Quadcopter DIY

thingiverse

Features Designed for 3S 5000 mhA battery with 160 x 56 x 35 mm capacity Created specifically for CC3D controler Equipped with GoPro mount featuring a vibration avoider Source files available on my Github at https://github.com/seblaporte/quadcopter_T450 Video First flight captured with incredible clarity First FPV flight achieved with precision and skill Print Settings Printer brand: RepRap Printer model: Dagoma Discovery200 Rafts used for added stability and support No supports required for a smooth finish Infill levels ranging from 5% to 17% Equipment and material costs totaled $154.80 1 x OpenPilot CC3D Revolution board priced at $46.99 4 x SunnySky X2212 890KV brushless motor priced at $59.99 each 4 x ZTW Spider 30A OPTO ESC with SimonK program priced at $43.12 each 4 x Gemfan 9047 carbon-nylon propeller priced at $4.70 each Note: The Revolution board can be replaced with a classic CC3D for $14.99 or any other flight controller of choice. FPV configuration (excluding camera) costs totaled $121.98 Boscam 32CH 350mW 5.8Ghz transmitter priced at $28.99 Boscam RX5802 7 inches screen receiver priced at $92.99 Note: I chose a GoPro Hero 3+ Silver due to its ultra-wide angle capabilities and compatibility with the model. Other equipment costs totaled €235.99 FrSky Taranis X9D Plus paired with an X8R receiver for precise control Various materials used in construction, including: 2 meters of black silicone wire cable rated at 18 AWG for ESC wiring and 12 AWG for battery connections 2 meters of red silicone wire cable rated at 12 AWG for battery connections 10 pcs 3.5mm gold bullet banana connector for ESC to motor connections 4 pcs Rubber shock absorber for flight controller and camera support 300 pcs M3 Nylon hex screw nut spacer stand-off for flight controller stability