As a result, the ideal block pattern manages to boost the steering responsiveness and driving stability. This allows the tire to upgrade the overall steering response time and accuracy to the driver's commands, while the structure is secured against the driving pressure. The shoulder blocks, with the sipe pattern, firmly grip the road and increase the cornering power. This makes sure the driver has great control over the vehicle during its maneuvering.

The high-density sipe pattern and the block placement across the footprint, along with the winter compound greatly improve the ice and snow traction. This enables the tire to upgrade the number of biting edges gripping the road surface, optimizing the performance. The tread is pinned for studs, which can further improve traction. Additionally, the winter compound allows the tire to keep the rubber's flexibility in colder temperatures. Circumferential and angled lateral grooves disperse water and slush from the footprint. This effectively avoids hydroplaning.

The tread design features a computer-tuned pattern which lowers the road noise generated while the tires are in motion. This enables the tire to upgrade the passengers' driving enjoyment. The tread negates sound waves from generating friction during the performance. As a result, the tire ensures a quiet driving experience.

The tough compound and the stable footprint work together to increase usability. Stronger compound elements decrease the treadwear rate, by utilizing wear-resistant elements. The stable footprint allows the tire to evenly circulate the driving pressure across the tread area, preventing irregular wear formations. This combination enhances the service life.