Casters

Wheels to get you rollin'

Calzone Anvil road case casters are typically mounted to cases with an additional 1/2″ or 3/4″ caster board. Our Casters are built to deliver smooth, reliable mobility for your gear, no matter the terrain. Designed specifically for the rigors of the road, these heavy-duty casters offer superior durability for easy transport of even the heaviest cases.

With features like swivel action for effortless maneuvering, brake options for stability, and rugged construction to withstand rough handling, our quality casters make moving your road cases a breeze.

3.5" GRAY

Load Capacity 225 lbs each, Shore A75 (+/-5)

4" X 1.5" BLUE POLY

Load Capacity 500 lbs each, Shore D60 (+/-5)

4" X 1.5" PENN BLUE

Load Capacity 500 lbs each, Shore D60 (+/-5)

4" X 2" RED POLY

Load Capacity 550 lbs each, Shore D60 (+/-5)

4" X 2" BLACK PHENOLIC

Load Capacity 700 lbs each, Shore D90 (+/-5)

4" X 2" GREEN POLY

Load Capacity 700 lbs each, Shore D95 (+/-)

6" X 2" FLAT FREE

EZ HAUL CORNER

EZ HAUL RECESSED

The premium casters featured here are just a small sampling of the extensive range we offer for Calzone & Anvil road cases. Our complete selection includes everything from automatic self-centering casters for precision alignment when stacking to lightweight options for portable cases and extreme heavy-duty models engineered to support equipment weighing hundreds of pounds.

Shore ratings measure the hardness of caster wheel materials on standardized durometer scales. The Shore A scale applies to softer materials like rubber, while Shore D is used for harder compounds like rigid plastics and firm polyurethane. The higher the number (0-100), the harder the material.

For example, a Shore D60 wheel offers medium-hard performance with a balance of durability and floor protection. This hardness rating directly impacts performance: harder wheels roll more easily under heavy loads but generate more noise and provide less shock absorption, while softer wheels offer better grip, floor protection and quieter operation but may wear faster and require more force to move.