Riflebird

$34.99

Riflebird – 3D Printed Tailsitter VTOL for Quick Deployment in Tight Spaces

Wingspan

777mm

Length

444mm

AUW

660-1300g

Optimal Speed

50-70 km/h

Bed Size

min. 200x200mm

Material

LW-PLA + PETG

CHECK ALSO

Stallion

Stallion - High performance 3D printed twin-motor RC Plane with a modular design. Crafted for optimal performance and customization for various applications.

$34.99

OVERVIEW

General Data

The Riflebird is a compact tailsitter UAV platform combining vertical takeoff and landing capability with the efficiency of a flying wing. Its fixed motor layout eliminates the need for tilt mechanisms, while large elevons operating directly in the propwash provide effective control during hover and smooth transitions to forward flight. A modular airframe with quick detachable components makes the aircraft easy to transport, store and deploy. Designed primarily for FPV use and lightweight setups, the Riflebird offers a simple and practical approach to compact VTOL flying.

Check assembly manual, full list of needed accessories and more tips here:

STEP FILES

STEP files of important parts provided for easy customization. Modify and adapt the components to suit your needs, and use modifiers to reinforce the airframe in critical areas. Check the full list of files in the user manual.

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WINGTIP OPTIONS

Two wingtip variants are included: upward-curved and downward-curved, allowing you to choose the preferred look.

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GALLERY

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Zdjęcie 1

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VIDEOS

CFD RESULTS

The aircraft’s geometry is optimized to provide the best possible efficiency and flight stability. With PW75 airfoil and balanced lift distribution, the aircraft remains stable and does not generate a pitching moment at zero angle of attack. Peak efficiency is achieved between 0° and 3°, matching typical cruise conditions.

WIRING DIAGRAM

A simplified sample wiring diagram for easier understanding of component layout and connections.  Also available in PDF within the file package.

Required accessories:

ITEM QUANTITY
8x500mm Carbon Tube (WING SPARS) link / linklink 2
3x250mm Carbon Tube (LEADING EDGE SPAR) link / linklink 2
3x250mm Carbon Tube (AILERON HINGE) link / linklink 2
3x360mm Carbon Tube (FIN SPAR) link / linklink 1
4x205mm Carbon Tube (WINGTIP LEGS) link / linklink 2
Thick CA Glue link 1-2 Tubes
CA Activator link 1
M3 Threaded Insert (Outer Ø5mm, height 5mm) link 24
M3x6mm Screw 14
M3x10mm Screw 10
Hot Glue (optional) link Small amount
Epoxy Glue (optional) link Small amount
LW-PLA / LW-ASA link / link 1 roll
PC / PETG / other rigid material link / link Small amount
Velcro Strap link 2
Servo Extension Cable link 2
Control Horn link 2
Pushrod linklink 2

Recommended electronics:

Motor 2207 Motor e.g. T-Motor F60 1750KV or 2806 Motor e.g. T-Motor F90 1300KV link
Propellers 2x 7 inch Propeller linklink
Flight Controller Speedybee F405 Wing or any other Mavlink FC link
GPS Matek M10Q or similar GPS with compass link
Servos 2x EMAX ES08 MAII Metal Gear or similar link
ESC 20-40A link / link
Battery 4S-6S Li-Ion / Li-Po link / link
Receiver Matek R24-D ELRS or similar link
FPV Camera + VTX Walksnail Avatar or any Digital or Analog VTX link / link
FPV Goggles Walksnail Goggles X or any other matching the chosen VTX link

Required Additional Equipment:

3D Printer Bambu Lab P2S or other with min. 220x220x200mm build volume link
RC Transmitter Radiomaster TX16S or other modern RC Transmitter link
Transmitter Module HappyModel ES24TX or other ELRS TX link

Printing Settings:
Check the specified print settings on the Print Settings Page

Licensed for personal use only under: License Agreement

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