How can I reduce rolling resistance in a mobile robot?

Selecting a caster with precision bearings, the right wheel materials, and proper load capacity helps reduce rolling resistance and improve energy efficiency.

Do you offer custom robotics caster solutions?

Many robotics applications have unique performance requirements. Colson Group's deep egineering team has the ability to provide personal and custom engineering support to find the right solution for your robotic caster needs.

What wheel material is best for robotics applications?

The ideal wheel material depends on the environment. Polyurethane, thermoplastic elastomer (TPE), and rubber wheels are often chosen for their combination of floor protection, traction, and noise reduction.

Do robotics casters support omnidirectional movement?

Depending on the design, robotic equipment may use standard casters, swivel casters, or specialized wheel configurations to achieve omnidirectional movement and tight turning radii. If you are in need of an omnidirectional solution, please reach out to our dedicated customer service team.

Robotics

Colson Group’s robotic casters are industry-leading, providing mobility and maneuverability for robots in various environments and tasks. Engineered for the demands of the robotics industry, these compact casters offer smooth operation and high load capacities.

Engineered for Precision

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Custom designs are tailored for each application based on direct engineering experience. Dependent on the BOT’s traction needs, Colson will recommend the optimal tread profile, material, thickness, and durometer, inclusive of the appropriate ESD level without sacrificing tread wear life. Various core material variations can be recommended.

Colson Group's robotics balancing casters provide the stability and maneuverability needed to support autonomous mobile robots and other automated equipment. Built for smooth rolling and dependable performance, they help maintain balance while enabling precise movement across a variety of operating environments.

Colson Group's polyurethane roller wheels are designed and built to minimize rolling resistance and maximize long service performance. Precision manufacturing on diameter and concentricity tolerances is critical to reduce noise and vibration, and deliver consistent performance through extended duty cycles.

Have a unique application that requires an advanced solution? Colson designs custom solutions from urethane springs and rolling elements to an industrial grade Omniwheel design. Colson’s engineering capabilities range from initial 3-D modeling for your space claim review, to Finite Element Analysis (FEA) confirming acceptable stress / strain levels, to 3D plastic proto-type printing to ensure fit-up, and reduce the project timeline from start-up to production.

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Explore our downloadable resources for expert guidance, product specs, and time-saving tools. Need a file you don’t see? Try browsing our sites Resource Library.

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FAQs

Have a question, need guidance, or want to explore a solution?

How can I reduce rolling resistance in a mobile robot?
Selecting a caster with precision bearings, the right wheel materials, and proper load capacity helps reduce rolling resistance and improve energy efficiency.
Do you offer custom robotics caster solutions?
Many robotics applications have unique performance requirements. Colson Group's deep egineering team has the ability to provide personal and custom engineering support to find the right solution for your robotic caster needs.
What wheel material is best for robotics applications?
The ideal wheel material depends on the environment. Polyurethane, thermoplastic elastomer (TPE), and rubber wheels are often chosen for their combination of floor protection, traction, and noise reduction.
Do robotics casters support omnidirectional movement?
Depending on the design, robotic equipment may use standard casters, swivel casters, or specialized wheel configurations to achieve omnidirectional movement and tight turning radii. If you are in need of an omnidirectional solution, please reach out to our dedicated customer service team.