Wheel Hubs
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High-Grip 48mm Rubber Wheel Set for N20 Motor, DIY Smart Robot & RC Car Chassis
Enhance traction and mobility for your smart cars, DIY robotics, and educational projects with our 48mm High-Grip Rubber Wheel. Specifically engineered for seamless coupling with N20 and MG310 gear motors.- Superior Grip: Soft rubber tread pattern provides excellent friction and anti-skid performance on various indoor surfaces.
- Precise Fitment: Designed specifically for standard N20 and MG310 motor shafts.
- Compact & Lightweight: 48mm outer diameter, ideal for small-scale robotic chassis, balance cars, and STEM learning platforms.
- Durable Build: ABS rim structure paired with wear-resistant rubber tires for long-lasting performance.
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Metal Omnidirectional Wheel Module with Shaft & Bearing Housing (60/127/152/203mm)
Upgrade your AGV robots, industrial carts, and automation systems with our Heavy-Duty Metal Omnidirectional Driven Wheel Module. Designed for high load capacity and precision tracking, this assembly provides smooth 360° movement without slipping.- Heavy-Duty Construction: High-strength metal structure built for continuous industrial operation.
- Enhanced Stability: Precision bearing housing and shaft design ensure smooth rotation and zero-slip performance.
- Multiple Size Options: Available in 60mm, 127mm, 152mm, and 203mm diameters to fit various payload requirements.
- Complete Module Setup: Pre-assembled wheel and support brackets for fast, drop-in integration.
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Industrial-Grade Aluminium Clamping Shaft Coupling (OD 28mm / 56.8mm, Bore 3mm-12mm)
Price range: $90.33 through $149.65 -
R1 Series Intelligent Robot Chassis – Programmable Mobile Robot Platform
Build your autonomous navigation systems and AGV prototypes with the R1 Series Intelligent Robot Chassis. A robust, multi-configuration mobile robot platform designed for secondary development, research, and STEM applications.- Flexible Drive Configurations: Supports multiple structural setups including tricycle, four-wheel drive, and differential drive options.
- Robust Metal Chassis: High-strength, pre-drilled aluminum alloy framework designed to securely mount controllers, LIDAR, and sensors.
- High-Payload Capacity: Engineered with durable motors and wheels to handle reliable payloads for educational and industrial prototyping.
- Seamless Integration: Pre-configured mounting holes compatible with standard microcontrollers, drivers, and robotic accessories.
