TB6612FNG Motor Shield with I2C control provides a compact, performance solution for driving motors, steppers, and servos on compatible boards. Key features include: power MOSFET driver: TB6612FNG delivers 1.2 A continuous current (up to 3.2 A peak) per channel, enabling robust performance for small to medium actuators. I2C driven control: Centralized, easytouse I2C interface for motors, steppers, and servos, simplifying integration with compatible boards and multiaxis setups. Spacesaving form factor: A compact shield design that fits neatly into existing ecosystems, making it suitable for batterypowered projects and spaceconstrained deployments. Precise speed regulation: An onboard dedicated speed regulation chip provides smooth, controllable motor performance with reliable response. Efficient operation: Designed for low voltage drop to maximize efficiency and performance in batterypowered applications. 23 practical use scenarios Robotic arms and grippers: Use the shield to drive multiple joints with precise, synchronized motor control for small to medium robotic arms in labs or classrooms. Automated home systems: Integrate motorized components (dampers, blinds, conveyor elements) under I2C control for responsive, centralized automation. Synchronized motor arrays: Build multiaxis machines or setups requiring coordinated motion in workshops or educational environments, with simple I2Cbased coordination. Compatibility and performance highlights Function: Drives motors, steppers, and servos with a single shield using the TB6612FNG driver. Compatibility: Designed to work with compatible boards via I2C control. Size: Spacesaving, compact shield suitable for compact projects and tight layouts. Performance: 1.2 A continuous current per channel with up to 3.2 A peak, delivering robust torque for batterypowered applications. Control and efficiency: I2C communication supported; dedicated speed regulation chip enables precise control while minimizing voltage drop.