They optimize its dry and wet weather performance. Stronger compound elements effectively combat heat build-up across the tread area, while the better road-to-rubber ratio increases the tire's surface traction. Circumferential grooves are designed to prevent hydroplaning since they channel water from the footprint. This boosts the tire's wet weather performance.

The center ribs enhance the tire's constant road contact and upgrade its steering responsiveness and driving stability. A faster and more precise steering response is guaranteed in this manner. The structure is secured against the driving pressure, further increasing the tire's performance. Additionally, cornering and braking are also enhanced with various tread elements. Biting edges boost cornering safety, while the heat-resistant compound shortens the tire's braking distance significantly.

The stronger structure keeps the optimal tire shape under high speed pressure, enabling its better performance. On the other hand, the asymmetric tread's pressure circulation and the heat-resistant compound prevent heat build-up. This combination makes sure the tire is able to safely perform at its best high speed ability.