DIY Self-Balancing Robot Car Kit | Uno R3 + L298N Motor Driver + MPU6050 | Compatible with Arduino IDE

DIY Self-Balancing Robot Car Kit | Uno R3 + L298N Motor Driver + MPU6050 | Compatible with Arduino IDE

The DIY Self-Balancing Robot Car Kit is an exciting robotics project that combines learning with fun. This kit comes complete with an Uno R3 microcontroller, L298N motor driver, and the MPU6050 gyroscope + accelerometer sensor, allowing you to build and program a two-wheel self-balancing robot car. By using sensor feedback and motor control, the robot maintains balance while moving forward or backward, providing an engaging way to understand robotics principles. Designed for students, beginners, and hobbyists, this kit is compatible with the Arduino IDE, making it easy to program and customize. The included step-by-step user manual tutorial ensures that even users with little to no prior experience can assemble, wire, and program the robot successfully. This project enables learners to explore key concepts such as PID control, sensor calibration, motor control, and balance algorithms, making it a valuable STEM educational tool. Apart from being a hands-on project, it also serves as an introduction to real-world robotics applications like drones, balancing robots, and automation systems.

Application:

• Robotics learning and experimentation
• STEM education projects for students
• DIY hobby electronics
• Balance control system demonstrations
• Arduino-based coding and programming practice

Feature:

• Self-Balancing Robot Kit: Learn and build a two-wheel self-balancing robot car from scratch.
• Powerful Components: Includes Uno R3 microcontroller, L298N motor driver, and MPU6050 gyro + accelerometer sensor.
• Educational & Fun: Ideal for learning robotics, Arduino programming, balance control, and sensor integration.
• STEM Learning Kit: Encourages skills in electronics, coding, mechanical assembly, and robotics.
• DIY Assembly: Build, code, and experiment with your own balancing robot car.
• Expandable Design: Compatible with Arduino IDE, allowing users to customize and add more functions.