Description
The CanEduDev Disc Brake System is an advanced braking solution designed for educational and experimental applications, perfect for both standalone projects and as an enhancement to the CAN Rover platform. This system combines precision control with real-world sensing capabilities, providing an ideal platform for studying braking systems, implementing ABS algorithms, and exploring vehicle dynamics.
At its core, the system features a high-precision brushed servo motor with integrated position feedback, enabling accurate control and monitoring of brake force application. The included wheel speed sensor provides essential data for implementing and testing various braking algorithms, making it an excellent tool for studying anti-lock braking systems (ABS) and traction control.
When paired with CanEduDev’s Servo Board, the system offers seamless integration and advanced control capabilities. The board processes both position feedback from the servo and speed data from the wheel sensor, providing a comprehensive platform for developing and testing brake control algorithms. This makes it particularly valuable for educational institutions and developers working on vehicle control systems.
The system’s versatility allows it to function both as a standalone unit for focused brake system studies and as an integrated component of the CAN Rover, where it can be part of a more comprehensive vehicle dynamics platform. Its robust construction and precise control capabilities make it suitable for repeated testing and long-term educational use.
