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5V Small DC Motor for Robotics and DIY Projects

Original price was: ₹50.00.Current price is: ₹35.00.

Operating Voltage: 3V – 6V DC

No-Load Speed: 200 – 500 RPM (depending on voltage and load)

Torque: 0.15 Nm

Stall Current: 0.5A (at 6V)

Shaft Diameter: 2 mm

Motor Dimensions: 20 mm x 15 mm (body)

Weight: 20 grams

Power Consumption: Low power consumption ideal for battery-operated devices

Noise Level: Quiet operation for a variety of applications

The 5V Small DC Motor offers an affordable, reliable option for any robotics or DIY project requiring a compact yet powerful motor. Its versatility makes it perfect for both hobbyists and educational purposes.

20 in stock

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Description

The 5V Small DC Motor is a powerful yet compact motor designed for use in robotics, DIY projects, and small model constructions. Operating on a 5V DC power supply, this motor provides reliable performance in driving mechanical parts like wheels or gears, offering sufficient torque for smooth operation in small projects.

This motor is particularly suitable for robot wheels, light-duty automation, and educational kits, where its compact size and efficient operation make it a perfect fit. Despite its small form, the motor is durable and provides consistent power, allowing for versatile use across various projects. Whether you’re designing a robotic car or experimenting with automation, this motor ensures precision and reliability.

Working Principle:

When powered, the motor converts electrical energy into mechanical motion by spinning its shaft. The speed and torque depend on the applied voltage, making it suitable for applications that require controlled movement. Attach it to gears or wheels, and it will efficiently propel small robotic or mechanical systems.

Applications:

  • Robotics: Ideal for small, lightweight robots or prototypes.
  • DIY Projects: Suitable for small projects requiring low voltage and compact components.
  • Model Construction: Great for powering moving parts in model kits.
  • Educational Kits: Frequently used in STEM learning environments.