JGA25-370 DC Gear Motor with High Torque 9KG.CM, 0.8W Electric Geared Motor, Brush Commutation, Series Wound Construction (282RPM 6V)

This JGA25-370 DC gear motor delivers impressive performance in a compact package. With a substantial torque output of 9KG.CM, this motor excels in applications requiring strong rotational force. The motor operates efficiently at 0.8W power output with a modest 0.03A continuous current draw, making it an economical choice for long-running applications. Its series wound construction and brush commutation system provide reliable operation, while the integrated slowdown protection feature helps prevent damage from sudden stops. The motor's robust design makes it ideal for various mechanical applications, from DIY projects to industrial automation systems. Whether you're building a custom machine or upgrading existing equipment, this gear motor offers the perfect balance of power and control. Its versatile specifications make it suitable for numerous applications where precise speed control and high torque are essential. The motor's durable construction ensures consistent performance under regular use, while its compact form factor allows for easy integration into space-constrained designs.

• HIGH TORQUE OUTPUT: Delivers powerful 9KG.CM torque capacity, making it ideal for robotics, automation systems, and mechanical projects requiring substantial rotational force
• COMPACT DC GEAR MOTOR: Features efficient 0.8W power output with 0.03A continuous current draw, providing reliable performance while maintaining low energy consumption
• DURABLE CONSTRUCTION: Built with series wound design and brush commutation system for consistent operation and long-lasting reliability in various applications
• PROTECTIVE SLOWDOWN FEATURE: Integrated slowdown function enhances motor durability by preventing sudden stops and reducing mechanical stress during operation
• VERSATILE APPLICATION: Model JGA25-370 is suitable for DIY projects, industrial automation, conveyor systems, and other applications requiring precise speed reduction and torque multiplication