Educative and practical: designed for science kits, coding projects and robotics education; offers learning opportunities for youth and beginners; modular design suitable for robot automation modules. High channel capacity: features PWM channels that enable simultaneous control of multiple servos or devices, making it ideal for complex robotics and automation projects and educational science coding kits. Reliable output: provides consistent and precise PWM signals for smooth servo operation and improved system stability; includes a PWM controller and is suitable as a technical building toy. Expanded control options: PWM output enables simultaneous management of several servos, motors or other devices in robotics and automation; includes an industrial PWM driver board and serves as a science kit for robotics. Practical applications - In classrooms or coding clubs, use with science kits to teach PWM concepts and multi-servo control in robotics projects. - In home workshops, build multi-servo robots or automation demos that require synchronized PWM signals. - In STEM labs or project kits, perform experiments that require precise timing and coordinated movement of servos and motors.