Bearings Canada

Mecanum Wheel 4WD Metal Robot Car Chassis Learning Kit with DC Encoder Motors featuring 97mm omnidirectional wheels aluminum frame and DIY control platform for Arduino Raspberry Pi Microbit AGV ROS AI robotics education

 
$369.26 CAD $552.02 CADyou save $182.76 CAD
SKU: VXB09KKPYBVL
UPC: 00193019396148





 

Mecanum Wheel 4WD Metal Robot Car Chassis Learning Kit with Encoder Motors
āœ”ļø Omnidirectional AGV Robot Platform for Arduino Raspberry Pi Microbit

This 4WD mecanum wheel robot chassis kit is built for robotics learning, AGV experiments, and DIY smart vehicle projects. The solid metal frame, large mecanum wheels, and DC encoder motors support precise omnidirectional movement for coding, control systems, and hands on engineering practice.

āœ… Pack size: 1 metal frame, 4 mecanum wheels, 4 DC encoder motors, screw kit
āœ… Wheel diameter: 97 mm 3.82 inch
āœ… 4WD omnidirectional mecanum wheel layout
āœ… Aluminum alloy chassis for strength and stability
āœ… High torque 37 mm DC encoder motors for motion feedback
āœ… Supports AGV style movement for warehouse and transport concepts
āœ… Compatible with Arduino, Raspberry Pi, Microbit, and similar controllers
āœ… Designed for STEAM education, robotics learning, and AI motion projects
āœ… Unassembled DIY kit for hands on building
āœ… Typical load range: up to 10 kg total
āœ… Suitable for age 15 and up

Dimensions
Chassis Size 10 x 29 x 33 cm 3.94 x 11.42 x 12.99 inch
Wheel Diameter 97 mm 3.82 inch
Wheel Thickness 37 mm 1.46 inch
Wheel Inner Bore 8 mm 0.31 inch

šŸ’” How do mecanum wheel AGV robot chassis support advanced robotics and AI movement?
They allow full directional control using encoder feedback and independent motor control.

  • Omnidirectional wheels enable sideways and diagonal motion without steering

  • Encoder motors provide speed and position feedback for precise control

  • Metal chassis supports heavier loads and sensor expansion

  • Commonly used for AGV research, robotics education, and ROS based projects

This chassis is a handy platform for learning real world robot motion, control logic, and AGV style movement in a solid and expandable build.