HQ Encoder gear motor with wheel high torque DIY robot

his powerful gear motor is designed for a variety of DIY robotic projects, offering high torque and precision control.

Key Specifications:

• Rated Voltage: DC 12V
• No-Load Current: 100mA
• No-Load Speed of Wheels: 84 rpm
• Reduction Ratio: 1:63 (Provides significant torque amplification)
• Suitable Voltage: 12V
• Weight: 158 grams (Lightweight and easy to integrate)

Applications:

This versatile motor is ideal for a wide range of DIY robotic projects, including:

• Sweeping Robots: Powering the drive wheels for efficient cleaning.
• Track Cars: Providing robust and reliable propulsion for racing or off-road applications.
• Obstacle Avoidance Cars: Enabling precise maneuvering and navigation around obstacles.
• Smart Cars: Powering the drive system for autonomous navigation and control.

Encoder Functionality:

This motor incorporates an encoder that provides valuable feedback for precise control.

• Pulse Output: The encoder generates 20 pulses per complete wheel rotation.
• Speed and Distance Measurement: By counting these pulses, you can accurately determine the wheel's speed and the distance traveled by the robot.
• Precise Control: This information can be used to implement sophisticated control algorithms, such as:
  • Distance Control: Accurately control the distance traveled by the robot.
  • Turning Angle Control: Precisely control the turning angle of the robot.
  • Closed-Loop Control: Implement feedback control systems for improved performance and stability.

Benefits:

• High Torque: Ideal for applications requiring significant power and pulling force.
• Precision Control: The integrated encoder enables accurate speed and position feedback.
• Versatility: Suitable for a wide range of DIY robotics projects.
• Compact and Lightweight: Easy to integrate into your robot designs.
• High Quality: Built with durable materials for reliable and long-lasting performance.

This HQ Encoder Gear Motor is a valuable component for any serious DIY robotics enthusiast, offering a combination of power, precision, and versatility.