The asymmetric tread pattern and the strong rubber compound work together to closely follow the road surface during the performance. It improves the tire's steering responsiveness and driving stability. The steering response time becomes faster and more precise to the driver's commands, while the structure is secured against driving pressure. The optimized tread elements ensure better cornering and maneuvering.

The special silica compound and the tire's tread allow the tire to maintain road contact. This tread pattern closely follows the road surface, it works to filter out road and pattern noise generated while it is in motion. The road contact also reduces road vibrations felt in the cabin of the vehicle, as the special layer absorbs the shock of driving. These elements ensure a quiet and comfortable driving experience.

The heat-resistant compound blend and the ideal tread design greatly improve the tire's dry and wet traction. The tread's better road-to-rubber ratio enhances the overall road grip. On the other hand, the stronger rubber materials keep the tire's heat resistance level. Hydroplaning is prevented with the groove pattern. These grooves channel water from the footprint, increasing its overall driving safety in hot temperatures.

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 durability.