D65mm Rubber Wheel Pair - Red (Without Shaft)

DFRobot 65mm Rubber Wheel for robot platforms delivers dependable traction and smooth mobility for compact robotic vehicles. The 65mm rubber robotics wheel combines a lightweight plastic hub with a soft treaded tire designed to improve grip on classroom floors, lab benches, and moderately uneven terrain. Designed for small mobile robots and educational platforms, the drive wheel integrates easily with micro DC gear motors and popular robot chassis. Compatibility with systems such as 2WD Arduino Mobile Robot Platform, 4WD Mobile Platform, and Arduino Mobile Robot Platform with Encoder enables fast assembly of reliable wheeled robotics prototypes and teaching kits.

Note: The material and pattern of the tire will be shipped randomly.

Soft Rubber Tire with Reliable Terrain Grip

A soft black rubber tread enhances traction during robotic movement across smooth indoor flooring and moderately rough surfaces. The textured tire structure increases friction during acceleration and turning, reducing wheel slip in differential‑drive robotics systems. Balanced diameter and width help maintain stable rolling behavior for compact autonomous vehicles, classroom demonstration robots, and experimental rover platforms. This traction‑focused mobility component supports consistent motion control during robotics development and testing.

Compatible with Micro Gear Motor Drive Systems

The robotics wheel hub supports installation through a dedicated motor adapter designed for micro DC geared motors. Integration with the Motor Adapter enables secure mounting onto compatible Gear motor shafts, forming a compact and reliable drivetrain for small robotic platforms. Modular hub mounting simplifies mechanical assembly and allows quick replacement during iterative robot prototyping, classroom builds, or engineering experiments.

Designed for Educational and Maker Robot Platforms

This compact robot drive wheel commonly appears in crawler and rover builds used for STEM Education, robotics competitions, and maker experimentation. Compatibility with Turtle, Pirate, and Baron robot chassis supports rapid integration into 2WD and 4WD robotics drive systems. Multiple hub color options—Red, Blue, and Silver—allow visual customization while maintaining consistent mechanical performance across robotics kits, learning platforms, and hobby automation projects.

Typical applications include small rover platforms, educational robot chassis, autonomous vehicle prototypes, and classroom robotics kits. The compact rubber robotics wheel supports stable motion experiments, embedded control development, and mobile robot navigation projects in maker labs, engineering workshops, and STEM learning environments.