This combination greatly enhances the dry and wet weather performing capability. The summer compound elements effectively prevent heat build-up with the heat-resistant rubber materials. The asymmetric tread's better road-to-rubber ratio maintains the surface contact and optimizes the surface contact throughout the performance. The circumferential and angled lateral grooves disperse water from below the footprint, effectively avoiding hydroplaning. This combination greatly enhances the summer weather driving safety levels.

The better road contact helps to upgrade the steering responsiveness and the driving stability, ensuring the driver's better control over the vehicle. This promotes a quicker and more precise steering response to the driver's commands, while the structure is secured against the driving pressure affecting the tire. The groove pattern helps to shorten the braking distance by generating friction between the tire and the road surface. This greatly boosts the tire's braking power and performing ability. The maintained ideal tire shape and the heat-resistant compound also manage to enhance the high speed durability. They prevent pressure accumulation along the tread area and keep the ideal tire shape under the pressure, enabling the tire to securely perform at its utmost high speed ability.

The stronger compound elements and the ideal tread design enhance the tread life. The heat-resistant compound elements ease the pressure off the tire, helping to significantly lower the overall treadwear rate. On the other hand, the stronger compound elements boost the pressure distribution across the tread area, effectively avoiding irregular wear formations. The slower and even wear along the tread area boosts the model's overall service life.