JGB37-520 DC Brushed Geared Motor with Hall Effect Encoder, 37mm, High Torque, for Robotics and Self-Balancing Projects (200rpm 12V Motor x Bracket)

The JGB37-520 DC Brushed Geared Motor is a compact and powerful solution designed for robotics, self-balancing carts, and a wide range of DIY automation projects. Featuring a slim 37mm diameter body, this motor fits easily into space-constrained builds without sacrificing performance. The integrated Hall effect encoder delivers precise speed measurement and position feedback, making it ideal for closed-loop control systems that demand accuracy. With a rated torque of 20 kg.cm and a continuous current draw between 0.15A and 0.65A, this geared motor provides strong, stable output for demanding applications. It operates on low-voltage DC systems up to 36V, offering flexible compatibility with common power supplies. The brushed DC motor design ensures straightforward integration with standard motor driver circuits. Color-coded wiring leads simplify connections, and the sturdy all-metal housing ensures durability during extended use. Whether you are building a self-balancing robot, an automated vehicle, or a precision-controlled mechanism, this motor delivers the torque and feedback capabilities needed to bring your project to life.

• BRUSHED DC GEARED MOTOR: The JGB37-520 features a compact 37mm diameter brushed DC motor design, ideal for space-constrained robotics and DIY projects.
• INTEGRATED HALL EFFECT ENCODER: Built-in Hall encoder provides precise speed measurement and position feedback, making it perfect for self-balancing trolleys and similar applications.
• HIGH TORQUE OUTPUT: Geared motor structure delivers a rated torque of 20 kg.cm, ensuring stable and powerful operation for demanding mechanical tasks.
• WIDE VOLTAGE COMPATIBILITY: Operates on DC systems up to 36V with a continuous current range of 0.15A to 0.65A, offering flexible integration into various low-voltage setups.
• VERSATILE MOUNTING SUPPORT: Includes a mounting bracket for easy installation, making it suitable for robotics, automation, and self-balancing vehicle projects.