65mm Robot Wheel for BO Motors(Green)
₹27.14 incl. GST (₹23.00 + GST)
The 65mm Green Robot Wheel for BO Motors is a durable and lightweight wheel designed for BO series geared motors and DIY robot platforms. It features a high-strength plastic rim, rubber tyre, sponge liner, and upgraded tread for improved traction and stability. With a 65mm diameter and 28mm width, it is ideal for Arduino robot cars, line-following robots, obstacle-avoidance robots, and educational robotics projects.
65mm Green Robot Wheel for BO Motors – Rubber Tyre Wheel
The 65mm Green Robot Wheel for BO Motors is a durable and lightweight robotic wheel designed for use with compatible BO series geared motors and DIY mobile robot platforms. It combines a high-strength plastic rim with a premium rubber tyre to provide a good balance of strength, durability, traction, and lightweight construction.
With a 65mm diameter and 28mm width, the wheel is suitable for a wide range of compact robotic platforms, including Arduino robot cars, line-following robots, obstacle-avoidance robots, Bluetooth-controlled robots, and educational robotics projects. Its compact dimensions make it suitable for robot chassis where reliable ground contact and efficient movement are required.
The wheel features a sponge liner inside the tyre, which provides additional support and helps maintain the tyre’s shape during operation. The upgraded tyre tread increases contact with the driving surface, providing improved friction and helping reduce wheel slippage during movement.
The nylon-reinforced high-strength plastic rim provides a rigid and durable wheel structure while keeping the wheel lightweight. Its updated design is intended to provide better mechanical integration with compatible BO motors.
The wheel is finished in green, giving DIY robotic platforms a distinctive and attractive appearance.
Features
- 65mm diameter robot wheel
- Designed for compatible BO series geared motors
- Premium rubber tyre
- High-strength plastic wheel rim
- Nylon-reinforced construction
- Sponge liner inside the tyre
- Upgraded tyre tread for improved friction
- Provides good traction on suitable surfaces
- Lightweight and durable construction
- Compact design for robotic platforms
- Suitable for DIY robot cars
- Ideal for Arduino robotics projects
- Suitable for line-following robots
- Suitable for obstacle-avoidance robots
- Useful for educational robotics
- Suitable for mobile robot platforms
- Green colour
- Designed for convenient integration with compatible BO motors
Specifications
| Parameter | Specification |
|---|---|
| Product Type | Robot Wheel |
| Wheel Diameter | 65mm |
| Wheel Width | 28mm |
| Motor Compatibility | BO Series Geared Motors |
| Wheel Material | High-Strength Plastic |
| Tyre Material | Rubber |
| Tyre Liner | Sponge |
| Tyre Design | Upgraded Tread |
| Colour | Green |
| Application | Robot Cars & Mobile Robots |
Design and Construction
The 65mm Green Robot Wheel features a high-strength plastic rim designed to provide a rigid mechanical structure for connection with a compatible BO motor. The reinforced construction helps the wheel withstand normal loads encountered during robotic operation.
The outer tyre is made from rubber, providing a flexible contact surface with improved grip compared with rigid plastic wheels. The upgraded tread design increases friction between the tyre and driving surface, helping the robot move more consistently.
A sponge liner is positioned inside the tyre to provide additional support and help maintain the tyre’s shape during operation. This construction provides a practical combination of flexibility, traction, strength, and low weight.
The wheel’s updated design is intended to provide a better mechanical combination with compatible BO geared motors, making it convenient for DIY robotic chassis and mobile platforms.
Working Principle
The wheel is mechanically attached to the output shaft of a compatible BO geared motor. When the motor rotates, its output shaft transfers rotational force to the wheel.
The rubber tyre contacts the floor or other driving surface. The friction between the tyre and surface converts the motor’s rotational movement into the robot’s forward or backward movement.
Multiple wheels can be combined with BO motors to create two-wheel-drive, four-wheel-drive, or other mobile robot configurations. By controlling the speed and direction of individual motors, the robot can perform forward movement, reverse movement, turning, and differential steering.
The rubber tread and sponge-supported tyre help maintain contact with the driving surface during normal operation.
Applications
- DIY robot cars
- Arduino robot projects
- BO motor robot platforms
- Line-following robots
- Obstacle-avoidance robots
- Bluetooth-controlled robots
- Wi-Fi-controlled robots
- Remote-controlled robots
- Autonomous mobile robots
- Two-wheel-drive robots
- Four-wheel-drive robots
- Educational robotics
- STEM robotics projects
- Small mobile robots
- Indoor robotic platforms
- Prototype robot chassis
- DIY automation projects
- Embedded robotics systems
- Custom robotic vehicles
- Robotics training projects
Package Includes
- 1 × 65mm Green Robot Wheel for BO Motors
Product Disclaimer
Product images are shown for illustrative and representational purposes only. The actual wheel may vary slightly in colour, dimensions, tyre texture, tread pattern, wheel construction, or appearance depending on the manufacturing batch.
The BO motor, robot chassis, motor driver, screws, brackets, battery, Arduino board, and other components shown in product images are not included unless specifically mentioned in the package contents.
Compatibility depends on the shaft dimensions and mounting arrangement of the selected BO motor. Please verify the motor and wheel interface before installation.
The stated 65mm diameter and 28mm width are nominal dimensions and may vary slightly due to manufacturing tolerances. Actual traction and performance depend on the driving surface, robot weight, motor torque, battery, wheel loading, and operating conditions.
Note: Images are for representation only. The actual product may differ slightly in appearance.
Only logged in customers who have purchased this product may leave a review.












Reviews
There are no reviews yet