OSEPP 2WBAL-01 2-Wheeler Balancing Robot The OSEPP 2WBAL-01 2-Wheeler Balancing Robot is an educational robotic kit designed to demonstrate the principles of self-balancing systems similar to those used in Segway-style robots. It is built around a sturdy aluminum chassis and uses a motion sensor (gyroscope and accelerometer) to detect tilt and dynamically adjust motor speed to maintain balance. This kit is fully Arduino-compatible, making it ideal for students, hobbyists, and engineers who want hands-on experience with embedded systems, sensor fusion, and control algorithms such as PID control. The modular design allows users to add wireless modules, displays, or additional sensors, making it a flexible platform for experimentation, learning, and prototyping. Features: Self-balancing two-wheel robot design. Arduino-compatible platform. Durable aluminum mechanical chassis. Supports learning PID control and motion algorithms. Expandable with additional sensors and communication modules. Designed for educational and experimental robotics projects. Specifications: Parameter Value Robot Type: 2-Wheeler Self-Balancing Robot Chassis Material: Aluminum Sensor Module: 6-axis Gyroscope & Accelerometer Motor Type: DC Gear Motors Controller Support: Arduino compatible Power Source: Battery powered Assembly: DIY / Assembly required Applications: Robotics education and training. Self-balancing robot experiments. Learning PID and control systems. Arduino and embedded programming projects. STEM and academic robotics labs. Packages: Documents: DC Motor Spec Datasheet. MPU6000-6050 Datasheet. Build Instruction User Manual.
