Key benefits torque DC geared motor with a turbine worm design for compact, reliable drive in tight spaces. Multi voltage compatibility (6V, 12V, 24V) with a broad speed range, enabling flexible integration in various systems. Durable metal construction and electronic parts deliver wear resistance and corrosion resistance for long service life. Double shaft output provides versatile mounting options and easier coupling to gears, pulleys, or actuators. Wide operating range (6 rpm to 150 rpm) supports precise control across a variety of applications. Product overview Model: JGY370 Turbine Worm Motor, DC Geared Motor Output: torque motor with double shaft Construction: Metal and electronic parts designed for durability Range: 6V, 12V, 24V variants, suitable for multiple power sources and control schemes Main uses: robots, nesting machines, DIY projects, electronic locks, range hoods, entertainment equipment, smart devices, barbecue machines, and similar geardriven deployments Voltage and speed ranges 6V motor: use range 39V 6V 150 RPM variant: use range 3V to 75RPM 12V motor: use range 618V 24V motor: use range 1230V Key specifications at a glance Type: Turbine worm gear motor, DC geared motor Torque: torque for demanding applications Output: Double shaft for flexible mounting Material: Metal construction with electronic components Durability: Wear resistant and corrosion resistant Compatibility: Supports 6V, 12V, and 24V systems Applications and use scenarios Robotics and automation: drive wheels, linear actuators, or gripping mechanisms in compact robotic platforms where torque and dualshaft mounting simplify integration. DIY projects and automation: build custom actuators, autolatches, or smartdevice actuators for cabinets, doors, or enclosure systems with reliable torque and adjustable speed. Household and consumer equipment: integrate into electronic locks, range hoods, entertainment devices, smart devices, or barbecue machines that require a durable, torquefocused drive solution. Notes This motor family is designed to accommodate multiple power configurations while delivering consistent performance across voltage ranges. The double shaft configuration enables coupling to different driving components without requiring adapters or custom housings. This description preserves the original model, functions, and usage intent while presenting clear, customerfocused benefits and practical applications.