JGY370 Micro Torque Worm Gear Motor — key benefits and features Flexible power options: available in 6V, 12V, and 24V versions to match common DC power supplies and system voltages. Compact, square form factor: micro-sized square design makes the motor easy to mount in tight spaces and supports common bracket and chassis layouts. Worm gear reduction for high torque and fine control: the 1:1000 gear ratio converts motor input speed into high output torque and precise, low-speed motion for demanding holding and positioning tasks. Self-locking function for stable operation: the worm gear design provides a self-locking characteristic that resists backdrive, so mechanisms remain stable when power is removed or during sudden loads. High input speed capability: designed to accept higher motor input speeds while delivering controlled output through the worm gearbox, giving flexibility in system design. Reliable 12V option: the 12V version offers dependable performance for a wide range of equipment and is often a practical choice for hobby, industrial prototyping, and retrofit projects. Durable, application-ready construction: built as a micro torque worm gear motor to balance compact size with robust output for continuous use in small equipment. How this solves common problems Eliminates the need for separate brakes or holding brakes thanks to the self-locking worm gear, simplifying design and reducing component count. Provides high torque at low speed without large gear assemblies, saving space and simplifying mechanical layouts. Multiple voltage choices let you integrate the motor into existing 6V, 12V, or 24V systems without complex power conversion. Performance and compatibility highlights Model: JGY370 Micro Torque Worm Gear Motor. Voltages: 6V, 12V, 24V. Gear ratio: 1:1000 for high torque and precise low-speed behavior. Function: worm gear with self-locking characteristic; compact square housing for straightforward mounting. Suited for systems that require steady holding torque, controlled motion, and compact integration. Practical use scenarios Robotics: drive wrist or gripper mechanisms where high holding torque and precise slow motion are required; the self-locking feature keeps positions steady when motors are unpowered. Automation: actuate small valves, dampers, or indexing tables that need compact, high-torque drives and reliable holding under load. Small machinery and hobby projects: power linear actuators, camera pans, model equipment, or retrofit mechanisms needing a compact motor with significant torque and positional stability. Installation notes The square design eases alignment and mounting; confirm voltage selection (6V, 12V, or 24V) matches your power source. Use appropriate motor drive and protection suited to DC worm gear motors and your application’s load and duty cycle. Choose the JGY370 when you need a compact worm gear motor that delivers high torque, stable holding via self-locking, and flexible voltage options for robotics, automation, and small machinery applications.