TB6612FNG Motor Shield Purpose and benefits Enables precise, coordinated control for building responsive robotic arms, automated home systems, or synchronized motor setups in workshops and classrooms. Supports servo, motor, and stepper control on compatible boards through I2C, simplifying integration with existing projects. Key performance and features performance TB6612 MOSFET driver delivers 1.2 A continuous current with a peak of 3.2 A, enabling robust drive for common hobby motors. I2C control of motors, steppers, and servos on compatible boards, allowing easy, centralized command and orchestration. Spacesaving design for easy integration into existing ecosystems, while delivering strong TB6612FNG drive torque for batterypowered projects. This shield includes a dedicated chip for precise speed regulation, supports I2C communication, and is compact with low voltage drop efficiency for dependable operation. Compatibility and form Designed to work with compatible development boards that support I2C communication. Compact shield form factor suitable for integration into multimodule projects and education kits. Use scenarios Educational robotics in classrooms or workshops: assemble a small robotic arm or gripper with coordinated motor control for handson learning. Home automation projects: drive motorized blinds, vents, or other smart devices requiring smooth, synchronized motion. Smallscale automation and prototyping: run multiple motors or a mix of motors, steppers, and servos in synchronized patterns for labs or makerspaces.