The tire manages to increase its driving safety, even in severe winter conditions. The tread area features studs, along with its sipes and grooves, which work together to upgrade its performance. They create biting edges to grip the ice- and snow-covered road surface. Durable rubber materials keep the tire pliable in freezing temperatures. Wide grooves channel water and slush from the footprint, actively resisting hydroplaning in wet conditions.

The directional tread, with the V-shaped pattern, increases the tire's consistent surface contact. As a result, it boosts steering responsiveness and driving stability. This offers quick and precise steering responses, while the structure is secured against driving pressure. The shoulder blocks improve cornering with additional biting edges. On the other hand, the tread elements generate friction that helps shorten the tire's overall braking distance.

This is achieved with the wear-resistant compound and the stable footprint. They work together in order to prevent irregular and premature wear along the footprint. Stronger rubber materials decrease the overall treadwear rate, while the tread's even pressure circulation avoids irregular wear. These improvements boost the tire's overall usability.