JGA25-370 DC Gear Motor, High Torque 9KG.CM, Permanent Magnet Electric Geared Motor with Brush Commutation, 0.8W Output (10RPM 6V)

The JGA25-370 DC gear motor is a powerful and compact solution for projects requiring precise speed control and substantial torque output. This permanent magnet electric motor delivers an impressive 9KG.CM of torque, making it ideal for robotics, automation systems, and mechanical applications where reliable rotational force is essential. The integrated gearbox provides smooth speed reduction, ensuring stable and controlled operation across various loads. With its durable metal construction and efficient brush commutation design, this motor offers dependable performance for continuous use. Operating at 0.8W output power with a low continuous current draw of just 0.03A, it balances performance with energy efficiency. The compact form factor allows for easy integration into tight spaces, while the precision-engineered gears minimize noise and vibration during operation. Whether you're building automated equipment, developing prototypes, or creating motion control systems, this gear motor provides the torque and reliability your project demands. The standardized mounting configuration simplifies installation, and the robust design ensures long-lasting performance in demanding applications.

• HIGH TORQUE OUTPUT: Delivers powerful 9KG.CM torque capacity, making it ideal for robotics, automation, and mechanical projects requiring strong rotational force
• PERMANENT MAGNET DC MOTOR: Features reliable permanent magnet construction with brush commutation for consistent performance and precise speed control
• GEARED DESIGN: JGA25-370 model incorporates precision gear reduction mechanism that provides stable, controlled operation while maintaining compact dimensions
• LOW POWER CONSUMPTION: Operates at 0.8W output power with 0.03A continuous current draw, offering energy-efficient IE 1 performance for extended use
• VERSATILE APPLICATION: Compact electric gear motor suitable for various projects including automated systems, small machinery, and DIY electronics requiring slowdown protection