15 Inches 5000KG Load Mecanum Wheel

During operation, the 15 inches 5000kg load mecanum wheel's unique roller configuration enables omnidirectional movement through precise vector control. The dual-roller design maintains constant ground contact, with each wheel's motion decomposed into forward/backward and left/right vectors. When wheels on one side rotate opposite to those on the other side, their combined vectors generate lateral movement, while synchronized rotation enables spinning. This four-wheel coordinated system automatically compensates for uneven surfaces (±5° inclination) while maintaining stable traction. The integrated roller shaft and hub connection ensures force transmission efficiency during complex maneuvers, making it ideal for applications requiring multidirectional precision.

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15 Inches 5000KG Load Mecanum Wheel

Model: MDMW375

photobank 1

MW305

The advanced Mecanum wheel embodies a groundbreaking leap in omnidirectional drive systems, featuring a unique geometric configuration with strategically angled rollers that enable seamless multi-axis motion. This cutting-edge design employs precise force decomposition principles to generate independent movement vectors, allowing for both traditional forward-backward travel and exceptional side-to-side maneuverability. Central to its innovation is a dual-roller suspension mechanism that ensures continuous ground contact, even on uneven surfaces, while minimizing energy loss. The optimized roller segmentation enhances weight distribution and reduces rolling resistance. Control is governed by dynamic vector coordination, supporting three core movement modes: linear travel (synchronized wheel rotation), lateral drift (asymmetric axle speeds), and rotational pivoting (opposing wheel forces). The wheel's structural efficiency delivers high payload capacity within a compact form factor, making it ideal for precision operations in confined spaces. Its performance advantage stems from the adaptive regulation of thrust vectors-combining primary axial drive with secondary lateral forces produced through roller-ground engagement. This synchronized vector control ensures smooth navigation across varying conditions while sustaining optimal efficiency. The system's engineering sophistication lies in its real-time force redistribution capability, dynamically adjusting to changing motion demands for unparalleled agility and control.

Specification

ltem	Data
Model	MW375
Diameter	375mm
Thicknesses	200mm
Shaft hole type	keyway of flange
Bearing types	2 types
Wheel material	Aluminum alloy 6061 or 7075
Wheel surface treatment process	Anodic oxidation
Load Capacity	5000KG/set,4 pieces/Set
Roller Material	Imported Polyurethane