Wheel with Rubber Tyre for N20 Gear Motor
Wheel with Rubber Tyre for N20 Gear Motor is backordered and will ship as soon as it is back in stock.
Delivery and Shipping
Delivery and Shipping
Domestic shipping is handled by Akis Express in one working day for pickup points and 2-3 working days for door to door delivery. For international shipping there is option for a Post Office or a FedEx Express.
Wheel with Rubber Tyre for N20 Gear Motor is backordered and will ship as soon as it is back in stock.
The Wheel with Rubber Tyre for N20 Gear Motor is a compact and durable wheel designed to fit perfectly on N20 micro gear motors, providing smooth and stable movement for small robotics projects.
The wheel features a rubber tyre, which improves traction and grip on various surfaces, making it ideal for mobile robots and drive systems. The inner hub is designed to securely attach to the N20 D-shaft, ensuring a tight fit and reliable power transfer from the motor.
Thanks to its lightweight and compact design, this wheel is perfect for mini robot cars, line following robots, and small automation platforms, where precise and efficient movement is required.
A great choice for makers, students, and engineers building compact robotics systems.
Highlights:
- Perfect Fit for N20 Motors: Designed to mount directly into N20 gear motor shafts.
- Rubber Tyre for Grip: Provides improved traction and reduces slipping.
- Smooth Rotation: Ensures stable and consistent movement.
- Compact Size: Ideal for small robotics and lightweight builds.
- Easy Installation: Quick and secure attachment to motor shaft.
Specifications:
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Compatibility: N20 micro gear motors (D-shaft).
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Wheel Type: Plastic wheel with rubber tyre.
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Mounting: Press fit for N20 shaft.
- Material: High quality 3D printed wheel core 0.2mm PETG & flexible rubber tyre (separate).
- Wheel Diameter: ~32mm.
- Wheel Width: ~6mm.
- Wheel & Tyre Diameter: ~35mm.
Ideal For:
- 🤖 Mini robot car projects.
- 🚗 Line following and obstacle avoidance robots.
- ⚙️ Small drive and motion systems.
- 🔧 DIY robotics builds.
- 🎓 Arduino & STEM education projects.
Note:
- Product appearance may vary slightly from the images shown.
- Text or markings on the component may differ depending on the batch.
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