Description:

This high torque 12V brushed DC motor is perfect for various DIY projects, providing reliable performance and efficiency. Ideal for hobbyists and professionals alike, it offers versatility in applications such as robotics and model making.

Features:

• Designed for high torque applications, ensuring powerful performance.
• 12V power supply makes it suitable for a wide range of projects.
• Perfect for DIY enthusiasts looking to enhance their creations.
• Compact size allows for easy integration into various designs.
• A great gift for hobbyists and makers who love building projects.

Additional Info:

• material : Alloy Steel
• StemGarage 555 BRUSHED DC MOTOR: Permanent magnet brushed DC motor with durable steel body and efficient copper winding for reliable, smooth, and continuous operation across a wide range of DIY and automation projects
• WIDE VOLTAGE COMPATIBILITY: Operates on 6V?18V DC (12V recommended), making it compatible with batteries, DC power supplies, motor drivers, Arduino, Raspberry Pi, ESP32, and NodeMCU-based project setups
• HIGH TORQUE & LOW NOISE: Delivers high torque and high speed performance with minimal noise, suitable for robot cars, conveyor models, water pumps, fans, and battery-powered devices requiring consistent output
• PRECISE DIMENSIONS: Motor diameter 36mm, body length 57.3mm, shaft diameter 3.2mm, shaft length 14mm; compact and lightweight design ensures easy installation in tight spaces and prototype enclosures
• VERSATILE APPLICATIONS: Well-suited for STEM learning kits, science fair models, school laboratory experiments, engineering college projects, robotics, and automation prototype development by students, makers, and engineers
• DURABLE METAL CONSTRUCTION: Features a robust metal body housing that provides excellent heat dissipation and structural integrity for extended operational life in demanding continuous-use applications
• EFFICIENT COPPER WINDING: High-quality copper wire winding ensures optimal electrical conductivity, reduced energy loss, and consistent motor performance throughout its operational lifespan