360 Degree Rotating RC CAR With 7 Channel Rc Transmitter and Receiver

In this project, we will create a remote control car with a 360-degree rotation function. This remote control car will be powered by 6 L-shaped gear motors and will be equipped with a transmitter and receiver, totaling 7 channels. We will use an Arduino Nano, NRF24L01 module, and NRF24L01 Adapter to create the transmitter and receiver.

Supplies

6 L-shaped gear motors

One remote control (with 7 channels)

Arduino Nano

NRF24L01 module

NRF24L01 adapter

Batteries and Battery Boxes

Vehicle Chassis and Wheels

360-degree rotating platform or mechanical structure

Step 1: Assemble the Remote Control Car Chassis

Six L-shaped gear motors are installed on the vehicle chassis, each responsible for different movements of the vehicle.

Connect the motors to the Arduino Nano using the appropriate circuits and wires.

So the chassis used to make this car is made with PCB, I designed the chassis and ordered it from JLCPCB. 

Step 2: Configure Wireless Communication

Install the NRF24L01 module and adapter for wireless communication.

Program the Arduino Nano to receive commands from the remote control and operate the motor.

Step 3: Install the 360-degree Rotating Structure.

Install a 360-degree rotating platform or mechanical structure on the top of the vehicle to enable the vehicle to rotate 360 degrees.

Step 4: Testing and Debugging

Test the RC car to ensure it can move forward, backward, turn, and rotate 360 degrees. Check the video !