Bringsmart JGY-395 Worm Gear Motor, DC Reducer with Self-Locking Gearbox, 6-12V, 2.3-40kg.cm Torque, Permanent Magnet (12v 4.5rpm)

The Bringsmart JGY-395 worm gear motor is a powerful and versatile DC reducer motor designed for applications requiring precise speed control and high torque output. This compact permanent magnet motor features a self-locking worm gear design that prevents reverse driving, ensuring your equipment maintains stable positioning even when power is off. Operating on a flexible voltage range from 6V to 12V DC, this motor adapts seamlessly to various project requirements. With torque options ranging from 2.3 to 40 kg.cm depending on speed configuration, you can select the perfect balance of power and rotation speed for your specific application. The totally enclosed construction protects internal components from dust and debris, extending motor life and reliability. Whether you're building robotics, automated systems, or industrial equipment, this gear motor delivers consistent performance. The unit is certified to meet CE, ROHS, and CCC standards, ensuring quality manufacturing and safe operation. Multiple mounting holes on the sturdy metal gearbox allow for secure installation in your projects.

• SELF-LOCKING WORM GEAR DESIGN: Features a worm reduction gearbox that prevents reverse driving, ensuring stable holding position and enhanced safety in automated applications
• VERSATILE VOLTAGE COMPATIBILITY: Operates on 6V to 12V DC power supply, making it suitable for a wide range of DIY projects, robotics, and automation systems
• ADJUSTABLE TORQUE OUTPUT: Delivers variable torque ranging from 2.3 to 40 kg.cm depending on speed selection, providing flexibility for different load requirements
• DURABLE CONSTRUCTION: Built with permanent magnet motor in a totally enclosed housing for reliable performance and protection against dust and debris
• COMPACT GEARED MOTOR: JGY-395 model combines DC motor with integrated worm gearbox in a space-saving design, ideal for applications requiring high torque in limited space