FPV-Wing-Racer

Print. Fly. Crash. Repeat. Updated version: https://www.thingiverse.com/thing:6622923 I always wanted to try FPV on a fixed wing airplane. Given that I am a student, living in a small appartement just having access to a 3D-Printer, leads to the following requirements to this design: - cheap - small - printable - simple

Furthermore, I want to keep it fast repairable with FPV-Racing in mind. Would be awesome if there will be some racing with this one. Some technical details:ValueUnit span width360mm weight77*g top speed~ 70**km/h climbing speed~ 6**m/s glide ration1.5:1- thrust to weight ration>1- printing time~ 4h building time~ 30min print materialPLA- *with 300mah batt; **just an estimation If you are further interested in this project or need building support, feel free to contact me directly or write me on Instagram (@phil.white98) or Discord (astro_phil). Designed in Blender https://www.blender.org/ Parts I used - (CAM + VTX) Betafpv M01 AIO Camera module - (Motor) Betafpv 1103 11000kv - (Servo) D-Power AS-106BB Servo, Nano or any equivalent in size - (ESC) T-Motor 3D / 4D Brushless Regler F3P BPP-4D 2S-4S mit BEC - (BATT) Tattu 300mah 2S 75C 7.6V Lipo (up to 550 mah batts possible) - (RX) FrSky Archer R4 ACCESS 2,4 GHz Empfänger OTA - (PROP) Gemfan 2015 2" 2-Blade Propeller - (VTX) TBS unify pro32 nano (alternative) - (CAM) BETAFPV C02 FPV Micro Camera (alternative)

The Battery Guide: 300mAh Battery - Flight time 3-6 min - More agile flight performance - Lower cursing speed

good for Racing/Freestyle 550mAh Battery - Flight time 7-11 min - Higher Top- and Cruising speed - increases turn radius

good for cruising/"range" flights Print Settings I also uploaded the Curaprofil used with my AnyCubic Vyper. These settings are essential for the wings, elevons and winglets. Also try to over extrude the initial layer so that it will have a strong cohesion and I also recommend to print the first layer at ~25mm/s ItemValueUnit Layer height0.15mm Initial Layer height0.15mm Wall line Count3- Horizontal Expansion-0.05mm Top/Bottom PatternLine- Line Direction[61,151]deg Infill Density20% Infill PatternLine- Connect Infill linesTrue- Infill line Direction90deg

Use Top/Bottom Line direction [-61,-151] for the left wing and [0,90] or [90,0] for everything else. I also recommend horizontal expansion of -0.05 for all parts! You might need to scale the models 10x. (At least in Cura and Prusa - do not let Prusa convert it to [mm]). The elevons are only for replacement the wing already has one attached. In case of scaling issues The dimension (X)x(Y)x(Z) of the parts in [mm] : - Base : 70x84.1x15.1 - Wing : 207x178x10.3 - Winglet : 1.8x86x31.2 - Elevon : 165x21.1x10.3 - Rod : 9.1x52.5x1.5 - Tools : 71x64.9x18

The additional zip file contains: - a stripped down (light) version base part - .obj export of both base part versions - the base with 9mm diameter mounting holes for different motors - wing with top and bottom splitted - wing version with only the frame - prusa project configuration - base with custom camera connector (_v2)

Contents will be updated! Changelog - 27.12.23 fixed wrong dimension of wing in the description - 28.12.23 fixed winglet pinhole issue (updated STL) - 28.12.23 added new files to the zip - 30.12.23 added a frame-only wing version to the zip - 15.01.24 updated Docs, added CG position as image. - 29.01.24 added alternative base part to the zip.