BLDC Three Phase Brushless Motor Controller — 500W (supports motors up to 60V / 20A) Key benefits power performance: delivers a reliable 500W output and supports motors up to 60V / 20A, enabling demanding propulsion and drive applications. Greater uptime and protection: builtin overcurrent and temperature protection helps prevent damage to motor and controller, keeping systems stable under load. Precise, professional control: engineered for threephase BLDC motors and for use with advanced control strategies, making it suitable for engineering and research environments. Simplified integration: compatible with standard threephase brushless motors, allowing faster development and deployment in professional projects. What this controller does for you Solves power and protection challenges by combining substantial continuous output with integrated safety features, reducing the risk of component failure and project delays. Enables advanced motor control algorithms and finetuned performance needed in research, prototyping, and commercial systems. Supports professional development workflows so engineers and developers can focus on system design rather than lowlevel motor management. Key specifications and functions Output power: 500W Supported motor ratings: up to 60V / 20A Motor type: threephase brushless (BLDC) Protections: builtin overcurrent protection and temperature monitoring to maintain system stability under stress Target users and applications: designed for motor control engineers, vehicle developers, robotics enthusiasts, industrial automation, and research laboratories Practical application examples Mediumsize unmanned aerial vehicles: reliable motor control and protection for propulsion systems on drones and UAV prototypes. Autonomous vehicles and mobile robots: drive and motion control for robotic platforms and vehicle prototypes where consistent torque and safety are required. Industrial automation and lab test benches: precise control and integrated protections for motor test rigs, automated equipment, and R&D experiments. Who should choose this controller Motor control engineers implementing advanced control strategies Vehicle developers and robotics designers building dependable drive systems Industrial automation teams and research labs needing a robust, protected BLDC controller This controller delivers the power, protection, and compatibility required for professional BLDC motor projects while enabling advanced control and dependable operation in industrial and research settings.