JGY-370 Turbo Worm Gear Motor with Encoder, DC High Torque Low Speed Self-Locking Motor, 25kg.cm Max Torque, 3W Output, Permanent Magnet Brush Commutation (18RPM 24V)

This JGY-370 Turbo Worm Gear Motor is engineered for precision and power, featuring an integrated encoder tachometer for accurate speed control and positioning feedback. With its impressive maximum torque of 25kg.cm, this DC motor excels in applications requiring substantial force at low speeds. The innovative worm gear design provides smooth, quiet operation while offering a self-locking mechanism that maintains position when power is removed. Built with a robust, totally enclosed construction, this motor ensures reliable performance and protection from environmental factors. The permanent magnet design with brush commutation delivers consistent 3W power output while maintaining efficient operation at just 100mA continuous current. Perfect for industrial automation, robotics, and specialized mechanical applications where precise motion control and high torque are essential. The motor's compact form factor makes it ideal for space-constrained installations, while its durable construction ensures long-term reliability in demanding environments.

• HIGH TORQUE OUTPUT: JGY-370 turbo worm gear motor delivers powerful performance with maximum torque up to 25kg.cm, ideal for demanding automation and robotics applications
• INTEGRATED ENCODER TACHOMETER: Built-in encoder provides precise speed feedback and control, enabling accurate positioning and velocity monitoring for advanced motion control systems
• SELF-LOCKING WORM GEAR DESIGN: Turbo worm gear mechanism ensures quiet operation and inherent self-locking capability, maintaining position without power and preventing back-driving
• COMPACT AND DURABLE CONSTRUCTION: Totally enclosed permanent magnet design with brush commutation offers reliable performance in a space-saving package, drawing only 100mA continuous current
• LOW SPEED DC MOTOR: Operates at low speeds with 3W output power and efficient gear reduction, perfect for applications requiring controlled motion and high torque at reduced RPM