N20 DC 3.7V 5V Micro Gear Motor, Slow Speed Metal Gearbox Reducer, Electric Motor with Multiple RPM Options (A3.28RPM)

This N20 micro gear motor is a compact powerhouse designed for precision applications requiring controlled, slow-speed operation. Featuring a durable metal gearbox construction, this electric motor delivers reliable performance across a wide voltage range from 3V to 9V, making it adaptable to various project requirements. Available in multiple speed configurations ranging from 28 RPM to 300 RPM, you can select the perfect model to match your specific torque and speed needs. The motor operates efficiently with low no-load current consumption between 20mA and 50mA, helping extend battery life in portable applications. Its stable speed output across the recommended voltage range ensures consistent operation whether you're building robotics projects, automated mechanisms, or precision control systems. The compact N20 form factor makes it ideal for space-constrained designs, while the metal gearbox provides enhanced durability compared to plastic alternatives. With pre-attached wiring for easy integration, this gear motor simplifies your assembly process and gets your project moving quickly.

• COMPACT DESIGN: N20 micro gear motor features a durable metal gearbox construction with precision gearing for reliable, long-lasting performance in robotics and DIY projects
• VERSATILE VOLTAGE RANGE: Operates on DC 3.7V to 5V with suitable voltage range from 3V to 9V, providing flexibility for various power supply configurations and applications
• MULTIPLE SPEED OPTIONS: Available in four speed variants - 28 RPM, 40 RPM, 60 RPM, and 300 RPM models to suit different torque and speed requirements for your project needs
• ENERGY EFFICIENT: Low no-load current consumption ranging from 20mA to 50mA depending on model, ensuring minimal power draw and extended battery life in portable applications
• STABLE PERFORMANCE: Consistent speed output across recommended voltage range with predictable RPM variations, ideal for precision control in small-scale automation and mechanical systems