85mm x 38mm Blue Robot Wheel

The 85mm x 38mm Blue Robot Wheel is a durable and reliable wide rubber tyre wheel designed for robotics cars, DIY projects, Arduino-based robots, and educational automation applications. Its wide tyre provides good traction and stability on various surfaces, while the lightweight construction helps reduce the overall load on the robot. The wheel is suitable for use with DC geared motors, BO motors, TT motors, and other compatible motor assemblies, making it an excellent choice for robot car and mobile robotic applications.

Key Features

• Wheel Size: 85mm diameter x 38mm width
• Colour: Blue
• Wide Rubber Tyre: Provides improved grip and traction
• Good Stability: Wide profile helps maintain balance during movement
• Durable Construction: Suitable for regular robotics and DIY use
• Lightweight Design: Helps support efficient motor operation
• Easy to Install: Compatible with suitable motor shafts and wheel hubs
• Ideal for DIY Robotics: Perfect for beginners, students, hobbyists, and makers
• Suitable for Indoor and Smooth Outdoor Surfaces

Applications

• Arduino Robot Car Projects
• DIY Robotics Projects
• Line Following Robots
• Obstacle Avoiding Robots
• Bluetooth-Controlled Robot Cars
• Remote-Controlled Robotic Vehicles
• Educational Robotics Kits
• STEM and School Projects
• Prototype Mobile Robots
• Custom Automated Vehicles

Specifications

• Product Type: Robot Wheel
• Wheel Diameter: 85mm
• Wheel Width: 38mm
• Colour: Blue
• Tyre Material: Rubber
• Design: Wide Tyre Wheel
• Application: Robotics and DIY Projects
• Compatibility: Suitable for compatible DC geared motors and robot chassis
• Mounting: Motor/shaft mounting depends on the compatible wheel hub or motor

Package Includes

• 1 x 85mm x 38mm Blue Robot Wheel

Specialization

The wide 85mm x 38mm rubber tyre design offers a good combination of traction, stability, and smooth movement, making this wheel suitable for building reliable robot cars and mobile robotic platforms. It is particularly useful for projects where better surface contact and stability are required.