ESP32 Bluetooth Mecanum Wheel RC Car – Complete DIY Robotics Kit

ESP32 Bluetooth Mecanum Wheel RC Car – Complete DIY Robotics Kit Build and control an advanced **Mecanum Wheel RC Car** using an ESP32 microcontroller and four Mecanum wheels. Unlike conventional RC ca[Price Protected — Login to view] Mecanum wheels allow the vehicle to move in multiple directions, including forward, backward, sideways, and diagonally. The car is controlled wirelessly through a dedicated Bluetooth controller app, providing an interactive way to control the vehicle and explore advanced robotic movement. This project is ideal for engineering students, robotics enthusiasts, college projects, exhibitions, competitions, and anyone interested in learning ESP32, Bluetooth communication, motor control, and omnidirectional robotics. Features * Bluetooth wireless control * ESP32-based control system * 4-wheel Mecanum drive * Omnidirectional movement * Forward and reverse movement * Left and right strafing * Diagonal movement * Rotation and turning * Dedicated Bluetooth controller app * 4 × BO DC motors * L298N motor driver * Circuit diagram included * Source code included * Complete wiring guide * Step-by-step assembly guidance * Expandable robotics platform Hardware Included * ESP32 Development Board * L298N Motor Driver Module * 4 × BO DC Motors * 4 × Mecanum Wheels * Robot Car Chassis * 2-Cell Battery Pack * Connecting Wires * Power Switch * Mounting Hardware * Required mechanical components What's Included * Complete Mecanum wheel RC car hardware kit * Circuit diagram * Source code * Bluetooth controller app * Wiring instructions * Step-by-step assembly guide * Programming instructions * Project documentation * Basic troubleshooting guidance * Technical assistance How It Works The ESP32 receives movement commands through Bluetooth from the dedicated controller app. It processes these commands and controls the four motors through the L298N motor driver. The independent control of the four Mecanum wheels allows the vehicle to perform omnidirectional movements that are not possible with conventional wheels. Depending on the selected command, the robot can move forward, backward, strafe sideways, move diagonally, and rotate. Suitable For * Engineering students * Diploma and Polytechnic students * Robotics enthusiasts * Arduino and ESP32 learners * College mini & major projects * Robotics competitions * STEM learning * DIY robotics enthusiasts * Embedded systems projects Technical Specifications * Microcontroller: ESP32 * Communication: Bluetooth * Motor Driver: L298N * Motors: 4 × BO DC Motors * Wheels: 4 × Mecanum Wheels * Drive System: 4-Wheel Mecanum Drive * Movement: Omnidirectional * Power Supply: 2-Cell Battery Pack * Programming: C++ * Development Platform: Arduino IDE * Control: Bluetooth Controller App Future Upgrade Possibilities The Mecanum platform can be upgraded with additional sensors and modules for applications such as autonomous navigation, obstacle avoidance, line following, robotic arm integration, camera streaming, IoT control, and advanced robotics experiments. [Price Protected — Login to view] A hands-on advanced robotics project for learning Bluetooth communication, ESP32 programming, motor control, and omnidirectional robotic movement using Mecanum wheels.