It utilizes the optimal compound blend and the tread's ideal groove placement to achieve this. As a result, dry and wet weather grip is guaranteed. Stronger rubber materials maintain rubber flexibility in warmer temperatures, while better road contact increases traction. The ideal groove pattern avoids hydroplaning in wet conditions, dispersing water from the footprint.

The bias-ply structure and the heat-resistant compound work together in order to improve its performance. In this manner, the construction does not deform under high speed pressure, while the compound avoids heat accumulation. Their combination ensures a safer performance and better driving durability.

The optimal tread design maintains surface contact at all times, enhancing steering responsiveness and driving stability. Faster and more precise steering responses are guaranteed, while the structure is secured against driving pressure. The rounded shoulder detail increases the tire's cornering capability, optimizing its overall maneuvering capability as well.