PS-240 X-Frame Quadcopter - X-Quad

thingiverse

You can use it for acrobatic flight or even as a first-person view (FPV) racing quad. Supported arm thickness includes ZMR250 with options of 3mm, 4mm, and 5mm. Possible setup includes: Motor: DYS SE2205 PRO 2300KV-2550KV 3-5S Lipo Race Edition Brushless Motor for 180-210-220 FPV Racer ESC: 4X FVT LittleBee 30A ESC 2-6S BLHeli Supports OneShot125 For RC Multirotors Flight Controller: Upgrade NAZE32 F3 Flight Controller Acro 6-DOF Deluxe 10-DOF for Multirotor Racing PDB + OSD: MXK Power Distribution Board PDB with OSD BEC Output 5V 12V 3A LC Filter for CC3C Naze32 F3 Propeller: 2-Pairs DALPROP 5040 T5040 3-Blade PC Propeller CW CCW For QAV250 ZMR250 240 RC Multirotors LiPo Battery: Giant Power Dinogy 1300mAh 14.8V 4S 65C LiPo Battery for RC Airplane Multicopters Camera: Foxeer HS1177 Sony 600TVL CCD 2.8MM IR Mini FPV Camera 5-17v with Bracket Video Transmitter: Skyzone Upgrade TS5823S 40CH 5.8G 200MW AV Transmitter Module RP-SMA Female LEDs: 5Pcs CJMCU 8-Bit WS2812 5050 RGB LED Driver Development Board, Matek WS2812B LED Board with 5V Buzzer for Naze32 Skyline 32 Flight Controller Project by Phil at http://blog.seidel-philipp.de/ps-240-x-frame-betatest-gestartet/ Print Settings: Printer: Mendel90 Rafts: No Supports: Doesn't Matter Notes: For the top and bottom plate, use 90-95% infill with 3 perimeter walls, 5 bottom and toplayer layers, and a layer height of 0.25mm. It is recommended to print this design in ABS or PETG/HDGlass for better results. The Idea: A friend (Gregor M) asked me to convert a DXF file into a printable STL, which I did. However, upon finding the original design fabulous, I designed my own 3D printable, flying quadcopter with the same dimensions and structure. FPV View