GrabCAD 模型信息
DIY RC Transmitter Enclosure · 模型 206005
About the enclosure A custom RC transmitter enclosure designed in Fusion 360 for my DIY drone project. The enclosure has been printed and assembled. It features two hand grips, a removable top plate, openings for two gimbals, a display, switches and a rotary encoder, plus internal mounting features for the electronics. Included files Top plate — STL Bottom case — STL Charger stopper — STL Enclosure assembly — STEP, for modification This download contains the enclosure design only. Electronics, wiring and firmware are not included. Electronics used in my build STM32 Black Pill development board nRF24L01 radio module 2 × potentiometer RC gimbals 1.5 inch OLED display Arm/disarm toggle switch Flight-mode toggle switch Rotary encoder Power switch 1 × 18650 Li-ion battery and holder TP4056 charging module DC–DC power converter Prototype board, wiring and JST connectors Module dimensions and mounting holes can vary between suppliers. Check your components against the STEP model before printing. ## Assembly - **Top plate:** 4 × M3 × 10 mm screws. - **Gimbals:** M3 × 9 mm screws. - **STM32 board:** 3 × M1 × 6 mm screws. - **Display:** secured with hot glue. - **DC–DC converter:** secured with hot glue. - **Charger stopper:** M1 × 6 mm screw. - **Battery holder:** a separately purchased 18650 holder; not a printed part and not included in the downloadable files. ## Printing The enclosure was printed in PLA. The bottom case was printed at a slight angle, with supports on the back. Suggested starting settings with a 0.4 mm nozzle: - Layer height: 0.2 mm - Walls: 3 - Infill: 20% - Top/bottom layers: 5 - Supports: as needed for the chosen orientation These are suggested settings, not the recorded settings of the original print. Preview the sliced parts and check support placement before printing. Print one of each STL part.
- 格式
- STEP / IGES、STL、Rendering
- 分类
- 3D printing、Electrical、Hobby
- 标签
- drone、electronics、controller、enclosure、transmitter、rc
- 数据更新
- 2026-10-27T17:36:19Z
