85mm High-Quality Wheel

The 85mm Large Robot Smart Car Wheel is a high-quality, durable wheel designed for robotics, automation projects, and DIY smart car applications. Featuring a 38mm wide rubber surface and a nylon-reinforced plastic rim, this wheel ensures maximum traction, strength, and stability for your robotic platforms.

Made with premium-grade rubber, the wheel provides excellent grip on smooth and rough surfaces, making it suitable for both indoor and outdoor robotics applications. Its sturdy nylon-reinforced hub increases durability and prevents deformation under load, ensuring long-lasting performance.

With a diameter of 85mm and a wide 38mm tire, this wheel is particularly well-suited for larger robotic cars, mobile platforms, and automation projects that require higher stability. Its design makes it easy to integrate with DC geared motors and couplers, offering a reliable motion solution for a wide range of robotic systems.

Whether you’re building a smart car, line-following robot, or research prototype, the 85mm Smart Car Wheel is a dependable choice for smooth operation and high performance. Get yours today at eleberric.com, Sri Lanka’s trusted source for robotics and electronics components.

Specification

• Model: 85mm Large Robot Smart Car Wheel

• Wheel Diameter: 85mm

• Tire Width: 38mm

• Material:

  • Tire: High-quality rubber

  • Rim: Nylon-reinforced plastic

• Surface Color: Blue

• Grip: Non-slip tread for better traction

• Weight: ~45g (per wheel)

• Compatibility: Works with standard DC gear motors and couplers

Key Features

• Large 85mm diameter wheel for robotics applications

• 38mm wide surface for enhanced stability and traction

• High-quality rubber tire for maximum grip

• Strong nylon-reinforced hub for durability

• Non-slip design ensures smooth movement on different surfaces

• Easy integration with geared motors and robotics kits

• Lightweight yet sturdy construction

Applications

• Arduino and Raspberry Pi smart robotic cars

• Line-following and obstacle-avoiding robots

• DIY robotics and automation platforms

• Research and educational robotic kits

• Mobile robots require high stability and grip

• Multi-wheel robot bases and prototypes