As such, the asymmetric footprint manages to enhance the tire’s steering responsiveness and driving stability. The close road contact greatly improves steering responses and accuracy to the driver’s commands, while the structure is secured against driving pressure. Cornering and braking are effectively upgraded as well. This is achieved with the footprint’s optimized tread elements. As a result, the tire can be easily controlled even at high speeds.

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 optimal tread design channels airwaves through the footprint, making sure they do not come into contact with the tread elements. As a result, the tire avoids sound wave formations. The tire prevents sound waves from reaching the passengers and ruining their driving enjoyment. Better comfort levels promote a quiet driving experience.

This high speed durability is ensured by combating pressure accumulation. The heat-resistant compound and the optimal tread design significantly reduce the possibility of heat build-up. This greatly eases the pressure off the tire during its performance. The structure does not deform under high speed pressure. Their combination helps to greatly increase the tire’s overall driving safety.