Durability: Tech meets turf.
Fiberbuilt Grass has been proven to be the most realistic, safest and most durable artificial hitting surface on the market. It is made from a special blend of monofilaments engineered for strength and durability, and has been Ironman tested to withstand over 300,000 swings before beginning to show wear. (Conventional turf mats show extreme wear after 10,000 hits.)
Low-friction fibers avoid grabbing or twisting the club on iron swings, while fairway woods and hybrids sweep through the grass for pure ball contact. This yields accurate launch angles and ball spin with no club head bounce.
Performance: Supported by stats.
To identify the industry’s most realistic hitting surface, we compared Fiberbuilt hitting grass with a standard fairway and conventional turf mats. We observed top level amateur and professional players’ moment of impact with a Phantom high speed ballistic camera (22,000 frames per second) as well as 5 key ball flight factors (Club Speed, Ball Speed, Smash Factor, Launch Angle and Spin Rate) with Trackman technology.
On every single measure, Fiberbuilt’s club-turf interaction clearly performed closer to fairway grass than a conventional turf mat.
Injury Prevention: Looking good. Feeling good.
The fibers in Fiberbuilt’s grass are colorfast with UV inhibitors and won’t fade from exposure to the elements. So your turf looks good for the long haul. Nylon Fiberbuilt grass is available in either Stadium Green or On Course Green.
By design, Fiberbuilt mats have also been proven to reduce injuries. Fiberbuilt Grass is the only artificial golf hitting surface that allows golfers to swing down and through with their irons and wedges, giving the truest feel of the fairway and avoiding "turf shock".
Rubber Base: Simple, quick and tool free.
Thanks to Fiberbuilt’s modular construction base, assembling its mats is simple, quick, and totally tool-
free. All the rubber base pieces fit together easily and attach in seconds with our easy-lock fasteners.
The base’s support web design uses a ribbed approach
for stability and comfort underfoot while removing excess material for lighter weight components that are easily assembled or taken apart.
