L9110S Motor Driver Board The base driver board includes builtin overcurrent protection integrated with the standard interface. This helps simplify circuit layout and protects connected components from potential damage during development and testing. It can control up to four motors simultaneously, enabling complex motion control for robotics projects. This supports forward, backward and turning movements to drive multimotor platforms. Designed for hobbyists, educators, and engineers, this motor driver is a practical upgrade for electronics and robot engineering projects. It provides a reliable motor drive solution without unnecessary complexity. The L9110S Motor Driver Board offers a versatile voltage range from 2.5V to 12V, making it suitable for powering small to medium sized motors efficiently and safely. Key benefits Safer prototyping: builtin overcurrent protection reduces the risk of damage to motors and controllers during test runs. Flexible motor control: capable of handling up to four motors at once for coordinated motion and multiaxis projects. Easy integration: designed around a standard interface to simplify wiring and circuit layout, helping you move from concept to test faster. Broad compatibility with low voltage motors: 2.5V to 12V operation covers common hobbyist motors and small precision devices. Use scenarios Classroom robotics project: drive a fourmotor rover or platform where synchronized motor control is needed for straight movement, turns, and reverse operation. DIY automation or small actuator systems: build a compact conveyor, pantilt unit, or multimotor demonstration rig that benefits from centralized motor control and protective features. Education and prototyping: use in learning kits or lab setups to teach motor control concepts, PWM sensing, and protection mechanisms without complex wiring. Compatibility and practical notes Brand and model: L9110S Motor Driver Board. Functionality includes overcurrent protection, standard interface integration, and multimotor drive capability within the stated voltage range. Power and motor considerations: suitable for small to medium sized motors within the 2.5V to 12V range; ensure motor current stays within the board's designed limits for reliable operation.