The asymmetric tread design and the special silica compound work together to maintain continuous contact with the driving surface. As a result, the tire is able to effectively upgrade steering responsiveness and driving stability. This allows the tire to enhance steering responses and accuracy, while the structure is secured against driving pressure. The shoulder block pattern provides additional biting edges, upgrading cornering. The sipes create friction when braking, significantly shortening its overall braking distance.

The durable summer compound and the ideal tread design enhance dry and wet, summer-weather grip. The strong compound elements improve the heat resistance by easing the pressure off the tire during its performance. Additionally, the optimal road-to-rubber ratio enhances the grip on the road. The wide, circumferential grooves prevent hydroplaning, by dispersing water from the footprint in wet-weather conditions.

The passengers can enjoy high driving comfort levels by reducing road noise. This is achieved with the optimized tread elements that prevent sound wave formations. As road noise does not reach the vehicle’s cabin, the tire makes sure to promote a quiet driving experience.

The combination of the tread design and the optimal compound blend eases the driving pressure off the tire. This results in lessened rolling resistance, which is the pressure that determines the vehicle’s fuel intake levels. Lowering this pressure helps ensure the vehicle’s lower fuel consumption and CO2 emissions. In other words, it promotes a fuel-efficient performance.