The aggressive footprint uses its staggered blocks and high void ratio in order to boost its soft, loose, and uneven terrains. These tread elements firmly grip the road and terrain surface contact, upgrading its on- and off-road performance. They enable the tire's deep mud and loose dirt terrain grip, while also keeping the footprint clean. Mud and snow do not block the surface contact, while stone retention is also prevented by ejecting rocks stuck between the tread elements.

The stable block placement manages to evenly circulate driving pressure across the tread area, effectively avoiding hydroplaning. On the other hand, wear-resistant compound elements reduce the treadwear rate. Slow and even wear significantly boosts its overall service life.

These elements closely follow the driving surface at all times, upgrading steering responsiveness and driving stability. In other words, a faster and more precise steering response is guaranteed, while the structure is secured against driving pressure. The sipe and notch detail across the footprint generates friction. They effectively shorten its braking distance, further optimizing the tire's on- and off-road performance.

During its on-road performance, the optimal groove placement enables the tire to lower road noise levels. The optimal sipe detail creates a sound frequency that negates sound waves before they can reach the vehicle's cabin. This guarantees a quiet driving experience.