This enhances fuel efficiency as the driving pressure is reduced on the tread area. These elements decrease the rolling resistance, which is the pressure that determines how much energy the vehicle needs to maintain the tires in motion. The lowered rolling resistance lessens the vehicle's fuel intake and CO2 emissions, guaranteeing a fuel-efficient and environmentally friendly driving experience.

In this manner, the symmetric tread design closely follows the road surface on ice- and snow-covered road surfaces, while the winter compound keeps the rubber flexible in freezing winter temperatures. On the other hand, wide circumferential grooves disperse water and slush from below the footprint in wet situations. These elements significantly protect the tire against hydroplaning, boosting the tire's safe performance in winter conditions.

The symmetric tread design closely follows the road surface, which increases steering responsiveness and driving stability. As a result, the steering is faster and more precise to the driver's commands, while the structure is secured against driving pressure. On the other hand, the large shoulder blocks firmly grip the road surface for better cornering. The tread pattern and close road contact shorten the braking distance by creating friction at the moment of stopping. These elements guarantee the driver's excellent control over the vehicle at all times.

This tread design and rubber compound protect the tire against irregular and premature wear formations along the tread area. In other words, the tread design is able to evenly distribute driving pressure along the tread area, while the compound slows the treadwear rate down. The decreased and even wear guarantees the tire's long service life and usability.