JGY-370 DC Gear Motor with Hall Encoder, 6V 12V 24V, All-Metal Self-Locking Gearbox for Robot, Home Appliance, Car, Boat (18RPM 24V)

The JGY-370 DC gear motor with hall encoder is a precision-engineered component designed for intelligent home appliances, robotics, and DIY projects. This micro motor features an integrated hall encoder that provides accurate speed control and position feedback, making it ideal for applications requiring precise motion control. The all-metal gear construction delivers exceptional durability and reliable self-locking functionality, ensuring your projects maintain their position even when power is removed. With versatile voltage compatibility across 6V, 12V, and 24V systems, this motor adapts seamlessly to various application requirements, from boats and electric bicycles to cars and automated home devices. Its compact design allows for efficient performance in space-constrained installations while maintaining robust torque output. The motor comes equipped with color-coded wiring for straightforward integration into your electrical systems. Whether you're building a robotic platform, automating household appliances, or creating custom automotive solutions, this gear motor provides the precision and reliability your project demands.

• HALL ENCODER FEEDBACK: Equipped with integrated hall encoder for precise speed control and accurate position feedback in robotics and automation applications
• ALL-METAL GEAR CONSTRUCTION: Durable all-metal gearbox with self-locking functionality prevents back-driving and maintains position when power is off
• WIDE VOLTAGE COMPATIBILITY: Versatile micro motor operates on 6V, 12V, or 24V DC power supply to suit various project requirements and power sources
• MULTI-PURPOSE APPLICATIONS: Ideal for intelligent home appliances, DIY robotics, boats, electric bicycles, cars, and other automated systems requiring reliable gear reduction
• COMPACT DESIGN: Space-saving JGY-370 micro motor delivers efficient performance in tight installations while providing high torque output through precision gearing