RS550 14 Teeth DC Motor 10.8-25V 100W High Torque Micro Motor for Electric Screwdriver and Drill - Waterproof Brush Commutation (Voltage-18V-14-Teeth)

Introducing the RS550 Micro DC Motor, a versatile and powerful solution for your electric screwdriver and electric drill needs. Engineered with precision, this motor boasts an impressive no-load speed of 25,000 RPM, delivering exceptional performance and efficiency for a wide range of applications. Crafted from high-quality metal, the RS550 is designed to withstand demanding conditions while maintaining optimal functionality. With a working current range of 7 to 15A and a robust torque of 400 to 480 g.cm, this motor ensures reliable and consistent power output, making it ideal for both professional and DIY projects. The RS550 Micro DC Motor operates efficiently within a voltage range of 10.8 to 25VDC, providing flexibility and adaptability to various power sources. Its brush commutation system ensures smooth operation and extended lifespan, while the 8.2mm gear enhances its compatibility with different mechanical setups. Safety and durability are paramount, and this motor is equipped with a waterproof feature, offering protection against moisture and ensuring reliable performance in diverse environments. Certified with a CE mark, the RS550 meets international standards for quality and safety, giving you peace of mind. Whether you're upgrading your electric screwdriver or building a custom electric drill, the RS550 Micro DC Motor is the perfect choice for those seeking a blend of power, durability, and versatility. Experience the difference with a motor that combines high performance with reliability.

• High torque of 400 - 480g.cm for powerful performance in electric screwdrivers and drills
• Wide voltage range of 10.8 - 25VDC for versatile application in various power tools
• No load speed of 25000RPM ensures efficient and fast operation
• Compact design with 8.2mm gear for seamless integration into small electric tools
• Waterproof feature enhances durability and reliability in different working environments