The asymmetric ribbed tread design and the durable summer compound work together to boost the dry and wet weather traction. The tread upgrades the grip on the road surface with the better surface contact, while the durable compound improves the rubber flexibility in high-heat temperatures and performing situations. In other words, the tire keeps the surface contact and prevents heat build-up to improve the summer traction. The optimized groove pattern, with the circumferential and angled lateral grooves, prevents hydroplaning by channeling water from below the footprint. This guarantees a safer summer weather performance.

The optimized tire footprint maintains the model's surface contact throughout the drive, while the tread's tie-bars stabilize the elements. This combination enables the tire to enhance the steering responsiveness and the driving stability. The better footprint and the special outer shoulder pattern work together to boost the cornering capability by increasing the tire's grip on the road surface during the model's performance. The groove placement and the drainage inducement groove edges of the tread work together to enhance the braking ability, especially on wet road surface conditions, by shortening the braking distance. The tire's internal structure features steel belts, an equilibrium carcass line design and a jointless nylon layer full cover which manage to maintain the ideal tire shape under the high speed pressure. This boosts the high speed durability, which enables the tire to securely perform at its greatest high speed capability.

The optimal footprint and the tie-bars improve the surface contact and prevent tread flexing. As a result, the tire can easily distribute the driving pressure evenly across the tread area. The equally spread out forces of acceleration, cornering and braking along the tire's surface. This is combined with the durable tire compound, which improves the traction and eases the pressure off the tire to decrease the tread wear rate. In this manner, the model improves the tread life length by providing a slower and even tread wear rate throughout the tire's performance.

The asymmetric tread's closed outer shoulder design lowers the road and tread pattern noise levels heard in the vehicle's cabin during the drive. This rib prevents airwaves from entering the footprint and coming into contact with the tread elements. This prevents the formation of soundwaves while the tires are in motion. As a result, the road and tread pattern noise is not heard in the vehicle's cabin, which ensures a quiet and comfortable driving experience in versatile summer weather conditions.