JGY370 DC Worm Gear Motor, 8MM D7 Output Shaft, High Torque Low Speed Electric Motor, 1.5-25kg.cm Torque, Permanent Magnet Brush (10 RPM 6V)

This JGY370 DC worm gear motor delivers exceptional high torque performance at low speeds, making it ideal for applications requiring powerful, controlled motion. Featuring a compact 8mm D7 output shaft, this permanent magnet brush motor integrates seamlessly into tight spaces and demanding mechanical systems. With torque ratings ranging from 1.5 to 25kg.cm depending on speed configuration, it provides versatile performance across various operational requirements. The motor operates efficiently with a continuous current draw of 60-100mA, ensuring energy-conscious operation without sacrificing power. Its totally enclosed construction protects internal components from dust, debris, and environmental factors, extending service life and reliability. The worm gear design provides excellent self-locking characteristics and smooth operation, while the permanent magnet construction ensures consistent performance. Whether you're building automation equipment, robotics projects, or precision machinery, this gear motor combines durability, efficiency, and compact design to meet your motion control needs.

• HIGH TORQUE OUTPUT: JGY370 worm gear motor delivers powerful torque ranging from 1.5 to 25 kg.cm, ideal for demanding low-speed applications requiring reliable force
• COMPACT DESIGN: Features an 8mm D7 output shaft in a space-efficient configuration, allowing for direct integration into tight spaces and various mechanical assemblies
• ENERGY EFFICIENT OPERATION: Low current consumption of 60-100mA depending on speed settings ensures efficient power usage while maintaining consistent performance
• DURABLE CONSTRUCTION: Totally enclosed permanent magnet brush motor design protects internal components from dust and debris, extending operational lifespan
• VERSATILE PERFORMANCE: Variable speed control with adjustable torque output provides flexibility for diverse applications including automation, robotics, and mechanical systems