It effectively combines its summer compound and asymmetric tread design to provide a better grip on dry and wet surfaces. In other words, the tire's road-to-rubber ratio and ideal sipe placement generate traction in summer conditions. The durable, heat-resistant compound optimizes the rubber flexibility while avoiding pressure accumulation in warmer temperatures. Three wide circumferential grooves disperse water, preventing it from blocking surface contact. This actively combats hydroplaning.

Better summer traction helps to minimize pressure accumulation across the tread area while the tires are in motion. This significantly lowers the tire's rolling resistance, which determines the vehicle's fuel consumption necessary. As the tire decreases rolling resistance, the vehicle's fuel usage and CO2 emissions are reduced as well. This offers a fuel-conscious driving experience.

This greatly improves its steering responsiveness and driving stability, optimizing the driver's consistent control over the vehicle at all times. The shoulder block pattern provides additional biting edges, generated by the sipes and lateral grooves, to increase cornering. Braking is shortened thanks to the heat-resistant compound and consistent road contact. Additionally, the compound and stronger structure work together to enhance its high speed durability. They ease the pressure off the tire, while the structure maintains the ideal shape even during its high-performance applications.

The special shoulder block array makes sure airwaves do not enter the footprint. In this manner, they cannot come into contact with the tread elements, which prevents sound wave formations. Therefore, the passengers' driving enjoyment is guaranteed throughout the tire's performance.