Heavy Load Omni Wheel

During operation, the heavy load omni wheel' 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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Heavy Load Omni Wheel

Model: MDMW305

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MW305

Heavy-duty omni wheels employ an advanced multi-roller mechanism that delivers full omnidirectional mobility including lateral sliding, zero-radius rotation, and differential front/rear axle spinning. Their unique dual-segmented roller design ensures uninterrupted ground contact for enhanced stability on uneven surfaces. The system's kinematic principle separates movement into two distinct vectors: primary forward/backward propulsion and secondary lateral displacement. Counter-rotational wheel motion combines these vectors to produce seamless holonomic movement, while an asymmetric roller arrangement across wheel pairs maintains optimal load distribution. The hub-integrated roller shaft configuration provides exceptional structural integrity. This sophisticated drivetrain solution offers unmatched maneuverability for applications requiring precise multidirectional control such as heavy-load AGVs, industrial mobile robots, and omnidirectional forklifts. Key benefits include continuous surface engagement without dead zones, adaptive terrain compliance, and dynamic torque allocation. By eliminating traditional steering mechanisms, the design reduces mechanical complexity while enabling instantaneous directional changes - a critical advantage for confined-space operations. The rollers' reverse orientation between wheels creates a balanced force matrix, allowing smooth transitions between all movement modes including straight-line travel, crab movement, and rotational maneuvers. This technology represents a significant advancement in omnidirectional mobility systems, particularly for heavy-duty applications where both precision and robustness are essential. The wheel's ability to maintain consistent traction during complex maneuvers makes it ideal for automated material handling, precision positioning systems, and other industrial applications demanding reliable omnidirectional performance under substantial loads.

Specification

ltem	Data
Model	MW305
Diameter	305mm
Thicknesses	156mm
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	3000KG/set,4 pieces/Set
Roller Material	Imported Polyurethane