₵360.00Original price was: ₵360.00.₵300.00Current price is: ₵300.00.
BRINGSMART 12V 40RPM DC worm gear motor with high torque, self-locking metal gearbox, and reversible rotation. Perfect for robotics, automation, and STEM engineering projects requiring precision motion.
The BRINGSMART 12V 40RPM DC Worm Gear Motor is a powerful, precision-engineered motor designed for applications that require high torque and controlled low-speed movement. Built with a durable metal worm gearbox, this motor delivers stable, smooth, and reliable performance, making it ideal for robotics, automation, and DIY mechanical projects. Its self-locking worm gear ensures the output shaft stays in place when power is off — perfect for lifts, doors, and other systems needing secure positioning.
Key Features & Capabilities
12V DC Operation: Compatible with standard power supplies and battery packs.
High Torque Output: Worm gear reduction provides powerful rotation at low speed.
40 RPM Speed: Ideal for precise, controlled motion in mechanical systems.
Self-Locking Mechanism: Prevents back-driving for secure holding when stopped.
Durable Metal Gearbox: Ensures long-lasting, stable, and quiet performance.
Reversible Rotation: Change direction easily by swapping polarity.
Compact & Efficient Design: Fits easily into small robotic or automation builds.
Technical Specifications
Rated Voltage: 12V DC
Speed: 40 RPM (no-load)
Gear Type: Worm gear (self-locking)
Torque: Up to 40 kg·cm (approximate, varies by model)
Shaft Diameter: ~6 mm
Material: Metal gearbox and housing
Typical Uses & Applications
Robotics: Drive robot wheels, joints, and mechanisms requiring high torque.
Automation Systems: Operate conveyor belts, door mechanisms, or camera sliders.
STEM Projects: Demonstrate gear reduction, torque control, and motor mechanics.
DIY Engineering: Build automated models, smart devices, or motion-controlled tools.
Educational Prototyping: Perfect for classroom learning and engineering workshops.
Why Choose the BRINGSMART 12V 40RPM Motor?
This motor offers strong torque, self-locking stability, and smooth motion — all in a compact, energy-efficient design. Ideal for students, hobbyists, and engineers who need dependable, high-performance motion control in their robotics or automation projects.
