Custom Sumo Robot Silicone Wheels – High Traction and Durable
Get your sumo robot ready for competition with our Custom Sumo Robot Silicone Wheels. Designed to provide exceptional grip and stability, these wheels are a top choice for robotics enthusiasts and professionals. With high-quality silicone tires, lightweight 3D-printed rims, and a secure Hex Brass Mini Wheel Coupling, your robot is equipped to dominate the arena.
Sumo Robot Silicone Wheels Key Features
- Superior Traction:
The silicone tires deliver outstanding grip, ensuring your robot maintains control on a variety of surfaces, even in high-stakes matches. - Optimized Dimensions:
Featuring a diameter of 56 mm and a width of 25 mm, these wheels strike the perfect balance between speed, stability, and control. - Durable & Lightweight Design:
The 3D-printed rim is lightweight yet strong, enhancing your robot’s efficiency without adding unnecessary weight. - Hex Brass Mini Wheel Coupling:
Each wheel comes with a Hex Brass Mini Wheel Coupling for easy installation and a secure fit on your robot’s motor shafts. - Handcrafted Quality:
Due to the 3D-printed rim and manually manufactured silicone tires, slight imperfections may be present. These minor variances do not affect performance but add a touch of uniqueness to each product.
Specifications
- Material: Silicone tire with 3D-printed rim
- Diameter: 56 mm
- Width: 25 mm
- Weight: 90g (pair)
- Included Coupling: Hex Brass Mini Wheel Coupling (4mm)
Why Choose Our Sumo Robot Silicone Wheels?
- Exceptional Grip: Keep your robot steady during intense push battles.
- Reliable Durability: Built to withstand rigorous use in competitive environments.
- Effortless Installation: The Hex Brass Coupling ensures a secure fit with minimal effort.
- Handcrafted Uniqueness: The wheels’ 3D-printed rims and handcrafted silicone ensure each piece is one-of-a-kind.
Applications
These wheels are ideal for:
- Sumo robots competing in tournaments
- Custom robotics projects needing reliable traction and stability
- Educational or DIY robotics kits requiring high-performance components
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