This STM32 self-balancing robot car kit is a professional STEM robotics and control engineering platform designed for learning PID control, LQR balance algorithms, and motion control systems. Using high-precision encoder motors and tilt sensors, the robot achieves real-time two-wheel self-balancing through closed-loop feedback control.
Built on an advanced STM32 controller, the system processes wheel speed, angle, and angular velocity data to maintain stable balance, helping learners understand robot dynamics, control theory, and embedded robotics systems.
The modular design allows users to study each component independently, making it suitable for both beginners and advanced users exploring robotics control, encoder feedback, and motor drive systems.
With Bluetooth app control, users can adjust parameters, test performance, and conduct remote robotics experiments. The platform also supports expansion with additional sensors for advanced projects.
Perfect for STEM classrooms, robotics labs, engineering training, and maker projects across the UAE and GCC, this self-balancing robot kit provides hands-on experience in robotics engineering, control systems, and intelligent robot development.