Steering responsiveness and driving stability are increased in this manner. This is ensured with the asymmetric tread design's road contact. It upgrades steering responses and accuracy to the driver's commands, but it also secures structural stability. The shoulder block pattern firmly grips the road with extra biting edges, improving its cornering power. On the other hand, the tread design's friction generated during braking significantly shortens the stopping distance.

The ideal tread pattern is able to lower the rolling resistance throughout the performance. These tread elements optimize traction, which lowers the rolling resistance as a result. The rolling resistance determines how much energy is used to keep the tires in motion, and lowering it reduces fuel intake and CO2 emissions. It offers a fuel-conscious and eco-friendly driving experience.

The optimized tread elements firmly grip the road surface, with better surface contact, while the summer compound prevents heat build-up in warmer temperatures. These elements upgrade the tire's dry and wet traction. On the other hand, the special grooves help the tire prevent hydroplaning. They eliminate water from the footprint and maintain surface contact.

The ideal tread design closely follows the road surface even at high speeds and prevents pressure accumulation, while the robust internal structure maintains the optimal tire shape under driving pressure. Also, the heat-resistant compound protects the tire from heat build-up along the tread area, further optimizing the tire's high speed performance. This improves driving durability.