This driver board provides a complete control solution for brushless motors, combining a drive plate, an indicator lamp, and governor components in a single module. It is designed to deliver reliable motor control and straightforward integration with standard electronic component supply workflows, making it suitable for a range of industrial and automation applications. Key benefits Precise brushless motor control for smooth startup, speed regulation, and efficient operation. Builtin indicator lamp for immediate visual status monitoring during operation and maintenance. Integrated governor components to support stable speed control under varying loads. Simplified integration with existing electronic components supply, reducing setup time and potential wiring errors. Key attributes Functionality: Drives brushless motors with an integrated control plate and indicator features, facilitating reliable motor operation and monitoring. Compatibility: Designed to work with common brushless motor configurations and related electronic control systems within standard component supply ecosystems. Size and form factor: Compact design suitable for spaceconstrained installations and easy mounting in control enclosures. Material and durability: Constructed with quality electronic components to support dependable performance in typical industrial environments. Performance: Delivers steady, responsive control with clear status indication to assist with diagnostics and maintenance. Use cases Industrial automation: Regulate speed and torque of brushless motors on conveyors or processing lines, using the builtin indicator lamp to monitor status at a glance. Robotics and CNC machining: Drive brushless actuators or spindle motors, benefiting from stable speed control and consolidated control hardware. Maintenance and : Serve as a replacement drive board for existing brushless motor systems, enabling quick service and reducing downtime. This product is presented as a cohesive drive solution for brushless motors, with a focus on practical performance, reliable operation, and easy integration into common electronic component supply configurations.