Stork

General Data The Stork is a high efficiency, stable UAV platform featuring a classic pusher layout and V-tail. Its lightweight hybrid airframe, optimized for 3D printing and reinforced with carbon tubes offers excellent flight performance and a large payload capacity. A modular nose section allows quick customization for different missions, making the Stork highly adaptable for both FPV flying and autonomous operations with custom equipment. Check assembly manual, full list of needed accessories and more tips here:  VTOL PACK An extension for the VTOL version is also available. You can purchase a file pack enabling build of this aircraft in the Vertical Takeoff and Landing configuration. STEP FILES STEP files of important parts provided for easy customization. Modify and adapt components effortlessly to suit your unique requirements. Check the full list of files in the user manual. PAYLOAD COMPARTMENT  The battery and electronics compartment and spacious, providing ample space and flexibility for component arrangement. The central fuselage section is also available in STEP format, allowing easy customization and seamless integration with custom payloads. GALLERY VIDEOS Powered by youtube embed video generator Powered by youtube embed video generator CFD RESULTS The aircraft’s geometry is carefully designed to deliver strong aerodynamic performance and stable flight behavior. Its airframe maintains an efficient lift distribution and a clean, low-drag profile, while the wing is based on the Selig S3021 airfoil. When balanced according to the specified center-of-gravity location, it achieves reliable longitudinal stability and maintains a neutral pitching moment at zero angle of attack. Peak efficiency occurs between 0° and 3° AoA, making it ideal for smooth and efficient cruising. 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 10x1000mm Carbon Tube (MAIN SPAR) link / link / link 1 8x1000mm Carbon Tube (SECONDARY SPAR) link / link / link 1 6x500mm Carbon Tube (WING SPAR) link / link / link 2 3x500mm Carbon Tube (AILERON HINGE) link / link / link 2 8x155mm Carbon Tube (V TAIL SPAR) link / link / link 2 6x265mm Carbon Tube(V TAIL SPAR) link / link / link 2 3x265mm Carbon Tube (RUDDER HINGE) link / link / link 2 Thick CA Glue link 1-2 Tubes CA Activator link 1 M3 Threaded Insert (Outer Ø5mm, height 5mm) link 15 M3x6mm Screw 12 M3x10mm Screw 3 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 4 Control Horn link 4 Pushrod link / link 4 Recommended electronics: Motors 28XX Motor e.g. BrotherHobby Avenger 2812 V5 910KV link / link Propeller 9-10 inch Propeller link / link Flight Controller Speedybee F405 Wing or any other Mavlink FC link GPS Matek M10Q or similar GPS with compass link Servos 4x EMAX ES08 MAII Metal Gear or similar link ESC 35-60A 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