The tire’s footprint and the ideal tread design keep a close and constant surface contact, which enhances steering responsiveness and driving stability. In this manner, the driver has better command over the vehicle, as the steering is quicker and more precise, while the structure is secured against driving pressure. The wide shoulder blocks and their close contact with the surface improve cornering and maneuvering. These elements ensure the driver’s excellent control over the vehicle.

The footprint’s optimal groove placement effectively channels water through the footprint. Hydroplaning is resisted in this manner. Additionally, the compound blend provides heat resistance, keeping the tire cool during the drive. The ideal tread design’s surface contact provides the necessary traction in order to improve its performance.

This tire upgrades its high speed durability. The optimal tread design can easily follow the road surface, while the strong construction maintains the optimal tire shape under pressure. Also, the heat-resistant compound prevents pressure accumulation along the tread area. This combination guarantees excellent high speed performance.