YXQ DC Gear Motor with 65mm Wheel for Robot Car, 4-Set

The YXQ DC Uniaxial TT Gear Motor, specifically designed for use with Arduino-based robots and smart cars, operates effectively within a voltage range of 3V to 6V, with 3V being the recommended setting. This motor is complemented by a set of robot wheels, each measuring 65mm in diameter, making it an ideal choice for various DIY projects.

Key specifications include a maximum torque of 800g.cm at 3V, and an impressive no-load speed of 125 RPM at the same voltage. The reduction ratio of the motor is 1:48, ensuring efficient power and speed management for your robotic creations. Under typical operation, the motor draws a load current of 200mA, with a maximum current of 500mA when necessary.

Included in the package are four robot wheels and four gear motors, providing a complete setup for your robotic platform. The dimensions of the robot wheels feature a center hole measuring 5.3mm by 3.66mm, a diameter of 65mm, and a thickness of 26mm, making them suitable for various applications and assemblies.

The DC motors are characterized by their reduction ratio of 1:48, ensuring that they deliver ample torque while maintaining a steady speed. With a maximum working lifespan of approximately 10,000 hours, these motors are built for durability, making them a reliable choice for long-term projects.

This motor and wheel combination is perfect for building chassis for DIY robots, including applications that can support Lego components. Whether you are an enthusiast creating a simple robot or a student working on more complex robotics education projects, this motor and wheel set offers a versatile solution.

In summary, the YXQ DC 3V-6V uniaxial TT gear motor, combined with 65mm robot wheels, presents an excellent option for those engaged in robotics. Offering a blend of performance specifications, such as high torque, adequate speed, and long-lasting operation, this product caters to the needs of hobbyists and educators alike. With its compatibility with Arduino and Lego systems, it opens a variety of pathways for creative and innovative robot designs, making it a valuable asset for makers and learners in the field of robotics.

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