OfficialParts Specialist Since 2016 Trusted by 120,000+ European drivers, explore our certified accessories collection directly from the seller profile. Product Title: 5Pcs DC 3V-6V Mini Micro N20 Gear Motor Slow Speed Full Metal Gearbox Reducer Product Description: The 5Pcs DC 3V-6V Mini Micro N20 Gear Motor is a high-quality motor designed for precision and reliability in various low-speed applications. It features a full metal gearbox reducer, ensuring durability and long-lasting performance. These motors are ideal for robotics, small appliances, and other DIY projects that require controlled, slow-speed movement. Key Features: Voltage Range: Operates efficiently between 3V and 6V, making it versatile for various applications. Rated Voltage: DC 5V for optimal performance. Motor Shaft Diameter: 3mm D-type shaft for secure and stable connections. Motor Shaft Length: 9mm, suitable for precise applications. Conductor Length: Approximately 8-14cm, providing flexibility in setup. Slow Speed Performance: At 3V: Current 0.04A, No-load Speed 52RPM At 6V: Current 0.04A, No-load Speed 104RPM Compact Size: Overall dimensions of 24mm x 12mm x 10mm, fitting perfectly in tight spaces. Specifications: Motor Type: N20 Gear Motor Voltage: 3V-6V Rated Voltage: DC 5V Motor Shaft Diameter: 3mm D-type shaft Motor Shaft Length: 9mm Conductor Length: Approx. 8-14cm Motor Parameters: At 3V: Current 0.04A, No-load Speed 52RPM At 6V: Current 0.04A, No-load Speed 104RPM Overall Size: 24mm x 12mm x 10mm Conversion: 1mm = 0.039inch, 1inch = 25.4mm Package Includes: 5 x N20 Gear Motor Usage: These N20 gear motors are perfect for projects that require precise, slow-speed movement. They can be used in robotics, small appliances, DIY projects, and other applications where controlled motion is essential. Note: Please understand that there may be slight differences in color due to lighting and display settings. Thank you for your understanding. Upgrade your projects with these reliable and efficient N20 gear motors, ensuring smooth and controlled movements in all your applications.