The robot wheel measuring 7 cm in diameter and 2 cm in width is a crucial component in robotics, designed to provide efficient mobility and precise control for robotic platforms across a variety of environments.

Design and Construction:

The wheel is typically constructed from durable materials such as high-quality plastic or rubber. These materials offer a balance between strength and weight, ensuring the wheel can support the weight of the robot while maintaining maneuverability. The 7-cm diameter provides sufficient ground clearance, allowing the robot to navigate over obstacles and uneven surfaces with ease. Meanwhile, the 2-inch width ensures stability and traction, crucial for maintaining control and preventing slippage during movement.

Key Features:

1. Traction and Stability: The wheel’s design incorporates treads or patterns on its surface to enhance traction. This feature is essential for ensuring the robot can move effectively on various surfaces, including smooth floors, carpets, and even mildly rough terrains.
2. Load Bearing Capacity: Designed to support the weight of the robot and any additional payloads or equipment it may carry. The robust construction of the wheel ensures it can withstand the stresses of frequent use and varying loads without compromising performance.
3. Compatibility and Integration: The wheel is engineered to integrate seamlessly with standard robotic platforms. It typically includes mounting options or hubs that allow for easy attachment to motor shafts or wheel hubs, facilitating straightforward installation and assembly.
4. Durability: Built to endure the rigors of continuous operation, the wheel is resistant to wear and tear. This durability ensures longevity and reliability in demanding robotics applications, reducing maintenance needs and enhancing overall efficiency.

BO Motor

Applications:

The 7×2 robot wheel finds applications in a wide range of robotic systems, including:

• Mobile Robots: Used in autonomous mobile robots for indoor navigation tasks, such as in warehouses, hospitals, or manufacturing facilities.
• Educational Robots: Integrated into educational robotics kits and platforms, allowing students and hobbyists to learn about robotics and programming.
• Research and Development: Employed in research institutions and laboratories for prototyping and testing robotic prototypes and experimental platforms.
• Service Robots: Installed on service robots designed for tasks such as delivery, surveillance, or assistance in commercial and residential settings.

Development and Customization:

Robotics enthusiasts and developers can customize the wheel to suit specific requirements. This may include modifying the tread pattern for enhanced traction on particular surfaces or adapting the wheel hub for compatibility with different motor types or control systems. Development tools and resources, such as CAD models and simulation software, aid in designing and optimizing the wheel’s performance for specialized applications.

In conclusion, the 7×2 cm robot wheel combines robust design, precise engineering, and versatile performance to meet the mobility needs of modern robotic platforms. Its durability, traction capabilities, and ease of integration make it an essential component for enhancing the functionality and agility of various robotic applications.

BO Motor with Wheel