The special heat-resistant compound works together with the ribbed footprint in order to increase its grip on dry and wet conditions. These elements offer better surface grip by optimizing their close road-to-rubber ratio. On the other hand, the compound's rubber durability effectively avoids heat build-up. Circumferential grooves are responsible for channeling water from the footprint, which avoids hydroplaning.

In other words, they optimize the tire's wear rate and manner. The tire's better road contact helps to evenly circulate driving pressure across the footprint, combating uneven formations. The heat-resistant rubber materials protect the tire from premature wear. This results in a lengthened tread life.

The ribbed footprint's surface contact increases steering responsiveness and driving stability, while the compound actively decreases the braking distance. This ensures the driver's consistent control over the vehicle. Additionally, the compound and stronger structure allow the tire's high speed applications. They avoid heat accumulation and keep the ideal tire shape, ensuring a secure driving experience.

They ease the pressure off the footprint and lower the tire's rolling resistance in this manner. As a result, the tire is able to minimize the vehicle's fuel consumption and CO2 emissions. This guarantees a fuel-conscious performance.