Category: Other wheels

Wheels in Mechanics

Wheels are an essential element in many mechanical and robotic projects. They offer mobility, stability, and precise control. Choosing the right wheels can significantly impact the performance and functionality of your project. In our offer, you will find a wide selection of wheels that meet various technical requirements.

Filter by

Manufacturers
more... less
Filter

Wheel with rubber tire, wheel size 70 x 12 mm. Includes two mounts (for D3 and D4 axes) and a set of screws

zł7.34
24h
Available quantity: 4
Available
Wheel Kit
zł51.12
24h
Available quantity: 1
Available

Durable Rubber Wheels

Rubber wheels are valued for their durability and excellent traction. They are ideal for applications requiring good traction, such as mobile robots and remote-controlled vehicles. Rubber tires ensure smooth movement over different surfaces, which is crucial for stability and precise control.

Sturdy Plastic Wheels

Plastic wheels are lightweight yet durable, making them an ideal choice for many mechanical applications. They offer good wear resistance and are easy to mount. An example is the N20 ABS Rubber Wheel - 43x9mm wheels (white), which combine the durability of plastic with the excellent traction of a rubber tire.

Wheels with Rubber Tires

Wheels with rubber tires offer the best of both worlds - the durability and flexibility of plastic combined with the traction and cushioning of rubber. Sticky Rubber Tires are an example of such wheels, providing excellent grip on various surfaces, essential in robotics and other advanced applications.

Wheels in Kamami's Offer

In our offer, you will find a wide selection of wheels for mechanical applications, including rubber wheels, plastic wheels, rubber-tired wheels, and wheel sets. Products such as the N20 ABS Rubber Wheel - 43x9mm (white) and Sticky Rubber Tires are made from high-quality materials, ensuring their durability and reliability. Our wheels are designed to meet the demands of various projects, providing excellent performance and functionality.