65mm Wheel for Arduino Robotic Car (Yellow)

65mm Wheel for Arduino Robotic Car (Yellow) is a must-have component for enhancing your Arduino robotic car’s mobility and performance. Made from high-quality plastic with a durable rubber tire, this 65mm wheel provides excellent traction, smooth movement, and long-lasting use across various surfaces. Its bright yellow color adds visibility and style to your projects. Designed with a standard hexagonal hub, it’s easy to attach and compatible with most Arduino-based robotic platforms.

Specifications:

• Diameter: 65mm
• Tire Width: 28mm
• Color: Yellow
• Material: High-quality plastic
• Tire Material: Rubber with sponge liner reinforcement
• Hub Compatibility: Hexagonal hub for easy attachment
• Weight: Lightweight for energy-efficient operation
• Compatibility: Suitable for Arduino robotic car kits and other platforms

Key Features:

• Enhanced Mobility: 65mm diameter strikes a perfect balance between size and agility, allowing for smooth navigation on a variety of surfaces.
• Durable Design: Built with high-quality plastic and rubber, the wheel is resistant to wear, ensuring long-lasting performance.
• Bright Yellow Color: The vibrant yellow color adds visibility and style, making it easier to track and monitor robot movement.
• Standard Hub: The hexagonal hub design makes it compatible with most motor shafts, ensuring easy installation.
• Lightweight & Efficient: Its lightweight design ensures efficient movement, helping the robotic car conserve energy while maintaining stability.
• Smooth & Stable: Precision design ensures smooth rotation, providing your robotic car with consistent performance over various terrains.
• Easy Installation: Quick and simple to install, requiring no special tools for setup.

Applications:

• Robotic Car Projects: Ideal for use in Arduino-powered robotic cars, offering smooth motion for obstacle-avoidance robots, line-followers, or racing cars.
• Educational Robotics: Perfect for educational robotics kits and STEM projects, allowing students to experiment with and learn about robot mobility.
• DIY Robotics: Great for hobbyists looking to build or upgrade their own DIY robotic vehicles.
• Prototyping: Use in robotics and automation prototypes that require efficient mobility solutions.