The stronger compound elements and the asymmetric tread design increase the dry and wet weather grip. This allows the tire to significantly increase the grip on the road surface with extra biting edges, optimizing the surface contact as well. The heat-resistant compound effectively avoids heat build-up across the tread area, boosting the performing capability. The tread also keeps the footprint clean by dispersing water from below the footprint, avoiding hydroplaning as well.

This construction enables the tire's limited, temporary performance in case of air pressure loss. When the tire does not deform the weight of the vehicle and its passengers, allowing the tire's 50 mile 50 mph performance. Run flat tires make sure the vehicle does not get stranded on the side of the road, which enables its secure driving experience.

As a result, the tire boosts the steering responsiveness and driving stability. A faster and more precise steering response to the driver's commands, while the structure is secured against the driving pressure affecting the tire. The shoulder block pattern provides extra biting edges and optimizes the cornering capability. On the other hand, the sipe pattern and road contact generate friction at the moment of braking. This significantly decreases the tire's stopping distance.

The heat-resistant compound and the stronger structure keep the ideal tire shape under pressure. Stronger compound elements allow the tire to boost the high speed capacity, while the structure keeps the ideal tire shape under the load and driving pressure. This combination ensures the tire's exceptional high speed performance.