The footprint's optimal groove placement effectively channels water through the footprint. Hydroplaning is resisted in this manner. Additionally, the compound blend provides heat resistance, keeping the tire cool during the drive. The ideal tread design's surface contact provides the necessary traction in order to improve its performance.

The asymmetric tread pattern's close road contact upgrades steering responsiveness and driving stability. Quick and precise steering responses are guaranteed while the structure is secured against driving pressure. The wider shoulder block placement, with the sipe details, enhances cornering. On the other hand, the sipe pattern and grooves generate friction, shortening its braking distance. This combination offers excellent handling and maneuvering.

The ideal tread design, the compound, and the strengthened structure work together to optimize the tire's durability. This tread pattern evenly distributes the driving pressure along the tread area, while the compound is heat-resistant. These work together to actively resist heat build-up along the tread area. The strengthened internal structure maintains the optimal tire shape under the high speed driving pressure affecting the model.