The tread design and the compound work to minimize the possibility of heat build-up. They prevent heat accumulation along the tread area. On the other hand, the structure keeps the ideal tire shape under driving pressure, which allows the tire to greatly improve the high speed durability. The combination of these elements enables the tire to securely perform at its utmost high speed ability.

The ideal tread design and the summer compound enhance dry and wet performance. This combination allows the tire to boost the grip on the road with better surface contact while the tires are in motion. The compound elements optimize heat resistance, improving the high heat temperature performance. The tread's ideal grooves prevent hydroplaning, by dispersing water from the footprint, further increasing the wet-weather drive.

The asymmetric footprint optimizes the tire's road contact, which leads to better steering and driving stability. This combination guarantees the driver better control over the vehicle throughout the drive. Additionally, the shoulder block placement and the ideal sipe and groove pattern increase maneuvering. They result in optimized cornering and shortened braking, offering a safer high speed performance.