The asymmetric tread design’s consistent surface contact effectively upgrades its performance. The asymmetric pattern offers better road contact, which is used to upgrade steering responsiveness and driving stability. This offers excellent steering responses to the driver’s instructions, while the structure is secured against driving pressure as well. The shoulder blocks provide additional biting edges, in order to greatly boost the tire's overall maneuvering. This combination ensures a safe 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.

This is guaranteed with the tread design and the summer compound. Their combination boosts dry and wet traction. Better road contact provides exceptional traction in summer conditions. On the other hand, the stronger rubber materials keep the tire pliable in warmer weather. Circumferential grooves prevent hydroplaning in wet conditions, as they eliminate water from the footprint.

The optimized tread pattern and the ideal compound blend decrease the tire’s overall rolling resistance. This is the pressure that determines the vehicle’s energy usage needed to keep the tires in motion. It reduces the vehicle’s fuel consumption and CO2 emissions, offering a fuel-conscious drive.

The footprint features a variable pitch pattern, which helps keep road noise low. This pattern generates a special sound frequency during the drive. As a result, the tire negates sound waves before they can reach the vehicle’s cabin and ruin the passengers’ driving enjoyment. Better comfort provides an enjoyable driving experience.