N20 DC Gear Motor with Rubber Wheel and D-Axis Shaft for Robotic Car Applications – High-Quality 44mm/43mm MiniQ Tyre for Precision Movement in DIY Projects

Description:

The N20 DC Gear Motor with a durable rubber wheel and D-axis shaft is a versatile and high-quality solution for powering robotic cars and other motion-based DIY projects. Its compact design and precise movement capabilities make it an ideal choice for robotics enthusiasts and developers. The attached rubber wheel ensures excellent traction, while the motor provides reliable and efficient performance for applications requiring controlled movement.

Specifications

Key Features

• Compact and Lightweight: Small size suitable for compact robotic designs.
• High Torque Motor: Ensures smooth and powerful movement for robotic applications.
• Durable Rubber Wheel: Provides excellent grip and traction on various surfaces.
• D-Axis Shaft: Allows for secure and reliable wheel mounting.
• Adjustable Speed: Operates efficiently across a range of voltages, offering versatility in speed control.
• Low Noise Operation: Suitable for projects requiring minimal noise levels.

Applications

• Robotic Cars: Perfect for driving wheels in small to medium-sized robotic cars.
• DIY Robotics Projects: Essential for creating custom robots or motion systems.
• Line Following Robots: Combines precision and grip for stable path-following.
• Remote-Controlled Vehicles: Ensures smooth and controlled motion for RC vehicles.
• Educational Kits: Ideal for teaching robotics and mechanical systems.

Usage Tips

1. Voltage Selection: Operate the motor within the specified voltage range to prevent damage.
2. Mounting: Use appropriate brackets to securely mount the motor to your robotic chassis.
3. Wheel Attachment: Ensure the D-axis shaft aligns with the wheel hub for secure fitting.
4. Motor Driver: Pair with a suitable motor driver (e.g., L298N or TB6612FNG) for efficient control.
5. Surface Compatibility: Use the rubber wheel on smooth or slightly textured surfaces for optimal grip.