JGB37-520B DC Gear Motor with Encoder, 37mm Gearbox, 15KG.CM High Torque, 12V Brushed Micro Motor for DIY Smart Car and Home Appliances (333RPM DC 6V Bracket and Motor)

This JGB37-520B DC gear motor is a versatile powerhouse designed for DIY smart car projects and home appliance applications. The compact 37mm gearbox houses a robust motor capable of delivering an impressive 15kg-cm of torque, making it ideal for applications requiring reliable mechanical power. Featuring an integrated encoder, this motor provides precise speed and position control capabilities essential for automated systems. The motor operates on 12V DC with a 1A continuous current draw, while maintaining power output under 18.65W for efficient operation. Its brush commutation system and permanent magnet construction ensure consistent performance, while the drip-proof design adds durability for various operating conditions. The motor's combination of size, power, and control features makes it perfect for robotics enthusiasts, makers, and anyone working on motorized DIY projects. The rugged construction and reliable performance characteristics make this gear motor an excellent choice for applications requiring precise motion control and sustained operation.

• HIGH TORQUE OUTPUT: JGB37-520B DC gear motor delivers powerful 15KG.CM torque for demanding DIY smart car projects and robotics applications requiring strong rotational force
• INTEGRATED ENCODER: Built-in encoder provides precise speed and position feedback for accurate motor control in automated systems and intelligent devices
• COMPACT GEARBOX DESIGN: Features a 37mm diameter gearbox with permanent magnet construction, offering efficient power output under 18.65W while maintaining a space-saving profile
• DURABLE CONSTRUCTION: Drip-proof protection and brush commutation system ensure reliable long-term operation with 1A continuous current capacity for consistent performance
• VERSATILE APPLICATIONS: Ideal for DIY smart cars, home appliances, and automation projects requiring precise motion control with robust mechanical performance