JGB37-520 DC Gear Motor, High Torque All Metal Gearbox, 6V/12V/24V, Permanent Magnet Brush, Waterproof Micro Motor, 25kg.cm Max Torque, 5W Output (319rpm 12v)

This JGB37-520 DC gear motor delivers impressive performance with its all-metal gearbox construction and high torque output of up to 25kg.cm. Designed for versatility, it operates across multiple voltage options including 6V, 12V, and 24V DC power supplies. The motor features permanent magnet brush commutation technology for consistent operation and reliable power delivery. With its compact micro motor design, this unit offers an excellent power-to-size ratio while maintaining a modest 60mA continuous current draw. The motor's waterproof protection makes it suitable for challenging environments where moisture exposure may occur. Its robust metal gearbox construction ensures durability and smooth power transmission for demanding applications. This 5W output motor combines efficiency with dependable performance, making it an ideal choice for various industrial and mechanical applications where precise motion control is required. The unit's versatile design and sturdy construction make it particularly well-suited for automated systems, robotics projects, and other mechanical applications requiring reliable rotary power.

• HIGH TORQUE PERFORMANCE: All-metal gearbox construction delivers maximum torque of 25kg.cm for demanding mechanical applications requiring reliable power transmission
• VERSATILE VOLTAGE OPTIONS: Compatible with 6V, 12V, and 24V DC power sources, providing flexibility for various electrical systems and project requirements
• DURABLE CONSTRUCTION: Permanent magnet brush motor with waterproof protection feature ensures long-lasting performance in challenging environments and conditions
• COMPACT MICRO MOTOR DESIGN: Space-saving JGB37-520 model combines high power density with 5W output in a compact form factor ideal for robotics and automation projects
• EFFICIENT POWER DELIVERY: Operates at 60mA continuous current with permanent magnet construction for consistent, reliable motor performance across applications