Versatile Motor Control: This board is ideal for controlling motor speed and balance, adjusting ESC potentiometers, and managing the direction (CW/CCW) of DC brushed motors. Compact and Portable: Designed with portability in mind, this motor drive board is both small and . It's easy to carry and can be used anywhere, making it a practical solution for on-the-go adjustments and installations in various settings. Broad Application Range: Suitable for dual-motor drives in tracked vehicles, mixed tracked and wheeled vehicles, and hollow cup motor speed regulation. This board provides a versatile solution for various motor control needs in robotics and hobbyist projects. It's designed to withstand rigorous use in various environments, ensuring a long service life and reliability for continuous operation. Efficient Speed Regulation and Commutation: The integrated potentiometer allows for precise speed adjustments and smooth commutation control, enhancing the performance and efficiency of your motor-driven projects. Specification: Item Type:Motor Driver Board Material:PCB Purpose :Output balance adjustment, walk straight without deviation Application :Model ESC, smart car, motor speed and commutation control, tracked vehicle control, dual-drive vehicle, hollow motor control Rated Input Voltage :DC 7V-24V Standby: Current &;20mA Current Limit :10A (per channel) Control Mode: ESC Mode :Horizontal and horizontal remote control 1ms-2ms (pulse width)50Hz Potentiometer Mode: -5V input voltage (2.45V-2.55V motor stops) Mixing Mode :Mixing can be used in ESC mode and potentiometer mode Limit Input Voltage :Range DC 5V-30V (maximum) Limit Output: Current Range 10 A±10.5aA(maximum) Note: Do not use the board outside the range of voltage and current parameters. Color: As Shown Package Contents: 1 x Motor Driver Board Only the above package content, other products are not included. Note: Light reflection and different displays may cause the color of the item in the picture a little different from the real thing. The measurement allowed error is +/- 1-3cm.