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NON-DIRECTIONAL TESSELLATION
Surface embossing that enhances slip resistance and traction reduces the need for shoe spikes to penetrate the surface to grip the track, enabling athletes to run faster because their feet spend less time in contact with the track.
The non-directional tessellation pattern enhances traction and surface drainage so athletes' shoe spikes do not need to penetrate the track surface to grip in dry or wet conditions. Therefore, athletes can use compression spikes, which boost athletic performance by maximizing surface deformation and reducing the time and energy that spike penetration and retraction require. The unique, non-directional tessellation pattern is protected under industrial design law.