Application guide
Robot omni wheels use rollers around the wheel circumference to reduce resistance in a secondary direction. They are widely used on mobile robots, educational platforms, transfer modules and positioning mechanisms where compact multidirectional movement is required.
Omni wheels are useful when the platform needs low lateral resistance. They can be used as driven wheels in holonomic robots or as passive support wheels in transfer and guide mechanisms.
For small robots, wheel weight and mounting simplicity are often important. For industrial modules, bearing quality, roller durability and load rating become more important.
Choose diameter based on platform height, clearance and required speed. Select roller material based on floor contact, noise and expected wear. Check whether the design needs a central bearing, side plates, key hub or custom shaft connection.
Omni wheels can behave differently under high load or uneven floor contact, so prototype testing is valuable when motion accuracy matters.
MECAWHEEL supplies compact and industrial omni wheel options for developers moving from prototype to production. Share the robot weight, wheel count, motor shaft and expected floor condition for selection support.
If a standard hub does not match the motor or gearbox output, compatible hub and coupling options can be reviewed.
FAQ
An omni wheel normally has rollers around the circumference and is often used in three-wheel or special layouts. A mecanum wheel uses angled rollers and is commonly used in four-wheel omnidirectional platforms.
Yes, but the correct model depends on wheel diameter, body construction, roller design and the actual load per wheel.
Yes. Share the shaft size, keyway, motor output or drawing so the interface can be reviewed.
Send load, diameter, mounting and operating conditions. MECAWHEEL will help review a practical configuration.