Non Marking Airless Bobcat Tires from Evolution Wheel

Eliminate flat downtime with non marking airless bobcat tires to keep your machine at peak productivity.
Swap individual worn tread segments on-site to minimize replacement costs and material waste.
Premium rubber compounds outwear pneumatic and foam-filled options by up to five times.
Specially engineered for clean surfaces these non marking airless bobcat tires provide stable scuff-free traction.
Integrated apertures absorb impact shock, reducing machine vibration and operator fatigue.
Manufactured in North America using premium materials for dependable heavy-duty performance.

The EWRS-AT-NM and EWRS-HS-NM series from Evolution Wheel redefine non-marking airless Bobcat tires by combining simplified maintenance, exceptional grip, and enhanced ride comfort into a single platform.

Tread Configurations:

EWRS-AT-NM (All-Terrain): Features aggressive tread geometry engineered for extra grip in mud, sand, and uneven off-road conditions.
EWRS-HS-NM (Hard Surface): Designed for heavy-duty stability and longevity on abrasive concrete, asphalt, and paved job sites.

Both models feature a standard grey non-marking compound that protects finished floors without sacrificing durability.

Modular section design eliminates the need for emergency tire service trucks or specialized technicians. Operators can swap out worn or damaged tread segments directly in the field using a standard 3/4" wrench. Spare segments store conveniently inside a pickup toolbox or jobsite container for minimal downtime.

By removing traditional center wear bars, Evolution Wheel engineered wider, taller lugs with deep tread voids. This open lug spacing continuously sheds caked mud and debris to deliver relentless traction while extending overall service life.

A proprietary rubber formulation provides controlled compression to absorb operational shock, reducing driver fatigue during long shifts. This heavy-duty rubber matrix supports high payload capacities while remaining resistant to stress cracking over time.

Is your bobcat ready for an upgrade? Evolution wheel offers a full line of non-marking airless bobcat tires to meet your needs.

BOBCAT TIRES PRODUCT & REVIEW VIDEOS

non-marking airless bobcat tires product video

hard surface airless bobcat tire customer review

3 SIZES TO FIT YOUR BOBCAT

non marking solid tire sizes for bobcats

DOWNLOAD EWRS-HS-NM SPECS

5 AIRLESS TIRE TREADS FOR YOUR JOB SITE

All Terrain EWRS-AT Designed for rugged versatility the EWRS-AT series features extra-deep self-cleaning tread lugs that dig deep into mud, gravel, and unpaved ground. Built with maximum rubber volume to resist chunking and flats these solid all-terrain tires ensure your skid steer maintains top productivity across unpredictable job sites.

Hard Surface EWRS-HS Engineered with a 66% contact patch, the EWRS-HS maximizes rubber-to-ground surface area to thrive on concrete, asphalt, and abrasive work zones. Its flat tread profile distributes heavy loads evenly to eliminate premature scrub offering exceptional machine stability and extended wear life on paved surfaces.

Snow tires EWRS-SNOW Built to handle severe cold the EWRS-SNOW utilizes a freeze-resistant compound paired with deep tread siping for reliable winter traction. Available in both studded and unstudded configurations these solid tires bite into hard packed ice and deep snow to keep equipment moving when temperatures plunge.

Non-marking EWRS-HS-NM The EWRS-HS-NM combines heavy duty hard surface performance with a proprietary non-marking compound that prevents black rubber scuffs. Ideal for indoor industrial facilities, food processing plants, and finished concrete these solid tires protect sensitive floors without sacrificing payload capacity or wear life.

Smooth tread EWRS-SLK Featuring a 100% flat contact area with zero tread voids the EWRS-SLK provides maximum wearable rubber volume for high-abrasion environments like scrap yards and recycling plants. This ultra-durable smooth design eliminates lug tearing and chunking drastically lowering operating costs and maintenance downtime.