3.6V 12GA-N20 Micro DC Geared Motor for Electric Screwdriver, Small Size High Torque Metal Gear (3.6V 230RPM)

This compact 3.6V 12GA-N20 micro DC geared motor delivers impressive torque in a remarkably small package, making it an ideal power solution for electric screwdrivers and precision applications. The motor features durable metal gear construction that ensures reliable performance and extended operational life, even under demanding conditions. Its lightweight and compact design allows for easy integration into tight spaces where larger motors simply won't fit. The geared mechanism provides excellent torque multiplication, enabling efficient driving power for various fastening tasks. With smooth and stable operation, this micro motor offers precise control for delicate work. Perfect for DIY enthusiasts, hobbyists, and professionals alike, this versatile motor finds applications in electric screwdrivers, small appliances, robotic projects, and model building. The 12GA gearing system balances speed and torque effectively, while the N20 form factor maintains a minimal footprint. Whether you're building custom tools or repairing existing devices, this high-performance micro motor provides the power you need without compromising on size or efficiency.

• COMPACT DESIGN: Small size micro DC geared motor measuring approximately 0.47 inches in diameter, perfect for tight spaces and portable electric screwdriver applications
• HIGH TORQUE OUTPUT: 12GA-N20 metal gearbox delivers large torque at 3.6V operating voltage with output power under 18.65 watts for efficient fastening performance
• DURABLE CONSTRUCTION: Features robust metal gear system ensuring reliable and long-lasting operation even under continuous use in demanding applications
• VERSATILE APPLICATIONS: Ideal for electric screwdrivers, DIY projects, robotics, small appliances, and precision mechanical devices requiring controlled rotation
• SMOOTH OPERATION: Precision-engineered micro DC motor provides stable and consistent performance with minimal noise for precise control during operation