They provide the necessary grip on the road surface in dry and wet weather conditions. Stronger, heat-resistant compound elements keep the rubber flexible and prevent heat build-up across the tread area. Close road contact provides the necessary traction in such conditions. Circumferential grooves disperse water and slush from the footprint, preventing hydroplaning in the process.

The ribs guarantee the tires' road contact, which upgrades its steering responsiveness and driving stability. This offers excellent steering response time and accuracy to instructions, while the structure is also secured. The shoulder blocks manage to upgrade the tire's cornering ability, by generating additional biting edges. The sipe and notch placement generates friction and greatly shortens the tire's overall braking distance. High speed durability is also promoted with this model.

The heat-resistant compound and stable footprint work together to achieve this. Compound elements decrease the tread wear rate, by avoiding premature wear. On the other hand, the stable tread elements evenly circulate driving pressure across the tread area, resisting irregular wear. This combination significantly improves the tire's service life.