The ideal tread design enables the tire to improve traction on soft, loose, and hard terrains. The optimized tread elements allow the tire to significantly upgrade forward motion on various terrain surfaces. The high void ratio keeps the footprint clean by dispersing mud and snow from the footprint, preventing them from blocking the surface contact. This also prevents stone retention from harming the casing, promoting better driving safety.

The tire's directional tread design is utilized to achieve this. Better road contact upgrades steering responsiveness and driving stability. Quick and precise steering responses are guaranteed, while the structure is secured against driving pressure. The tire's optimized elements also greatly enhance cornering and braking. Biting edges firmly grip the road to increase cornering, while friction is generated when braking.

Its exceptional compound blend and the tread's stability and even pressure circulation work together to make this happen. They avoid premature and uneven wear as a result. In other words, they resist premature wear by utilizing biting edges, while the tread avoids irregular wear as well. These elements significantly boost the tire's service life.