
Robotic Wheel 65x25mm – Smart RC Car Robot Wheels for DC 3V-6V Drive Gear Motor, Yellow Plastic with Durable Rubber Tire for Arduino and DIY Robotics Projects (Set of 2)
BDT 60BDT 65Save BDT 5
Total sold : 1
Description
The Robotic Wheel 65x25mm is designed for smart RC cars, robotic vehicles, and DIY projects. With a durable rubber tire and a yellow plastic hub, this wheel ensures smooth performance, strong grip, and long-lasting reliability. Its compatibility with DC 3V-6V gear motors makes it a versatile choice for robotics enthusiasts and Arduino-based projects. The set of two wheels is ideal for building custom robots with efficient traction and stability.
Specifications
| Wheel Type | Robotic Wheel |
| Quantity | 2 Pcs |
| Wheel Dimensions | 65mm (Diameter) x 25mm (Width) |
| Hub Material | High-Quality Yellow Plastic |
| Tire Material | Durable Rubber |
| Motor Compatibility | DC 3V-6V Drive Gear Motor |
| Weight (Per Wheel) | Lightweight |
| Axle Hole Diameter | 5-6mm Approx. |
| Color | Yellow with Black Tire |
Key Features
- Durable Construction: Built with high-quality plastic and rubber for lasting performance.
- Strong Grip: The rubber tire provides excellent traction on different surfaces.
- Lightweight Design: Ensures smooth and efficient movement without adding extra load.
- Motor Compatibility: Compatible with a wide range of DC drive gear motors (3V-6V).
- Easy Installation: Features a secure fit for quick assembly in robotic designs.
- Dual Wheel Set: Includes two wheels, perfect for balanced robot designs.
Applications
- RC Cars: Ideal for smart remote-controlled car wheels.
- DIY Robotics: Perfect for custom-built robots and Arduino projects.
- Educational Kits: Great for robotic kits in STEM-based learning environments.
- Line-Following Robots: Ensures smooth motion and precision in robot navigation.
- Multi-Terrain Robots: Provide stability and traction on a variety of surfaces.
Usage Tips
- Motor Matching: Use with DC gear motors compatible with a 65x25mm wheel size for the best results.
- Chassis Design: Ensure the robotic chassis is balanced and supports the wheels securely.
- Tire Maintenance: Clean the rubber tire periodically for consistent traction.
- Project Integration: Combine with other robotic components like sensors and motor drivers for advanced functionality.
- Voltage Range: Operate the connected motor within the 3V-6V range to avoid damage.


