The asymmetric tread design and the silica compound work together to improve the dry, wet and winter weather road gripping capability. The compound keeps the rubber flexibility in various temperatures, while the optimized tread elements and siping and groove placement upgrades the grip on the road surface. The tread's Canyon Groove Technology manages to further improve the winter weather, ice and snow gripping capability. The tread's circumferential and angled lateral grooves and the special Flask Siping pattern improves the hydroplaning resistance, which avoids wet and winter weather grip.

The flat footprint and the tread design's stabilized elements work together with the stronger internal structure that upgrades the surface contact. The constant surface contact enhances the steering responsiveness and the driving stability. The shoulder tread block placement increases the number of biting edges gripping the road surface, boosting the cornering ability and power. The rigid tread elements and the Flask Siping pattern upgrade the braking capability, which shortens the braking distance. The reinforced internal structure and the silica compound's heat-resistant ability enable the tire to perform at high speed. They reinforce the structure against the high speed pressure, which guarantees a safer high speed performing capability.

The durable silica compound and the rigid tread design improve the usability. The silica compound is wear-resistant which reduces the tread wear rate with the special rubber materials. The optimal tread design stabilizes the tread elements. This actively prevents tread flexing, which avoids unnecessary friction between the tire and the road surface. The symmetric ribbed pattern also avoids irregular wear formations across the tread area. The equally spread out forces of acceleration, cornering and braking, actively preventing irregular wear formations along the tire's surface. This combination increases the service life and the model's usability.