It combines its heat-resistant, A-CORE compound and molds it into an asymmetric pattern to ensure better surface grip. Optimizing the footprint's road contact enhances the tire's dry and wet traction. The special compound blend effectively prevents heat build-up, ensuring its safer summer weather performance. Three circumferential grooves prevent hydroplaning, as they channel water and slush from below the footprint. This guarantees a warm-weather safer driving experience.

The three center ribs guarantee constant road contact, enabling the tire to boost its steering responsiveness and driving stability. In other words, it offers better steering responses and accuracy to driving instructions, while the structure is secured against driving pressure. By combining these improvements, the tire makes sure the driver's control over the vehicle is not disturbed.

Not only does this boost its high speed durability, but also lowers rolling resistance. This is the pressure that determines the vehicle's needed fuel intake, reducing the vehicle's necessary fuel consumption. As the rolling resistance is decreased, the tire lessens fuel intake and CO2 emissions. This provides better fuel economy by ensuring a fuel-efficient driving experience.

The closed shoulder pattern and the tire's close road contact work together to make this happen. In other words, the tread pattern prevents airwaves from entering the footprint and coming into contact with the tread elements. This resists sound wave formations. Additionally, the optimal surface contact enables the tire to absorb the shock of driving, lowering road vibrations felt by the passengers. Their combination ensures a quiet and comfortable driving experience.

This is achieved with the combination of the tread design and durable compound. Footprint stability allows the tire to evenly circulate driving pressure across the footprint, while the compound reduces the wear rate thanks to its heat-resistant compound. They effectively improve the tire's overall service life.