These elements maintain close surface contact, which increases steering responsiveness and driving stability. In other words, the tire's steering response time is faster and more precise to the driver's instructions. The structure is secured against the driving pressure as well. At the same time, the optimized tread elements shorten the braking distance by creating friction, while stopping. This combination enables the driver to have full control over the vehicle and guarantees a safe driving experience.

The ideal tread design and the summer compound improve the tire's performance in dry and wet conditions. The ideal tread design firmly grips the road surface with extra biting edges. The summer compound resists heat accumulation along the tread area in warmer temperatures. Additionally, the optimized grooves effectively resist hydroplaning, by eliminating water from the footprint on wet roads.

The ideal tread design closely follows the road surface at all times, while the special silica compound manages to prevent pressure accumulation on the tread area. On the other hand, the strengthened internal structure keeps the ideal tire shape under the driving pressure affecting the tire. These elements ensure the tire's safe performance even at high speeds.

The ideal tread design manages to reduce road and tread noise heard in the vehicle's cabin. Additionally, the special silica compound absorbs the shock of the ride, which minimizes vibrations. These low noise levels and vibrations ensure the passenger's enjoyable driving experience.