This project is an ESP32-based RC controller that allows you to control RC drones via the NRF24 module and also use it for drone simulators on a PC through Bluetooth.
Тhe controller is not quite ready. I will add more features.
- NRF24 Communication: Control real RC drones wirelessly using the NRF24L01 module.
- Bluetooth Connectivity: Seamlessly connect the controller to your computer for use with drone simulators, providing a realistic flying experience.
- Customizable: Modify and expand the code to suit your specific needs, whether for different types of drones or simulators.
- Cross-Platform Compatibility: Works with various flight simulation software that supports Bluetooth controllers.
- Open .ino file
- 📚Instal these Libraries
- RF24 - BleGamepad
- Edit the pins for your Board
#define throttle_in 2 #define yaw_in 4 #define pitch_in 34 #define roll_in 39 #define pot1_in 35 #define pot2_in 15 #define toggle_1 32 #define toggle_2 12 #define switch_1 22 #define switch_2 36 #define battery_in 33 #define buttons_analog_in 27 #define buzzer 12 #define led 0 #define ce_Pin 17 #define csnPin 5
- Upload the code to your Board
- Upload the data folder to SPIFFS.
- To upload the data folder, you can use PlatformIO or you can upload with tool for Arduino IDE v1.x.x
Here is documentation how to upload files to SPIFFS with Arduino IDE.
- To upload the data folder, you can use PlatformIO or you can upload with tool for Arduino IDE v1.x.x
- If you want to use the controller with NRF24 for a real Drone, you need to start the controller with AUX1 at HIGH Position
- If you want to use the controller with Bluetooth for a Drone Simulator, you need to start the controller with AUX1 at LOW Position
- ESP32 Wroom
- NRF24L01 RF Module
- 2.8 TFT Display
- 12 x Buttons
- 2 x MTS-102 Swich
- 2 x 10K Potatntiometer
- 2 x Joysticks
- Mini Buck Converter Module
- Red Led
- 5V Passive Buzzer
Below are some photos showcasing the ESP32 RC controller setup, wiring, and its usage with both real drones and flight simulators.