The ideal footprint features large tread blocks that provide road grip in dry, wet, and winter conditions. They generate biting edges, increasing the tire's consistent forward motion. On the other hand, the durable rubber materials keep the tire pliable throughout the year. This enables its application in versatile temperatures, from warm summers to cold winters. Wide and narrow circumferential grooves disperse water and slush from the footprint, effectively resisting hydroplaning. This combination ensures the tire's safer driving experience.

They effectively combat premature and irregular wear formations. Footprint stability effectively prevents tread flexing, which can increase pressure accumulation. By preventing it, the tire is able to evenly circulate driving pressure along the footprint, ensuring even wear. Additionally, stronger compound elements utilize wear-resistant rubber materials, decreasing the treadwear rate. The compound blend also avoids tread scuffing, which shortens the service life when it happens. Thanks to these improvements, the tire is able to offer a longer tread life.

This strengthened construction does not deform under load and driving pressure, enhancing the tire's load-handling ability. In this manner, the tire is able to safely perform at its best ability, even in heavy-duty applications.