The V-shaped tread elements maintain surface contact at all times. This, along with the traction provided by the tread elements, increases controllability and maneuvering. In other words, the directional footprint boosts steering responsiveness and driving stability. The tread elements enhance the tire's cornering and braking capabilities, promoting a secure driving experience.

The optimized tire footprint spreads driving pressure equally across the tread area. The even distribution of the forces of acceleration, cornering, and braking prevents irregular wear across the tread area. As a result, the ideal tread pattern is resistant to uneven tread wear as it increases the tire’s driving stability. The improved stability, the slower wearing tread, and the prevention of uneven wear combined extend the tire’s usability.

The ideal tread design features a high-density siping placement and wide grooves. The tread area is studded. Their combination greatly boosts the tire’s surface traction in winter weather, ice, and snow-covered roads. A higher number of biting edges upgrades the tire’s surface traction, while the compound boosts its overall rubber flexibility in freezing temperatures. Wide grooves actively prevent hydroplaning in wet conditions.

The reinforced internal structure and the special silica compound enhance the tire’s load-handling power, by evenly distributing load and driving pressure across the tread area. As the tire does not deform under load and driving pressure, it can carry and withstand heavy loads with ease.