The ideal tread design, the high performance compound, and the strengthened structure work together to optimize the tire’s high speed performance. This tread pattern evenly distributes the driving pressure along the tread area, while the compound is heat-resistant. These work together to actively resist heat build-up along the tread area. The strengthened internal structure maintains the optimal tire shape under the high speed driving pressure affecting the model. This allows the tire to perform at its best high speed capability.

The summer, heat-resistant compound works together with the optimized tread elements in order to boost dry and wet grip. Stronger compound elements increase the tire’s exceptional performance by preventing heat build-up. The road contact provides great grip thanks to the versatile tread elements. Circumferential grooves disperse water from the footprint, preventing hydroplaning as well. This further boosts the model’s summer performance.

The asymmetric tread design maintains surface contact at all times. In other words, it upgrades its steering responsiveness and driving stability. Quick and precise steering responses are guaranteed, while the structure is stabilized. In other words, it makes sure the tire is constantly under the vehicle’s control.

This tread design and its constant contact with the driving surface reduce road and tread noise heard in the vehicle’s cabin. The footprint channels airwaves throughout the footprint, preventing them from coming into contact with tread elements. This enables the passengers to enjoy a quiet performance by resisting sound wave formations.