12 Volt-1000 RPM Center Shaft DC Gear Motor

Rs. 192.50

Rs. 154.00
You save: Rs. 38.50
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  • 12V 1000 RPM Center Shaft DC Gear Motor The 12V 1000 RPM ....
  • Operating on a 12V DC power supply, this motor delivers a....
  • At the heart of the motor is a DC motor coupled with a pr....
  • The gearbox reduces the extremely high speed generated by....
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Sku: MT0322
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12V 1000 RPM Center Shaft DC Gear Motor

The 12V 1000 RPM Center Shaft DC Gear Motor is a compact and high-speed motor designed for robotics, automation, and various electromechanical applications that require a balance of speed, torque, and reliability. Operating on a 12V DC power supply, this motor delivers an output speed of approximately 1000 revolutions per minute (RPM), making it suitable for projects that require rapid movement while maintaining sufficient torque for driving mechanical loads.

At the heart of the motor is a DC motor coupled with a precision gearbox. The gearbox reduces the extremely high speed generated by the internal motor to a more practical output speed while simultaneously increasing torque. This combination allows the motor to drive wheels, pulleys, gears, conveyor systems, and rotating mechanisms more effectively than a standard DC motor alone.

The center shaft design provides convenient mechanical integration and allows easy attachment of wheels, gears, pulleys, couplers, and other motion components. This design is commonly used in robotic vehicles and automation systems where stable and balanced power transmission is important.

Built with durable materials and reliable internal gearing, the motor is designed to provide consistent performance under continuous operation. Its robust construction helps reduce wear and ensures long service life, making it suitable for both educational projects and practical automation applications.

The motor features a compact and lightweight form factor, allowing it to be easily mounted in space-constrained assemblies such as robot chassis, mobile platforms, automated models, and custom-built machinery. Despite its compact size, it offers sufficient power for a wide variety of medium-duty applications.

Electrical connection is simple through a standard two-wire interface, enabling quick integration with batteries, DC power supplies, motor drivers, H-bridge modules, and microcontroller-based systems such as Arduino, ESP32, Raspberry Pi, and STM32. By reversing the supply polarity through a motor driver, the direction of rotation can also be controlled.

Due to its high rotational speed, this gear motor is particularly suitable for robotic cars, mini vehicles, conveyor mechanisms, automated toys, rotating displays, educational kits, and DIY engineering projects. It offers an excellent balance between speed and torque, allowing users to build responsive and efficient mechanical systems.

The motor is widely used by students, hobbyists, makers, and engineers who require a dependable and affordable motor solution for motion-control applications. Its ease of installation, compatibility with common robotics hardware, and reliable operation make it a popular choice for both prototyping and finished products.

Key Features:

  • Operating Voltage: 12V DC

  • Output Speed: Approximately 1000 RPM

  • Integrated gearbox for improved torque

  • Center shaft design

  • Compact and lightweight construction

  • Durable metal and plastic gear assembly

  • Smooth and reliable operation

  • Easy two-wire connection

  • Compatible with motor driver modules

  • Suitable for continuous operation

  • Easy mounting and installation

  • Long operational lifespan

Applications:

  • Robotic vehicles

  • DIY robotics projects

  • Arduino and ESP32 robots

  • Automation systems

  • Conveyor mechanisms

  • Mini electric vehicles

  • STEM education kits

  • Rotating platforms

  • Mechanical prototypes

  • Engineering projects

  • Smart mobility systems

  • Motorized models

  • Science experiments

  • Hobby electronics

  • Custom motion-control applications

Benefits:

  • High-speed performance

  • Enhanced torque through gearbox reduction

  • Easy integration into projects

  • Compact size for small assemblies

  • Reliable and durable construction

  • Suitable for beginners and professionals

  • Supports a wide range of applications

  • Low maintenance requirements

  • Cost-effective motion solution

  • Consistent and stable operation