65mm High Friction Rubber Wheel for Robot Car
৳ 230
-
Wheel Diameter: 65mm
-
Material: Rubber tire with plastic hub
-
Grip Type: High friction
-
Motor Compatibility: DC gear motor
-
Application: Robot car and DIY robotics
65mm High Friction Rubber Wheel for Robot Car
The 65mm High Friction Rubber Wheel for Robot Car is a high-quality motion component designed specifically for robotics, smart car platforms, and DIY electronics projects. Wheels play a critical role in determining a robot’s stability, speed, traction, and maneuverability. This 65mm rubber wheel offers an excellent balance between compact size, strong grip, and smooth rolling, making it one of the most popular choices for Arduino-based robot cars.
With a high-friction rubber outer layer and a durable plastic hub, this wheel ensures reliable movement on a wide variety of surfaces including tile, wood, concrete, and classroom floors. It is ideal for both beginners and advanced robotics builders.
Importance of High Friction Wheels in Robotics
In mobile robotics, traction directly affects performance. Low-quality wheels often slip, causing inaccurate movement, poor line following, and unstable turns. The high-friction rubber used in this wheel minimizes slipping and maximizes torque transfer from the motor to the ground.
This results in:
-
Better straight-line motion
-
Accurate turns
-
Improved load carrying ability
-
Reduced motor strain
For educational and competition robots, reliable traction is essential.
Key Features of 65mm Rubber Wheel
-
65mm diameter for balanced speed and torque
-
High-friction rubber tire for strong grip
-
Lightweight yet durable construction
-
Strong plastic hub for long service life
-
Easy mounting on DC gear motors
-
Smooth rolling with minimal vibration
-
Suitable for indoor and outdoor surfaces
-
Compatible with common robot chassis
-
Ideal for beginners and professionals
-
Cost-effective robotics component
Technical Specifications
Wheel Diameter: 65mm
Wheel Width: Approximately 26mm
Material: Rubber tire with ABS plastic hub
Grip Type: High friction rubber
Mounting Type: Press-fit or screw type (model dependent)
Compatible Motors: BO motor, TT motor, DC gear motor
Color: Yellow or black (may vary)
Weight: Lightweight for efficient motion
Operating Surface: Tile, wood, concrete, laminate
Working Principle in Robot Cars
The wheel attaches directly to a DC motor shaft or gear motor. When the motor rotates, torque is transferred to the plastic hub, which rotates the rubber tire. The high-friction surface increases contact with the ground, converting rotational motion into forward or backward movement with minimal slippage.
This makes the wheel highly effective for:
-
Differential drive robots
-
Line follower robots
-
Obstacle avoiding robots
-
Bluetooth or WiFi controlled cars
Applications of 65mm High Friction Rubber Wheel
This wheel is widely used in:
-
Arduino robot car projects
-
Smart car kits
-
Line follower robots
-
Obstacle avoiding robots
-
Bluetooth controlled cars
-
Educational robotics kits
-
STEM learning projects
-
School and university labs
-
DIY electronics projects
-
Robotics competitions
Compatibility with Robot Motors and Chassis
The 65mm rubber wheel is designed to work seamlessly with popular motors used in robotics, especially TT motors and BO motors. It fits most standard robot car chassis available in the market, making it a versatile choice for both custom and pre-built platforms.
No special tools are required for installation, making it beginner-friendly.
Advantages of Using 65mm Wheel Size
The 65mm diameter is considered an ideal size for small to medium robot cars. It provides:
-
Moderate speed without losing torque
-
Stable center of gravity
-
Good obstacle clearance
-
Efficient power usage
Smaller wheels may struggle with rough surfaces, while larger wheels can reduce torque efficiency. This size offers the perfect balance.
Educational Benefits
This wheel is an excellent component for learning:
-
Basics of robot motion
-
Motor and wheel relationships
-
Speed and torque concepts
-
Mechanical design fundamentals
-
Practical robotics assembly
It is commonly used in STEM education and beginner robotics courses.
Durability and Build Quality
The rubber material is flexible yet durable, allowing it to absorb minor shocks and vibrations. The plastic hub resists cracking and deformation, even after long-term use. This ensures reliable performance in repeated experiments and projects.
Maintenance Tips
-
Keep wheels clean for maximum grip
-
Avoid prolonged exposure to oil or chemicals
-
Check tightness on motor shaft periodically
-
Store in a cool and dry place
Proper care extends the wheel’s lifespan significantly.
Limitations
This wheel is designed for lightweight robot cars. It is not suitable for heavy industrial robots or high-speed vehicles without additional reinforcement.
Why Choose This Rubber Wheel
-
Strong grip and stability
-
Perfect size for robot cars
-
Easy to install
-
Long-lasting material
-
Affordable and reliable
Why Buy from Electroxbd
-
Genuine robotics components
-
Competitive pricing in Bangladesh
-
Fast nationwide delivery
-
Trusted electronics supplier
-
Professional customer support
-
Trusted Source for Reliable Electronic Parts
Buy 65mm High Friction Rubber Wheel in Bangladesh
Order the 65mm High Friction Rubber Wheel for Robot Car today from Electroxbd and build smoother, more reliable robotics projects.
Office Address:
H#1/1, In Opposite of RH Chhatrabash, Madrasa More, Debisingpara, Boalia, Rajshahi, Bangladesh
Contact: 01600334238
Website: www.electroxbd.com
Electroxbd – Trusted Source for Reliable Electronic Parts.
Common Questions:
Q: What is the price of 65mm High Friction Rubber Wheel for Robot Car in Bangladesh?
A: The latest price of 65mm High Friction Rubber Wheel for Robot Car in Bangladesh is 230 BDT.
Q: Where to buy 65mm High Friction Rubber Wheel for Robot Car in Bangladesh?
A: You can buy the 65mm High Friction Rubber Wheel for Robot Car at the best price from ElectroXBD in Bangladesh.
Only logged in customers who have purchased this product may leave a review.





Reviews
There are no reviews yet.