Cool Omnidirectional Mecanum Wheel for TT Geared Motor, 48mm Rubber Coated, Smooth Grippy Movement in Any Direction, Left and Right Translation, Ideal for DIY Toy Robots, Small Smart Cars and Robotic Projects
No reviews
Title
Regular price
$49.98
Sale price$80.00you save $30.02
SKU: VXB0GWFZCLVW
UPC:
UPC:
High-performance Mecanum wheels for TT motors, 48mm rubber coated for smooth robot movement.
✔️ Set includes 2 wheels and 2 TT geared motors (3V-12V) for omnidirectional control, durable ABS build with grippy rubber for precise DIY robot navigation, ideal for small smart cars and projects.
✅ 48mm rubber-coated wheels provide strong grip and quiet operation on smooth surfaces.
✅ Compatible with TT geared motors for easy assembly in four-wheel-drive setups.
✅ Durable ABS plastic and copper components ensure long-lasting performance in educational and hobbyist applications.
✔️ Set includes 2 wheels and 2 TT geared motors (3V-12V) for omnidirectional control, durable ABS build with grippy rubber for precise DIY robot navigation, ideal for small smart cars and projects.
This Mecanum wheel kit is a handy setup for building omnidirectional robot vehicles, commonly used in DIY robotics, educational STEM activities, and hobbyist projects like toy robots or small smart cars to enable agile movement.
✅ Omnidirectional design allows movement in any direction without turning the robot body.✅ 48mm rubber-coated wheels provide strong grip and quiet operation on smooth surfaces.
✅ Compatible with TT geared motors for easy assembly in four-wheel-drive setups.
✅ Durable ABS plastic and copper components ensure long-lasting performance in educational and hobbyist applications.
💡 How do Mecanum wheels improve maneuverability in robotic builds? Mecanum wheels boost robot agility by allowing complex motions. - They support sideways sliding and diagonal paths for easier navigation - They help in tight spaces like labs or workshops without needing extra space - They integrate with basic motors for straightforward DIY setups - They enhance learning in STEM by demonstrating advanced mechanics
Share