Designed to outperform your heaviest lifter, the RubberX system features a dense rubber surface field united to a SmashPad. The components of this system perform together to drastically reduce the transmission of heavy impacts, in both body and sound vibrations associated with strength training. RubberX is available in ten vibrant colors to boast your team pride.
Basic Rolls and Tiles are the “original” recycled rubber fitness floor. Available in rolls and tiles, this durable surface sets the standard for performance, quality, and affordability.
2-foot by 2-foot by 2.5-inch molded tile is designed for areas where extreme durability and ultimate sound and shock absorption are required. SmashTile mitigates the shock and sound resulting from weights being released onto its surface by absorbing impact. SmashTile is the perfect complement to platform style weight lifting.
UltraTile is designed with a patented “ultra” high-density wear layer on a molded base. This 24-by-24-by-1-inch modular tile offers enhanced shock absorption against impact in moderate to extreme weight drop applications.
Tailored for light strength and conditioning, this 7.5mm surface combines a 2.5mm wear layer with a 5mm base layer. The result: a balanced distribution of force reduction and energy restitution, designed for the shift in fitness from equipment to more functional training.
Designed for heavy strength training, this 10.5mm system features a 8mm angry base layer that maximizes energy restitution. This dual durometer system is engineered to enhance durability in applications dominated by free weight training.
Custom-made for extreme strength and conditioning, this 22.5mm system features a 10.5mm Performance Beast Roll field united to a 12mm ShockPad. The resulting triple durometer system combines the durability and firm footing desired in strength training with the ergonomic demands of aggressive functional training in one surface.
Tailored for heavy conditioning, this 14.5mm product combines a 2.5mm wear layer with a 12mm shock absorbing base layer, and showcases a dynamic force reduction of 35.40%. This dual durometer system is engineered to absorb the impact force related to aggressive functional training, providing an ergonomically advanced surface that works in concert with the body.