in a dry, cool, and frost-free place.
{b, Important Usage Notes}
- Do not apply in temperatures below 5�C.
- Contains volatile, flammable solvents�use in a well-ventilated area.
- Keep away from open flames and heat sources.
{b,Why Choose UHU POR?}
- Trusted brand with high-quality adhesive solutions
- Designed for versatile, multi-surface bonding
- Long-lasting durability with a clear, flexible finish
- Perfect for hobbyists, crafters +LH � }, professionals, and DIY enthusiasts � � 2� � !� � � � � � � � F 2G1 -� jr}� 2G1 I� jcWF 9 � � � � � ! 2B2� �� jfR � The {b, Micro Model CG Stand} is used for measuring the centre of gravity position of small models.
Balancing a model aircraft is one very important factor towards ensuring the best flight performance. As the models get smaller things get more sensitive too, especially with regards to flying wing designs. Balancing on fingertips in some cases just isnt accurate enough. The Micro Model CG Stand is designed to work wilth most smaller models and DLGs. The maximum fuselage depth measured below the wings is 70mm. Packs flat when not in use.
{bullet}
3D Printed Mini CG Stand
Flexible filament interchangeable points (sharp or rounded)
Suitable for models with a max fuselage depth below the wing of 70mm
Anti drop of fingers front and rear of the pivot points.
Packs flat when not in use approx. 16mm thick when packed.
{endbullet}
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# %6 = Comparative force
# %7 = Length
36" long small pushrods. {Pushrod2, 0.8, 2, ABS plastic, 4, Pultruded carbon, 0.75, 0.91}
{PushrodFittings}
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# %1 = Rod dia
# %2 = Tube OD
# %3 = Tube material
# %4 = Weight
# %5 = Inner material
# %6 = Comparative force
# %7 = Length
#36" long small pushrods. {Pushrod2, 0.74, 2, ABS plastic, 6.2, Stainless steel, 1, 0.91}
36" long small pushrods. {Pushrod2, 0.74, 1.3, PTFE, 6.2, Stainless stee� , h ��b�� BOWDEN-OUTER-2MM&2mm ABS Plastic 36" Pushrod Outer Tube7 An approx 91.5 cm (36") long clear clear plastic tube 2mm OD, approx 1mm ID. Suitable for use as a Bowden Cable outer with 0.8 mm carbon rod or 0.5mm - 0.8mm steel inners. Also useful for ted Statesjḣ .�� � � ,!Xand many other applications.
Made from ABS plastic, with quite low friction.
Can be bonded with most plastic cements. � � � � -� � � � � � � �
,Ͱing requi ,�� surfaces /K03� � ,"VINYL-MEDHyperFlight Vinyl Decal. {Sticker,Medium,clear,text and image,140,50}
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J� i�A �� h�[� steel g��� g� i�E- g��� q� jo� -;D HyperFli k, 10 g, 0.4 oz
Rudder servo, 20 g, 0.7 oz
Elevator servo, 20 g, 0.7 oz
Aileron servos, 50 g, 1.8 oz
Flap servos, 40 g, 1.4 oz
Battery, 120 g, 4.2 oz
Noseweight, 100 g, 3.5 oz
Flying weight, 2323 g, 81.9 oz
{endtable}
{video, 7pmLYC5BOUQ?si=9XY6B8EY0OnCLRem}
� � � � � | � � � � � � � � � 4UPz v� i%�4 � +� ��b��
PRIME-RES3*Prime RES III 2m Glider & Electric F3L F5L0 We are proud to stock the acclaimed {b, Prime RES III}, an advanced evolution of the Prime RES II. Designed for <b>FAI F3L/F5L RES competitions</b>, this high-performance model is available in both <b>F3L glider</b> and <b>electric F5L</b> configurations, with <b>X-tail</b> and <b>V-tail</b> options.
<b>Optimized Design for Superior Flight Performance</b>
The Prime RES III has been engineered for exceptional glide performance, stability, and control, making it ideal for both light thermals and strong winds. Its refined aerodynamic profile and lightweight construction reduce drag and improve efficiency, ensuring smooth and predictable flight behaviour.
<b>Key Upgrades & Features:</b>
{bullet}
<b>Elliptical wing design</b> - Improves lift distribution, reduces drag, and enhances overall efficiency.
<b>Redesigned fuselage</b> - Built-in firewall for motor installation with a lightweight, aerodynamic profile.
<b>Dual independent spoilers</b> - Provide precise glide control for competitive flying.
<b>New carbon tailboom</b> - Longer and lighter, increasing strength and responsiveness.
<b>Adjustable tow hook</b> - Allows quick modifications in the field for optimal launch performance.
<b>Integrated ballast system</b> - Enables in-field weight adjustments to adapt to changing wind conditions (F3L glider version only).
{endbullet}
<b>Precision Engineering & Quality Materials</b>
Constructed with laser-cut balsa, aero-grade plywood, and carbon components, the Prime RES III is designed for maximum durability and lightweight efficiency. The fuselage is reinforced in key areas, ensuring strength without unnecessary weight.
The multi-segment elliptical wing enhances glide performance and handling, with dual spoilers that close securely using built-in magnets. A carbon main spar with Kevlar reinforcement ensures structural integrity, while the included CNC-cut styrofoam jig simplifies wing assembly for accurate alignment.
<b>Comprehensive Kit for a Problem-free Build</b>
Includes:
{bullet}
<b>Detailed color plan</b> clearly documents the design.
<b>CNC-cut styrofoam wing jig</b> to ensure precise wing alignment.
<b>Laser-cut ribs and structural components</b> for an effortless fit.
<b>Carbon tailboom, main spar & joiners (carbon & steel)</b> for optimal weight and strength.
<b>Full hardware set</b> including rudder horns, U-nuts, bolts, magnets, and Bowden cables.
{endbullet}
<b>Aerodynamic & Competition-Optimized Fuselage</b>
The low-drag fuselage features reinforced key stress points while maintaining a lightweight structure. The adjustable tow hook allows quick in-field adjustments for optimal launch angles and improved climbing efficiency. The magnet-secured canopy hatch provides easy access to the electronics and ballast system, allowing fast modifications during competition. The integrated ballast system (119g max) lets pilots fine-tune the center of gravity without disassembling the model.
<b>High-Efficiency Wing Construction</b>
The multi-segment wing is designed for maximum lift with minimal drag, ensuring excellent stability and smooth flight control. The wing's carbon joiners and alignment pins ensure a secure and precise fit, while the Kevlar-reinforced carbon main spar provides additional strength.
<b>Spoilers & Ballast: On-the-Spot Adjustments (F3L glider version only)</b>
<b>Dual independent spoilers</b> offer precise control and quick response during flight.
<b>Integrated ballast system</b> allows for rapid weight adjustments depending on flying conditions.
<b>Steel ballast modules (90g) + steel joiner (29g)</b> provide added stability when needed.
Please note this is a <b>build-it-yourself kit</b> and <b>not an Almost Ready to Fly (ARF) model</b>. Some assembly experience is recommended. Well-illustrated step-by-step English language manuals can be downloaded by clicking on these links:
{href, https://www.dropbox.com/scl/fi/5ec2m4977pw4ndv2ccqg -�`plastic, Plastic jd�� ,=d 2S LiPo
' � � � 2H6j � h� x� gɍ +�� 2A4 +��2}
Rudde ,;�autohref= % ,=(, 17� up / 11.5� down
Flaps (roll input), 14� up / 9.5� down
<i>Recommended aileron and flap settings. Down=surface TE down.</>
Launch , 4.5� up
Speed, 1� up
Cruise, 0�
Thermal 1, 2.5� down
Thermal 2, 5� down
Landing crow brake, Ailerons 21� up, Flaps 45� down, 8� Elevator down
{ -��endtable} +a\ ��b ,� K� � I ,�\
{endtable}
{table title="Sugar Glider F5K Typical Weights" class=1 c ,=� 340 a -�p 260
Approx total weight: SS version: 3,400g S Version: 2,950g
Rudder servo in fin or fusel � -Mes-III-manual-elektro-X-tail-V2.pdf?rlkey=ud02fl7wn08ntnofmq8wxx50l&st=64eo4na6&dl=1, Prime RES III Electric X tail Manual}
{href, https://www.dropbox.com/scl/fi/qbmv03k1ub776irzqs2m1/CLM-Pro-Prime-res-III-building-manual-glider-X-tail-V2.pdf?rlkey=wtd4we1nhk6mxjxebym3msrkv&dl=1 , Prime RES III Glider X tail Manual}
{href, https://www.dropbox.com/scl/fi/wo15lj32b2oxzfrfmbq4x/CLM-Pro-Prime-res-III-building-manual-glider-V-tail-V2.pdf?rlkey=v23np678zmrz2r4lwypwrz2ol&dl=1 , Prime RES III Glider V tail Manual}
{table title="Prime RES III Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.0 m, 78 in
Wing area, 35.0 dm2, 543 sq in
Length, 129 cm, 50.9 in
Flying weight from, 450 g, 15.9 oz
Wing loading, 12.9 g/dm2, 4.2 oz/sq ft
Aspect ratio, 11.3,
Wing airfoil, AG24-26 Mod
Spinner Diameter, 30 mm,
Centre of Gravity, 70-78 mm from wing leading edge
Controls, "Rudder, elevator, spoilers"
{endtable}
#Dihedral (EDA), 6.7 �
{table title="Prime RES III Glider Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Bare structure, 275 g, 9.7 oz
Covering, 95 g, 3.4 oz
Total structure, 370 g, 13.1 oz
Receiver, 6 g, 0.2 oz
Rudder servo, 5 g, 0.2 oz
Elevator servo, 5 g, 0.2 oz
Spoiler servos (2), 10 g, 0.4 oz
Battery, 45 g, 1.6 oz
Noseweight, 9 g, 0.3 oz
Flying weight from, 450 g, 15.9 oz
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder & elevator servos, Blue Bird BMS-101DMG, Blue 3k 0� h�[� � ,J���
KST-A06-LV*KST A06 LV Servo - 1.4Kg.cm 0.11s 6.5g 7mm� Experience the speed, torque, and precision of the {b,KST A06} low voltage servo today! Designed specifically for competition F3K gliders, the A06 V6.0 boasts an ultra-fast 0.11 sec/60� speed and 1.4Kgf.cm of torque at 4.2V. Its high-speed response and robust torque output meet the demanding expectations of competitive gliders. Additionally, the A06 excels in precision while maintaining lightweight construction.
This 7mm-thin servo weighs just 6.4g and is optimized for use with a single-cell (1S) LiPo battery, making it a great fit for discus-launched gliders (DLGs). Its rigid yet lightweight casing is crafted from high-strength 7075 aluminum alloy, ensuring durability and excellent heat dissipation.
Equipped with a hardened steel drivetrain and a coreless motor, the A06 runs on voltages from 3.5V to 4.2 V, providing reliable performance on a single cell LiPo battery. Note it cannot be used with a 4.8V NiMH battery or with a 5V BEC ESC.
The A06 is available in three different mounting tab versions: Standard (A06), Horizontal (A06H), and Lugless (A06N), allowing flexibility in setup. {b,This page is for ordering the standard tab A06 version.}
The servo comes with four strong nylon output arms: two double-sided and two single-sided, one of which is low-profile to prevent interference when mounting servos in tandem. While X08 arms can fit, they are slightly deeper, so if fully tightened, they may jam against the servo case. To avoid this, either trim a small section of the nylon arm sleeve or avoid overtightening the retaining screw.
With its combination of speed, strength, and versatility, the ,K KST A06 is a top choice f � ,K�or pilots looking for a high-performance, lightweight servo for their discus launch gliders
{ServoSpecs} D � * � %<� � � � � � � � �
1K2 �� j_��
Steel j m %2F1X a� jfK� ) ,L�V Lugless Servo - 1.4Kg.cm 0.11s 6.5g 7mm� # ,LP ��b�� KST-A06N-LV3KST A06N L � ,�� Experience the speed, torque, and precision of the {b,KST A06N} Micro-coreless servo today! Designed specifically for competition F3K gliders, the A06N boasts an ultra-fast 0.11 sec/60� speed and 1.4Kgf.cm of torque at 4.2V. Its high-speed response and robust torque output meet the demanding expectations of competitive gliders. Additionally, the A06N V6.0 excels in precision while maintaining lightweight construction.
This 7mm-thin servo weighs just 6.4g and is optimized for use with a single-cell (1S) LiPo battery, making it a great fit for discus-launched gliders (DLGs). Its rigid yet lightweight casing is crafted from high-strength 7075 aluminum alloy, ensuring durability and excellent heat dissipation.
Equipped with a hardened steel drivetrain and a coreless motor, the A06N runs on voltages from 3.5V to 4.2 V, providing reliable performance on a single cell LiPo battery. Note it cannot be used with a 4.8V NiMH battery or with a 5V BEC ESC.
The A06N is available in three different mounting tab versions: Standard (A06), Horizontal (A06H), and Lugless (A06N), allowing flexibility in setup. {b,This page is for ordering the lugless A06N version. }
The servo comes with four strong nylon output arms: two double-sided and two single-sided, one of which is low-profile to prevent interference when mounting servos in tandem. While X08 arms can fit, they are slightly deeper, so if fully tightened, they may jam against the servo case. To avoid this, either trim a small section of the nylon arm sleeve or avoid overtightening the retaining screw.
With its combination of speed, strength, and versatility, the KST A06N is a top choice for pilots looking for a high-performance, lightweight servo for their discus launch gliders
{ServoSpecs} C� ,Z� ��b�� KST-A06H-LV0KST A06H LV Wing Servo - 1.4Kg.cm 0.11s 6.5g 7mm� Experience the speed, torque, and precision of the {b,KST A06H} Micro-coreless servo today! Designed specifically for competition F3K gliders, the A06H V6.0 boasts an ultra-fast 0.11 sec/60� speed and 1.4Kgf.cm of torque at 4.2V. Its high-speed response and robust torque output meet the demanding expectations of competitive gliders. Additionally, the A06H excels in precision while maintaining lightweight construction.
This 7mm-thin servo weighs just 6.4g and is optimized for use with a single-cell (1S) LiPo battery, making it a great fit for discus-launched gliders (DLGs). Its rigid yet lightweight casing is crafted from high-strength 7075 aluminum alloy, ensuring durability and excellent heat dissipation.
Equipped with a hardened steel drivetrain and a coreless motor, the A06 runs on voltages from 3.5V to 4.2 V, providing reliable performance on a single cell LiPo battery. Note it cannot be used with a 4.8V NiMH battery or with a 5V BEC ESC.
The A06H is available in three different mounting tab versions: Standard (A06), Horizontal (A06H), and Lugless (A06N), allowing flexibility in setup. {b,This page is for ordering the Horizontal tab A06H version.}
The servo comes with four strong nylon output arms: two double-sided and two single-sided, one of which is low-profile to prevent interference when mounting servos in tandem. While X08 arms can fit, they are slightly deeper, so if fully tightened, they may jam against the servo case. To avoid this, either trim a small section of the nylon arm sleeve or avoid overtightening the retaining screw.
With its combination of speed, strength, and versatility, the KST A06 is a top choice for pilots looking for a high-performance, lightweight servo for t 1 ,�heir discus launch gliders
{ServoSpecs} E � ,[(ns while M ,_�also serving as a versatile sport glider for flying just about anywhere. Despite its lightweight construction, it maintains impressive penetration even against moderate winds. However, with added camber, the Yoda EL slows down beautifully, allowing it to climb effortlessly in the lightest thermals.
Mirroring the exceptional handling of the Yoda DLG, the {b,Yoda EL} benefits from generous polyhedral, providing outstanding stability and a well-balanced control response-perfect for both competitive and recreational pilots. Its separate flaps enhance landing precision, enabling crow braking for controlled, ultra-slow approaches. This makes it ideal for flying in small spaces and rough terrain.
Designed for convenience, the two-piece wing and compact fuselage allow the Yoda EL to be packed into a box as small as 90 � 16 � 6 cm, making it an excellent travel companion. The model is specifically designed for the {pref, VMF5-PWRNOSE, Vladimir's Models F5 PowerNose}, which we highly recommend selecting at checkout.
Key Features:
{bullet}
Full-house wing with separate ailerons and fl .�4�`
ARI � ,aPaps for superior control
Two-piece wing for easy transport and storage
Expert-level prefabrication - minimal assembly required
High-performance power system with an integrated motor-in-spinner drive
Ultra-light 280g takeoff weight
Ballastable fuselage for adaptable performance
Extreme climb rate with a 3S LiPo setup
Suplied with high quality wing and tail bag set
{endbullet}
Whether you're competing in F5K or just lookin U ,h�g for a top-tier sport glider, the Yoda EL delivers an unmatched balance of performance, portability, and ease of use.
More info here: {href,https://www-rc--network-de.translate.goog/threads/yoda-el.11875826/?_x_tr_sl=de&_x_tr_tl=en&_x_tr_hl=en-US&_x_tr_pto=wapp#post-12144036, RC-Netwok.de}.
Note colours in the option images are for illustration and may not match the model's colour scheme 100%. All the models have two piece wings and do not have RC installed. High quality wing and tail bags are included.
Recommended servos:
Elevator & rudder: KST X06
Flaps: KST A08 or KST X08
Ailerons: KST X06N
{table title="Yoda EL F5K 1.5m eDLG Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.5 m, 59 in
Wing area, 19.0 dm2, 295 sq in
Length, 91 cm, 35.8 in
Flying weight from, 284 g, 10.0 oz
Wing loading, 14.9 g/dm, 4.9 oz/sq ft
Aspect ratio, 11.7,
Wing airfoil, JW Yoda F5K EL
Dihedral (EDA), 8.1�,
Centre of Gravity, 67-72 mm from wing leading edge
Controls, "Rudder, elevator, ailerons, flaps, throttle"
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Tail servos, KST X06, CHA DS06, CHA HV06, CHA LV06
Aileron servos, KST X06N, CHA DS06, CHA HV06, CHA LV06
Flap servos, KST X08, KST A08
Receiver, 7 channel rx to match your transmitter
Power, 2S-3S 300-400 mAh LiPo square cross-section
{endtable}
{table title="Yoda EL Control Throws & Mixes - in degrees" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder, 10� each way
Elevator, 6� up / 7� down
Ailerons, 17� up / 11.5� down
Flaps (roll input), 14� up / 9.5� down
<i>Recommended aileron and flap settings. Down=surface TE down.</>
Speed, 1� up
Cruise, 0�
Thermal 1, 2� down
Thermal 2, 5� down
Landing crow brake, Ailerons 10� up, Flaps 47� down, 5� Elevator down
{endtable}
{table ,i� title="Yoda EL F5K 1.5m eDLG Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 31.5 g, 1.1 oz
Wing (2 piece), 113.0 g, 4.0 oz
Fin, 6.1 g, 0.2 oz
Tailplane, 6.2 g, 0.2 oz
Accessories, 22.6 g, 0.8 oz
Total structure, 179.4 g, 6.3 oz
Receiver, 8.0 g 5 ,k�, 0.3 oz
Tail servos, 12.8 g, 0.5 oz
Aileron servos � .�X
Voltage: 7.2V~11.1v, 2S~3s LiPo
Kv: 2500 rpm/v
Mounting: 2 M2 holes @ 12 mm; 2 M2 holes @ 16mm
ESC: 6V output @ 2A
RC wire length: 15 cm
Power wire: 25mm long, XT30 plug
{endtable}
{b,The supplied M2 motor mounting bolts are too long and can protrude into the motor and damage the windings when using a thin firewall. Either shorten the bolts or use washers to avoid this.}
# � � � Q .., 12.8 g, 0.5 oz
Flap servos, 16.6 g, 0.6 oz
"Motor, prop, spinner, ESC", 34.4
jg�� � + ++ ��b�%
DPF8055!Dualsky 8x5.5 Folding � +I��� FPS-25Z4#25mm Dualsky Spinner for 4mm shaftsJ # DS-Spinner
# %1 diameter
# %2 Shaft size
# %3 Distance across hinge pins
# %4 Weight
This 25mm spinner has 3mm hinge pins, making it suitable for our larger (8" plus) folding prop blades. However it does not fit most of the small 6" and 7" diameter blades that have holes for 2mm hinge pins.
{DS-Spinner, 25, 4, 22, 9.3} � � � � *� � � � � � � � �
�� ,t� ��b�� FPS-25Z32&25mm Dualsky Spinner for 3.17mm shaftsM # DS-Spinner
# %1 diameter
# %2 Shaft size
# %3 Distance across hinge pins
# %4 Weight
This 25mm spinner has 3mm hinge pins, making it suitable for our larger (8" plus) folding prop blades. However it does not fit most of the small 6" and 7" diameter blades that have holes for 2mm hinge pins.
{DS-Spinner, 25, 3.17, 22, 9.3} � � � � � � � � � � � � ! 2E5�
+.de> when stock arrives � jc:� �ed voltage of 4.0V this servo is often used successfully on a 1S LiPo.
{servospecs} � _� � b� � � � � � � � 1E1 �� jp -�$Recommend '�$�
FEA -m$ -� ]NTSugar Glider Servo Mount� A 3D printed servo moount to assist installing servos in a Sugar Glider.
Sutable for KST X06, CHS DS06, Emax ES9051, Emax ES9052, CHA HV06, CHA LV06, Emax ES9051, Emax ES9052
Servo case max length = 20 mm
Servo max thickness = 8.5mm � � 2� � � � � � � � � � 2 2F6� j&�� +$Ty neither ,��minium, s
F� j � -�lls
{end
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� ,� ��b .-� � A Y -qla-hlg-e-ev, here}.
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L, ,�� hardened +Gd � � +,Xpedalbin bag.� � +#�8L PTFE� ,�<ad.php?47 +p � � � � ) +� NK-V2&Dualsky USB Link V2 for Summit HV E , nal carbo s� jB�q .Y,ng span, �Superb machining.
They look great!
{endbullet}
{CNCMountGlue}
� � � � � � � � � � � � 2A4P P� Aluminium j*�| � ��b�� PNC-CN-251Electric DLG CNC Motor Mount for CN 25mm Spinners� The {b,PNC Innovations 25 mm Electric DLG Motor Mount for CN 25mm Spinners} is a beautifully CNC machined motor mount for securely attaching 1805 and 1806 sized drone outrunner motors to discus launched glider and F5K fuselages.
The mount is recessed to allow the outrunner motor to be fitted within the firewall, and the front aligns closely with CN 25mm spinners.
The mount has 4 M2 holes on a 12 mm diameter circle plus 2 on a 16 mm diameter.
{table title="Electric DLG CNC Motor Mount for CN Spinners" class=abc cols=2 align=l separator==}
Fuselage outside diameter = 25.0 mm
Fuselage internal diameter = 24.5 mm
Mount Internal diameter = 23.9 mm
Depth from front to front of rear face = 11.5 mm
Predrilled holes A = 4 holes on a 12 mm circle
Predrilled holes B = 2 holes on a 16 mm circle
Motor mounting hole diameter = 2 mm
Weight = 1.5 g
{endtable} These mounts are:
{bullet}
Easy to install.
Very strong.
Superb machining.
They look great!
{endbullet}
{CNCMountGlue}
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SCH -�V2 AngelWing Design Blink V2 Delta� We�re thrilled to introduce the {b, Blink V2} from {b, AngelWing Design} � bigger, faster, and built for pure fun. This is a bold evolution of their beloved delta wing, now available at HyperFlight. The V2 is larger, lighter, and even more exhilarating than its predecessor, with upgrades that enhance both performance and build experience. The kit now comes with a nice 3D printed nosecone so the model can be built as an electric model or as a slope soarer.
With a noticeably larger wingspan, the {b, Blink V2} is easier to track in flight and offers greater flexibility when installing your battery of choice. Say goodbye to warping ply ribs � the V2 features precision-cut 2.5mm balsa ribs and spars for a straighter, stronger, and more durable structure. The elevons are now fully airfoiled, no longer just flat 3mm sheets, giving you better aerodynamic efficiency and control authority.
The result? A stunningly low wing loading more commonly seen on high-performance sailplanes. That means {b, blistering speed}, {b, razor-sharp agility}, and {b, surprisingly gentle landings} � a rare and winning combination.
{b, Battery Flexibility Like No Other}
The {b, Blink V2}�s expanded battery bay supports a wide range of configurations:
- {b, 3S 650mAh LiPo} for ultra-light sport flying
- {b, Dual 4S 850mAh LiPos} for a wild 8S setup (not for the faint-hearted!)
- {b, 3S 2200mAh LiPo} for extended sessions with just a slight weight trade-off
Whether you�re a casual pilot or a thrill-seeker pushing performance limits, the {b, Blink V2} adapts to your flying style.
{b, Designed for Builders, Loved by Flyers}
Built-in design enhancements drawn from other proven models make assembly fast, simple, and accurate. Key areas are reinforced and aligned with high-quality 3D-printed parts, ensuring everything fits perfectly right out of the box.
If you loved the original Blink, the V2 is everything you wished for � and more. Faster, smarter, and just plain fun to fly. Take your delta game to the next level with the {b, Blink V2} � available now at HyperFlight.
{b, Specifications}
750mm Wingspan
380 - 500g flying weight
Wing Area 23.36dm2 / 362sq in
Wing Loading 16-21.4g dm2 / 5.4-7.1oz sqft
{b, RC Requirements (electric version)}
2205 to 2506 brushless motors (1850 to 2700kv)
5x5 Prop
40 to 60 amp Brushless esc
2 x 12g Metal Geared servos
4 channel Rx
{b, RC Requirements glider version)}
2 x 12g Metal Geared servos
4 channel Rx
{b, Kit Contains}
{bullet}
Balsa Ribs and Main Spars
Hardwood dowel Leading edges
Balsa elevon material
Balsa sheet fin
Plywood Hatch Formers
3d printed nosecone for optional slope soarer version
3d Printed removable motor Mount
3d Printed Main Motor Bulkhead
3d Printed Magnetic Hatch retaining system
3d Printed grips for hand launching
1 pair of adjusta Horn Control Linkages
Carbon tube reinforced music wire elevon pushrods
Motor Retaining screws and Motor mount hardware
Blink and AngelWing Designs decal
{endbullet}
Whilst A ��b� CHA-HV75)CHA HV75 Servo - 6.5Kg.cm 0.09s 11.8g 8mm� The {b,CHA HV75} is a wonderful new servo, only 7.5mm thick and with a torque of 7.5Kg.cm.
This version has normal mounting lugs for fuselage mounting.
{ServoSpecs} x � 6 � � #� � � � � � � � ! 1E1� �� jh�2 u ,�8ommended. Note the larger KST X10 does not fit in the {pref, SRIDSF-KST-X10, Integrated Drive System Foam for KST X10 Mini} but the KST X10 Pro-A does.
{table title="Samba Prestige 3PK Powertrain Recommendations" class=1 cols=2 width=110,210 align=L,L autohref=1}
Powerline Micro 1020, 3S 1Ah LiPo, 15x10 prop
Powerline Micro 1025, 3S 1Ah LiPo, 15x10 prop
XPower F
��b� CHA-HV75H/CHA HV75H Wing Servo - 6.5Kg.cm 0.09s 11.8g 8mm� The {b, CHA HV75H} is a wonderful new wing servo, only 7.5mm thick and with a torque of 7.5Kg.cm.
This version has horizontal lugs for wing mounting.
{servospecs} y � 6 � � #� � � � � � � � " 1E2� �� jl� � ,� Power F2919/10 Light, 3S 1Ah LiPo, 10x6 prop
XPower F2925/8 Windy, 3S 1Ah LiPo, 10x6 prop
{endtable}
See Jo Grini's motor research {href, https://jojoen.no/div/2020testingmotor.pdf, here}
,�,�7
PT-39$Z-Poxy 30 Minute PT39 Epoxy 8oz 225g {b,ZAP - PT-39 Z-Poxy 30 Minute Epoxy} is a premium high strength two part epoxy adhesive that dries clear. Vibration resistant and fuel proof, this epoxy is perfect for all types of hobbies and crafts. Use it on all f .�0 tail piecesj
j3�B � +Gx�� PTK-7350-PTK 7350-MG-D Servo - 1.8Kg.cm 0.07s 5.2g 9mm The {b, PTK 7350-MG-D} is a lightweight, budget-friendly servo suitable for the {b, Pug 2} and other small balsa models. While &� � � � 4� �� j${B .�8nka LiPo 2S 300mAh, Bonka 9 -��o, 3S 300-500mAh LiPo, Bonka LiPo 3S 300mAh, Bonka HV LiP�� ,!0 ��b�� SUMMMIT-100-LITE$Dualsky SUMMIT 100 Light 8A SBEC ESC The {b,Dualsky SUMMIT 100 Light} is a high quality 100A (130A burst) ESC with an 8A 5V-7.4V adjusable SBEC circuit. It is perfect for larger models with 2S-8S LiPo batteries.
The {b,Dualsky SUMMIT 100 Light} has metal heat sink for excellent heat dissipation but still only weighs 91g including wires. The SBEC voltage can easily be changed using the on-PCB switches - no program ,!Dp and aileron control -��
ARIAAngelWing - ,$|Drive Motor � 500W Power, Precision, and Perf ++�
V1507-2700&T-Mo� � ,�4���r��
ELF-WANTED ELF WANTED!" Does anyone have a Vladimir's Models Elf 1m DLG (or just the fuselage) that they would be willing to sell or swap?
I broke my Elf's fuselage last autumn and miss flying it.
Please email me at neil@hyperFlight.c� ��b�� XM3850EG81Dualsky XM3850EG-8 920 RPM/V 195g Cased Outrunner� The {b, Dualsky XM3850EG-8} is a high quality cased outrunner with a KV of 920 RPM/V, for models weighing 2000 - 3000g.
6 mm shaft. See images for full specifications.
Recommended props:
3S LiPo: 14x7, 14x8, 15x8
4S LiPo: 12x6, 12x8, 13x8
� � _ � � ;� � � � � � � � , 2B1� �� jG� �o.uk or call me on 07821 351341 if you can help.
Thanks, Neil Stainton � � � � � � � � � � � �� g��
steel gearbox is wear-resistant and ensures a long service life. The aluminum-reinforced, high-strength technopolymer housing ensures reliable vibration damping. The excellent torque and wide voltage range, from 4V up to 9V, makes it useful for a large range of applications
The holding force of up to 9 kg at 8.4 V enables even heavy loads to be moved effortlessly. The rotation speed of 0.055 seconds at 8.4 V is exceptionally fast.
{ServoSpecs} � � 2� � ;� � � � � � � � $ 1E2� �� jb d q ,�po-A
Flap, CHA HV85H, CHA HV95H, MKS HV6120, MKS HV6130, KST X10 Mini, KST X10, KST X10 Mini Pro-A, KST X10 Pro-A
N� jNk[ � � ,�T ��b�:
FITIS.Fitis 1m Wingeron Electric Glider/Sports Model. With its all-flying wings and fin, the {b,Fitis} is a lively mini hotliner with real attitude. Just watch the video to see how quickly it can move. It is equally at home on the slope, yet�� -� ��b�9
AW-PTK-7462 Ply Frame for PTK 7462-MG (pair)4 These HyperFlight CNC cut ply servo frames make fitting a {p,PTK-7462} servo or a similarly sized servo to a molded wing very easy. No thickness is added to the installation, and the servo is mounted securely, yet can be removed easily if required.
Two servo frames supplied in the pack.
{ServoFrame} � � 2� � - ,��F2915/12 XLight, 3S 850mAh LiPo, 10x6 prop
X � ,��
{endtable} Lighter servos recommended for the Light, Sport and Normal layups, and heavier/stronger servos for the Storm and GPS layups. No IDS are installed. Servorahmen Foam IDS sets are rec� ��b� CHA-HV95+CHA HV95 Servo - 11.5Kg.cm 0.12s 21.7g 10mm� The {b,Chaservo HV95} is a powerful and precise 9.5mm thin HV servo that promises long and reliable precision work thanks to its robust equipment with steel gears, double ball bearings and aluminum housing. The 6mm T25 standard spline allows the use of a wide range of Futaba compatible servo arms.
Thanks to its compact design with a thickness of only 9.5 mm, the HV95 series is particularly suitable as a wing servo but is also works for any application neding a compact, precise and powerful servo. This version has normal lugs for fuselage mounting. The range of applications extends from glider models and motorized models to high-performance jets.
{servospecs}
Max current @ 6.0V = 1.16 A
Max current @ 7.4V = 1.32 A
Max current @ 8.4V = 1.58 A � � ; � � % � � � � � � � � + 1E1� �� j<� �and some plastics.
Weight: 225g (8oz)
JP No. 5525785
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See Samba's recommended control throws {href, https://f3j.com/pages/prestige-3pk-settings, here.} � � � � � | � � � � � � � � � O�2C4� k� j>�� �� j?�=
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alsawood jr� /{� can be slowed down to se % .,�etwork.de/threads/zefixx-von-h%C3%B6l * st �130.00, sell �199� D� jA � ,�4� CHA-DS20+CHA DS20 Servo - 26.0Kg.cm 0.08s 64.0g 20mm� The {b, Chaservo DS20} is powerful standard size servo made from high-quality materials. The hardened st� ,�� ��b` ��b� CHA-HV95H1CHA HV95H Wing Servo - 11.5Kg.cm 0.12s 21.7g 10mm� The {b,Chaservo HV95H} is a powerful and precise 9.5mm thin HV wing servo that promises long and reliable precision work thanks to its robust equipment with steel gears, double ball bearings and aluminum housing. The 6mm T25 standard spline allows the use of a wide range of Futaba compatible servo arms.
Thanks to its compact design with a thickness of only 9.5 mm, the HV95H is particularly suitable as a wing servo and enables thinner wing profiles for improved aerodynamics of the model aircraft. When designing the servo, we attached great importance to a low height and arranged a third screw lug next to the motor so that the servo can also be mounted under small servo covers in the wing.
This H version has horizontal lugs for wing mounting. The range of applications extends from glider models and motorized models to high-performance jets.
{Servospecs}
Max current @ 6.0V = 1.16 A
Max current @ 7.4V = 1.32 A
Max current @ 8.4V = 1.58 A � � ; � � % � � � � � � � � + 1E1� �� i��� � ,��irewall and engine mount installations, its perfect for attaching bulkheads and formers in epoxy glass fuselages and model boat hulls. It does not get brittle with age and is easy to mix, just combine equal parts by volume. Handy to have at home for all types of fix-it jobs, great to have in the shop for all types of wood, ceramic and metal repairs.
{bullet}
30 minute cure
Clear formula
Tough permanent bond
Shock and vibration resistant
Excellent gap fille
Large 225g / 8oz volume
{endbullet} Usage: Mix equal parts by volume or weight. Accepts microballoon filler for forming fillets
Great for carbon fibre and glass fuselages, boat hulls, and other structures.
Works best on: metal, wood, aluminium, ceramic, other epoxy composite components �eel gearbox is wear-resistant and ensures a long service life.
The holding force of up to 26 kg at 8.4 V makes it possible to move even heavy loads effortlessly. The turning speed of 0.08 seconds at 8.4 V is also very good.
The Chaservo DS20 is suitable for a wide range of applications. It is ideal for RC vehicles, airplanes, boats and other models that require high performance and precision. With a 6mm T25 standard spline, it supports a wide variety of Futaba-compatible servo arms�offering versatility for all your setup needs.
{Servospecs}
Max current @ 6.0V: 5.82 A
Max current @ 7.4V: 6.25 A
Max current @ 8.4V: 6.45 A � � 0 � � � � � � � � � � U 1E2� �� jH�T ,��evator servos, CH a -� oz
Elevator servo, 4.5 g, 0.2 oz
Battery, 15.0 g, 0.5 oz
Flying weight, 110 g, 3.9 oz
{endtable}
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Receiver, 4-5 channel rx to match your transmitter
Power, 2S-3S 300-600 mAh LiPo
{endtable}
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��b� CHA-HV120,CHA HV120 Servo - 28.0Kg.cm 0.09s 37.0g 12mm\ Engineered for precision, power, and performance, the {b,CHA HV120} is a compact 12mm HV servo designed for demanding model aircraft applications. With a holding force of 25 kg, it delivers exceptional strength in a slim profile - perfect for tight installations and large models alike.
Unlike conventional servos that use fragile potentiometers, the {b, CHA HV120} series is equipped with a reliable Hall Effect sensor, ensuring superior durability and long-term accuracy. The robust internal design features steel gears, dual ball bearings, and a rugged aluminium case for maximum endurance and performance.
This normal lug version is perfect for fuselage installations. With a 6mm T25 standard spline, it supports a wide variety of Futaba-compatible servo arms�offering versatility for all your setup needs.
The CHA HV120 is perfect for:
{bullet}
Big gliders - mounting in the fuselage
Large electric and gas-powered aircraft
High-performance jets
{endbullet} If you're building for speed, precision, and space efficiency, the CHA HV120H is your ultimate wing servo solution.
{servospecs}
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FPS-45Z5#45mm Dualsky Spinner for 5mm shaftsw # DS-Spinner
# %1 diameter
# %2 Shaft size
# %3 Distance across hinge pins
# %4 Weight
{DS-Spinner, 45, 5, 39, 16} � � � � 1� � � � � � � � 2F5�
j� Aluminiu e -�$*, FrSky D4R II
Battery, Bonka LiPo 2S 300mAh, HyperFlight 150 mAh 4.8V
{endtable}
{table tit E +G30981, RCGroups Prestige 3PK} thread.
{table title="Samba Prestige 3PK Recommended Servos" class=1 cols=2 width=110,240 align=L,L autohref=2}
Tail surfaces, MKS DS6100, MKS HV6100, KST X08, KST A08, MKS DS75K, MKS HV75K
Aileron, CHA HV85H, MKS DS6100, MKS HV6100, MKS HV6110, MKS HV6120, KST A08, KST HS08A, KST X10 Min +!dTEX5 Vortex 5 DLG
T �� h�H uminium, steel jp�6 teel j_�� g .+p���r�F
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CHA-HV120H2CHA HV120H Wing Servo - 28.0Kg.cm 0.09s 37.0g 12mm Engineered for precision, power, and performance, the {b,CHA HV120H} is a compact 12mm HV servo designed for demanding model aircraft applications. With a holding force of 25 kg, it delivers exceptional strength in a slim profile - perfect for tight installations and large models alike.
Unlike conventional servos that use fragile potentiometers, the {b, CHA HV120} series is equipped with a reliable Hall Effect sensor, ensuring superior durability and long-term accuracy. The robust internal design features steel gears, dual ball bearings, and a rugged aluminium case for maximum endurance and performance.
This horizontal lug version is tailor-made for wing installations, allowing for slimmer airfoils and improved aerodynamics. A unique third mounting lug beside the motor ensures easy and secure fitting, even under small servo hatches.
With a 6mm T25 standard spline, it supports a wide variety of Futaba-compatible servo arms�offering versatility for all your setup needs.
The CHA HV120H is perfect for:
{bullet}
Big gliders - mounting in wings and tail surfaces
Large electric and gas-powered aircraft
High-performance jets
{endbullet} If you're building for speed, precision, and space efficiency, the CHA HV120H is your ultimate wing servo solution.
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Total structure, 85 g, 3.0 oz
Receiver, 4 g, 0.1 oz
Rudder servo, 4 g, 0.1 oz
Elevator servo, 4 g, 0.1 oz
Speed control, 4.5 g, 0.2 oz
T-Motor 1404, 9.5 g, 0.3 oz
Prop & spinner, 4 g, 0.1 oz
Battery, 20 g, 0.7 oz
Flying weight, 135 g, 4.8 oz
{endtable}
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Spinner, 4 1 -��ups thread} for more info.
{table title="Resil
-9�118 cm, 46.5 in
Flying weight from, 430 g, 15.2 oz
Wing loading, 12.6 g/dm2, 4.1 oz/sq ft
Aspect ratio, 11.6,
Wing airfoil, AG35-AG38 Strak
Dihedral (EDA), 11.5�,
Centre of Gravity, 72 - 78 mm from wing leading edge
Controls, "Rudder, elevator, spoilers"
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Weight: TBA
Spinner #� jo\ ,Ĩ o � ,̤ombo - X20-2208 + X20-1035 Setq {br, Indoductory Offer - save 25%}
<b>Sold out, but available to special order - delivery in approx 3 weeks</b>
The {b, KST X20 Brushless Servo Combo} set consists of three X20-2208 V8.0 Cyclic servos and one X20-1035 V3.0 Tail servo. The X20 Servos feature brushless motors, full CNC aluminum cases, and a complete set of hardened steel High Life Span (HLS) gears throughout each servo. These HV servos are engineered to give you ultimate control power, speed and precision.
Each gearbox is equipped with 6 ball bearings to maintain a slop-free gear train. The cyclic servos boast an incredible 25 Kg.cm (2.5N.m) of torque at 8.4V, and a crisp 0.07 second speed. The tail servo offers 1.2N.m (12 Kg.cm) of torque at a blistering fast 0.03 second speed at 8.4V.
{b, Features}
{bullet}
Brushless DC motor
Extreme torque and Excellent speed
Hardened steel gears
6 Ball bearings
Ideal for 500, 600, 700 and 800 Class EP/GP Helicopters
{endbullet}
{b, KST X20-2208 Specification}
Rated Voltage: DC7.4V
Voltage Range: DC6.0V-8.4V
Torque: 18 Kg.cm@6.0V, 22 Kg.cm@7.4V, 25 Kg.cm@8.4V
Torque: 1.8N.m@6.0V, 2.2N.m@7.4V, 2.5N.m@8.4V
Speed: 0.09sec/60�@6.0V, 0.08sec/60�@7.4V, 0.07sec/60�@8.4V
Working Frequency: 1520us/333Hz
Default Travel Angle: �50�=100�Total
Temperature Range: -10�C to 65�C
Case Material: Aluminum Alloy
Motor Type: Brushless DC Motor
Gear Set Material: Hardened Steel (HLS)
Position Sensor: Potentiometer
Case Dimensions: 40mm*20mm*40mm�0.2mm
Weight: 72g�10%
Ball Bearing: 6 BB
{b, KST X20-1035 Specification}
Rated Voltage: DC7.4V
Voltage Range: DC6.0V-8.4V
Torque: 9 Kg.cm@6.0V, 11 Kg.cm@7.4V, 12 Kg.cm@8.4V
Torque: 0.9N.m@6.0V, 1.1N.m@7.4V, 1.2N.m@8.4V
Speed: 0.040sec/60�@6.0V, 0.035sec/60�@7.4V, 0.030sec/60�@8.4V
Working Frequency: 760us/560Hz
Temperature Range: -10�C to 65�C
Case Material: Aluminum Alloy
Motor Type: Brushless DC Motor
Gear Set Material: Hard 5 ,��ened Steel (HLS)
Position Sensor: Potentiometer
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FPS-45Z6#45mm D +`�cone for Dualsky FPS � ,΄red. It is supplied with the brake on but all paramaters can be updated using a PC and the Dualsky USB link V2 interface.
� � � � � F6� � � � � � � � � 2E4� � � j � x Standard 25T Servo output splines. } � K� � � � � � � � � � 1M3 &� i
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� ,�0-HLS-COMBO-12V<KST 12V HLS Brushless Servo Combo - HLS3008-12 & HLS1535-12e {br, Indoductory Offer - save 25%}
Introducing the remarkable {b,KST 12V HLS Brushless Servo Combo} - a true game-changer for RC Helicopter enthusiasts seeking unparalleled performance and reliability. This package features three KST HLS3008-12 Brushless High Life Span Cyclic servos and one KST HLS1535-12 High Life Span Tail servo, all engineered to give you ultimate control power, speed and precision.
Designed with a focus on longevity, our High Life Span (HLS) servos are built to endure the toughest challenges, ensuring they remain powerful and dependable in every situation. Equipped with 6 ball bearings per gearbox, our servos deliver a slop-free gear train, guaranteeing smooth and precise operation.
The KST HLS3008-12 cyclic servos redefine power, boasting an astonishing 32Kgf.cm of torque at 13V while maintaining an impressive 0.07-second speed for lightning-fast response. Prepare to witness unparalleled precision and control.
The KST HLS1535-12 tail servo delivers an astounding 16Kgf.cm of torque, paired with an incredible 0.03-second speed at 13V. Get ready to experience unrivalled agility and accuracy like never before.
With the HLS Combo set, you can unleash the full potential of your high performance helicopter, conquering any manoeuvre in the book, our servos will be your elevate your RC experience to the next level.
{b, Features}
{bullet}
6 Ball Bearings
High Life Span
Ultra High Torque & Excellent Speed
Hardened Steel Gear
CNC Aluminium Case
Brushless DC Motor
DC12V Rated Voltage
Support 8-13V High Voltage or 2-3S LiPo Battery Direct Drive
Ideal for 700 to 800 Class Helicopter
{endbullet}
{b, KST HLS3008-12 High Life Span Brushless Servo Specification}
Rated Voltage: DC12V
Voltage Range: DC8.0V-13.0V
Torque: 25Kgf.cm@8.4V, 30Kgf.cm@12V, 32Kgf.cm@13V
Speed: 0.11sec/60�@8.4V, 0.08sec/60�@12V, 0.07sec/60�@13V
Working Frequency: 760�s/560Hz
Temperature Range: -10�......+65?
Programmable: YES
Case Material: Aluminium Alloy
Motor Type: Brushless DC Motor
Gear Set Material: Hardened Steel
Position Sensor: Potentiometer
Case Dimensions: 40mm*20mm*40mm�0.2mm
Weight: 72g�10%
Ball Bearing: 6 BB
{b, KST HLS1535-12 High Life Span Brushless Servo Specification}
Rated Voltage: DC12V
Voltage Range: DC8.0V-13.0V
Torque: 12Kgf.cm@8.4V, 15Kgf.cm@12V, 16Kgf.cm@13V
Speed: 0.050sec/60�@8.4V, 0.035sec/60�@12V, 0.030sec/60�@13V
Working Frequency: 760�s/560Hz
Temperature Range: -10�......+65�C
Programmable: YES
Case Material: Aluminum Alloy
Motor Type: Brushless DC Motor
Gear Set Material: Hardened Steel
Position Sensor: Potentiometer
Case Dimensions: 40mm*20mm*40mm�0.2mm
Weight: 7 A ,�te Dimensions: 40mm*20mm*40mm�0.2mm
Weight: 72g�10%
{b, PackagA2g�10%
Ball Bearing: 6 BB
{b, Package Includes}
3 * HLS3008-12 High Life Span Brushless Servo
1 * HLS1535-12 Brushless Standard Servo
4 * CNC Servo Horn
20 * Plastic Servo Horn
16 * CNC Aluminium Grommets
8 * Servo horn screws
� � S � � e1� � � � � � � � z !� jFf m .�e Includes}
3 * X20-2208 V8.0
1 * X20-1035 V3.0
4 * CNC Servo Horn
20 * Plastic Servo Horn
16 * Gromme
�� i-�% - 6mm shaf Y -%lmer design of {b,Vitaprop 7 x 5 folding propeller blades} is a great size for many 1.5m -
!� ji� ,��E 65LVT, d Statesjj�� 2D4� h� h�@- � ,�� DS Composites {b,Vortex 5} with a four control surface wing DLG is probably the most highly regarded DLG currently available. Many top pilots find the extra controllability of the separate fla � jgy4 .�Total str +?� � � Taiwani�
.r� gives greate ,��3kg G � N � � 5� � +� � .�@O-DPDTNa� ��b�
KST-TOOL3 KST Servo Programming Tool #3] The {b, KST Servo Programming Tool #3} is a programming device for KST V6.0 and V8.0 servos. It is a very useful tool that makes it possible to not only change the frequency of the servo but also to set the neutral position. This gives the ultimate perfect centering of the servo, a handy tool!
{b,Operating instructions}
1. Connect the device to a 6-9V power supply, and the frequency indicators will start to flash.
2. Connect the servo to the servo port. The device will detect the servo frequency and illuminate the corresponding frequency indicator light.
3. Press the toggle frequency button to switch between frequencies. Press enter to select the frequency of the servo in use.
4. Use the dial to center the servo, and press "Enter" to confirm. Press down on the "Neutral set" dial to reset the device.
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Motor, Tenshock GDM1520B
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PRESTIGE-3PKSamba Prestige 3PK Pro 4m� {BR,Stock here now!}
The <b>Samba Prestige 3PK Pro</b> represents the latest advancement in competitive F5J design, building on the outstanding reputation of its predecessor. The Prestige 2PK earned high praise for its exceptional thermal performance and impressive ability to return to the launch point from deep downwind. The new 3PK model retains the proven wing design while refining the tail surfaces for even better handling. Additionally, the structural layout has been redesigned to enhance both strength and portability�making the 3PK an even more capable and travel-friendly competition glider.
<b>Designed for Travel, Built to Win</b>
To address the challenges of airline travel and home storage, the <b>Prestige 3PK</b> is engineered with modularity in mind. The wing is split into four parts and the fuselage into three sections, dramatically reducing the overall packing size. A new detachable tailboom system enables this modularity while retaining Samba�s hallmark aerodynamic efficiency.
Unlike many F5J models that use a bulkier boom to house servos at the tail, Samba preserved the exceptionally slim boom diameter from the <b>Prestige 2PK</b>. Instead, the servos are mounted beneath the wing in a 3D-printed servo tray, allowing for precise control without increasing drag. A custom pushrod attachment mechanism ensures a strong, reliable connection to the tail.
<b>Enhanced Fuselage Design</b>
A unique octagonal slide-on connector links the fuselage center section to the tailboom, providing a secure and simple solution that�s easy to disassemble for transport. The servo tray is attached using just four screws and is easily modifiable for different servo types. This layout also enables the use of short servo arms, maximizing throw resolution�particularly valuable for the <b>V-tail</b> configuration. Ball-pin linkages at the V-tail further enhance precision and ease of assembly.
For the <b>cross-tail</b> version, Samba uses an L-shaped pushrod linkage that slots into a lever arm mounted in the rudder, making rudder installation faster and more convenient. This setup also improves throw resolution, benefiting responsiveness, especially during crow braking on landing.
<b>Nosecone, Canopy & Motor Mount</b>
The redesigned front and center fuselage sections maintain Samba�s popular slide-on nosecone system, with a more circular cross-section to improve folding prop clearance and reduce drag. The nosecone can be shortened by 90mm to better accommodate different CG setups. A larger canopy hatch makes installing large battery packs easier than ever.
The motor bulkhead has a <b>30mm diameter</b> but still supports leading F5J motor options such as the <b>XPower</b> and <b>Dualsky</b> series.
<b>Improved Ballast System & Flight Characteristics</b>
The wing centre panel now features integrated ballast tubes within each root section, simplifying the ballasting process and freeing up space in the fuselage. Dihedral has been increased from the previous version, now using a <b>6� joiner</b> to enhance spiral stability and reduce tip-stall risk when circling.
The V-tail fuselage includes a <b>92mm extension</b> to the tailboom, improving pitch, yaw, and spiral stability. This brings the V-tail's performance in line with the cross-tail version, offering refined handling in all flight regimes.
<b>Conclusion</b>
The <b>Samba Prestige 3PK Pro</b> is a masterclass in aerodynamic refinement, practical engineering, and competition-ready performance. With its compact modular build and thoughtful enhancements, it is ideal for pilots looking to travel light without sacrificing capability. Early testing confirms that this model is not only more convenient but also more stable, responsive, and precise in the air.
<b>HyperFlight</b> is proud to offer the <b>Prestige 3PK Pro</b> - a big step forward in the world of competition and sport electric thermal soaring.
All the models come with beautiful wing, tail and fuselage bags, 3D printed tail servo mounts, and ballast sets. The wing centre panels have the wiring harness installed. +%lg Design -t$BOX5I ,�� � � /Y�5 (or Vor ,� dder & El -[�ab Cayley Taiwanj>L� ,܌0X 8V, YG �Nan Explorer Q4 / Q5 Fin6 Replacement fin + rudder for a Nan Exporer Q4 & Q5
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EXPLORER-TAILPLANE Nan Explorer Q4 / Q5 Tailplanen Replacement tailplane / horizontal stabiliser / elevator for a Nan Exporer Q4 & Q5
White top, black bottom. x � _ � < � � � � � � � � � n 3� �� i�� -�=1 cols=2 � ,�p ���b � �}��b�
EXPLORER-V-TAILNan Explorer Q4 / Q5 V TailI Replacement V tails for a Nan Exporer Q4 & Q5
White top, black bottom. � � � � � � � � � � � � � � 3� �� hv3Y � �}��b�
EXPLORER-TAILBOOM Nan Explorer Q4 / Q5 Tailboom. Replacement tailboom for a Nan Exporer Q4 & Q5 � � � � � � � � � � � � � x 3� �� hʌQ ,)�
Battery, � ,���
LONGSHOT-FINLongshot DLG Fin@ Replacement fin + rudder / vertical stabilser for a Longshot DLG � � 0 � � � � � � � � � � �}��b�
NAN-Q4-FUSE Nan Exporer Q4 Centre Fuselage& Nan Expoorer Q4 Centrail fuselage part � � A � � � � � � � � � � F 3� �� h�� �the plastic cone only. Does not include the hub/yoke or any screws. � � � 8� � � � � � � � i 2F5�
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FPS-CONE-32Z%Replacement 32mm Dualsky Spinner Cone� Replacement molded 32 mm white plastic spinner cone for Dualsky FPS spinner assemblies.
This item is the plastic cone only. Does not include the hub/yoke or any screws. � � � ?� � � � � � � � j 2F5�
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FPS-CONE-38Z%Replacement 38mm Dualsky Spinner Cone� Replacement molded 38 mm white plastic spinner cone for Dualsky FPS spinner assemblies.
This item is the plastic cone only. Does not include the hub/yoke or any screws. � � � D� � � � � � � � k 2F5�
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PTK-7462-PTK 7462-MG Servo - 5.1Kg.cm 0.08s 13.2g 12mm} The {b, PTK 7462-MG} is a budget-friendly servo suitable for the {b, Aria� � - P @�`�
PTK-7308-PTK 7308-MG-D Servo - 3.5Kg.cm 0.07s 9.2g 8mm Looking for the perfect blend of performance, precision, and value? The {b,PT -i K 7308-MG � +G� ��b�
PTK-7306-PTK 7306 MG-D Servo - 2.4Kg.cm 0.06s 8.0g 7mmm Seeking a servo that balances power, accuracy, and affordability? The {b,PTK 7306 /:�R2"TJIRC -�tsw # DS -�� � � � a 4� *�\pushrod t :� jH�T the Blink V2 is not a difficult model to build it is not intended for new pilots. This is a RC Model Aircraft kit and is not a toy. Adult supervision will be required at all times.
� < � � !!� � � � � � � � � 4� �� jV�b ble title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder & elevator servos, Blue Bird BMS-A10H, KST X08, KST A08, MKS HV70H, MKS HV6100, CHA DS09 Servo
Flap servos (2), MKS HV6100, KST A08, CHA HV75H, CHA DS09 Servo
Receiver, 5 channel receiver to match your transmitter
{endtable}
{table title="Powertrain Recommendations" class=1 cols=2 width=130,310 align=L,L autohref=1}
XPower F2915/12 XLight, 3S 900mAh LiPo, 9x5, 9x6, 10x5
Dualsky XM2532EG-16, 3S 900mAh LiPo, 8x5, 9x5, 9x6
Dualsky SUMMIT 30X 6V SBEC ESC,,
35mm Ali Spinner,,
{endtable}
Choose a battery capacity after completing the model that will assist obtaining the correct CG. , � � � � �C� � � � � � � � 4� B� i��B teel jT�} a +a4Designs Aria 1.2m4
{BR, 28 Jan 2026 - Aria V2 in stock now. V2 models have small improvements an U +.tanopies}
The {b, AngelWing Designs�Aria} is the first collaborative design from Ja� ,q ��b4 +�h �}�b �� i�� .r�7-JOINER .�pCs with 1 .ؐ � � , 32mm spi /9� ��b B� jX�/ %� jn]� -�hualsky 8 � -ps, flaps, rudder, elevator) configurations, catering to pilots who value either simplicity or advanced aerodynamic control.
{b, Key Features:}
{bullet}
Very high-quality all-carbon molded construction with a smooth, glossy finish.
Spacious fuselage pod enables straightforward and clean RC installation.
Excellent launch characteristics�easy to grip and throw, with impressive launch height.
Outstanding glide performance and a broad speed envelope.
Striking colour schemes and a superb surface finish for maximum visual appeal.
Compact transport: two-piece wing, easily detachable fin and tailplane�fits in a box just 100 cm (40") long.
Available in both 4-servo (flaperon) and 6-servo (separate aileron and flap) versions.
Quick and hassle-free field assembly.
{endbullet} The wing is expertly molded from spread carbon with a Rohacell core, optimising strength, stiffness, and surface smoothness over time. It�s available in two control surface setups:
{b, Flaperons} � Each wing features a single control surface, driven by fuselage-mounted servos. These function as both ailerons and flaps, offering simplicity, lower cost, and reduced weight. This version requires only a 4+ channel receiver and minimal transmitter setup.
{b, Separate Ailerons and Flaps} � Each wing includes two distinct control surfaces. The inner flap is actuated by fuselage servos, while an outboard servo controls the aileron. This setup allows for greater flap deflection during landing, improving descent control and enabling operation from smaller fields. A 6-channel receiver and more advanced transmitter programming are required.
The fuselage is a sleek one-piece design with a removable nosecone for easy access to the radio compartment. The lightweight tailplane and fin are beautifully finished, with pre-hinged rudder and elevator surfaces that offer responsive handling.
{b, Included Accessories:}
� All pushrods
� Pull cables for rudder and elevator
� Torque springs
� Control horns
Wings are supplied in protective thin foam sleeves but are also a perfect fit for our premium {pref, F3K-WING-BAG, DLG F3K Wing Bags} for superior protection.
Minimal assembly is required to get airborne. While no official build guide is currently provided, a discount may be offered to any modeller willing to create a detailed and helpful build log.
{table title="MaxFlight F3K Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.5 m, 59 in
Wing area, 18.8 dm2, 291 sq in
Length, 100 cm, 39.2 in
Flying weight from, 260 g, 9.2 oz
Wing loading, 13.9 g/dm, 4.5 oz/sq ft
Aspect ratio, 12.0,
Wing airfoil, Special 7%,
EDA (dihedral), 6.0�,
Centre of Gravity, 61 - 66 mm from wing leading edge
Controls (4 servo wing), "Rudder, elevator, ailerons"
Controls (6 servo wing), "Rudder, elevator, ailerons, flaps"
{endtable}
{table title="Recommended R/C" class=1 cols=2 width=170,240 align=L,L autohref=2}
All servos, CHA DS06, CHA LV06N, CHA HV06, KST X06, KST A06N LV, KST A08N, KST A08N LV, KST X08N, Blue Bird BMS-A10H
Receiver (4 servo version), 4 channel rx to suit your transmitter, eg Spectrum AR6610T, Orange DSM2 compatible, Jeti Duplex R5, Multiplex Mlink RX-6 Light & RX-5 Light
Battery, 1S 500-600mAh or 2S 300-450 mAh LiPo
{endtable}
{table title="MaxFlight F3K 4 Servo Control Throws" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder, 12 mm each way
Elevator, 8 mm up / 6 mm down
Ailerons, 11 mm up / 7 mm down (at wing root)
Ailerons (landing), 25 mm down (4 mm down elevator with full flap)
Camber Settings
Speed, Ailerons 2 mm up
Cruise, 0 mm
Thermal, Ailerons 4 mm down
{endtable}
{table title="MaxFlight F3K 6 Servo Control Throws" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder, 12 mm each way
Elevator, 8 mm up / 6 mm down
Ailerons, 8 mm up / 5 mm down
Flaps (roll), Flaps follow ailerons
Flaps (landing), 40 mm down (6 mm down elevator with full flap)
Camber Settings
Speed, Flaps 2 mm up, ailerons follow flaps
Cruise, 0 mm
Thermal, Flaps 4 mm down, ailerons follow flaps
{endtable}
{table title="MaxFlight F3K 4 Servo Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 48 g, 1.7 oz
Wings (flapperon, standard layup), 125 g, 4.4 oz
Tailplane, 8.8 g, 0.3 oz
Fin, 8.7 g, 0.3 oz
Wing joiner, 5 g, 0.2 oz
Accessories & glue, 13.5 g, 0.5 oz
Total structure, 209 g, 7.4 oz
Receiver, 6 g, 0.2 oz
Rudder servo, 6 g, 0.2 oz
Elevator servo, 6 g, 0.2 oz
Wing servos (2), 13 g, 0.5 oz
Battery, 20 g, 0.7 oz
Flying weight from, 260 g, 9.2 oz
{endtable}
Light layup wings are approx 5 g lighter
Strong layup wings are approx 12 g heavier
Separate flap & aileron servo wings are approx 8g heavier.
(C) 2025 Neil Stainton
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{endtable}
" � $ � � <� � � � � � � � 2C4* HyperFlight BLHeli32 30A ESC
5.2V 3A SBEC �� hl�� ,ths.com/forums/showthre ! .�H 2700 RPM/V 15g Outrunner� The {b,T-Motor V1507-2700} is a very good F5K motor. The shaft is M5 aluminium.
The box is not marked with the motor's Kv but it is marked "Rated Voltage: 6S"
Specifications:
- KV: 2700 RPM/V
- Configuration: 9N14P
- Shaft: 5mm threaded M5
- AWG: 24
- Motor Dimensions (Dia.*Len): F18.9�29.7mm
- Mounting: four M2*0.4 holes on a 12mm diameter circle
- Weight with wires(g): 15.2g
- No.of Cells(Lipo): 2-3S
Recommended props: 6x3, 6x4, 6.5x3 on 2S LiPo
or 5x3 (cut down 6x3) on 3S LiPo
� 2� � � -)`@�`�
MD2-WINGMini Dart 2 WingW Replacement Mini Dart 2 wing.
Available to special order. Delivery approx 6 weeks.
� c � � 1 � � � � � � � � � ����3% Wing - carbon� ; ,(P ��b�
GDM1510B+Tenshock GDM1510B Planetary Gear 4.75 2F5�
H� jG� �
d:
Pink
Pink
Red
Red
Red
Pink
Green
Red
Red
Green
Green
Green
7/6/17 order:
5 red
5 pink
2 green
j �� hl� -��} and other small bal 9 -$iameter allowing installation in the narrowest of fuselages.
Field-replaceable gearset � front cover removes with four screws; a full rebuild averages <10�minutes.
{endbullet} {b,Typical applications}
3m - 4m F5J ballasted sailplanes needing sub-140�g front ends and 3�kg+ launch thrust (or 2kg thust with 130 kph pitch speed).
2m - 3m Hotliners needing 1KW powertrains
F3G / GPS-light models on 4S - 5S LiPo where climb rate matters most.
High-performance sport gliders or electric retrofits where nose ballast can be replaced by power.
{b,What you get}
GDM1520B motor with factory-installed 4.75�:�1 gearbox
Hardened 5�mm output shaft (flat-ground)
#Mounting screws and hex key
#PDF data sheet & maintenance guide (download)
At much less than half the cost of premium gear drives�and weighing less than many direct-drive outrunners�the Tenshock�S-GDM1520B delivers competition-ready punch without punishing your budget or wing loading. Drop it in, spool it up, and watch your model rocket skyward.
{table title="Tenshock GDM1520B Propeller Recommendations" cl I -O�er Recommendations" class=1 cols=3 width=10,10,280 align=L,L autohref=3}
1 -\hass=1 cols=3 width=10,10,200 align=L,L autohref=3 A6� X� jg�C �s fuselage colour: white
SC fuselage colour: carbon black
Does NOT include the nosecone. Please order this separately. � � X � O � E � � � � � � � � � 3� j*-� +C� � b � � � � 2m RES models. They are suitable for HyperFlight's and other makes of folding prop yokes and spinners.
These blades are very high quality carbon moldings with an excellent aerodynamic design to maximise efficiency. They will tend to pull a little less current than cheaper folding propellers. They are designed for reasonably high power levels and best possible efficiency.
Note this product consists of two carbon propeller blades only. The central spinner/yoke assembly is not included. Also it is common for prop blades to not fit all spinner/yokes perfectly as supplied. It is often necessary to reduce the width the blade root slightly to ensure free folding movement. Also the cut out in the spinner cone often needs to be increased to allow the blades to fully extend. The root of the blade should not touch the spinner cone when the prop is fully opened.
{blade,Vitaprop, 7,5,6.5, 500} � � � � � � � � � � � �
2C6g �� jZl� &
�78
Wing - glass �49
� jB� inium, plastic jX�r
�� jZ�o � ,�Dd of Aeroic and Andrew�Whitehead of AngelWing�Designs. James supplied the aerodynamic expertise and artistic flair that shaped the refined airfoils and elegant lines, while Andrew applied his talent for balsa construction and 3D engineering to create this exceptional 1�200�mm-span VTPR-style balsa glider kit.
AngelWing�Designs produced a highly detailed Fusion�360 CAD model that underpins a lightweight, strong and remarkably accurate airframe. The design combines precision 3D printed components and carbon-fibre rods and tubes with the enduring, tactile beauty of high-quality balsa wood.
Every material in the kit is chosen for a specific job and is the best available for that task. Although the Aria is a builder�s model, AngelWing�Designs has engineered each stage so construction is as accurate and straightforward as possible. If a jig is needed, it is included in the kit�even the fully symmetrical hollow fin comes with a double-sided jig that makes the job quick and precise.
AngelWing�Designs could have taken the easy route and produced a slab-sided, flat-topped fuselage from inexpensive materials, but neither James nor AngelWing�Designs would accept such a compromise. Instead, the flat-sided fuselage flows into fully rounded top and bottom decking and is topped with an elegant, crystal-clear vacuum-formed canopy. Assembly is simplified by a clever 3D printed wing-root and former sub-assembly, plus 3D printed nose and nose fairing. Integrated pillars in the formers support the rudder and elevator pushrods, giving smooth, low-friction runs with minimal slop.
The wing-root and joiner system employs the same advanced 3D printing techniques. A robust 8�mm carbon-rod joiner is supplied as standard, and can be swapped for two steel joiners to add roughly 100�g of ballast. Lightened 0.8�mm plywood cores strengthen the wingtips, while a 7�mm carbon-tube spar delivers a wing that is both very light and impressively rigid.
At the tail, the excitement continues: the Aria features a full 180-degree �mad-stab� all-flying tailplane. Machined from engineering-grade, low-friction acetal sheet, this purpose-built unit uses a bell-crank linkage with nylon joiner-tube bushes housed in a 3D printed cassette that keys into both fin and fuselage for maximum strength.
To get the most from the mad-stab, fit a high quality servo and add a dedicated curve to the elevator channel on your transmitter - an economy servo will not suffice. If wild flips are not your style, using a smaller output arm will give finer resolution, making the elevator servo choise les critical. Either way the model is capable of smooth, precise aerobatics as well as mad 3D aerobatics and fantastic direction reversals!
The recommended CG is 79mm from the wing root leading edge.
{table title="Recommended R/C" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder, KST X08, KST A08, CHA DS09, Blue Bird BMS-127WV, PTK 7462-MG
Elevator, KST X08, KST A08, CHA DS09, Blue Bird"� +a `�`�
NIMH-5-400(HyperFlight 400 mAh 6V NiMH Flat Battery6 This high quality four cell {b,6V 400 mAh NiMH} battery is suitable for many RC models. This battery is assembled from 5 x 2/3AAA sized cells and is suitable for the AngelWing Aria and similar models.
The battery comes with a universal (JR type) RC plug.
This battery should be trickle charged at 40 mA for approx 14 hrs. You can make up a charge lead using a 100 ohm 0.5W (or larger) resistor. Charge from a 12V DC voltage source.
{table title="HyperFlight 400 mAh 6V NiMH Battery Specification" class=1 cols=2 width=130,200 align=L,L}
Chemistry, Nickel Metal Hydride
Number of cells, 5
Voltage, 6V nominal
Capacity, 400 mAh
Charge current range, 40 mA - 100 mA
Trickle charge, 40 mA for 14 hrs
Weight, 38g
Length, 51 mm
Width, 29 mm
Height, 10.5 mm
Lead length, 5 cm
{endtable}
{NiMHPost}
� K� � S� � � � � � � � - 2G3U https://www.compon +<�X08, KST A08, CHA DS0 +B�ndtable}
{tabl
minium ji�� 5 .���
EXT-LEAD-15CM-UL%Ultralight 15 cm Servo Extension Lead� The 32 AWG ultralight wire is 15 cm long, the overall length including the plug and socket is 17 cm. Works with all makes of RC.
Weight = 1.9 g
s � (� � 2� � � � � � � � 2E3T https://www.componentshop.co.u +.`� � � � � � �z -;� ��b +)ght 400 m -��the ultra � -�� ���b .�$, CHA DS0 �� jP 7
�� ji�e /Zl � � .r@d Manual} E +�L�
E-SPADASpada Electric 3m Hotliner� {br, All the Spada models in stock are seconds; with imperfections in the paint and surface finish. Email or phone for details.}
The {b,Spada Electric} is a large 3m (10ft) hotliner from James Hammond's Aeroic company. This electric version of the Spada Gofast racer is every bit as quick as the slope and excels in big high energy aerobatics
The below text is for the F3F glider version, but will be mostly accurate for the electric model also
Aeroic test pilot Red Jensen wrote <i>"I love it. No bad habits at all. Seems to do everything well, excels at high speed turns and acro. Slow speed/Landing manners are impeccable. No hint of dropping a wing. Can�t wait to get some ballast in it. Honestly, I think I�m most impressed about how hard it pings the turns even in the light lift. I was coming into the turn and banging it full elevator, and it just popped around and went right back out. No hint to flick at all and didn�t even mush, just held energy very well. Can�t wait to see what it does with some weight in it. I know it�s going to be awesome."</i> Red is a very good and experienced pilot and also Runs NASA Armstrong flight testing.
James Hammond designed the Spada GoFast to be the follow-on to the Redshift F3F which was reasonably successful but could be improved with the experience obtained. Taking the useful feedback from the top pilots who flew the original plane the Spada was designed with a slimmer, lighter, stronger, bottom-loading fuselage. The wing design was also subtly improved with better optimized Optimum Lift Distribution (ODR) planform and low drag/High response aerofoil set. The construction was improved with harder wing skin layups and a double sine wave spar as standard. Also the new super light Aeroic carbon tissue skinned tailplanes keep the tail end light, creating a potentially lighter or stronger model with better pitch response. The result in a plane that is faster overall, accelerates instantly, turns tighter and has more energy retention potential than any model in the Aeroic stable. It is a pure-bred racing plane built to withstand the rigors of F3F or MOM racing. Spada is fast, agile, easy to fly and has no bad habits. Additionally it responds very progressively to flaps making it extremely easy to land.
Construction: GFK/CFK Hybrid (Aeroic)
Wings: Carbon with Aeroic Sine Wave Spar - SS version with double carbon skin
Fuse: Strong Carbon/Kevlar Reinforced Glass (2.4Ghz friendly)
Tailplanes: Carbon tissue skinned.
{table title="Spada Specifications" separator=: class=1 cols=3 width=110,115,115 align=L,L,L}
Span: 3.0m: 118 in
Wing area: 43 dm2: 666 sq in
Length: 1.5m: 59 in
Tail area: 5.8 dm2: 100 sq in
Total area: 53.8 dm2: 834 sq in
Flying weight from: 2.1 Kg: 74 oz
Wing Loading at 2.1 Kg: 49 g/dm2: 16 oz/sq ft
Wing Loading at 4 Kg: 74 g/dm2: 25 oz/sq ft
Aspect ratio: 19
Wing aerofoils: JH3580, JH3575, JH3570
Spinner Diameter: 36 mm
Centre of Gravity: 95-100 mm from wing leading edge
Controls: Ailerons, flaps, V tail
Designer: Dr. James D. Hammond
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
V tail, KST A08, KST X08, KST MS320, KST MS325, MKS HV6100, MKS HV6120H, MKS HV6150H
Flap (servo max 12 mm thick), MKS HV6130, KST X10 Pro-A, KST X10, KST A12-T, KST DS125
Aileron (servo max 10 mm thick), MKS HV6130, MKS HV6120, KST X10 Pro-A, KST X10, KST X10 Mini, KST DS125
Receiver, 7 channel rx to match your transmitter
{endtable} The supplied servo frames fit KST X10 sized servos.
{table title="Powertrain Recommendation (economic)" class=1 cols=2 width=20,210 align=L,L autohref=2}
Motor, XPower F3426/7 Storm
ESC, Dualsky SUMMIT 60X 8V SBEC ESC
Spinner, 36mm GM F5J Spinner, 5mm Split Collet for GM Spinners
Battery,
2� h�S� 2� h� Y -0t LiPo 2S 600mAh, 2S 500 mAh LiPo
{endtable}
w � � � � Z � � � � � V' -L� ��b�
CHA-0415-13LAluminium Output Arm for CHA DS06, LV06, HV06, HV75 & KST X06, X08, A06, A08� Metal Output Arm for CHA DS06, CHA LV06, CHA HV06, CHA HV75 & KST X06, KST X08, KST A06, KST A08 & PKT servos.
Fits all servos with a 15T, 4mm diameter spline.
{table title="Hole Siz ,'`es & Plac � ,%�Bird BMS-101HV, KST X06, KST A08, KST X08, CHA DS06, CHA LV06, CHA HV06, Emax ES9052 Servo
Spoiler servos (2), Blue Bird BMS-101DMG, Blue Bird BMS-101HV, KST X06, CHA DS06, CHA LV06, CHA HV06, EMAX ES9051
Receiver, 4 or 5 channel receiver to match your transmitter
Battery (F3L version), HyperFlight 300 mAh 4.8V NiMH, HyperFlight 700 mAh 4.8V NiMH, Bonka HV LiPo 1S 550mAh, Bonka LiPo 2S 300mAh, Bonka LiPo 2S 400mAh, 2S 300-600mAh LiPo
{endtable}
{table title="F5L Version Recommended � ���b�
EXPLORER-FUSE-MIDDLE"Nan Explorer Q4 / Q5 Fuse Mid Part; Replacement fuselage middle part for a Nan Explorer Q4 & Q5 � � ; � � � � � � � � � � d 3� � i��� � +/d
#Motor Kv, No Cells, Rec. Blades (Max ROC to lower ROC but more speed)
3650, 3S, GM 14x7, GM 13x8, GM 13x10F
3650, 4S, 12x7, CN 12x6, CN 11x8
4150, 3S, 13x7, GM 12x8, Vitaprop 12x8, 12x10
4150, 4S, 11x8, GM 11x6, Dualsky 10x7
4550, 3S, GM 12x8, CN 12x6, GM 11x8, CN 11x8
4550, 4S, GM 11x6, GM 11x5, Dualsky 10x7
4950, 3S, 12x7,CN 12x6, GM 11x8, CN 11x8
4950, 4S, GM 11x5, GM 10x6, Dualsky 10x7
{endtable} We recommend {href, products.asp?search=summit+60, Summit 60A ESCs} for this motor.
(c) 2025 Neil Stainton
From a post by Jo Grini on Facebook:
<i>
Some of you might have noticed I used the new Tenshock geared motor in the World Masters GPS Triangle light class competition (using the 2PK Pro). I asked for 2 of the motors with the new gear that should be very strong and durable. This is the new version after they learned a lot from the last one. I really like that they still use needle bearings that gets lubrication with the gears instead of the usual closed bearings.
So for GPS I ordered a Tenshock 1520 with 3850KV and a AX60 controller. My preferred prop is the CCM13x9 but they provided also a Falcon 14x9.5 (very stiff actually) and a cute carbon spinner i opted to use. All flights were done with 2600g model and 4S900mah battery. Beware a 4S1200-1400mah would be more safe if you need a lot of climbs but it was sufficiant for me as usage was max 400-450mah on first climb to 250-300m and I had a few extra climbs now and then. I like the motor/controller and will continue to use it since it very efficient for GPS use since we are flying very heavy models almost always. Next might be Radolfcell were we might see new rules and 3000g models. So will use some 4S2P1200mah probably since usage will for sure go up. Amps are around 50A and 60A startup (first seconds untill the plane moves). Motor is not getting hot. On one occation I had to be very fast to reach the start window. 250m was reached in less than 30seconds and that is nice with a 2600g model ;-)
For F5J use I ordered the Tenshock 1510 4550kv (or might actually work in GPS also but needs to test with temerature probe). Have had about ten flights on it and today I did a few extra tests to see if I gained anything by using a smaller prop. The amps go down but time up off course. Each test with 5-10min beetween but motor was not hot and had no problems touching it (I get my finger in but did not use a temp probe). Controller (AX40) was barely feeling hot so about 35-40C probably. I used a Alti's with altimiter switch on 250m for fun as I have an old one with bad display. The usual 4s900mah Gensace and CCM 12x6 prop gives 37A startup and around 30-32A while climbing. 4s900 and CCM13x9 or Falcon 14x9.5 gives 60A startup and around 45-50A climbing on max. Have to meassure again with logger to be sure but the amount of mah used (220-230mah) seems to verify that. Overall very happy with the motors. It was also very easy to direct solder to esc and shave off a few grams.
On a side note I can say I .�� 4m F5J@ Soaring Lab o -hD �~��b�
CORSA-GLIDER-FUSE#Glider Fuselage for the Corsa model� Replacement Corsa slope soarer fuselage.
+�� � � -�}
#Motor Kv, No Cells, Rec. Blades (Max ROC to lower ROC but more speed)
3350, 3S, GM 15x10, GM 15x8, GM 14x10
3350, 4S, GM 13x8, GM 12x8, 12x10
3850, 3S, GM 14x9, GM 14x8, GM 13x10
3850, 4S, GM 12x8, CN 12x6, GM 11x8
4850, 3S, 12x9, GM 12x8, CN 12x6
4850, 4S, CN 11x8, GM 11x6, Dualsky 10x7
{endtable} We recommend {href, products.asp?search=summit+60, Summit 60A ESCs} for this motor.
(c) 2025 Neil Stainton
From a post by Jo Grini on Facebook:
<i>
Some of you might have noticed I used the new Tenshock geared motor in the World Masters GPS Triangle light class competition (using the 2PK Pro). I asked for 2 of the motors with the new gear that should be very strong and durable. This is the new version after they learned a lot from the last one. I really like that they still use needle bearings that gets lubrication with the gears instead of the usual closed bearings.
So for GPS I ordered a Tenshock 1520 with 3850KV and a AX60 controller. My preferred prop is the CCM13x9 but they provided also a Falcon 14x9.5 (very stiff actually) and a cute carbon spinner i opted to use. All flights were done with 2600g model and 4S900mah battery. Beware a 4S1200-1400mah would be more safe if you need a lot of climbs but it was sufficiant for me as usage was max 400-450mah on first climb to 250-300m and I had a few extra climbs now and then. I like the motor/controller and will continue to use it since it very efficient for GPS use since we are flying very heavy models almost always. Next might be Radolfcell were we might see new rules and 3000g models. So will use some 4S2P1200mah probably since usage will for sure go up. Amps are around 50A and 60A startup (first seconds untill the plane moves). Motor is not getting hot. On one occation I had to be very fast to reach the start window. 250m was reached in less than 30seconds and that is nice with a 2600g model ;-)
For F5J use I ordered the Tenshock 1510 4550kv (or might actually work in GPS also but needs to test with temerature probe). Have had about ten flights on it and today I did a few extra tests to see if I gained anything by using a smaller prop. The amps go down but time up off course. Each test with 5-10min beetween but motor was not hot and had no problems touching it (I get my finger in but did not use a temp probe). Controller (AX40) was barely feeling hot so about 35-40C probably. I used a Alti's with altimiter switch on 250m for fun as I have an old one with bad display. The usual 4s900mah Gensace and CCM 12x6 prop gives 37A startup and around 30-32A while climbing. 4s900 and CCM13x9 or Falcon 14x9.5 gives 60A startup and around 45-50A climbing on max. Have to meassure again with logger to be sure but the amount of mah used (220-230mah) seems to verify that. Overall very happy with the motors. It was also very easy to direct solder to esc and shave off a few grams.
On a side note I can say I am not sponsored by neither Dualsky, Xpower or Tenshock. But I enjoy testing all brands. For F5J with lig � -h�
Will be ordered upon receipt of the customer's order.
Delivery approx 2-3 months. � � � � �� � � � � � � � 3k � h֮K � -m�-D} delivers exactly that. Matching the dimensions of the popular KST X08 and offering very similar specs, this servo comes in at around half the price � making it a smart upgrade for any budget-conscious pilot.
Inside, you�ll find a high-quality coreless motor, dual ball bearings, and robust stainless steel gears, all securely housed in a CNC-machined aluminium case. The result? Incredibly smooth operation with virtually zero free play � ideal for high-precision flight control.
One standout feature is its wide rotation range � up to 180� from a 500�2500 �s pulse width � giving you greater flexibility when designing control linkages and achieving optimal mechanical advantage.
The 15T-4 output spline ensures full compatibility with KST X06, KST X08, and CHA DS06 servo accessories � including the {Pref, X08-PULLEY, Pulley for KST X08 & X06 Servos} � making it perfect for DLGs and other models using pull-spring control systems.
Want to see it in action? Watch this independent test vide .�� ?� Al רo wing pi +�Plastic,
h� js. �� i��� -; � � +I� ��b
RepublicjX�� - -o {href, https://gv-vod-cdn.aliexpress-media.com/80ffc57ef0293a3a/ae_sg_item/V06n6mTaInGEIwZKrBw_1100166656415_mp4_264_hd.mp4?auth_key=1755017686-0-0-b025853705d91a8212a3f755322b774e, here}
{ServoSpecs} x � 2� �
F� � � � � � � � 1E2, Angelwing 11.35 - next tim9 �}��b�
HF6X3#HyperFlight 6x3 Folding prop blades� A pair of economy 6 x 3 folding propeller blades. Suitable for use with all 3mm hinge pin spinners
{table title="HyperFlight 6 x 3Folding Propeller Blade Specifications" class=1 cols=3 width=135,150,150 align=L,L,L separator=:}
Prop diameter: 16 cm: 6 in
Prop pitch: 8 cm: 3 in
Weight of blades: 6.7 g: 0.24 oz
Width of blade root: 8 mm: 0.313 in
Hinge pin hole dia: 3 mm: 0.118 in
Max power: 100 W
{endtable}
v � 2� � � � � � � � � �
2F6� �� jZlA 6rnative 1S to 5V regulator: TPS61023 �� h��� ,��L autohref=2}
Ru -��2mm GM F5J Spinner, 5
&� jgH
�� ji/7 -��ight 20 cm Servo
�� jEJ� �� i�n
Steel jk%� -tLREG 1S LiPo to 5V Ste .��e 4m Wing Joiner% js1^ 1 /�� 3& Mini Dart 2 components
One fuse
One fin
� -�H160,260 align=L,L}
#Distance from axis, Hole diameter
4.3 mm , 0.73 mm
6.7 mm , 0.85 mm
8 mm , 0.73 mm
10.5 mm , 0.85 mm
11.7 mm , 0.73 mm
13.3 mm , 0.85 mm
{endtable} � � 2� � A� � � � � � � � �� h�j6 �� h�jI �� jl^; �� j/(� �� j]��
�p Up Regulator1
This step up power supply module has a fixed output voltage of 5.0V with input voltages from 2V to 5V max.
This is ideal for powering DLGs and other small gliders using a 1S LiPo when the servos do not work reliably or provide acceptable performance at lower voltages. The 2A current capability is enough for a four servo 1.5m DLG.
These regulators can also be used with small 1S LiPos as backup power supplies for larger model aircraft.
{table title="1S LiPo to 5V Step Up Regulator Specifications" class=1 cols=2 width=50,100 align=L,L}
Input voltage range, 2 - 5 VDC
Fixed output voltage, 5 VDC
Output accuracy, � 0.1 V
Maximum output current, 2A (30s)
Ripple at full load, Vpp less than 70mV
PCB size, 17x25mm
Weight, 1.8g
{endtable}
Below is a copy of an {href, https://www.rcgroups.com/forums/showpost.php?p=51979767&postcount=7, RCGoups} post I wrote:
BEC = battery elimination circuit = converts usually a higher voltage to a lower voltage so you can run your RC from the main battery used to power the electric model. It uses a linear step down regulator and dissipates the lost energy as heat, and can/will fail if the current is drawn for too long. A BEC is not designed for gliders, and is usually an extra circuit in an Electronic motor Speed Controller (ESC).
SBEC = Switching Battery Eliminator Circuit = same as above but uses a switching circuit to convert the voltage. This is more efficient and can supply the specified current for longer, maybe indefinitely.
UBEC = Same as SBEC. UBEC is a marketing term and the U can stand for anything.
The Matek and other regulators can be step up or step down and are usually designed for other purposes, but can be used by glider fliers.
A step down circuit can be used for running 5V servos off a 2S LiPo or other high voltage source.
A step up circuit can be used for running 5V servos off a 1S LiPo.
See these links for more info
https://oscarliang.com/what-is-esc-ubec-bec-quadcopter/
https://drones.stackexchange.com/que...ess-motor-escs
The benefits of a step up regulator is (a) that servos will run a lot better at 5V than at 3.7V or whatever the 1S LiPo is putting out and (b) that the full capacity of the battery can be used. Without a step up regulator it is only safe to half discharge the 1S LiPo down to 3.7V as most servos and receivers will fail at lower voltages.
The big disadvantage of all regulators is that the receiver voltage telemetry will see the regulated voltage and not the battery voltage, and so you cannot tell the charge state of the battery while flying.
Neil
d � _� � !� � � � � � � � 2D4� � i��[ 3.25
� � js � &
e charge GBP 11.75� � j]$� E .��x4, Vitaprop 8x5
Motor, Hacker A10-7L 4.4:1, Vitaprop 12x8, GM 12x8
Motor, HyperFlight 1806 2450, CN 6x4
Motor, ArmSoar 1806 2450, CN 6x4
Motor, T-Motor F60 Pro IV V2.0 1750 RPM/V, CN 9x7, GM 9x6
ESC, Dualsky SUMMIT 30 SLIM 6V, Dualsky SUMMIT 30 SLIM 8V
Battery (3S 300-600mAh LiPo), Bonka LiPo 3S 300mAh, Radient LiPo 3S 450mAh, Bonka HV LiPo 3S 520mAh
{endtable}
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{video, omQfImwgRmk?si=hEZi0_9FEeXqPste}
� � � � � � � �a � -Ұ ��b�.
PIKE-PRADIGMSamba Pike Paradigm 4.7m� Samba Pike Paradigm - arriving early 2026
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� ug, Mini JST (BEC) plug
Balance plug, JST-HX
{endtable}
{LiPost}
O �
� � � � � � � � � � � � jh� �o -�� �}�b�
HF-2S550-90 GNB LiPo 2S 550mAh 7.4V 90C JST Small 2S 550 mAh LiPo battery suitable for F3-RES, F5L and electric DLGs or other very lightweight models. Comes with a XT30 power connector plug and a JST-HX balance plug.
{table title="GNB LiPo 2S 550 mAh Battery Specification" class=1 cols=2 width=100,220 align=L,L}
Chemistry, Lithium Polymer
Number of cells, 2
Voltage, 7.4V nominal
Capacity, 550 mAh
Weight, 30 g
Discharge rating, 90 C
Length, 69 mm
Width, 18 mm
Thickness, 12 mm
Power lead length, 8 cm
Power plug, XT30 plug
Balance plug, JST-HX
{endtable}
{LiPost}
EP � 2� � B� � � � � � � � 2C0� � jh� � -�z 12A ESC� The {b,Schnurzz 12A ESC} is a simple lightweight ESC with a 1.5A linear BEC circuit, making it suitable for small models with up to 3 servos. It is supplied with the brake off, so w -��-fine res �olution of premium servos, it delivers more than enough precision for {b, the vast majority of small aircraft.}
What really sets it apart is its {b, impressive rotation range}: up to {b, 180�} with a 500�2500 �s pulse width. This gives you far more flexibility when setting up your control linkages, making it easier to dial in the {b, perfect mechanical advantage} for your build.
The {b, 15T-4 output spline} adds another layer of versatility, ensuring seamless compatibility with popular servo accessories from {b, KST X06, KST X08, and CHA DS06} - including the {Pref, X08-PULLEY, Pulley for KST X08 & X06 Servos.} That makes it an excellent choice for {b, DLGs and other pull-spring control system models.}
In short, the {b, PTK 7350-MG-D} packs serious value into a small, lightweight package - giving you the control you need without breaking the bank.
{servospecs} d � 2� � R� � � � � � � � 1E0" Cost for AW Designs = �3.25 contra� � jb-S q -~�sa models. While it may not match the ultra-fine resolution of premium servos, it delivers more than enough precision for {b, the vast majority of small aircraft.}
The {b, 25T-5 output spline} is compatible with many KST servos and allows KST output arms to be fitted.
{servospecs} n � _� � � � � � � � � � + 1E2 Angelwing l ts that sweet spot. Almost the same size as the well-known KST X06 and with even more torque, it comes in at just over half the cost - an attractive choice for pilots wanting top-tier performance without stretching their budget.
This unit features a coreless motor for quick response, stainless steel gearing for durability, and dual ball bearings for efficiency - all enclosed in a CNC-machined aluminium case. Together, these components provide ultra-smooth handling with almost no backlash, ensuring dependable precision in the air.
A highlight of this servo is its impressive travel capacity: up to 180� with a 500�2500 �s signal range. This broad movement makes it easier to fine-tune linkages and achieve better mechanical leverage in your setup.
With a 15T-4 output spline, the PTK 7306-MG-D works seamlessly with KST X06, KST X08, and CHA DS06 accessories�including the {Pref, X08-PULLEY, Pulley for KST X08 & X06 Servos} - making it an excellent fit for DLGs and other pull-spring control system applications.
{ServoSpecs} � � 2� � � � � � � � � � 1E2� � jp�[ -�`ience W C *� j(&@ -�X5 HF 9.5x5 Folding prop blades� A pair of nicely made carbon fibre HyperFlight {b,HF 9.5 x 5 folding prop blades}, suitable for all makes of folding prop yokes and spinners.
{blade, HF, 9.5, 5, 10.9, 800} � � � � '� � � � � � # � � 2A6� � jZl1 2' /�` �}�b�!
HF10X6HF 10x6 Folding prop blades� A pair of nicely made carbon fibre HyperFlight {b,HF 10 x 6 folding prop blades}, suitable for all makes of folding prop yokes and spinners.
{blade, HF, 10, 6, 11.4, 800} � � 2� � '� � � � � � � � 2B6� 2' /�t �}�b�"
HF11X6HF 11x6 Folding prop blades� A pair of nicely made carbon fibre HyperFlight {b,HF 11 x 6 folding prop blades}, suitable for all makes of folding prop yokes and spinners.
{blade, HF, 11, 6, 11.5, 800} R � � � "� � � � � � � � 2B6� 1 ��b�#
HF11X8HF 11x8 Folding prop blades� A pair of nicely made carbon fibre HyperFlight {b,HF 11 x 8 folding prop blades}, suitable for all makes of folding prop yokes and spinners.
{blade, HF, 11, 8, 15.4, 800} T � � � "� � � � � � � � 2B6� � j �� �� jhʚ .�rability .��I3� /� jrV� � en Glider FuselageL Replacement fuselage for the Alien glider.
Does not include the nosecone. � U � � 7 � � � � � � � � < 2B6j jx d Statesjg^� E -H width=110,240 align=L,L autohref=2}
Motor, DYS D2225-19, Vitaprop 8 +- es Thes � -�@x 5.5 folding prop blades} are suitable for all makes of folding prop yokes and spinners.
{bullet}
New generation of folding propeller blades, independently developed by Dualsky.
The "Dragonfly Wing" blades feature a� -�d ��b ! -���&
DPF8560!Dualsky 8.5x6 Folding prop blades These lightweight {b,Dualsky 8.5 x 6 folding prop blades} are suitable for all makes of folding prop yokes and spinners.
{bullet}
New generation of folding propeller blades, independently developed by Dualsky.
The "Dragonfly Wing" bla -njdes featu�+ -�t ��b�'
DPF9065!Dualsky 9x6.5 Folding prop blades These lightweight {b,Dualsky 9 x 6.5 folding prop blades} are suitable for all makes of folding prop yokes and spinners.
{bullet}
New generation of folding propeller blades, independently developed by Dualsky.
The "Dragonfly Wing" blades�' -�� ��b�(
DPF1070 Dualsky 10x7 Folding prop blades These lightweight {b,Dualsky 10 x 7 folding prop blades} are suitable for all makes of folding prop yokes and spinners.
{bullet}
New generation of folding propeller blades, independently developed by Dualsky.
The "Dragonfly Wing" blad x ill have to be programmed using the transmitter to set the brake on when using a folding prop.
{bullet}
Premium quality with carefully selected components
Exceptionally smooth and precise throttle response
Reliable performance across the partial-load range
Fully programmable to suit your setup
Supplied with red JST/BEC connector
Programmable using the transmitter
{endbullet}
{b, Specifications}
Continuous current: 12A / 16A peak
Weight: 8 g
Dimensions: 25 � 20 � 5 mm
BEC: 1.5A / 5.0V
LiPo compatibility: 2-3 cells (7.4-11.1V)
x � 2� �
� � � � � � � � 2 2D3� (� i� (�� -�d ��b�*
GAP-SEAL-12Gap Seal Tape 12mmY High quality very clear plastic hinge gap seal tape, 12 mm wide. This tape has glue on the side that is attached to the fixed surface (wing, tailplane, fin, etc), and no glue on the part that will touch the control surface (aileron, elevator, rudder, etc).
This tape covers the gap between the fixed and moving surface, removing the discontinuity. This ensures the flow stays attached, reducing drag and improving the control response.
Especially well suited for F3K/F5K models and for the elevators and ailerons on F5J gliders.
Easy to use � simply cut to length with scissors. The rear edge is self-adhesive over a 4 mm width; just peel off the backing and apply.
{table title="12mm Hinge Gap Tape Specification" class=1 cols=3 width=80,60,60 align=L,L}
Width, 12 mm, 0.5 in
Thickness, 0.025mm, 0.001 in
Length, 5 m, 16.4 ft
{endtable}
� � 2� � ,� � � � � � � � 2E 1� (� jr m � jr�f # � ) 2C4� '� jd�� " � ?
2C4� '� jP�� # � ? 2C4� '� jf�G Special Edition� '� jq� 2D2� '� jkq� 2D2� '� jk:� * � � � = 2D2� '� jc�� � .�o 3S 520mAh
{endtable}
{table title="Powertrain Recommendations" class=1 cols=2 width=20,210 align=L,L autohref=2}
Motor, Dualsky XM2527EG-23
ESC, Dualsky SUMMIT 30 SLIM 6V SBEC
Spinner, 30mm Dualsky Spinner for 3.17mm shafts, 30mm GM F5J Spinner, 3.17mm 1/8" Split Collet for GM Spinners
Battery, 2S-3S 400mAh-800 mAh LiPo (choose capacity for correct CG)
2S LiPo prop, GM 9x5, Vitaprop 9x5, GM 9x6, Dualsky 9x6.5
3S LiPo prop, Vitaprop 8x4, Vitaprop 8x5, Dualsky 8x5.5
{ m -�x (choose capacity for correct CG)
Prop, GM 11x8
{endtable}
{table title="Powertrain Recommendation (performance)" class=1 cols=2 width=20,210 align=L,L autohref=2}
Motor, Leomotion L3025-4550 V2
ESC, Dualsky SUMMIT 100 Light 8A SBEC ESC
Spinner, 36mm GM F5J Spinner, 6mm Split Collet for GM Spinners
Battery, 4S 2Ah - 3Ah LiPo (choose capacity for correct CG)
Prop, GM 15x10
{endtable}
More info on this {href, https://www.rcgroups.com/forums/showthread.php?4421833,RCGroups Spada 3m} thread.
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Spada G � -�Tmm Split Collet for GM Spinners
Battery, 4S 2-3 Ah LiPo (choose size to aid correct CG)
4S LiPo prop, GM 12x8
{endtable}
{table title="Powertrain +dmore info � -�DRecommendation 3" class=1 cols=2 width=80,210 align=L,L autohref=2}
Motor, XPower F3426/7 Storm
ESC, Dualsky SUMMIT 60X 6V, Dualsky SUMMIT 60X 8V, YGE 65LVT, YGE 95LVT
Spinner, 42mm GM F5J S�� �b�+
Q5-TIP-PANEL%Damaged Nan Explorer Q5 LeftTip Panel Replacement left tip panel for the Nan Exporer Q5
The aileron was damaged in transit to us. Otherwise the panel is perfect. It could be repaired with by someone with a little composite repair experience.
See the photos for the colour scheme and damage.
Regular layup. � � d � � � � � � � � � � 3� i��� +L Xpower o -��k. But I enjoy testing all brands. For F5J with lighter planes one might say that a direct drive is plenty enough since planes are generally light and motor time short. But for GPS light class flying with heavy 4m models my idea is that a geared motor is reduci � -��ng the need for extreme batteries and I can use bigger diameter props that will allow very safe launches. Yet I am still using much higher power than most actually need. Just because I like it ;-)
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b = -�(� O � � ;c� � � � � � � � } � hter planes one might say that a direct drive is plenty enough since planes are generally light and motor time short. But for GPS light class flying with heavy 4m models my idea is that a geared motor is reducing the need for extreme batteries and I can use bigger diameter props that will allow very safe launches. Yet I am still using much higher power than most actually need. Just because I like it ;-)
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� � w � � YZ� � � � � � � � � � � jfR 2A3� I� jRT �pinner, 5mm Split Collet for GM Spinners
Battery, 4S 2-3 Ah LiPo (choose size to aid correct CG)
4S LiPo prop, GM 11x8
{endtable}
� � � � � � � � � � � � � 3k �� jl�� a +?hos (4), 70 g, 2.5 oz
Battery, 150 g, 5.3 oz
Flying weight, 1800 g, 56.4 oz
{endtable}
�
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Flap (servo max 10 mm thick), MKS HV6130, MKS HV6120, KST DS125, KST X10, CHA HV85H
Aileron (servo max 8 mm thick), MKS HV6120, KST HS08A, KST X08H Plus, KST X08H, KST A08H, CHA HV85H
Receiver, 7 channel rx to match your transmitter
{endtable} Servo frames, if supplied, fit KST DS125 and X10 sized servos.
{table title="Forza 100 Glider Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage inc pushrods, 286 g, 10.1 oz
Left wing, 450 g, 16 oz
Right wing, 450 g, 16 oz
Tailplane, 55 g, 1.9 oz
Wing joiner, 137 g, 4.8 oz
Ballast tube, 40 g, 1.4 oz
Accessories, 60 g, 2.1 oz
Total structure, 1318 g, 46.5 oz
Wiring, 20 g, 0.7 oz
Pushrods, 12 g, 0.4 oz
Receiver, 8 g, 0.3 oz
Rudder servo, 11 g, 0.4 oz
Elevator servo, 11 g, 0.4 oz
Wing serv 3� � X 2I0Y �� Silicone rubber jX�� ) +M� For more info see this {href, https://ww -�ded RC" class=1 co 1K3R ]� i � Q -��ompetition F5L Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Win ] -��g span, 2.0 m, 78 in
Wing area, 34.2 dm2, 530 sq in
Length, 118 cm, 46.6 in
Flying weight .s(le="Motor Chinaji�e
�� i%�Z �� jsX? -�� feature -�4es featur .�� � 7� jr m - +@from, 440 g, 15.5 oz
Wing loading, 12.9 g/dm � � -�� ���b�,
ALIEN-NOSECONEAlien Nosecone" Replacement nosecone for the Alien � � � � � � � � � � � 2F1j h���
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One fuse
One fin
One tailplane
One wing piece
One bag of accessoriesj 8� jp� � +E spect ratio, 11.6,
Wing airfoil, AG35-AG38 Strak
Dihedral (EDA), 11.5�,
Spinner Diameter, 30 mm,
Centre of Gravity, 72 - 78 mm from wing leading edge
Controls, "Rudder, elevator, spoilers, throttle"
{endtable}
{table title } .e$ls=2 width=110,240 align=L,L autohref=2}
Rudder & elevator servos, CHA DS06, KST X06, Blue Bird BMS-101DMG, Blue Bird BMS-10 ?� Aluminium jX�- ��O
FPS-CLT-M8D3 3mm Collet for Dualsky Spinners� These 3 mm hole split collets fit all the Dualsky spinners we sell. They are suitable for motors/gearboxes with 3 mm diameter shafts.
Use to replace the original split collet so the spinner can be used with a different sized motor/gearbox shaft. � � � � � � � � � � � � 2G4�
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FPS-CLT-M8D32"3.17mm Collet for Dualsky Spinners These 3.17 mm hole split collets fit all the Dualsky spinners we sell. They are suitable for motors/gearboxes with 3.17 mm (1/8") diameter shafts.
Use to replace the original split collet so the spinner can be used with a different sized motor/gearbox shaft. � � � � � � � � � � � � 2G4�
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FPS-CLT-M8D4 4mm Collet for Dualsky Spinners� These 4 mm hole split collets fit all the Dualsky spinners we sell. They are suitable for motors/gearboxes with 4 mm diameter shafts.
Use to replace the original split collet so the spinner can be used with a different sized motor/gearbox shaft. � � � � � � � � � � � � 2G4�
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FPS-CLT-M8D5 5mm Collet for Dualsky Spinners� These 5 mm hole split collets fit all the Dualsky spinners we sell. They are suitable for motors/gearboxes with 5 mm diameter shafts.
Use to replace the original split collet so the spinner can be used with a different sized motor/gearbox shaft. � � � � � � � � � � � � 2G4�
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FPS-CLT-M8D6 6mm Collet for Dualsky Spinne
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KESTREL-JOINERKestrel Wing Joiner� Replacement wing joiners for the Kestrel F5K electric glider.
These are the new version with extra dihedral, with improved handling in thermals. � � � � � � � � � � � 3j !� j G�
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{vide ,�bullet} , -�,-Spinner
-�� $ 1E1 A -Ѹ flat shape inspired by nature, allowing them to fold closer to the fuselage.
Self-developed, high-speed, laminar-flow, low-drag airfoils with excellent high-speed performance.
The high aspect ratio design results in significant efficiency improvements.
Made from a new carbon fiber composite with a nylon matrix, offering excellent strength and weather resistance.
Blade weight is 20% lower than comparable blades from other manufacturers.
Optimized for Dualsky FPS-Z spinners and fit most fuselages very well when folded.
Standard root design: 8mm wide, with hole for 3mm diameter hinge pins.
Suitable for R/C gliders such as F5B, F5K, F5L, eRES, and F5J, as well as small UAVs and drones.
Safe up to 18,000 RPM.
{endbullet}
{blade, Dualsky DPF, 8, 5.5, 4.2, 18000 RPM} & �
� � L� � � � � � � ) -�re a flat shape inspired by nature, allow -Ѡing them to fold closer to the fuselage.
Self-developed, high-speed, laminar-flow, low-drag airfoils with excellent high-speed performance.
The high aspect ratio design results in significant efficiency improvements.
Made from a new carbon fiber composite with a nylon matrix, offering excellent strength and weather resistance.
Blade weight is 20% lower than comparable blades from other manufacturers.
Optimized for Dualsky FPS-Z spinners and fit most fuselages very well when folded.
Standard root design: 8mm wide, with hole for 3mm diameter hinge pins.
Suitable for R/C gliders such as F5B, F5K, F5L, eRES, and F5J, as well as small UAVs and drones.
Safe up to 18,000 RPM.
{endbullet}
{blade, Dualsky DPF, 8.5, 6, 4.6, 18000 RPM} ' �
� � E� � � � � � � A -шa flat shape inspired by nature, allowing them to fold closer to the fuselage.
Self-developed, high-speed, laminar-flow, low-drag airfoils with excellent high-speed performance.
The high aspect ratio design results in significant efficiency improvements.
Made from a new carbon fiber composite with a nylon matrix, offering excellent strength and weather resistance.
Blade weight is 20% lower than comparable blades from other manufacturers.
Optimized for Dualsky FPS-Z spinners and fit most fuselages very well when folded.
Standard root design: 8mm wide, with hole for 3mm diameter hinge pins.
Suitable for R/C gliders such as F5B, F5K, F5L, eRES, and F5J, as well as small UAVs and drones.
Safe up to 17,000 RPM.
{endbullet}
{blade, Dualsky DPF, 9, 6.5, 5.2, 17000 RPM} � � � � � � � � � � � I -��e a flat shape inspired by nature, allowing them to fold closer to the fuselage.
Self-developed, high-speed, laminar-flow, low-drag airfoils with excellent high-speed performance.
The high aspect ratio design results in significant efficiency improvements.
Made from a new carbon fiber composite with a nylon matrix, offering excellent strength and weather resistance.
Blade weight is 20% lower than comparable blades from other manufacturers.
Optimized for Dualsky FPS-Z spinners and fit most fuselages very well when folded.
Standard root design: 8mm wide, with hole for 3mm diameter hinge pins.
Suitable for R/C gliders such as F5B, F5K, F5L, eRES, and F5J, as well as small UAVs and drones.
Safe up to 17,000 RPM.
{endbullet}
{blade, Dualsky DPF, 10, 7, 6.0, 17000 RPM} � � 2� � !� � � � � � � �
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SC60&Carboweave SC60 Spread Carbon A4 SheetD An approximately 31 cm x 20 cm sample of carboweave bi-axial spread tow carbon fabric for lightweight structures.
{table title="Carboweave SC60 Specifications" class=1 cols=2 width=100,150 align=L,L separator=:}
Sample size: 31 cm x 20 cm approx
Weight: 60 g/m�
Number of layers: 2
Fibre material: IMS 65
{endtable} � � � � � � � � � � � �� -�\ ���b�0
SC40&Carboweave SC40 Spread Carbon A4 SheetC An approximately 31 cm x 20 cm sample of carboweave bi-axial spread tow carbon fabric for ultralight structures.
{table title="Carboweave SC40 Specifications" class=1 cols=2 width=100,150 align=L,L separator=:}
Sample size: 31 cm x 20 cm approx
Weight: 40 g/m�
Number of layers: 2
Fibre material: IMS 65
{endtable} � � � � � � � � � � �
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Elevator servo in fin or fuselage
Wings 4 or 6 servos (2 or 4 flap)
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A195
Alpenbrise 5m�
The new 5m wingspan {b, Aeroic Alpenbrise A195} has finally arrived, and it was worth the wait.
The {b,Alpenbrise} is a really good looking slope/electric soarer, and is a wonderful all composite successor to the great Alpina. The stiff, strong construction gives the Alpenbrise complete freedom of the air and it will soar in very light air, while when ballasted it has superb energy retention and aerobatic properties. With its own special shriek on fast passes, as the vortices are shed at the wingtips, the 5m Alpenbrise has a real presence when flying.
The model can be built as a pure slope soarer, or as an electric glider. Due to its excellent speed range and great thermal capabilities the Alpenbrise is suitable for Triangle GPS Sport Class contests as well as sports flying.
Construction: GFK/CFK Hybrid (Aeroic)
Wings: Carbon with Aeroic Sine -ۈowertrain /h` Recommendation " class=1 cols=2 width=20,210 align=L,L autohref=2}
Motor, Hacker A40-10S V2 8-Pole kv1600 + 6.7:1 Gearbox
Spinner, 42mm GM SL Scale Spinner, 6mm Split Collet for GM Spinners
6S LiPo prop, GM 22x14 Scale Folding Prop
ESC, Dualsky SUMMIT 100 Light
Battery, 6S 2-3Ah LiPo (choose capacity for correct CG)
{endtable}
{br, Due to its large size we prefer that customers pick up the Alpenbrise from our Warwickshire UK premises. Shipping is possible but expensive.} The shipping cost calculated 1E1 &� j_�� E1 &� ji� &� ji� �Extension Lead� The 32 AWG ultralight wire is 20 cm long, the overall length including the plug and socket is 22 cm. Works with all makes of RC.
Weight = 2.1g x � 2� � <� � � � � � � � 2E3� V� jWo -�� � � � � l� -;� ��b�3
PRIME-Q$Prime Q 2m Glider & Electric F3L F5L� Introducing the {b, Prime Q }, a new high-end RES F3L and F5L competition model from CLM Pro. Following the success of the Prime III series in both F3L and F5L versions, CLM Pro has taken several steps forward to develop a superior, next-generation RES model � Prime Q. Representing the latest in model design from the well-known manufacturer CLM Pro, the Prime Q is engineered for peak performance in FAI RES F3L competitions.
The design and development of the Prime Q were once again led by the well-known designer Danko Prprovic, who is also responsible for the previous Prime models. His expertise and innovative approach have been instrumental in shaping the Prime series into one of the most recognized and respected lines of RES competition models.
{b,Optimized Performance Through Innovation}
The Prime Q is the result of years of research and intensive field testing. It was designed to be a true high-end, all-round model capable of delivering excellent performance in all weather conditions, in full compliance with the FAI RES F3L rule set.
At the heart of the Prime Q is a completely new airfoil, designated DP699 � DP711. Developed over the past three years in close collaboration with a university aerodynamic lab equipped with a wind tunnel, the airfoil is the result of exhaustive testing and optimization of multiple polar curves to find the ideal aerodynamic balance.
The model has been flight-tested across the full spectrum of weather � from dead calm to extreme wind conditions up to 12 m/s � and has proven itself to be a winning design. Over the past year, it has been extensively tested by our Prime Team in competitions all across Europe, consistently proving its quality by achieving podium finishes.
Where the Prime Q truly excels is in its ability to respond to the smallest thermal signals. Even a tiny bubble of lift is enough � the model hooks in effortlessly and climbs smoothly. It's remarkably sensitive to thermals and practically wants to go up.
With the Prime Q, CLM Pro sets a new benchmark in the RES category � precision engineering, competitive performance, and thoughtful design for builders and pilots alike.
Whether you're training, competing, or simply chasing thermals on a Sunday morning, the Prime Q offers an unmatched combination of performance, handling, and build quality.
{b,Key Specifications:}
Wingspan: 1992 mm / 78.43"
Length: 1398 mm / 55.03"
Wing area: 37 dm� / 542 sq. in.
RTF weight: from 470 g / 16.60 oz
Controls: Rudder, elevator, spoiler
Spinner diameter: 30 mm
{b,PRIME Q � Feature Highlights:}
- High-performance all-rounder for all weather conditions
- Larger root chord and elliptical wing shape, inspired by Prime III
- Bigger, perforated spoilers for enhanced braking efficiency
- Expanded wing area � 37 dm�
- New airfoil: DP699 - DP771
- Designed specifically for RES class
- Improved glide ratio and energy retention
- Better wind penetration
- Higher launch height than Prime III
- Ballast system in fuselage (as in Prime III), but upgraded:
- Quick-release ballast hatch (no screws � swap in 1 seconds)
- Available in both X-tail and V-tail configurations
- Easier and more precise build process:
- Assembly on a laser-engraved jig � no more Styrofoam templates
- Uses a 3 mm laser-cut plywood jig for higher precision and repeatability
- Full-size 1:1 building plans included
- Building Instruction manual PDF - 110 full-color pages with photo guidance
{b,Kit includes:}
- detailed drawing in color
- detailed building manual with step-by-step images
- laser cut jig from pylwood for easier wing glueing
- laser cut ribs and all other required parts
- templates for gluing the first ribs at angles
- carbon tailboom
- carbon tube for mainspar
- set of ballast with a total weight of 90 gr. + 29 gr steel joiner
- carbon wing joiner
- steel wing joiner for more ballast
- adjustable tow hook, including all necessary parts
- rudder horns, u-nuts and various bolts for mounting
- various magnets for the canopy and spoiler
- bowdens and controls for connecting moving surfaces
- other carbon small parts and accessories
{b,Wing Design and Construction}
For improved stability, the wing has been designed in multiple segments. It is built in two main parts that connect to the fuselage at the center. The wing features a central panel with a dihedral angle, while both the mid panels and the tip panels are also angled. Each segment�tip, mid, and center�has its own angle, including the two halves that join the fuselage, resulting in excellent flight balance.
The wing maintains an elliptical shape throughout its entire span, giving the model outstanding stability and smooth, easy handling in all flight conditions. The two wing halves are joined with precision carbon joiners, or steel joiners when ballast is needed. Pre-fitted pins ensure that all parts align perfectly during assembly.
To further strengthen the connection and optimize load transfer from the mid panels to the center panel, the kit includes a specially angled carbon joiner. A carbon tube is also provided as the main spar, reinforced with Kevlar at the joints where the wing segments connect. For easier assembly, a laser-cut plywood jig is included, allowing precise alignment during gluing.
The main wing structure is built with full balsa ribs and a pre-shaped balsa trailing edge, with reinforcements in critical areas. Composite materials are used for the leading edge and main spar, all in accordance with FAI F3 RES rules. Every part is laser-cut for a precise fit, requiring minimal finishing � you only need to assemble and bond the parts following the manual.
The center panel is equipped with two separate spoilers, each featuring built-in magnets that ensure they close perfectly flush when not in use.
Download the 110 page build manuals by clicking on thse links:
{href, \extras\Prime-Q-F3L-X-tail-building-manual.pdf, Prime Q X Tail Buil
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LS-HORN1Control Horn Set+ A set of 24 pcs of 3D printed control horns made from high temp carbon filled PPA. These horn are 1.5mm thick and have a single 1.5mm hole. This can be drilled out to 1.6mm if required, and other holes can be added.
The hole to contol surface centre line distance varies between 10mm and 16mm.
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JOINER-3PK%Samba Prestige 3PK Centre Wing JoinerY Centre wing joiner for the Samba Prestige 3PK wing.
Normal angle - 3 degrees per side. � � A � � � � � � � � � � 2 2C4� �� i � ,��LEY-F5JSoaring L� G .L ��b�A
REVOLT
Revolt F3L 2mD The {b, Revolt} by Tomas Hlavinka i *� j(( V
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ZEFIXXZefixx Mini Hotliner 1.5m�
{b, Agile. Precise. Beautifully Built}
The {b, Zefixx} takes its name from a Bavarian expression of excitement � a perfect match for this lively and elegant 1.47 m electric glider. With its fully sheeted wing, lightweight structure, and superb handling, the Zefixx delivers stable, smooth performance with enough agility to keep every flight rewarding.
It is an excellent choice for relaxed weekend soaring, slope flying, and all-round electric sport gliding.
The Zefixx features a strong, stiff, one-piece fully sheeted wing. Its geometry and low weight give the model a confident, stable feel in the air while still responding crisply to aileron input. With elevator control and optional rudder, pilots can keep the setup simple or build a fully three-axis model.
This combination of rigidity, low weight, and clean aerodynamics makes the Zefixx ideal for thermalling, light aerobatics, or simple, relaxed flying.
{b, The Kit}
The Zefixx kit is produced to the well-known Gr�ner standard. It includes precisely laser-cut balsa and plywood parts, a multi-colour plan, richly illustrated German building instructions, and all required linkage hardware. Plywood servo frames for the wing servos are supplied, and the CNC-shaped nose block is pre-prepared for motor installation.
{b, Wing Construction}
The wing is a one-piece, fully sheeted structure using 0.4 mm plywood. It is built over a lower sheeting base using a comb and spar system, resulting in a stiff and reliable structure. Servo bays are included, along with plywood servo mounting frames.
{b, Tailplane}
The tail surfaces follow a lightweight flat-plate design. Rudder control is optional, and all necessary linkage parts are included in the kit.
{b, Fuselage}
The fuselage is built from balsa with interlocking plywood formers for strength and accuracy. The area around the wing saddle is reinforced with light plywood, and the CNC-shaped nose block is ready to accept the motor mount.
{b, Key Features}
1470 mm wingspan electric sport glider
Fully sheeted 0.4 mm plywood wing (one-piece)
Aileron and elevator control, with optional rudder
Lightweight balsa and ply construction
Precision CNC and laser-cut parts
High stability with excellent responsiveness
Typical Gr�ner build quality and fit
35mm spinner required
Suitable for both first-time kit builders and experienced pilots
Adhesives, iron-on film, power system, servos, and RC electronics are not included. Oralight iron-on film is recommended for covering.
See� ��b�<
INNOVATION"Innovation 1.25m Glider & ElectricE The {b, Innovation} is a very versatile 1.25m (49") model that can be built as pure glider or an electric model. With a great speed range and a surprisingly good glide, this model can be flown as a mini rudder/elevator hotliner, and a slope soarer, or as a thermal soarer.
BEAUTIFUL, SIMPLE, NO FRILLS!
The fully basa sheet covered wing with an innovative spar makes the Inovation a strong, slippery model. With a wingspan of 1.25m and an flying weight of just 250g (8.8 oz), spread on 15dm� (1.6 ft�) that results in a wing loading of just 17g/dm� (5.7 oz/ft�) this model is a fun flyer. The Innovation fuselage length is 83 cm (33") and the model has a one-piece wing with polyhedral and integrated wingtips.
The airfoil (MB971) is designed by Markus Becker (http://www.aerosportbecker.de) exclusively for this model. Innovation is blessed with forgiving slow-fly and stall characteristics, a wide speed range and low resistance. Both, the high aspect ratio and the similarity of the fuselage contours to the popular Inside/Introduction, were chosen intentionally, as we just can't get enough of this outstanding fuselage shape.
The kit includes parts for the construction of both versions � electric version and glider version
- Fully sheeted wing with high aspect-ratio
- Innovative spar
- Integrated leading edge
- Both electric and glider version in one kit
The kit:
Precisely lasercut wooden construction, really simple (Hoellein-3d-puzzle), easy to fly and paired with forgiving starting-, flying- and landing characteristics, a wide speed range due to the profile MB-971, excellent flying- and thermalling qualities. Purchase of single spare parts and assemblies? - No problem at all! �Made in Germany� means the manufacturer is just some miles away from us.
The special design feature of the fully planked wing is the innovative spar, which, as well as the ribs, is fixed with pegs in cut-outs of the lower plank sheets and forms an interlocking construction that provides a superb stability of the wing. Stylish wingtips are the elegant finish of the wings. The fuselage, made of balsa, is reinforced with light plywood in the front. A precisely shaped milled part is already prepared to fix the motor ROXXY� BL 1820/16. The canopy is locked by a power magnet. The kit contains, besides of the lasercut parts, also all the small parts and linkages. All the kits of the Gruener-CNC-line include a multicolored construction plan scaled 1:1 and a fully illustrated German construction manual.
Glue, covering film, power- and RC-components are NOT included in the kit. As covering film we recommend ORACOVER or ORALIGHT iron-on film.
Recommended power drive:
The recommended power drive � consisting of the BL-outrunner ROXXY� BL 1820/16, a 3-cell LiPo battery with a capacity of 350mAh and the Graupner CAM FOLDING folding props 4.7x.2.4 � allows a lot of rocket- like climbs to thermal country. Due to the low weight and low resistance of the plane a 350mAh 3-cell LiPo battery together with the recommended drive (approx. 10-15s motor run time per climb) is quite sufficient for approx. 4 minutes run time. Even beginners (to whom the plane is interesting due to the flying characteristics and the low entry price) can cope with it during the climb.
Drive ROXXY� BL Outrunner 1820/16, Multiplex # 314942
Controler ROXXY� BL-Control 810 BEC, Multiplex # 318645
CAM FOLDING SET 4,7 x 2,4, Graupner # 1335.12.6
LiPo-battery Hacker 3S 350mAh, Hacker # 20350341
2 servos MPX/Hitec HS-40 or D-Power # DPAS107
Receiver with normal range and at least 3 channels
Transmitter of your preference (no mixing necessary) } � A � � * � � � � � � � � X 4\ m� jZR� I .�Hs the latest design in his range of highly acclaimed geodetic wing 2m RES �rFlight voucher.
Please tell recipient to enter the voucher code HYPERxxx when checking out.
It will credit him GBP xxx
Kind regards,
Neil.
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GRUNAU-BABY-16Grunau Baby 1.6m� The Aviation Toys {b, Grunau Baby} is a lightweight 1.6m (63") semi-scale model of the wonderful Grunau Baby training glider.
Weighting as litle as 350g (12 oz) this wonderful little model is at home on the slope and flat. It can be bungee launched on a standard F3L high start and thermal soars just as well as the full size glider.
{bullet}
Ply and balsa wood construction
Laser cut parts
1.6 meter wingspan
app. 350 grams all up weight
aileron, rudder and elevator function
3d printed pilot and small parts included
{endbullet}
Tow line launch and great fun on the slope. Design by Vincent Merlijn.
{table title="Grunau Baby Specifications" class=1 cols=v
��b�C
GOGOGogo 66cm Mini Racer� GoGo! Mini Racer kit.
Wingspan: 66 cm
Length: 45 cm
Weight: 280 grams with lipo
Prop: 5.5 x 5.5 Race prop
Motor; T-Hobby v2306.5
Prop; 5.5x5.5 race prop
ESC; 30 - 40A
Tattu 4s 550mah lipo
Center of gravity; 35mm-40mm from leading edge.
B � _ � � ;_� � � � � � � � � 3� �� iK;G � .'�Elfe 5.0 F3L F5L 2m�
The {b, Elfe 5.0} is billed as {i, The Kit for the Highest Demands}. It is currently one of the most highly rated German RES 2m kits available, and HyperFlight is very happy to be able to supply it. The Elfe 5.0 is available in pure glider F3L and electric glider F5L versions.
The Elfe 5 is a carefully designed and refined F3L and F5L competition model. Optimized continuously over many years, the Elfe 5 impresses with outstanding all-round characteristics � especially in stronger winds, where it fully plays to its strengths. Utilising a DBox wing to improve laminar flow and wing rigidity, the Elfe 5 has a vey good glide angle - especially at speed.
Every single material is perfectly matched to its intended purpose, offering an optimal balance between weight and strength.
The kit is delivered almost complete - only the RC components, power system, adhesives, and covering film need to be added separately.
Download the excellent German build manual {href, /extras/Elfe_5_Manual_DE_15-1-2026.pdf, here} or the autotranslated English one from {href, /extras/Elfe_5_Manual_EN_15-1-2026.pdf, here}. Also please check out Greg McGill's excellent {href, https://www.rcgroups.com/forums/showthread.php?4878575-Elfe-5-from-HR-Modellbau-com, Elfe 5 build log}.
{table title="Elfe 5.0 Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 2.0 m, 79 in
Wing area, 34.4 dm2, 533 sq in
Length, 125 cm, 49.2 in
Flying weight , 450 g, 15.9 oz
Wing loading, 13.1 g/dm2, 4.3 oz/sq ft
Aspect ratio, 11.6,
Wing airfoil, Custom,
Dihedral (EDA), 12.0�,
Spinner Diameter, 30 mm,
Centre of Gravity, 48 - 50 mm from wing leading edge
Controls, "Rudder, elevator, spoilers"
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder & elevator servos, CHA DS06, KST X06, Blue Bird BMS-101DMG, Blue Bird BMS-101HV
Spoiler servos (2), CHA DS06, KST X06, Blue Bird BMS-101DMG, Blue Bird BMS-101HV
Receiver, 4 or 5 channel receiver to match your transmitter
Battery, Bonka LiPo 2S 300mAh, Bonka LiPo 2S 400mAh, 2S 300-700mAh LiPo, 3S 300-500mAh LiPo, Bonka LiPo 3S 300mAh, Bonka HV LiPo 3S 520mAh
{endtable}
{table title="Powertrain Recommendation 1" class=1 cols=2 width=20,210 align=L,L autohref=2}
Motor, Dualsky XM2527EG-23
Spinner, 30mm Dualsky Spinner for 3.17mm shafts, 30mm GM F5J Spinner, 3.17mm 1/8" Split Collet for GM Spinners
2S LiPo prop, GM 9x5, Vitaprop 9x5, GM 9x6, Dualsky 9x6.5
3S LiPo prop, Vitaprop 8x4, Vitaprop 8x5, Dualsky 8x5.5
ESC, Dualsky SUMMIT 30 SLIM 6V SBEC
Battery, 2S-3S 400mAh-800 mAh LiPo (choose capacity for correct CG)
{endtable}
{table title="Powertrain Recommendation 2" class=1 cols=2 width=20,210 align=L,L autohref=2}
Motor, T-Motor F60 Pro IV V2.0 1750 RPM/V
Spinner, 30mm Dualsky Spinner for 5mm shafts, 30mm GM F5J Spinner, 5mm Split Collet for GM Spinners
ESC, Dualsky SUMMIT 30 SLIM 6V SBEC, Dualsky SUMMIT 30 SLIM 8V SBEC
3S LiPo prop, CN 9x7, Dualsky 9x6.5, GM 9x6
Battery, 3S 400mAh-800 mAh LiPo (choose capacity for correct CG)
{endtable}
{table title="Elfe 5.0 Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Bare structure, 260 g, 9.2 oz
Covering, 52 g, ,ݰ 1.8 oz
+.� � � � -)�j� Alumv
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DPF1613!Dualsky 16x13 Folding prop blades� These lightweight {b,Dualsky 16 x 13 folding prop blades} are suitable for all makes of folding prop yokes and spinners.
{bullet}
New generation of folding propeller blades, independently developed by Dualsky.
Self-developed, high-speed, laminar-flow, low-drag airfoils with excellent high-speed performance.
Made from a new carbon fiber composite with a nylon matrix, offering excellent strength and weather resistance.
Optimized for Dualsky FPS-Z spinners and fit most fuselages very well when folded.
Standard root design: 8mm wide, with hole for 3mm diameter hinge pins.
Suitable for R/C gliders such as F5B, eRES and F5J, as well as sports gliders.
Safe up to 10,000 RPM.
{endbullet}
{blade, Dualsky DPF, 16, 13, 16, 10000 RPM} M � � � � � � � � � � � 2C6� z� i�� � .,pPER10;Black Friday Sale - 10% off evertything when you spend �500� {b,Black Friday Sale - 10% off everything when you spend �500 / �558 / �480}
Just add the items to the bsket and enter the voucher code {br, HYPER10} to receive the discount. c
Ends on 30th November.
� � � � � � � � � � � }� i-oV � .tHlein-gr%C3%BCner.12067679, RE-Network.de Zefixx thread} for more info - use Google Translate.
{table title="Motor Recommendation 1" class=1 cols=2 � Aluminium joe�
luminium jq�
luminium jq� TaiwanjB��
jp�� .� eviously called them Aluminiu 9 ..�g, 1.2 oz
Battery, 20.0 g, 0.7 oz
Flying weight, 284.0 ) ./o, EKESTmlL7YA} � � k � � �0� � t g, 10.0 oz
{endtable}
� � � � F� � � � � � � � � 3 �� j]� < � � � � � � � o�3 �� j@E� � ��b�G
YODA-E-FIN Yoda EL Fin> Replacement regular layup fin for the Yoda Electric F5K model. � � < � � D� � � � � � � � � 2F1 E� j2{R � .00 ��b ��H
YODA-E-TAILPLANEYoda EL Tailplaneg Replacement regular layup tailplane / horizontal stabiliser / elevator for the Yoda Electric F5K model. � � < � � D� � � � � � � � � 2F1 E� i�#� f .2< ��b�I
YODA-E-BALLASTYoda EL Ballast System� This ballast system attaches into the Yoda EL fuselage and allows the model to be flown in windier weather than normal.
Two ballast weights are included, the lighter one weighs 48g and the heavier one weighs 70g.
,�
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YODA-BALLAST-246"Yoda Pro 40g 80g 120g Ballast Set� This ballast set consits of three ballast sticks, weighing 40g, 80g and 120g.
They allow the weight of the Yoda DLG to be optimised for the conditions, giving the best compromise of speed and climb rate for the wind speed and thermal activity.
l � H � � +8� � � � � � � � , 2F1 / +�| ��b� ��b�K
YODA-BALLAST-135"Yoda Pro 25g 65g 105g Ballast Set� This ballast set consits of three ballast sticks, weighing 25g, 65g and 105g.
They allow the weight of the Yoda DLG to be optimised for light conditions, giving the best compromise of speed and climb rate for the wind speed and thermal activity. X � H � � +8� � � � � � � � � 2F1 �� j0 +�� .7( ��b�L
YODA-BALLAST-789#Yoda Pro 145g 165g 185g Ballast Set� This ballast set consits of three ballast sticks, weighing 145g, 165g and 185g
They allow the weight of the Yoda DLG to be optimised for windy conditions, giving the best compromise of speed and climb rate for the wind speed and thermal activity. v � P � � 12� � � � � � � � � 2F1 �� i3D A .7��M
F60-17500T-Motor F60 Pro IV V2.0 1750 RPM/V 33g Outrunnerh �
The {b,TMOTOR F60 Pro IV} has been upgraded to V2.0. The T-Motor F60 Pro IV provides more thrust and increased durability compared to its predecessor. Also known as the T-Hobby F60 motor.
This motor continues the lineage of great FPV racing motors - and also very good F5L glider motors on 2S or 3S LiPos
{bullet}
Best F5L motor for dash as well as climb
EZO bearing
Antislip design
Lock screw for easy motor bell removal
Rotor size: 2207.5
Weight: 33.5g
Threaded M5 shaft can be used with M5 spinners or spinners designed for a 5mm shaft.
{endbullet}
{table title="Recommended Hot F5L Setup" class=1 cols=2 width=20,210 align=L,L autohref=2}
Motor, T-Motor F60 Pro IV V2.0 1750 RPM/V
ESC, Dualsky SUMMIT 30 SLIM 6V, Dualsky SUMMIT 30 SLIM 8V
Spinner, 30mm Dualsky Spinner for 5mm shafts, CN Models 25mm Spinner for M5 shafts, VM 25mm Spinner for M5 shafts
Battery, Bonka HV LiPo 3S 520mAh, Radient LiPo 3S 450mAh, 3S 300 mAh - 900 mAh LiPo (choose capacity for correct CG)
Prop, CN 9x7, Dualsky 8.5x6, GM 9x6
Current draw, approx 32 A
Power, approx 340 W
{endtable}
https://www.t-hobby.com/products/fpv-brushless-racing-motor-f60pro-%E2%85%B3-v2?cfb=ce5ad331-c11b-4cda-b216-e898b42e5583&scm=relative.v14.17.18.967.20&score=4.268182151515152&ssp=spz&spm=..product_df89836c-8600-48d3-9262-40fff7ae4acf.relative_product_1.1&spm_prev=..index.header_1.1 " � � P� 2� � � � � � � � P - 2D3� �� jg�C &
th-f3f-b-genes.4341/
~ �� jc�� <� � � � � � � � 2F1 E� jB�g � alloy yoke (centre piece) and polished steel hinge pins for mounting the prop blades. Two grub screws are used to securely attach the assembly to the motor shaft.
{bullet}
The accurately CNC machined aluminium yoke ensures smooth operation and good power handling.
The cranked yoke design allows the prop blades to fold closer to the fuselage than with a conventional design, reducing drag.
Supplied with a tough <b>white</b> plastic spinner cone that absorbs hard landings without cracking.
Other colour spinner cones available as spare parts.
The spinner front hole reportedly allows "turbo" motor cooling, if suitable holes are drilled in the firewall.
Supplied with an Allen key for easy fitting.
{endbullet}
{SpinnerTable,32,3,0,27,10,600}
Note this spinner comes complete will all screws and a black spinner cone. No other items are required apart from the prop blades
@ � � � #� � � � � � � � F iA~� �*g a 32mm spinner. Comes with a machined alloy yoke (centre piece) and polished steel hinge pins for mounting the prop blades. Two grub screws are used to securely attach the assembly to the motor shaft.
{bullet}
The accurately CNC machined aluminium yoke ensures smooth operation and good power handling.
The cranked yoke design allows the prop blades to fold closer to the fuselage than with a conventional design, reducing drag.
Supplied with a tough plastic spinner cone that absorbs hard landings without cracking.
Other colour spinner cones available as spare parts.
The spinner front hole reportedly allows "turbo" motor cooling, if suitable holes are drilled in the firewall.
Supplied with an Allen key for easy fitting.
{endbullet}
{SpinnerTable,32,6,0,27,10,600}
Note this spinner comes complete will all screws and a black spinner cone. No other items are required apart from the prop blades
F � � � #� � � � � � � � 2D5 "� j[�< requiring a 32mm spinner. Comes with a machined alloy yoke (centre piece) and polished steel hinge pins for mounting the prop blades. Two grub screws are used to securely attach the assembly to the motor shaft.
{bullet}
The accurately CNC machined aluminium yoke ensures smooth operation and good power handling.
The cranked yoke design allows the prop blades to fold closer to the fuselage than with a conventional design, reducing drag.
Supplied with a tough plastic spinner cone that absorbs hard landings without cracking.
Other colour spinner cones available as spare parts.
The spinner front hole reportedly allows "turbo" motor cooling, if suitable holes are drilled in the firewall.
Supplied with an Allen key for easy fitting.
{endbullet}
{SpinnerTable,32,5,0,27,10,600}
Note this spinner comes complete will all screws and a black spinner cone. No other items are required apart from the prop blades
---
{Spinner,32,5,0,27,10,} D � � � #� � � � � � � � F 2D5 "� iAsy +re piece) and polished steel hinge pins for mounting the prop blades. Two grub screws are used to securely attach the assembly to the motor shaft.
{bullet}
The accurately CNC machined aluminium yoke ensures smooth operation and good power handling.
The cranked yoke design allows the prop blades to fold closer to the fuselage than with a conventional design, reducing drag.
Supplied with a tough plastic spinner cone that absorbs hard landings without cracking.
Other colour spinner cones available as spare parts.
The spinner front hole reportedly allows "turbo" motor cooling, if suitable holes are drilled in the firewall.
Supplied with an Allen key for easy fitting.
{endbullet}
{SpinnerTable,30,5,0,27,9.2,600}
Note this spinner comes complete will all screws and a black spinner cone. No other items are required apart from the prop blades
If out of stock you can make one from a 32mm spinner and fitting a 30mm spinner cone. 1 � � � #� � � � � � � � 2 i�ԛ }) and polished steel hinge pins for mounting the prop blades. Two grub screws are used to securely attach the assembly to the motor shaft.
{bullet}
The accurately CNC machined aluminium yoke ensures smooth operation and good power handling.
The cranked yoke design allows the prop blades to fold closer to the fuselage than with a conventional design, reducing drag.
Supplied with a tough plastic spinner cone that absorbs hard landings without cracking.
Other colour spinner cones available as spare parts.
The spinner front hole reportedly allows "turbo" motor cooling, if suitable holes are drilled in the firewall.
Supplied with an Allen key for easy fitting.
{endbullet}
{SpinnerTable,30,6,0,27,9.2,600}
Note this spinner comes complete will all screws and a black spinner cone. No other items are required apart from the prop blades
If out of stock you can make one from a 32mm spinner and fitting a 30mm spinner cone.
{Spinner,30,6,0,27,9.2,all}
If out of stock you can make one from a 32mm spinner and fitting a 30mm spinner cone.
3 � � � #� � � � � � � � 2 �� j*�( 3re piece) and polished steel hinge pins for mounting the prop blades. Two grub screws are used to securely attach the assembly to the motor shaft.
{bullet}
The accurately CNC machined aluminium yoke ensures smooth operation and good power handling.
The cranked yoke design allows the prop blades to fold closer to the fuselage than with a conventional design, reducing drag.
Supplied with a tough <b>white</b> plastic spinner cone that absorbs hard landings without cracking.
Other colour spinner cones available as spare parts.
The spinner front hole reportedly allows "turbo" motor cooling, if suitable holes are drilled in the firewall.
Supplied with an Allen key for easy fitting.
{endbullet}
{SpinnerTable,30,3,0,27,9,600}
Note this spinner comes complete will all screws and a black spinner cone. No other items are required apart from the prop blades
{Spinner,30,3,0,27,9,all}
If out of stock you can make one from a 32mm spinner and fitting a 30mm spinner cone.
, � � � #� � � � � � � � 2 iL� ,(x3 width=1 ,H � � � � � � �� jb� � .W�M-TAPE-BLUEBlue Vinyl Tape 50mm {PackingTape, Blue} � � <� � (� � � � � � � � d 2F0& Kite Pa 3ckaging part no: TP048066A-BLUE� q� jgo� j! Chinajf�G TaiwaniE�� � electric version. The glider version will be a bit lighter due to its longer fuselage and thus longer nose moment.
{video, 6sE7OLNan8s}
� � M � � | � � � � � � � � h 3� �� i��� -�@m/forums/ .\<1.6 m, 63 in
Wing area, 20.5 dm2, 318 sq in
Length, 112 cm, 44.1 in
Flying weight from, 350 g, 12.3 oz
Wing loading, 17.1 g/dm2, 5.6 oz/sq ft
Aspect ratio, 12.5,
Wing airfoil, Custom,
Dihedral (EDA), 0.0�,
Centre of Gravity, As shown on plan
Controls, "Rudder, elevator, ailerons"
{endtable}
{table title="Grunau Baby Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Bare structure, 250 g, 8.8 oz
Covering, 25 g, 0.9 oz
Total structure, 275 g, 9.7 oz
Receiver, 6 g, 0.2 oz
Rudder servo, 5 g, 0.2 oz
Elevator servo, 5 g, 0.2 oz
Aileron servos (2), 10 g, 0.4 oz
Nose weight, 24 g, 0.8 oz
Battery, 25 g, 0.9 oz
Flying weight, 350 g, 12.3 oz
{endtable}
� � � � � c_� � � � � � � � X 3� �� jVe� .^� all our Ie 6 mm hole split collets fit all the Dualsky spinners we sell. They are suitable for motors/gearboxes with 6 mm diameter shafts.
Use to replace the original split collet so the spinner can be used with a different sized motor/gearbox shaft. � � � � � � � � � � � � 2G4�
W� jO�9 d � +�X ��b�T
FPS-O-RINGO Ring for Dualsky Spinners� 10 black rubber O rings for assisting folding prop blades folding. The O ring is approx 32mm diameter when unstretched.
Intended for Dualsky spinners but they should s
spinners up to 38 mm diameter. � � 2� � +� � � � � � � � 2G4�
W� j^%� � ��b�U
FPS-SCEWS-SML,Screw Set for 25, 30 & 32mm Dualsky SpinnersN A complete set of replacement screws for 25mm, 30mm and 32mm Dualsky Spinners. � � 2� � � � � � � � � � 2G4�
W� jG� .blnded RC" � ��b�V
FPS-SCEWS-LG*Screw Set for 38mm & 45mm Dualsky SpinnersH A complete set of replacement screws for 38mm and 45mm Dualsky Spinners. � � 2� � � � � � � � � � 2G4�
W� j * .bX ��b�W
FPS-PIN-STD Hinge Pins for Dualsky Spinners� Two replacement bright steel 3mm hinge pins for 25, 30, 32, 38 and 45 mm Dualsky spinners
Two hinge pins are supplied in the packet. � � � 0� � � � � � � � 2G4�
W� jG� � .g�class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder & elevator servos, CHA DS06, KST X06, Blue Bird BMS-101DMG, Hitec HS-40
Spoiler servos (2), CHA DS06, KST X06, Blue Bird BMS-101DMG, Hitec HS-40, EMAX ES9051
Receiver, 5 channel receiver to match your transmitter
{endtable}
{table title="Motor Recommendation 1 - geared outrunner, easy fit, good performance" class=1 cols=2 width=80,210 align=L,L autohref=2}
Motor, Hacker A10-7L 4.4:1
Spinner, 30mm Dualsky Spinner for 3mm shafts, 30mm GM F5J Spinner, 3mm Split Collet for GM Spinners, 30mm CN-U Spinner, 3mm Collet for CN-U, 30mm Ali Spinner
3S Prop blades, CN 12x6, GM 12x8, GM 13x8, CN 13x9
ESC, Dualsky SUMMIT 3 � .pP1HV, Hitec HS-40
Spoiler servos (2), CHA DS06, KST X06, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Hitec HS-40, EMAX ES9051
Receiver, 5 channel receiver to match your transmitter
{endtable}
{table title="Resilience W Competition F3L Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Bare structure, 250 g, 8.8 oz
Covering, 50 g, 1.8 oz
Total structure, 300 g, 10.6 oz
Receiver, 5 g, 0.2 oz
Rudder servo, 6 g, 0.2 oz
Elevator servo, 6 g, 0.2 oz
Spoiler servos (2), 12 g, 0.4 oz
Battery, 50 g, 1.8 oz
Nose weight, 51 g, 1.8 oz
Flying weight from, 430 g, 15.2 oz
{endtable}
{video,Gd2WB1LWJC4?si=h51dvhWjNyCHtltK}
{vide .i�0 SLIM 6V SBEC ESC, Dualsky SUMMIT 30 SLIM 8V SBEC ESC
3S Battery, Bonka LiPo 3S 300mAh , Bonka HV LiPo 3S 520mAh , Radient LiPo 3S 450mAh, 3S 300 - 1000mAh LiPo
{endtable}
{table title="Motor Recommendation 2 - small outrunner, tight fit, average peformance" class=1 cols=2 width=80,210 align=L,L autohref=2}
Motor, Dualsky XM2225EG-23
Spinner, 30mm Dualsky Spinner for 3mm shafts, 30mm GM F5J Spinner, 3mm Split Collet for GM Spinners, 30mm CN-U Spinner, 3mm Collet for CN-U, 30mm Ali Spinner
2S Prop blade y .q\s, GM 9x5, GM 9x6, Dualsky 8.5x6
3S Prop blades, Vitaprop 8x4, Vitaprop 8x5, Dualsky 8x5.5
ESC, Dualsky SUMMIT 30 SLIM 6V SBEC ESC, Dualsky SUMMIT 30 SLIM 8V SBEC ESC
2S Battery, GNB LiPo 2S 350mAh, Bonka LiPo 2S 400mAh, GNB LiPo 2S 550mAh, Bonka HV LiPo 2S 550mAh, Radient LiPo 2S 600mAh, 2S 300 - 1000mAh LiPo
3S Battery, Bonka LiPo 3S 300mAh , Bonka HV LiPo 3S 520mAh , Radient LiPo 3S 450mAh, 3S 300 - 1000mAh LiPo
{endtable}
{table title="Motor Recommendation 3 - cased outrunner, best performance but motor has to be built in during construction" class=1 cols=2 width=80,210 align=L,L autohref=2}
Motor, Dualsky XM2532EG-16
Spinner, 30mm Dualsky Spinner for 4mm shafts, 30mm GM F5J Spinner, 4mm Split Collet for GM Spinners, 30mm CN-U Spinner, 4mm Collet for CN-U
2S Prop blades, CN 9x7, Dualsky 9x6.5, GM 10x6, Dualsky 10x7
3S Prop blades, Vitaprop 8x5, Dualsky 8x5.5, Dualsky 8.5x6
ESC, Dualsky SUMMIT 30 SLIM 6V SBEC ESC, Dualsky SUMMIT 30 SLIM 8V SBEC ESC
2S Battery, GNB LiPo 2S 350mAh, Bonka LiPo 2S 400mAh, GNB LiPo 2S 550mAh, Bonka HV LiPo 2S 550mAh, Radient LiPo 2S 600mAh, 2S 300 - 1000mAh LiPo
3S Battery, Bonka LiPo 3S 300mAh , Bonka HV LiPo 3S 520mAh , Radient LiPo 3S 450mAh, 3S 300 - 1000mAh LiPo
{endtable}
{table title="Resilience W Competition F5L Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Bare structure, 250 g, 8.8 oz
Covering, 50 g, 1.8 oz
Total structure, 300 g, 10.6 oz
Receiver, 5 g, 0.2 oz
Rudder servo, 6 g, 0.2 oz
Elevator servo, 6 g, 0.2 oz
Spoiler servos (2), 12 g, 0.4 oz
Motor, 40 g, 1.4 oz
Prop & spinner, 17 g, 0.6 oz
Battery, 44 g, 1.6 oz
ESC, 10 g, 0.4 oz
Flyi � .p�o, qhmSatL1css?si=gjpFGHeSgO4rXz_Y}
{video, Bb0sf_KR8pw?si=sU_12Qe6iV7FLNuf}
{video, cMJtlRRy1e4?si=L69QKxoDBxPwNxpM}
{video, Lou7lhc9PJ hQ?si=nIT61pc04eMCA4fg}
� � � � � � � � � � � � � � � � 7� jiL< �ng weight from, 440 g, 15.5 oz
{endtable}
� � � � � � � � � � � � � � � � 7� jU:
! .��SE*Encanto V3 F5L 2m Electric Fus � 2F5� q� jo� Q +ap
{href, \extras\Prime-Q-F3L-V-tail-building-manual.pdf, Prime Q V Tail Build Man
�� j`� -rxAlpenbris .�Hience in -��r manoeuv #} ��b �� iW�� .�� � .�� Recommendation (nose mounted)" class=1 cols=2 width=80,210 align=L,L autohref=2}
Motor, T-Motor F1404 2900 RPM/V
Spinner & prop, Sugar Glider Prop Assembly
ESC, Schnurzz 12A ESC
2S Battery, Bonka LiPo 2S 300mAh , GNB HV LiPo 2S 300mAh
{endtable}
Steel jsb I .v� width=80,210 align=L,L autohref=2}
Motor, XPower F2915/12 XLight
Spinner, 35mm Ali Spinner for 3, 3.17, 4 & 5mm shafts
3S Prop blades, CN 9x7, GM 10x6
ESC, Dualsky SUMMIT 30X 6V SBEC
3S Battery, 3S 1Ah - 1.6Ah LiPo
{endtable}
{table title="Motor Recommendation 2" class=1 cols=2 width=80,210 align=L,L autohref=2 separator=;}
Motor; XPower F2919/10 Light
Spinner; 35mm Ali Spinner for 3, 3.17, 4 & 5mm shafts
3S Prop blades; CN 9x7, GM 10x6
ESC; Dualsky SUMMIT 60 SLIM 6V SBEC
3S Battery; 3S 1Ah - 2Ah LiPo
{endtable}
{table title="Recommended Servos" class=1 cols .v�=2 width= .��110,235 align=L,L autohre E �X
CARBON-BOOM-9-4%9mm - 4mm x 0.77m Tapered Carbon Boom� This boom is ideal for 1m to 1.5m gliders' wing spars and for lightweight low drag tail booms. They are especially suitable for discus launched gliders (DLG), small electric and FF models.
High quality wound carbon epoxy tapered boom. Ideal for wing spars and low drag tail booms in RC and FF gliders and DLGs.
{cboom, 9, 4, 0.4, 8.4, 77, DLG wing spars, tail booms}
{i,Quantity discounts available for orders of 10 or more.} � � � � 2� � � � � � � � 3 J� jE7�
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The <b>APEX F3L</b> is the latest 2m RES glider development by Stefan Schweiger, designer of the internationally proven Purito. Following four years of continuous development and testing, the APEX represents a systematic refinement of the Purito concept with emphasis on aerodynamic efficiency, energy retention, and performance in wind.
The aerodynamic layout and airfoil system were designed by Eser Kismir.
<b>Structure & Construction</b>
The wing utilises a tubular main spar layout with construction principles derived directly from the Purito platform, for ease and accuracy of assembly. Structural design prioritises torsional stiffness, load consistency under launch, and repeatable build accuracy.
The kit follows the established Purito construction methodology and is optimised for precise, low-tolerance assembly.
<b>Ballast System</b>
Internal ballasting is implemented through the wing spar, positioned directly at the model�s centre of gravity (CG).
Typical flying weight: <b>380�480 g</b>
Additional ballast capacity: <b>up to 90 g</b>, installed via the canopy
This configuration allows rapid mass adaptation without CG shift.
<b>Flight Characteristics & Measured Performance</b>
The APEX has been validated through competitive flying and direct comparative testing against lightweight Purito setups.
<b>Launch performance</b>
- Identical launch heights in calm conditions
- Slightly improved launch altitude in headwind
<b>Glide & penetration</b>
In zero-air comparative tests from equal launch height:
- Flight time: <b>no measurable difference</b>
- Distance covered: <b>30�40% greater</b> for the APEX
This confirms higher average airspeed at equivalent sink rate.
<b>Wind performance</b>
The airframe allows operation at a <b>significantly higher base speed</b> while maintaining controllability, providing improved penetration and working range in moderate to strong wind.
<b>Geometry & Specifications</b>
Wingspan: <b>2000 mm</b>
Wing chord: <b>190 mm</b>
Tip chord: <b>104 mm</b> (5 different airfoil sections used across the span)
Wing area: <b>34 dm�</b>
Wing configuration: <b>3-piece design</b>
Airfoil: <b>Proprietary in-house design by Eser Kismir</b>
Fuselage length: <b>1280 mm</b>
Ready-to-fly weight (F3L version): <b>approx. 380�420 g</b>
For more info and a very nice build log see this {href, https://www.rcgroups.com/forums/showthread.php?4830965, RCGroups thread}.
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder & e u -�@er Kismir</b>
Fuselage length: <b>1280 mm</b>
Ready-to-fly weight (F5L version): <b>approx. 420 - 480 g</b>
For & �� jk�0 � .�$ `�` � /�0with less control surface drag in thermal turns and normal flight modes. Also the ability to have crow braking on landing greatly improves control on approach and landing, reducing the likelihood of fumbled catches and resultant damage. Plus the thoroughbred low drag design of the Vortex 5 and excellent surface finish give high launches (up to 80m) and an excellent glide angle. All the models have two piece wings and removable tailplanes and fins to aide transport and storage. We also stock the 4 servo (flaperon) version for those pilots who prefer the simplicity and lighter weight of this configuration.
Like the Vortex 4 the build quality is excellent and the engineering is very impressive. Apart from of course perfectly molded carbon parts the kit comes with a very nicely engineered system for automatic connection of the aileron controls when the wing is attached. This is a different level of convenience and functionality to other DLGs we sell.
Supplied with a complete accessory bag including all the items necessary to complete the model. Two servo trays are included for the tail servos. These trays are designed for MKS HS75K, MKS HV70, KST X06 & KST A06 servos. CHA HV06 and CHA LV06 also fit.
We are stocking the two piece wing version (2pw) with a bottom mounted tailplane, in various layups. The models available also have the updated slightly taller fuselage that accomodate the KST A06 servo.
See {href, https://www.rcgroups.com/forums/showthread.php?4726945-Vortex-5, RCGroups Vortex5} thread for more info.
{table title="Vortex 5 1.5m DLG Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.5 m, 59 in
Wing area, 19.1 dm2, 300 sq in
Length, 105 cm, 41.2 in
Flying weight from, 235 g, 8.3 oz
Wing loading, 12.4 g/dm, 4.1 oz/sq ft
Aspect ratio, 11.7,
Wing airfoil, Proprietary,
Dihedral angle, 6.5�,
Centre of Gravity, 68-70 mm from wing leading edge
Controls, "Rudder, elevator, ailerons, flaps"
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Tail servos, KST A06, KST X06, MKS HV70H, MKS HS75H, MKS HV75, CHA DS06, CHA LV06, CHA HV06
Flap servos, KST A06, KST X06, KST X08, KST A08, MKS HV70H, MKS HS75, CHA DS06, CHA LV06H, CHA HV06H
Aileron servos, KST A06N, KST X06N, KST X08N, KST A08N, MKS HV70H, MKS HS75, CHA DS06, CHA LV06H, CHA HV06H
Receiver, 6 channel rx to match your transmitter, max size approx 60mm x 25mm x 12mm eg FrSky GR6, JR RG612BX, Spectrum AR6610T
Power, 1S 400-600 mAh LiPo, 2S 300-400 mAh LiPo
{endtable}
{table title="Vortex 5 1.5m DLG Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 41.0 g, 1.4 oz
Wings, 101.0 g, 3.6 oz
Fin, 5.5 g, 0.2 oz
Tailplane, 5.5 g, 0.2 oz
Accessories, 20.0 g, 0.7 oz
Total structure, 173.0 g, 6.1 oz
Receiver, 5.0 g, 0.2 oz
Tail servos, 12.8 g, 0.5 oz
Aileron servos, 12.8 g, 0.5 oz
Flap servos, 12.8 g, 0.5 oz
Battery, 20.0 g, 0.7 oz
Flying weight, 236.4 g, 8.3 oz
{endtable}
{video, HhBZf3x-L < � � � � � � � � *� j�{ � .r� gliders. You can't see the diagonal ribs in the photos, but they help keep the wing rigid, improving the performance at when the model is flying at speed.
Also the negative dihedral tailplane follows the latest trend in F5J, and may improve stability and controllability when circling.
Revolt is the third model in the series from Tom� Hlavinka/HP model production.
Seven years of exper teel jmnz ,&� � Alu Taiwanj5f +G��
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�� jB� �� jmnz ,�� Vortex � ,_� ��b .�D2H7� ,�4 �� B L 2A0� �� jgy4 ( � � K 2B3� �� i��i $ � J 2B3� �� jC�& M .�Tthe production of RES models, feedback from customers and a wealth of knowledge from top pilots from around the world have led to the development of a revolutionary new model for the international FAI F3L/F5L category. REVOLT is designed as a universal model for both F3L and F5L. It is not a special one designed mainly for F3L like
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Rudder & Elevator, CHA DS06, KST X06, PTK 7308, PTK 7306, KST X08, KST A08
Ailerons (2 servos), CHA DS06, KST X06, PTK 7308, PTK 7306, KST X08, KST A08
{endtable} � � � � � dP� � � � � � � � � 4\ m� j�� z Replacement Alpenbrise 4m wing joiner � � � � � � � � � � � � � � � 3k 4� ioV� ?� Aluminium j`�� uminium i�N Aluminium j�U �IM 8V SBEC ESC
2S Battery, Bonka LiPo 2S 300mAh , GNB HV LiPo 2S 300mAh, GNB LiPo 2S 350mAh, GNB LiPo 2S 550mAh
{endtable}
{table title="Wiki F3L Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Bare structure, 245 g, 8.6 oz
Covering, 50 g, 1.8 oz
Total structure, 295 g, 10.4 oz
Receiver, 6 g, 0.2 oz
Rudder servo, 5 g, 0.2 oz
Elevator servo, 5 g, 0.2 oz
Spoiler servos, 10 g, 0.4 oz
Battery, 40 g, 1.4 oz
Noseweight, 9 g, 0.3 oz
Flying weight, 370 g, 13.1 oz
{endtable}
See this {href, https://lpechan.rajce.idnes.cz/Stavba_Wiki_RES, Photo Build Log} for build info.
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Spoiler Servos: KST X06H V6, EMAX ES9051, CHA DS06
Battery Options: Li-ion 1S / 2600 mAh; 2S LiPo 300-850 mAh; NiMh 300-700 mAh
Receiver: 4- or 5-channel receiver compatible with your transmitter
{b,Prime Q Control Movements:}
Rudder: 20 mm each way, expo 10-20%
Elevator: 14 mm each way, expo 10-20%
Spoiler: 80� up
Center of gravity: 82-84 mm from wing leading edge
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HINGE-TAPEClear Hinge Tape% This clear UV resistant 19 mm (3/4") wide tape is perfect for hinging control surfaces. Will not yellow from normal exposure to sunlight or stop sticking.
{bullet}
Totally Clear
Self Adhesive Hinge Tape
Non Yellowing
UV Resistant
19mm x 33m Rolls
Supplied as � ' /9l ���b�
HR-X06 Balsa Frame for KST % � 1M3{ s� Plastic jo78 .�4m Tube 6m ,r�single ro m OD, 4.9mm IDY �� j2� B� jq�U
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APEX-F5L Apex F5L 2m RES Electric Gliderj The <b>APEX F5L</b> is the latest 2m RES electric glider development by Stefan Schweiger, designer of the internationally proven Purito. Following four years of continuous development and testing, the APEX represents a systematic refinement of the Purito concept with emphasis on aerodynamic efficiency, energy retention, and performance in wind.
The aerodynamic layout and airfoil system were designed by Eser Kismir.
Two versions of the fuselages are available, one intended for cased outrunners like the {href, products.asp?code=XM2527EG-23, Dualsky XM2527EG-23} and another designed for drone type outrunners like the {href, products.asp?code=F60-1750, T-Motor F60 Pro}. When puchasing please select the required version - under the [Add to Basket] button.
<b>Structure & Construction</b>
The wing utilises a tubular main spar layout with construction principles derived directly from the Purito platform, for ease and accuracy of assembly. Structural design prioritises torsional stiffness, load consistency under launch, and repeatable build accuracy.
The kit follows the established Purito construction methodology and is optimised for precise, low-tolerance assembly.
<b>Ballast System</b>
Internal ballasting is implemented through the wing spar, positioned directly at the model�s centre of gravity (CG).
Typical flying weight: <b>380�480 g</b>
Additional ballast capacity: <b>up to 90 g</b>, installed via the canopy - to be confirmed
This configuration allows rapid mass adaptation without CG shift.
<b>Flight Characteristics & Measured Performance</b>
The APEX has been validated through competitive flying and direct comparative testing against lightweight Purito setups.
<b>Glide & penetration</b>
In zero-air comparative tests from equal launch height:
- Flight time: <b>no measurable difference</b>
- Distance covered: <b>30�40% greater</b> for the APEX
This confirms higher average airspeed at equivalent sink rate.
<b>Wind performance</b>
The airframe allows operation at a <b>significantly higher base speed</b> while maintaining controllability, providing improved penetration and working range in moderate to strong wind.
<b>Geometry & Specifications</b>
Wingspan: <b>2000 mm</b>
Wing chord: <b>190 mm</b>
Tip chord: <b>104 mm</b> (5 different airfoil sections used across the span)
Wing area: <b>34 dm�</b>
Wing configuration: <b>3-piece design</b>
Airfoil: <b>Proprietary in-house design by Es ,ݜTB2Precision Aliphatic TB2� Premium Quality Aliphatic Wood Glue in a handy 30ml precision Applicator bottle. The Bottle has a metal tip and silicone cap.
Perfect for wood to wood joints as well as paper and card. Can be used to compliment Superhpatic resin or Laser cut wood glue where the joints are not as precise / handcut. Also can be used to add small fillets to areas already bonded with water based adhesives.
This premium one-part wood glue passes the ANSI Type II water-resistance specification. Provides a strong initial tack, fast speed of set, superior strength and excellent sandability. It is FDA approved for indirect food contact (cutting boards)
{bullet}
Features & Benefits
Excellent sandability
FDA approved for indirect food contact
Easy cleanup with water
Designed for interior and exterior use
Unaffected by finishes
{endbullet}
The bottle can also be washed out and refilled with your favourite water based adhesive.
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X� js �� jr�K � .�0no DPDT On-Off Switch� Tiny DPDT toggle switch that is ideal for wiring as an on-off switch for small RC models.
Weight: 0.33g
Size: 7 x 5 x 10 mm
� � K� � � � � � � � � � 2F4� 4� jd�< lastic j6� � -�� � � � � 2 2G6� Scotch Crystal Clear Tape, Value Pack - 8 Rolls, 19 mm x 33 m - Provides a Strong and Permanent Bond
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� �A-DECAL AngelWing Designs Aria Decal SetI Decal set specially designed for the AngelWing Designs Aria slope soarer. � � � � � � � � � � � � d 4� !� i�,� �� j0U� minium j�
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APE
$� i�̨ - � � � 2F6� (� jV�b Q .Ѱ's {b, Cayley F5J} is a very impressive high-performance 4m electric thermal soarer developed for F5J competition and serious thermal duration flying. Made by a highly regarded manufacturer in Ukraine, and with a superb glossy finish the Cayley excels in the competition environment while its pleasant handling and forgiving nature also make it a great choice for sports pilots who want to enjoy a top performing 4m glider. Already proving itself in competition, the Cayley is an excellent choice for modellers who want to have an outstanding thermal soarer without breaking the bank.
With its refined low-drag airframe the Cayley has a great L/D to allow confident ranging to distant thermals, excellent climb performance even in marginal lift and a good high speed glide to allow return to the spot even against strong wind. The forgiving wing design and large control surfaces deliver great manoeuvrability and very precise handling on final approach, making 50 point spot landings routine.
The Cayley F5J is made from high modulus carbon fibre and engineered for strength and aerodynamic efficiency. The two piece fuselage and four piece wing results in a compact model that is easy to transport and store. The fuselage incorporates a ballast tube to allow the model to be flown efficiently in the windy conditions now becoming more common, while also excelling in lighter conditions with the ballast removed.
Some HyperFlight Cayley models are supplied with the IDS wing system installed for a clean, low-drag control setup. Servorahmen servo trays and IDS pushrods are perfectly installed in the wings. This massively reduces RC installation work and ensures correct linkage geometry.
The model comes with a complete wiring harness with the plugs and sockets built into the wing root and fuselage sides. A set of 3D printed parts and servo tray (with 22x8mm servo apertures) allow the tail servos mounted in the front of the tailboom to be auto connected to the supplied receiver wiring harness when the tailboom is pushed in place. We recommend this is secured with clear tape, not glue.
The model is supplied with two sets of wing joiners, allowing equivalent dihedral angles from 7.6� to 10.2�. See the table below for the EDA of each combination. The fuselage pushrods are ready installed and servo mounts and all linkages are included.
<b>Features</b>
{bullet}
High performance competition proven F5J thermal soarer.
Designed for both weak-lift performance and strong all-round competition handling.
Quality wiring harness included.
Two sets of wing joiners allow the lateral stability to be tuned to the pilots preference.
Two piece fuselage and four piece wing for easy transport and storage.
IDS system installed in wing for quick and easy RC installation and low drag (optional).
Easy fuselage field assembly with auto connectors for minimum fuss.
{endbullet}
<b>Weight/Strength Options</b>
The Cayley is available in various carbon layups giving different structural strengths and weights so pilots can choose the airframe best suited to the flying conditions.
<b>Light</b>
The Light layup is intended for the weakest conditions, where minimum sink and the ability to exploit very small or soft lift are most important. It is best suited to calm mornings, weak thermals and low-wind competition rounds where every gram matters. This is the version for pilots who want the lightest practical setup and maximum sensitivity in gentle air.
<b>Regular</b>
The Regular layup offers a balance between low weight and greater everyday versatility. It is well suited to typical UK and European thermal conditions, where some penetration and energy retention are needed without giving away too much light-air performance. This version weighs approximately 70g more than the Light layup model. For many pilots, this is the most adaptable all-round choice.
<b>Strong</b>
The Strong layup is intended for more demanding conditions, including breezier weather, stronger launches and pilots who prefer a more robust airframe. The additional structural margin makes it better suited to higher wind strengths and more aggressive flying, while still retaining the core thermal performance of the Cayley design. This version weighs approximately 250g more than the Regular layup model
Lighter versions favour minimum sink and weak-lift efficiency, while the heavier versions offer improved penetration, energy retention and confidence in stronger air. The Cayley can also be ballasted, allowing the wing loading to be tuned further to suit the conditions on the day.
(c) 2026 Neil Stainton.
{table title="Cayley F5J Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 4.0 m, 156 in
Wing area, 76.4 dm2, 1184 sq in
Length inc spinner, 173 cm, 68.1 in
Flying weight from, 1122 g, 39.6 oz
Wing loading, 14.7 g/dm, 4.8 oz/sq ft
Aspect ratio, 20.6,
Wing airfoil, SoaringLab23,
EDA (dihedral), 7.6� to 10.2�,
Spinner Diameter, 30 mm,
Centre of Gravity, 92 - 97 mm from wing leading edge
Controls, "Rudder, elevator, ailerons, flap, throttle"
{endtable}
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder & elevator servos, Blue Bird BMS-A10H, Blue Bird BMS-A12H, MKS HV70H, MKS HS75H
Aileron servos (to match IDS fitted), Blue Bird BMS-125WV, MKS HV6120
Flap servos (to match IDS fitted), Blue Bird BMS-125WV, MKS HV6130
Receiver, 7 channel receiver to match your transmitter
{endtable}
{table title="Powertrain Recommendation 1" class=1 cols=2 width=20,210 align=L,L autohref=2}
Motor, XPower F2919/10 Light
Spinner, 32mm Dualsky Spinner for 5mm shafts, 32mm GM F5J Spinner, 5m e .ɴi} 77cm (30") flying wing slope soarer, the second model to emerge from the collaboration between Nic �� jN�Q
i� � � �� jp�� ! +$|cmW We are pleased to offer the N � 2� � � � � � � � 2A2� �� jp�� $ k Chitty and AngelWing Designs.
Originally developed by Nick, the design was then refined by AngelWing Designs, who reworked the CAD model for more efficient production and faster, simpler assembly. The result is a practical, tough and easy-to-build kit that is perfectly suited to regular slope use.
One of the many improvements is the replacement of the traditional balsa leading edge with a hardwood dowel. This gives the Shushi far better durability on the slope, helping it shrug off knocks and rough landings, while also removing the need for careful sanding to achieve the correct profile.
With a wingspan of 77cm and a flying weight of around 200g, the Shushi is a compact and highly capable little wing. It performs exceptionally well in light to moderate winds, and is equally at home on smaller slopes where larger models can feel less lively.
Benefits of the Shushi:
{bullet}
Compact one piece model
Quick build
Strong wood construction
Easy servo installation
Simple adjustable linkage system included
All servo linkages included
Colour vinyl cut logo
{endbullet}
Items required to finish the model:
{bullet}
2 x PTK 7350-MG-D or similar servos
6v 400mah AAA Rx Battery
Micro RX
Transmitter with Delta Mixing options
Covering film ({href, https://www.hyperflight.co.uk/products.asp?search=feather+cover,Feather Cover} or {href, https://www.hyperflight.co.uk/products.asp?search=oralight, Oralight} recommended)
Wood Glue
Adhesives and tape
{endbullet} We recommend {href, https://www.hyperflight.co.uk/products.asp?search=feather+cover,Feather Cover} or {href, https://www.hyperflight.co.uk/products.asp?search=oralight, Oralight} covering film is used.
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Two win 1 -;�m Split Collet for GM Spinners
3S LiPo prop, GM 10x6, CN 10x6, Dualsky 10x7
ESC, Dualsky SUMMIT 60 SLIM 6V SBEC, Dualsky SUMMIT 60 SLIM 8V SBEC, YGE 65LVT
Battery, GnB 850 mAh 3S LiPo
{endtable}
{table title="Powertrain Recommendation 2" class=1 cols=2 width=20,210 align=L,L autohref=2}
Motor, XPower F2925/8 Windy
Spinner, 32mm Dualsky Spinner for 5mm shafts, 32mm GM F5J Spinner, 5mm Split Collet for GM Spinners
3S LiPo prop, GM 11x6, CN 11x8
4S LiPo prop, CN 9x7, GM 10x5, GM 10x6
ESC, Dualsky SUMMIT 60 SLIM 6V SBEC, Dualsky SUMMIT 60 SLIM 8V SBEC, YGE 65LVT
Battery, GnB 850 mAh 3S or 4S LiPo
{endtable}
{table title="Cayley Equivalent Dihedral Angles" class=1 cols=3 width=110,115,115 align=L,L,L}
#Equivalent Dihedral Angle (EDA), Root joiner angle, Tip joiner angle
7.6�, 3�, 6�
8.6�, 4�, 6�
9.2� (recommended), 3�, 8�
10.2�, 4�, 8�
{endtable}
{table title="Cayley F5J Light Layup Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuse front, 93 g, 3.3 oz
Tailboom, 53 g, 1.9 oz
Wing centre panels, 335 g, 11.8 oz
Wing tips, 225 g, 8.0 oz
Tailplane, 33 g, 1.2 oz
Fin, 28 g, 1.0 oz
Accessories, 38 g, 1.3 oz
Total structure, 845 g, 29.8 oz
Receiver, 8 g, 0.3 oz
Rudder servo, 8 g, 0.3 oz
Elevator servo, 8 g, 0.3 oz
Wing servos (4), 44 g, 1.6 oz
Speed control, 33 g, 1.2 oz
Motor, 83 g, 2.9 oz
Prop & spinner, 18 g, 0.6 oz
Battery, 75 g, 2.6 oz
Flying weight, 1122 g, 39.6 oz
{endtable}
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Two wing pieces
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Taiwanjg�V eelTaiwanj3� Taiwanj>-K � � d 3a Strike 3 components
One fuse
One fin
One tailplane
One wing piece
One bag of accessories
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{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder & elevator servos, KST X06, CHA DS06
Spoiler servos (2) (frames for KST X06H included), KST X06H � .� 6
Receiver, 5 channel receiver to match your transmitter
{endtable}
{table title="Dualsky Motor Recommendation" class=1 cols=2 width=80,210 align=L,L autohref=2}
Motor, Dualsky XM2527EG-23, Dualsky XM2532EG-16
Spinner, 30mm Dualsky Spinner for 3.17mm shafts, 30mm GM F5J Spinner, 3.2mm Split Collet for GM Spinners, 30mm Ali Spinner
3S Prop blades, Vitaprop 8x4, Vitaprop 8x5, A� jp�6
A� jq�
A� jq� jG� � /=�Dualsky 8x5.5
ESC, Dualsky SUMMIT 30 SLIM 6V SBEC ESC, Dualsky SUMMIT 30 SLIM 8V SBEC ESC
3S Battery, Bonka LiPo 3S 300mAh , Bonka HV LiPo 3S 520mAh , Radient LiPo 3S 450mAh, 3S 300 - 850mAh LiPo
{endtable}
{table title="T-Motor Powertrain Recommendation" class=1 cols=2 width=20,210 align=L,L autohref=2}
Motor, T-Motor F60 Pro IV V2.0 1750 RPM/V
Spinner, 30mm Dualsky Spinner for 5m .ޠlevator servos, KST X06, CHA DS06
Spoiler servos (2) (frames for KST X06H included), KST X06H, CHA DS06
Receiver, 4-5 channel receiver to match your transmitter
{endtable}
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One wing and fuselage
One fin
One bag of accessories
One glider nosecone~ }� jc� � +.�12 g, 11.0 oz
Receiver, 6 g, 0.2 oz
Rudder servo, 6 g, 0.2 oz
Elevator servo, 6 g, 0.2 oz
Spoiler servos (2), 12 g, 0.4 oz
Motor, 34 g, 1.2 oz
Prop & spinner, 16 g, 0.6 oz
Batter ] .� Prop blade root width, 5 mm
Weight, 4.5 g
{endtable}
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22SS/19 g pieces~ �� jn'A � �
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THO M .� LiPo 2S 400mAh, 2S 300-600mAh LiPo
{endtable}
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� � O � � � � � � � � � � � � h�4� �� Wood, carbon fibre jp�� �7nx64zdh_8Ce2O}
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{video, STHIWP26JWc?si=kdHzzvdwsgxhyzcE}
{video, ED_AbhotXGY?si=lwtaXcT_G9xn-dMz} � � O � � � � � � � � � � � � 4� �� j`=O � +�aill This kit consists of an Encanto V3 F5L electric fuselage, tailplane and fin kit. This is not a completed fuselage.
This V3 fuselage has several improvements over the previous fusel L Wiki. Revolt uses the unique shape and profile of the wing from Gerald Tylor. The characteristic feature of the Revolt model is the negative elevator (also known as the Mercedes tail), which can be controlled by one or two servos. The fuselage of the glider has a minimalist cross-section for the lowest possible frontal resistance. The front part is largely made of balsa and plywood for greater strength, the tail is supported by a carbon beam. The proven geodetic rib design has been used again. Same as the WIKI model. This method increases the required wing stiffness by an order of magnitude. The result is a lighter airframe with greater stiffness and a thinner wing profile for high penetration.
Weight boxes are built into the wings, allowing the addition of 120g of weight when using steel rods. Weight kits (steel and hardwood) with a useful plywood box are available as a separate kit.
Wingspan: 1998mm
Total Area 38.1dm2
Weight: from 400g
Wing airfoil: SynerJ family, by Gerald Taylor
Negative dihedral stabilizer for one or two servos control.
FaceBook videos:
{href, https://www.facebook.com/watch/?v=983745347107234, Impressive low level thermaling}
{href, https://www.facebook.com/watch/?v=923289116063540, Lovely drone footage}
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{video, AHJxMB5Z0fM?si=FzQZqo8UYTDaHSys} x � F � � &X� � � � � � � � c 4� � +& to receive a consignment of Apex F3L and E-Apex F5L almost-ready-to-fly models in late July or early August.
The electric models are all for Dualsky motor � /�|le with all Encanto electric and glider wings.
The front fuselage is all balsa and ply construction. The carbon finish in the photos is {pref, ORACOVER-CARBON, Oralight Carbon} look iron on film.
The new V3 tails are much lighter than the previous ones and allow a lighter powertrain to be used.
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder & elevator servos, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, KST X06, KST X08, CHA DS06, CHA HV06
Receiver, 4 or 5 channel receiver to match your transmitter
Battery, Bonka LiPo 2S 300mAh, Bonka LiPo 2S 400mAh, 2S 300-700mAh LiPo, 3S 300-500mAh LiPo, Bonka LiPo 3S 300mAh, Bonka HV LiPo 3S 520mAh
{endtable}
{table title="Powertrain Recommendations" class=1 cols=2 width=20,210 align=L,L autohref=2}
Motor, Dualsky XM2527EG-23
ESC, Dualsky SUMMIT 30 SLIM 6V SBEC
Spinner, 30mm Dualsky Spinner for 3.17mm shafts, 30mm GM F5J Spinner, 3.17mm 1/8" Split Collet for GM Spinners
Battery, 2S-3S 400mAh-800 mAh LiPo (choose capacity for correct CG)
2S LiPo prop, GM 9x5, Vitaprop 9x5, GM 9x6, Dualsky 9x6.5
3S LiPo prop, Vitaprop 8x4, Vitaprop 8x5, Dualsky 8x5.5
{endtable}
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EG500-16/Dualsky EG500-16 1300 RPM/V 72g Cased Outrunner� The {b, Dualsky EG500-16 1300 RPM/V 72g Cased Outrunner} is a brilliant new motor for F5J and other 750g to 2kg gliders. The 29mm outer case does not rotate and the leads are attached to the rear of the motor. This solves the problem of the wires on conventional outrunners, which must not come into contact with the rotating parts.
See the images for the full specifications.
{bullet}
Max power (30s) 480W
Only 29mm diameter with a non-rotating can - will fit in small noses.
Hollow 5mm shaft with anti-slip grooves for secure prop mounting.
New magnetic circuit design, with 50SH magnets, increases torque and reduces weight.
Active air cooling with internal fan.
Honeycomb capsule shell construction reduces weight while allowing safe operation at high RPM.
Motor mounting plate separate from windings to eliminate damage from overly long mounting screws.
Recommended Summit Slim ES� .�� ��b�f
EG500-14/Dualsky EG500-14 1480 RPM/V 72g Cased Outrunner� The {b, Dualsky EG500-14 1480 RPM/V 72g Cased Outrunner} is a brilliant new motor for F5J and other 750g to 2kg gliders. The 29mm outer case does not rotate and the leads are attached to the rear of the motor. This solves the problem of the wires on conventional outrunners, which must not come into contact with the rotating parts.
See the images for the full specifications.
{bullet}
Max power (30s) 516W
Only 29mm diameter with a non-rotating can - will fit in small noses.
Hollow 5mm shaft with anti-slip grooves for secure prop mounting.
New magnetic circuit design, with 50SH magnets, increases torque and reduces weight.
Active air cooling with internal fan.
Honeycomb capsule shell construction reduces weight while allowing safe operation at high RPM.
Motor mounting plate separate from windings to eliminate damage from overly long mounting screws.
Recommended Summit Slim ESCs with 16� timing and 24kHz frequency.
{endbullet}
Recommended prop:
3S: 10x6, 1 i .�6� timing and 24kHz frequency.
{endbullet}
Recommended prop:
3S: 10x7, 10x8, 11x6
4S: 8.5x6, 9x5, 9x6 % /x0x7
4S: 9x6, 9x6.5
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EG700-12/Dualsky EG700-12 1220 RPM/V 87g Cased Outrunner� The {b, Dualsky EG700-12 1220 RPM/V 87g Cased Outrunner} is a brilliant new motor for F5J and other 850g to 2.5kg gliders. The 29mm outer case does not rotate and the leads are attached to the rear of the motor. This solves the problem of the wires on conventional outrunners, which must not come into contact with the rotating parts.
See the images for the full specifications.
{bullet}
Max power (30s) 576W
Only 29mm diameter with a non-rotating can - will fit in small noses.
Hollow 5mm shaft with anti-slip grooves for secure prop mounting.
New magnetic circuit design, with 50SH magnets, increases torque and reduces weight.
Active air cooling with internal fan.
Honeycomb capsule shell construction reduces weight while allowing safe operation at high RPM.
Motor mounting plate separate from windings � .�� to eliminate damage from overly long mounting screws.
Recommended Summit Slim ESCs with 16� timing and 24kHz frequency.
{endbullet}
Recommended prop:
3S: 10x6, 10x7
4S: 9x6, 9x6.5
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EG700-10/Dualsky EG700-10 1460 RPM/V 87g Cased Outrunner� The {b, Dualsky EG700-10 1460 RPM/V 87g Cased Outrunner} is a brilliant new motor for F5J and other 850g to 2.5kg gliders. The 29mm outer case does not rotate and the leads are attached to the rear of the motor. This solves the problem of the wires on conventional outrunners, which must not come into contact with the rotating parts.
See the images for the full specifications.
{bullet}
Max power (30s) 648W
Only 29mm diameter with a non-rotating can - will fit in small noses.
Hollow 5mm shaft with anti-slip grooves for secure prop mounting.
New magnetic circuit design, with 50SH magnets, increases torque and reduces weight.
Active air cooling with internal fan.
Honeycomb capsule shell construction reduces weight while allowing safe operation at high RPM.
Motor mounting plate separate from windings to eliminate damage from overly long mounting screws.
Recommended Summit Slim ESCs with 16� timing and 24kHz frequency.
{endbullet}
Recommended prop:
3S: 10x5, 10x6, 10x7
4S: 9x5, 9x6, 9x6.5 W � @ � � '7�S /<� ��b�j
EG700-14/Dualsky EG700-14 1050 RPM/V 87g Cased Outrunner� The {b, Dualsky EG700-14 1050 RPM/V 87g Cased Outrunner} is a brilliant new motor for F5J and other 850g to 2.5kg gliders. The 29mm outer case does not rotate and the leads are attached to the rear of the motor. This solves the problem of the wires on conventional outrunners, which must not come into contact with the rotating parts.
See the images for the full specifications.
{bullet}
Max power (30s) 704W
Only 29mm diameter wirh a non-rotating can - will fit in small noses.
Hollow 5mm shaft with anti-slip grooves for secure prop mounting.
New magnetic circuit design, with 50SH magnets, increases torque and reduces weight.
Active air cooling with internal fan.
Honeycomb capsule shell construction reduces weight while allowing safe operation at high RPM.
Motor mounting plate separate from windings to eliminate damage from overly long mounting screws.
Recommended Summit Slim ESCs with 16� timing and 24kHz frequency.
{endbullet}
Recommended prop:
3S: 11x7, 11x8, 12x6
4S: 10x6, 10x7
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SUM-16LITE!Dualsky Summit 16LITE 6V SBEC ESC; The {b, Dualsky Summit 16Lite} is a compact, lightweight electronic speed control, ideal for small electric models and electric gliders.
Rated at 16A continuous with a 30A burst capability, it includes a 6V 2A SBEC to power the receiver and servos. As expected from Dualsky, it offers reliable performance and excellent value for money.
#Although Dualsky supply the ESC with the brake disabled we reprogram it and supply it with the brake already {b, enabled}, so no programming is required before installation.
The Summit 16Lite uses BLHeli-32 firmware. Reprogramming requires a PC, a suitable interface, and a good level of technical knowledge, so for most users we recommend using the ESC with the supplied settings.
{table title="Dualsky Summit 16Lite ESC Specification" class=1 cols=2 width=100,220 align=L,L separator=:}
Continuous current: 16A
Burst current: 30A
Battery: 2S - 3S LiPo
SBEC: 2A @ 6V, 4A peak
Weight inc leads: 10g
Weight ex leads: 5g
Firmware: BLHeli-32
Programmable: Yes, with an Arduino or our {p,BLHELI-USBprog} interface
Size: 32mm * 15mm * 5.5mm
Battery connector: 10 cm wires, JST plug fitted
Motor connector: 5 cm wires
RC wire length: 15 cm JR + telemetry pin
Telemetry: Yes, KISS (but does not include current)
{endtable}
See the photos for the full specifications.
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SUM-30LITE!Dualsky Summit 30LITE 6V SBEC ESC! The {b, Dualsky Summit 30Lite} is a compact, lightweight electronic speed control, ideal for small electric models and electric gliders.
Rated at 30A continuous with a 50A burst capability, it includes a 6V 4A SBEC to power the receiver and servos. As expected from Dualsky, it offers reliable performance and excellent value for money.
#Although Dualsky supply the ESC with the brake disabled we reprogram it and supply it with the brake already {b, enabled}, so no programming is required before installation.
The Summit 30Lite uses BLHeli-32 firmware. Reprogramming requires a PC, a suitable interface, and a good level of technical knowledge, so for most users we recommend using the ESC with the supplied settings.
{table title="Dualsky Summit 30Lite ESC Specification" class=1 cols=2 width=100,220 align=L,L separator=:}
Continuous current: 30A
Burst current: 50A
Battery: 2S - 4S LiPo
SBEC: 4A @ 6V, 8A peak
Weight inc leads: 20g
Weight ex leads: 12g
Firmware: BLHeli-32
Programmable: Yes, with an Arduino or our {p,BLHELI-USBprog} interface
Size: 44mm * 23mm * 7.2mm
Battery connector: 12 cm wires
Motor connector: 7 cm wires
RC wire length: 20 cm JR + telemetry pin
Telemetry: Yes, KISS (but does not include current)
{endtable}
See the photos for the full spe�� -�� ��b�m
SUM-22LITE!Dualsky Summit 22LITE 6V SBEC ESC! The {b, Dualsky Summit 22Lite} is a compact, lightweight electronic speed control, ideal for small electric models and electric gliders.
Rated at 22A continuous with a 40A burst capability, it includes a 6V 4A SBEC to power the receiver and servos. As expected from Dualsky, it offers reliable performance and excellent value for money.
#Although Dualsky supply the ESC with the brake disabled we reprogram it and supply it with the brake already {b, enabled}, so no programming is required before installation.
The Summit 22Lite uses BLHeli-32 firmware. Reprogramming requires a PC, a suitable interface, and a good level of technical knowledge, so for most users we recommend using the ESC with the supplied settings.
{table title="Dualsky Summit 22Lite ESC Specification" class=1 cols=2 width=100,220 align=L,L separator=:}
Continuous current: 22A
Burst current: 40A
Battery: 2S - 4S LiPo
SBEC: 4A @ 6V, 8A peak
Weight inc leads: 18g
Weight ex leads: 10g
Firmware: BLHeli-32
Programmable: Yes, with an Arduino or our {p,BLHELI-USBprog} interface
Size: 44mm * 23mm * 7.2mm
Battery connector: 12 cm wires
Motor connector: 7 cm wires
RC wire length: 20 cm JR + telemetry pin
Telemetry: Yes, KISS (but does not include current)
{endtable}
See the photos for the full specifications.
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SUM-45LITE!Dualsky Summit 45LITE 6V SBEC ESC# The {b, Dualsky Summit 45Lite} is a compact, lightweight electronic speed control, ideal for small electric models and electric gliders.
Rated at 45A continuous with a 70A burst capability, it includes a 6V 6A SBEC to power the receiver and servos. As expected from Dualsky, it offers reliable performance and excellent value for money.
#Although Dualsky supply the ESC with the brake disabled we reprogram it and supply it with the brake already {b, enabled}, so no programming is required before installation.
The Summit 45Lite uses BLHeli-32 firmware. Reprogramming requires a PC, a suitable interface, and a good level of technical knowledge, so for most users we recommend using the ESC with the supplied settings.
{table title="Dualsky Summit 45Lite ESC Specification" class=1 cols=2 width=100,220 align=L,L separator=:}
Continuous current: 45A
Burst current: 70A
Battery: 3S - 6S LiPo
SBEC: 6A @ 6V, 10A peak
Weight inc leads: 44g
Weight ex leads: 27g
Firmware: BLHeli-32
Programmable: Yes, with an Arduino or our {p,BLHELI-USBprog} interface
Size: 66mm * 25mm * 10.7mm
Battery connector: 15 cm wires
Motor connector: 8 cm wires
RC wire length: 35 cm JR + telemetry pin
Telemetry: Yes, KISS (but does not include current)
{endtable}
See the photos for the full specifications.
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SUM-60LITE!Dualsky Summit 60LITE 6V SBEC ESC The {b, Dualsky Summit 60Lite} is a compact, lightweight electronic speed control, ideal for electric models and electric gliders.
Rated at 60A continuous with a 80A burst capability, it includes a 6V 6A SBEC to power the receiver and servos. As expected from Dualsky, it offers reliable performance and excellent value for money.
#Although Dualsky supply the ESC with the brake disabled we reprogram it and supply it with the brake already {b, enabled}, so no programming is required before installation.
The Summit 60Lite uses BLHeli-32 firmware. Reprogramming requires a PC, a suitable interface, and a good level of technical knowledge, so for most users we recommend using the ESC with the supplied settings.
{table title="Dualsky Summit 60Lite ESC Specification" class=1 cols=2 width=100,220 align=L,L separator=:}
Continuous current: 60A
Burst current: 80A
Battery: 3S - 6S LiPo
SBEC: 6A @ 6V, 10A peak
Weight inc leads: 49g
Weight ex leads: 31g
Firmware: BLHeli-32
Programmable: Yes, with an Arduino or our {p,BLHELI-USBprog} interface
Size: 66mm * 25mm * 10.7mm
Battery connector: 15 cm wires
Motor connector: 8 cm wires
RC wire length: 35 cm JR + telemetry pin
Telemetry: Yes, KISS (but does not include current)
{endtable}
See the photos for the full specifications.
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SUM-USB-LINK.USB LINK for Summit 30 Summit 60 and Lite ESCs� The BL Heli USB Programmer can be used to program a BLHeli-32 (and a BLHeli-S we think) ESC using a PC. This device replaces the Arduno Nano usually used. Works with all Dualsky Summit 30, 60 and Lite ESCs except for the Light 100A ESC.
You will need a suitable USB serial driver. Download the BLHeli-32 Suite � � /'� ��b�r
TELELINKTELElink for Summit Xc Telemery interface to allow Summit X ESCs to interface with SBus2, ExBus, SRXL2 protocol receivers. ' � � � ?� � � � � � � � �
�� jm�q � /d� from {href, https://github.com/bitdump/BLHeli/releases, Github}. More info {href, https://github.com/bitdump/BLHeli/?tab=readme-ov-file, here}.
Also see this {href,https://oscarliang.com/connect-flash-blheli-32-esc/, Oscar Liang info}.
For advanced PC users only. To get it to work plug it into a windows 10 machine. After a few mins the following driver gets installed.
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Weight, 102 g/m2, 0.34 oz/ft2
Shrinkage @ ? /)� ��b�u
ORACOVER-NEON-PINK3Oracover Fluorescent Neon Pink 21-014 Covering Filmp A 200 cm x 60 cm roll of {b,Oracover Fluorescent Neon Pink} covering film.
This standard weight Oracover has all the benefits of Oralight but it is stronger and is suitable for electric RC models and R/C gliders where strength and looks are more important than light weight.
{table title="Oracover Fluorescent Neon Pink} Film Specifications" class=1 cols=3 width=110,115,115 align=L,L}
Colour, Fluorescent Neon Pink
Length, 200 cm, 78.7"
Width, 60 cm, 23.6"
Thickness, 45 um, 0" "4 ��b�t
ORACOVER-FERRARI-RED)Oracover Ferrari Red 21-023 Covering Film{ A 200 cm x 60 cm roll of {b,Oracover Ferrari Red} covering film.
This standard weight Oracover has a Ferrari Red solid color. It has all the benefits of Oralight but it is stronger and is suitable for electric RC models and R/C gliders where strength and looks are more important than light weight.
{table title="Oracover Ferrari Red Covering Film Specifications" class=1 cols=3 width=110,115,115 align=L,L}
Colour, Ferrari Red
Length, 200 cm, 78.7"
Width, 60 cm, 23.6"
Thickness, 45 um, 0.001"
Weight, 74 g/m2, 0.25 oz/ft2
Shrinkage @ 150�C , 5% in both directions
Melting point, 250 �C
Packaging, Supplied rolled
Supplier ref, ORA21-023-002
{endtable}
Please download these PDF files for more useful info:
{href,\extras\Oracover-Covering-Weights.pdf, Oracover Covering Weights PDF}
{href,\extras\Oracover-Product-Information_2010_engl.pdf, Oracover Product Info PDF} � � -� � � � � � � � � � � 3B1 � "�COVER-FL-GREEN/Oracover Fluorescent Green 21-041 Covering Filmd A 200 cm x 60 cm roll of {b,Oracover Fluorescent Green} covering film.
This standard weight Oracover has all the benefits of Oralight but it is stronger and is suitable for electric RC models and R/C gliders where strength and looks are more important than light weight.
{table title="Oracover Fluorescent Green} Film Specifications" class=1 cols=3 width=110,115,115 align=L,L}
Colour, Fluorescent Green
Length, 200 cm, 78.7"
Width, 60 cm, 23.6"
Thickness, 45 um, 0.001"
Weight, 102 g/m2, 0.34 oz/ft2
Shrinkage @ 150�C , 5% in both directions
Melting point, 250 �C
Packaging, Supplied rolled
Supplier ref, ORA21-041-002
{endtable}
Please download these PDF files for more useful info:
{href,\extras\Oracover-Covering-Weights.pdf, Oracover Covering Weights PDF}
{href,\extras\Oracover-Product-Information_2010_engl.pdf, Oracover Product Info PDF} � � &_� � $� � � � � � � � � 3B1 �� jmnz ZO '� ��b�w
ORACOVER-T-GREEN5Oracover Transparent Light Green 21-049 Covering Film� A 200 cm x 60 cm roll of {b,Oracover Transparent Light Green} covering film.
This standard weight Oracover (not Oralight) has a light green transparent color. It has all the benefits of Oralight but it is stronger and is suitable for electric RC models and R/C gliders where strength and looks are more important than light weight.
{table title="Oracover Transparent Green Covering Film Specifications" class=1 cols=3 width=110,115,115 align=L,L}
Colour, Transparent Light Green
Length, 200 cm, 78.7"
Width, 60 cm, 23.6"
Thickness, 45 um, 0.001"
Weight, 54 g/m2, 0.18 oz/ft2
Shrinkage @ 150�C , 5% in both directions
Melting point, 250 �C
Packaging, Supplied rolled
Supplier ref, ORA21-049-002
{endtable}
Please download these PDF files for more useful info:
{href,\extras\Oracover-Covering-Weights.pdf, Oracover Covering Weights PDF}
{href,\extras\Oracover-Product-Information_2010_engl.pdf, Oracover Product Info PDF} � � -� � � � � � � � � � � 3B1 minium jn�
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G5-15PTK G5-15 Metal Servos Arms� Small metal servos arms with a 4mm 15T spline, suitable for PTK 7308 and PTK 7306 servos.
They also fit all KST X06, A06, X08 and A08 servos. ' � 2� � W� � � � � � � � � � /;�Thor.2 F3F Slope Racer 2.85m� The Thor.2 is a very nice F3F racer and fast sport glider.
27/07/2026 Stock here now. We just need to take photos and add more info. " � � +L� � � � � � � � � � � � � 3� https://www.aerostyle.at/flugmodelle/f3f-f3b-f3g/76/thor.2-cfk
https://forum.alofthobbies.com/index.php?th 9 , ,� � � � � � � � � �
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� j o E /S�m shafts, 30mm GM F5J Spinner, 5mm Split Collet for GM Spinners
ESC, Dualsky SUMMIT 30 SLIM 6V SBEC, Dualsky SUMMIT 30 SLIM 8V SBEC
3S LiPo prop, CN 9x7, Dualsky 9x6.5, GM 9x6
Battery, 3S 300mAh-850 mAh LiPo (choose capacity for correct CG)
{endtable}
� � 1 � � � � � � � � � � � L � -;�X-BOOM Apex tail boom replacement partj Apex tail boom replacement part
Only available for customers who received an undrilled boom previously. ' � � � ~� jp}8 �� j!� �� js3 l� jpZj �� jm)3 GermanyjT�: m ��b�{
APEX-BAGSApex F3L F5L Bags� A set of very nice bags for Apex / Apex Electric models. They will also fit the flying surfaces of most 3 piece wing 2m F3L F5L RES models. These bags are essential to protect the model during transit and in storage. The set consists of two bags, one to hold the centre panel, tailplane and wing joiners, and another to hold the two tip panels. This one includes an internal divider to protect each panel. The bags are made from a strong red canvas type material and are lined with a black flock fabric.
Centre panel bag size: 80 cm x 26 cm
Tip panels bag: 74 cm x 24 cm tapering to 18 cm
Despite being labelled Apex these bags work well with all three-piece 2m winged gliders. Highly recommended to avoid transport and storage damage. ) � Y � � > � � � � � � � � x 2I5� �� Nylon jh�0 � or, HyperFlight 1806 2450 RPM/V
Spinner, CN Models 25mm Spinner for M5 shafts
2S Prop blades, CN 7x4 Folding prop blades
3S Prop blades, CN 6x4 Folding prop blades
ESC, Dualsky SUMMIT 30 SLIM 6V SBEC ESC
Battery, 2S - 3S 300mAh - 600 mAh LiPo
{endtable}
{b,Static Tests}
CN6x4, 2S LiPo measured 7.0A at 8.0V
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THOR2-EThor.2 Electric 2.85m �� � � � l � � � � � � � � � 3~ �� jR� �
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VECTPR1MMVector PP 1mm Foam Sheets8 Vector PP Foam Sheet 1000 x 300 x 1 mm
30 pcs per pack ?B � � � c� � � � � � � � d 3� �� Expanded polystyrene foamGermanyjsT� steel jr�f
ed Statesjf�
ed Statesjq�7 � /J�-A12H3Blue Bird BMS-A12H Servo - 4.6Kg.cm 0.09s 8.4g 8mm The {b,Blue Bird BMS-A12H} is a great {i,new wide voltage range} (WV) servo with amazing torque, speed and precision in a tiny case only 8 mm thick. The {b,H} suffix relates to the horizontal (conventional) servo mounting lugs fitted, making this servo ideal for fuselage mounting. It is a fully compatible upgrade to the BMS-A10H we were peviously stocking.
With a weight of 8.4g and a speed of 0.09 sec/60� the {b,Blue Bird BMS-A12H} is ideal for DLGs, F3K, F3P, F5J, and all electric racers, small gliders and 3D RC models. Being so thin and lightweight the A12 is also ideal for installation in the tail surfaces of larger models.
With a wide voltage range from 3.7V to 8.4V the BlueBird A12-H works perfectly on 1S and 2S LiPo, and well as 4 and 5 cell NiMH batteries.
{ServoSpecs} J � * � � 6� � � � � � � � 1K3R �� jo� a /K
{ServoSpecs}
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APEX-FUSE$Apex F5L 2m Electric Fuselage & Tail This kit consists of an Apex F5L electric fuselage, tailplane and fin only. The fuselage pod is all balsa and ply construction, with a carbon tailboom. This product does not include the wing.
Two versions of the fuselage are made, one intended for cased outrunners like the {href, products.asp?code=XM2527EG-23, Dualsky XM2527EG-23} and another designed for drone type outrunners like the {href, products.asp?code=F60-1750, T-Motor F60 Pro}.
Fuselage length: <b>1280 mm</b>
Ready-to-fly weight (F5L version): <b>approx. 420 - 480 g</b>
For more info and a very nice build log see this {href, https://www.rcgroups.com/forums/showthread.php?4830965, RCGroups thread}.
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder & elevator servos, KST X06, CHA DS06
Spoiler servos (2) (frames for KST X06H included), KST X06H, CHA DS06
Receiver, 5 channel receiver to match your transmitter
{endtable}
{table title="Dualsky Motor Recommendation" class=1 cols=2 width=80,210 align=L,L autohref=2}
Motor, Dualsky XM2527EG-23, Dualsky XM2532EG-16
Spinner, 30mm Dualsky Spinner for 3.17mm shafts, 30mm GM F5J Spinner, 3.2mm Split Collet for GM Spinners, 30mm Ali Spinner
3S Prop blades, Vitaprop 8x4, Vitaprop 8x5, Dualsky 8x5.5
ESC, Dualsky SUMMIT 30 SLIM 6V SBEC ESC, Dualsky SUMMIT 30 SLIM 8V SBEC ESC
3S Battery, Bonka LiPo 3S 300mAh , Bonka HV LiPo 3S 520mAh , Radient LiPo 3S 450mAh, 3S 300 - 850mAh LiPo
{endtable}
{table title="T-Motor Powertrain Recommendation" class=1 cols=2 width=20,210 align=L,L autohref=2}
Motor, T-Motor F60 Pro IV V2.0 1750 RPM/V
Spinner, 30mm Dualsky Spinner for 5mm shafts, 30mm GM F5J Spinner, 5mm Split Collet for GM Spinners
ESC, Dualsky SUMMIT 30 SLIM 6V SBEC, Dualsky SUMMIT 30 SLIM 8V SBEC
3S LiPo prop, CN 9x7, Dualsky 9x6.5, GM 9x6
Battery, 3S 300mAh-850 mAh LiPo (choose capacity for correct CG)
{endtable}
� � w � � L � � � � � � � � � 4� �� jO� -�, Xflow} is a new high pe 4� P� jP 7 d 2A3 �� j0#� e .�h June: Work in progress photos added
From our previous experiences we are sure these will be buil {� j$�� +(� ��b 57 g �� j(7� ��b�
BALLAST-TUBE Ballast TubeY These lightweight glass ballast tubes are open one end for 19 mm or 3/4" ballast slugs.
Make the slugs by filling 3/4" copper pipe with lead shot and epoxy resin, and then cutting it into 5 cm / 2" long pieces.
As used in many 2 m - 3 m slope soarers.
Internal diameter: 20 mm
External diameter: 21.3 mm
Length: 34 cm
Weight: 24 g
L � � � � � � � � � � � ( 2B5k j� j5�I ChinajbU� �S glider from the manufacturers of the Encanto.
More info soon. ' � S � � � � � � � � � � � � 4� �� j3R ��b�
XFLOW-E"Xflow F5L 2m Electric with ballast� The {b, Xflow-E} is a new high performance competition F5L RES electric glider from the manufacturers of the Encanto.
More info soon. �� � S � � � � � � � � � � � � 4� �� j3s& ���b�
XFLOW-WING-CAMBERXflow Camber Wing Kit� This kit consists of a High Camber wing for the Xflow glider (F3L) or electric (F5L) model.
This high camber wing is ideal for low wind/light conditions. ?B � � � � � � � � � � � � 4� �� j3 Q /Z tex 4?) DLG � � D � � # � � � � � � � � � 2F1X s� jK /e (2), 50 g ibre, plastic, steel j5�� .'�hip.
' � /�� ��b F � � � � � � � 4� carbon fiber jCa e /[(o firewall is supplied.
� � � � p2� � � � � � � � � 3k ; � jF^� u /Zr and composite skin
Fuse: Strong Carbon/Kevlar reinforced glass (2.4Ghz friendly)
Provision for motor in the front
{table title="Alpenbrise 5m Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 5.00 m, 197 in
Wing area, 92.0 dm2, 1426 sq in
Length, 171 cm, 67.3 in
Flying weight from, 5500 g, 194.0 oz
Wing loading, 59.8 g/dm2, 19.6 oz/sq ft
Aspect ratio, 27,
Wing airfoil, JH35-9 - JH35-8
Dihedral, 4.0�,
Spinner Diameter, 42 mm,
Centre of Gravity, 104-108 mm from wing leading edge
Controls, "Ailerons, flaps, rudder, elevator"
{endtable} The Sport layup is full carbon and is perfect formost fliers.
The Super Sport layup is double carbon and is designed for extreme flying.
{table title="Recommended RC" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder & Elevator, KST X10 Mini, KST X10 Mini Pro-A, KST A08H, KST X08H, CHA HV75H
Flap (servo max 12 mm thick), KST X10, KST X10 Pro-A, KST A12-T, MKS HV6130, CHA HV95H, CHA HV120H
Inner aileron (servo max 10 mm thick), KST X10, KST X10 Pro-A, MKS HV6130, MKS HV6120, CHA HV95H
Outer aileron (servo max 9 mm thick), CHA HV95H, CHA HV85H, CHA DS09, KST HS08A, MKS HV6120,
Receiver, 8/9 channel rx to match your transmitter
Power, HyperFlight 1600 mAh 6V NiMH, 2S LiFe, 2S LiPo
{endtable} The supplied servo frames fit KST X10 and KST A08H sized servos.
Rudder servo in fin or fuselage
Elevator servo in fin or fuselage
Wings 6 servos (flaps, inner ailerons, outer ailerons)
{table title="Alpenbrise 5m Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 710 g, 25.0 oz
Wing innner panels, 2182 g, 77.0 oz
Wing tip panels, 597 g, 21.1 oz
Tailplane, 171 g, 6.0 oz
Wing joiners (3), 373 g, 13.2 oz
Wiring loom, 112 g, 4.0 oz
Accessories, 80 g, 2.8 oz
Total structure, 4225 g, 149.0 oz
Servo mounting, 100 g, 3.5 oz
Receiver, 15 g, 0.5 oz
Tail servos � �penbrise Fuselaged This grey Alpenbrise fuselage can be used with 4m or 5m flying surfaces. It has the nosecone in place but this could easily be removed to make an
The fuselage has a small amount of damage to the fin leading edge. This can easily be fixed with a little glue and filler.
Due to its lage size the fuselage is suitable for collection only. � � ' � � � � � � � � � � � �P 3k jj^�
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Wing servos (6), 160 g, 5.6 oz
Battery, 300 g, 10.6 oz
Nose weight, 650 g, 22.9 oz
Flying weight from, 5500 g, 194.0 oz
{endtable}
{table title="Powertrain Recommendation " class=1 cols=2 width=20,210 align=L,L autohref=2}
Motor, Hacker A40-10S V2 8-Pole kv1600 + 6.7:1 Gearbox
Spinner, 42mm GM SL Scale Spinner, 6mm Split Collet for GM Spinners
6S LiPo prop, GM 22x14 Scale Folding Prop
ESC, Dualsky SUMMIT 100 Light
Battery, 6S 3Ah LiPo (choose capacity for correct CG)
{endtable} {br, Due to its large size we prefer that customers pick up the Alpenbrise from our Warwickshire UK premises. Shipping is possible but expensive.}
The shipping cost calculated by this website is usually correct, but may have to be adjusted in some cases.
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� � � � � � � � � � � � �P 3k �� jc|� M /� by this website is usually correct, but may have to be adjusted in some cases.
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� � � � � ~ � � � � � � � � < 501200000 �� jr � [ES MANE PLAITING BANDS
buy 4 packs = 2000 bands = 200 products � Rubber jp�6 Tweight iron-on covering material weighing just 20 g/m2. It is ideal for lightweight and small models. What makes this material especially suitable for lightweight structures is its moderate shrink compared to traditional iron on coverings. This makes it easier to cover delicate built-up structures whilst minimizing the chance of inducing warps.
The new {b,Sparkle} version has thousands of stars etched into the surface, as grating type lenses, and giving a beautiful sparkly rainbow effect. The rear of the film has a heat-activated glue coating, allowing it to be applied with a modeling iron set to to 120�C for tacking the sheet in place, and 160�C for shrinking. There is no backing film.
Feather Cover takes paint exceptionally well. All versions bond effectively with non-water-based paints, ensuring long-lasting results.
Automotive acrylic aerosol cans provide excellent coverage and durability. If hobby-grade paints are preferred we highly recommend the Tamiya PS range which dries rapidly to a smooth satin finish.
{bullet}
Rainbow sparkle effect
Ultra lightweight
Low Shrink
Self Adhesive
Iron on
{endbullet}
{table title="Feather Cover Sparkle Film Specifications" class=1 cols=3 width=110,115,115 align=L,L separator=:}
Colour: Translucent White
Length: 5 m: 16' 5"
Width: 33.5 cm: 13.2"
Weight: 20 g/m2 : 0.07 oz/ft2
Thickness: 0.028 mm
Tacking temperature: 110 �C
Sealing temperature: 125 �C
Shrinking temperature: 150 �C
Packaging: Supplied in a fattened roll
{endtable} � � 2� � =� � � � � � � � ( 2E4� �� jq�7 5�� jjk� / � � � ( 2F4� � jY"H �in southern California in 8~10mph variable winds. - � s � � � � � � � � � � � 4 3k �� j`�} �������� +Dl � /{��
EXT-LEAD-5CM-UL$Ultralight 5 cm Servo Extension Lead= This short extension wire is a simple and lightweight alternative to a switch. It allows you to disconnect the battery for on/off and charging without having to touch the receiver.
The 32 AWG wire is 5 cm long, the overall length including the plug and socket is 6 cm. Works with all makes of RC.
Weight = 1.4 g j � P� � P� � � � � � � � 2E3� 0 /t� ��b�
EXT-LEAD-30CM-UL%Ultralight 30 cm Servo Extension Lead� The 32 AWG ultralight wire is 30 cm long, the overall length including the plug and socket is 32 cm. Works with all makes of RC.
Weight = 2.5g � � � � F� � � � � � � � 2E3� �� jZA��� /x� ��b�
SKYBAG1250SkyTeam 125cm Wing Bags (2)s This prodict is a pair of wing protection bags made from high-quality, durable textile material and provide excellent protection for your wings during transport and storage. Both bags feature a clear label pocket with a blank card for adding your own description. One of the two bags also includes an additional side pocket for storing accessories such as wing joiner tubes, tailplanes, tools and other items.
Supplied as a pair. The displayed price is for two bags.
{b,Product Features}
{Bullet}
Supplied as a pair - two bags included
High-quality textile material
Quilted inside and out
Durable hook-and-loop fasteners
Clear label window with blank insert card
Additional external side pocket with hook-and-loop closure
Rubberised carrying handles
Embroidered lettering
{Endbullet}
{b,Technical Specifications}
Dimensions: 1250 � 250 mm
Weight: 500 g per bag
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EXT-LEAD-20CM&Lightweight 20 cm Servo Extension Lead� The 26 AWG wire is 20 cm long, the overall length including the plug and socket is 22 cm. Works with all makes of RC.
Weight = 3.42 g z � 2� � !� � � � � � � � 2E3� A /{8ellbau CNC cut balsa servo frames make fitting a {p,KST-X06} servo to a wing very easy. The servo is mounted securely, yet can be removed easily if required.
Two servo frames supplied in the pack.
Weight: 2.0g each
Size:52 x 48 x 10 mm ^ � Z� � � � � � � � � �
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Kingdomjd�� ]� jUy jiL< L� j\* �� j\*
�� j_�T � /|�arch for thermals like a much larger glider. Its excellent manoeuvrability makes it ideal for flying in confined spaces, while its precise handling allows it to land on the spot.
Material: Wood
Level o � f completion: Kit
Flying experience: Advanced
RC functions: Motor (optional), elevator, rudder and ailerons
{table title="Fitis Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.0 m, 39 in
Wing area, 13.5 dm2, 209 sq in
Length, 61 cm, 24.0 in
Flying weight from, 300 g, 10.6 oz
Wing loading, 22 g/dm, 7.3 oz/sq ft
Aspect ratio, 7.4,
Wing airfoil, Semi Symetrical
Dihedral (EDA), 0�,
Spinner Diameter, 30 mm,
Centre of Gravity, 49 mm from wing leading edge
Controls, "Wingerons, rudder"
{endtable}
{b,Recommended RC Components}
Spinner: propeller: Aeronaut 30 mm CoolNose spinner
7 � 4 CAM Carbon propeller
Motor: Hacker A10-7L
ESC: 10A - 30A
Battery: LEMONRC 2S 650 mAh or similar, approximately 35 g; maximum dimensions: 60 � 30 � 30 mm
Receiver: 4-channel
Servos: 3 � KST DS113MG V6.0�two for the wing controls and one for the rudder
{table title="Fitis Typical Weights (glider)" class=1 cols=3 width=110,115,115 align=L,L,L}
Total structure, 200 g, 7.1 oz
Receiver, 6 g, 0.2 oz
Rudder servo, 8 g, 0.3 oz
Wingeron servos, 32 g, 1.1 oz
Battery, 35 g, 1.2 oz
Noseweight, 19 g, 0.7 oz
Flying weight from, 300 g, 10.6 oz
{endtable}
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See the assembly squence {href, https://photos.google.com/share/AF1QipOX1gVJ6z3obZp79Ot22e3zP2rMbabUs6skdGvdwfDEC2TsbYH5kylUR1a7OKPs7w?key=Zld0ZnZYV0FfUHJDUDJEVkJ4SGg3U3hJeUtpanZB, here}.
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B� j[F{ 1� j_0� �� joe� �� jX�/ �� jX�/ �� jX�/ � jq_� " � � 4� �� jq. U /�ape/ribbon to add high strength localised unidirectional reinforcement. Perfect for adding strength to wing spars, trailing edges and fuselage sides.
These super-flat carbon fibre ribbons of unidirectional carbon fibre are bound together using the same technology that is used to produce woven spread-tow fabrics meaning that they are totally flat (none-crimped) for outstanding mechanical performance and have no visible weft fibres or stitching making them a unique choice for a variety of structural, cosmetic and artistic applications.
The carbon fibre unidirectional fibres are held together by an invisible internal thermoplastic net which is heat-fused to the fibres and weighs only a few grams per square metre and yet makes the ribbon stabilised for easy handling and laminating in a variety of ways.
Supplied loosely wrapped around a foam bobbin.
Width: 15 mm
Length: 2.4 m
Thickness: 80 g/m2
{b,Typical Uses}
Unidirectional CF Ribbon is perfect for reindorcing high load areas. Bond it to balsa, foam, glass fibre surfaces to vadd extra strength and stiffness. Our carbon fibre is compatible with all standard resin systems including polyester, vinylester and epoxy resin although, as with most carbon fibre reinforcements, for best mechanical performance and results we would suggest epoxy resin.
{b,Structural Applications}
In structural applications Unidirectional CF Ribbon can be laminated into moulds to provide highly focused, unidirectional reinforcement in areas where it is needed most with the ribbon aligned to ensure maximum strength along the axis of load. Ribbon layers can also be laminated with resin and stacked one on top of each other to provide a unidirectional reinforcement of any thickness; ideal for creating strips of unidirectional laminate of any shape or size which would have mechanical properties very similar to a carbon fibre pultrusion.
{bullet}
Aerospace (wing spars etc.)
RC Modelling (localised reinforcement)
Sporting goods (skis, kite-boards)
Archery equipment (limbs)
Engineering/automation
{endbullet}
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AW-THICK-CA%Angelwing Designs 20g Thick Superglue� AngelWing Designs {b,Thick Superglue} is a strong cyanoacrylate (CA) adhesive, ideal for bonding uneven surfaces and applications where some gap filling is required.
Its thicker consistency cures slightly more slowly than thin or medium-viscosity superglue, giving you a few extra seconds to position the parts accurately.
Use CA Kicker to speed up setting.
Use microballons or bicabonate of soda to make fillets to strengthen joints.
Supplied in a 20 g bottle. u � � � "� � � � � � � �
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AW-THIN-CA$Angelwing Designs 20g Thin SuperglueN AngelWing Designs {b,Thin Superglue} is a strong cyanoacrylate (CA) adhesive, ideal for bonding close-fitting parts or reinforcing already assembled joints. Its low viscosity allows it to wick into narrow gaps and porous materials.
Thin superglue cures more quickly than medium- or thick-viscosity grades, and can wick and run further than intended, so take care to avoid bonding your fingers to the structure.
Use CA Kicker to accelerate curing.
Microballoons or bicarbonate of soda can be used with the adhesive to form fillets and reinforce joints.
Supplied in a 20 g bottle. n � � � "� � �� /�� ��b�
AW-MED-CA&Angelwing Designs Medium Superglue 20g: AngelWing Designs {b,Medium Superglue} is a strong cyanoacrylate (CA) adhesive, ideal for general-purpose bonding and joining parts with small gaps. Its medium viscosity provides some gap-filling ability while still allowing the adhesive to wick slightly into balsa wood.
Medium superglue cures more quickly than thick superglue, so take care to avoid bonding your fingers to the structure.
Use CA Kicker to accelerate curing.
Microballoons or bicarbonate of soda can be used with the adhesive to form fillets and reinforce joints.
Supplied in a 20 g bottle. r � � � "� � � � � � � � ( 2H2� - /9�� � � � � � 2H2� | ><font color="#990000">email us.</font></b></a>
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CN10X8CN 10x8 Folding prop blades� A pair of {b,CN Models 10x8} prop blades suitable F5J electric gliders. These blades have a flatter high aspect ratio shape and should fold closer to the fuselage, reducing glide drag.
{blade, CN, 10, 8, 10, TBA} � � � � 2� � � � � � � � 2A6� �� jZj% k ��b�
CN8X6CN 8x6 Folding prop blades� A pair of {b,CN Models 8x6} prop blades suitable F5L and smaller F5J electric gliders. These blades have a flatter high aspect ratio shape and should fold closer to the fuselage, reducing glide drag.
{blade, CN, 8, 6, 5, TBA}
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One tailplane
One wing piece
One bag of accessories
Pushrods - two wires, one tube
CofG 50-60mm from leading edge
Ailerons:
0.5 up for launch
level for speed
1.5mm down for cruise
3mm down for thermal
as much as possible down for brakes� �� Carbon fibre, glass fibre jj�O �� jrV�
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Light, 95g - 114g
Standard, 115g - 128g
Strong, 129g - 140g
{endtable}
�ical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 22.0 g, 0.8 oz
Wing (glass), 58.0 g, 2.0 oz
Wing (carbon), 51.0 g, 1.8 oz
Fin, 4.1 g, 0.1 oz
Tailplane, 3.3 g, 0.1 oz
Accessories, 6.2 g, 0.2 oz
Total structure (carbon wing), 86.6 g, 3.1 oz
Glue; mounts etc, 2.0 g, 0.1 oz
Receiver, 5.0 g, 0.2 oz
Tail servos, 9.0 g, 0.3 oz
Wing servos, 9.0 g, 0.3 oz
Battery, 12.0 g, 0.4 oz
Noseweight, 6.0 g, 0.2 oz
Flying weight, 129.6 g, 4.6 oz
{endtable}
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One fuse
One fin
One tailplane
One wing piece
One bag of accessories
Pushrods - two wires, one tube
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MD2-ARTFMini Dart 2 1m DLG ARTF/ Coming soon - Mini Dart 2 with servos installed ' � Y � � � � � � � � � � � � 3� �� jh�� X08 jg6V
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The model is supplied with a very complete accessory pack which includes all control horns, pushrod wires, tail torque springs, tail pull cord, pull cord ferrules, a nice throwing blade and a small glass plate for mounting the servos. We recommend that the sewn wing and tail bags are also purchased. These will help avoid transport and storage damage, keeping the glider in top condition.
Note this product is the model's structure only. In addition to the Hawk 2 model these will also be required: RC transmitter, RC receiver, 4 servos, battery. Contrary to some of the photos servos are not included. When gluing in the horns and throwing blade use epoxy or foam-safe superglue. Normal CA will melt the foam core.
If you have any questions please ask on the {href, https://www.rcgroups.com/forums/showthread.php?3021236-Hawk-1m-DLG-from-HyperFlight,RCGroups Hawk 1m DLG from HyperFlight} thread. Also see {href, https://www.rcgroups.com/forums/showthread.php?2952429, this thread for build info}.
{table title="Hawk 2 DLG Specifications" class=1 cols=3 width=110,115,115 align=L,L,L}
Wing span, 1.0 m, 39 in
Wing area, 10.9 dm2, 169 sq in
Length, 72 cm, 28.2 in
Flying weight from, 130 g, 4.6 oz
Wing loading, 11.9 g/dm, 3.9 oz/sq ft
Aspect ratio, 9.2,
Wing airfoil, AG46,
Dihedral angle, 4.0�,
Centre of Gravity, 54-56 mm from wing leading edge
Controls, "Ailerons, elevator, rudder"
{endtable}
{table title="Hawk 2 DLG Typical Weights" class=1 cols=3 width=110,115,115 align=L,L,L}
Fuselage, 22.0 g, 0.8 oz
Wing (glass), 58.0 g, 2.0 oz
Wing (carbon), 51.0 g, 1.8 oz
Fin, 4.1 g, 0.1 oz
Tailplane, 3.3 g, 0.1 oz
Accessories, 6.2 g, 0.2 oz
Total structure (carbon wing), 86.6 g, 3.1 oz
Glue; mounts etc, 2.0 g, 0.1 oz
Receiver, 5.0 g, 0.2 oz
Tail servos, 9.0 g, 0.3 oz
Wing servos, 9.0 g, 0.3 oz
Battery, 12.0 g, 0.4 oz
Noseweight, 6.0 g, 0.2 oz
Flying weight, 129.6 g, 4.6 oz
{endtable}
{table title="Recommended R/C-nano gear only" class=1 cols=2 width=110,240 align=L,L autohref=2}
Elevator & rudder servos, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Hitec HS-40, KST X06, KST X06N, CHA DS06, CHA LV06
Aileron servos, Blue Bird BMS-101DMG, Blue Bird BMS-101HV, Hitec HS-40, KST X06,KST X06N, CHA DS06, CHA LV06
Receiver *case removed, Spektrum AR6260*, AR6100e, AR400, Futaba R6004FF*, FrSky X4R, Orange DSM2 compatible, Jeti Duplex R5, Multiplex Mlink RX-6-DR Light*
Battery, HyperFlight 150 mAh 4.8V NiMH, 1S 600hAh LiPo, 2S 250 mAh LiPo
{endtable}
{table title="Hawk 2 Control Throws" class=1 cols=2 width=110,240 align=L,L autohref=2}
Rudder, 10 mm each way
Elevator, 8 mm up / 8 mm down
Ailerons, 6 mm up / 5 mm down
Camber Settings
Launch, 0.5mm up
Cruise, 0 mm
Thermal 1, 2 mm down
Max thermal, 4 mm down
Landing flaps, as much down as possible
{endtable}
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One fuse
One fin
One tailplane
One wing piece
One bag of accessories
Pushrods - two wires, one tube
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