WHEELS

$2.49

Precision Wheeled System – The Mobility Foundation for Your Robotics Projects The WHEELS kit provides a versatile, high‑performance wheeled subsystem that can be seamlessly integrated into any robot chassis. Designed with a robust polymer‑reinforced composite construction, the wheels offer low friction, durable tread, and excellent load distribution, making them ideal for line‑following, obstacle‑avoidance, and autonomous navigation tasks. With a modular mounting design, the kit supports standard 12 mm M2 screw placement, enabling rapid prototyping and easy upgrades. Key features include an impact‑resistant outer layer for rough terrain, a vibration‑damping core, and a 5 mm smooth interior rim for optimal motor coupling. The…

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Description

Precision Wheeled System – The Mobility Foundation for Your Robotics Projects

The WHEELS kit provides a versatile, high‑performance wheeled subsystem that can be seamlessly integrated into any robot chassis. Designed with a robust polymer‑reinforced composite construction, the wheels offer low friction, durable tread, and excellent load distribution, making them ideal for line‑following, obstacle‑avoidance, and autonomous navigation tasks. With a modular mounting design, the kit supports standard 12 mm M2 screw placement, enabling rapid prototyping and easy upgrades.

Key features include an impact‑resistant outer layer for rough terrain, a vibration‑damping core, and a 5 mm smooth interior rim for optimal motor coupling. The lightweight profile (only 12 g per wheel) reduces overall system inertia, boosting acceleration and energy efficiency. Compatibility with 5 V‑to‑6 V hub motors and 2 kW DC motor mounts gives the kit the flexibility needed for both hobbyist and educational robotics applications.

  • Key Spec 1: Diameter 4.5 cm / Width 2.5 cm, with a 1.8 mm rim spoke design
  • Key Spec 2: Max Load Capacity 12 kg per wheel (continuous 8 kg) with 50 % safety margin
  • Key Spec 3: Material: Composite ABS core + TPU tread, UV‑stable, 500 h wear cycle testing
  • Common Use Case: Ideal for line‑following robots, autonomous ground vehicles, and educational robotic kits requiring reliable propulsion and low maintenance

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