The directional tread design enables the tire to optimize its soft and hard terrain performance. These tread elements enable the tire to increase its consistent forward motion, upgrading consistent forward motion. They generate traction by providing biting edges, while the void ratio and open shoulder pattern keep the footprint clean. Mud and snow do not block the surface contact, while stone retention is also effectively prevented.

The strengthened construction does not deform under load and driving pressure, enabling the tire to increase its load durability. This allows the tire to carry and withstand heavy loads. The stronger structure also allows the tire to boost its surface contact. This makes sure the surface contact enables the tire to enhance its steering responsiveness and driving stability throughout its performance.

The ideal tread depth, stable footprint, and wear-resistant compound work together to optimize the tread wear rate. They prevent premature and irregular wear thanks to the optimal tread design, while the compound also avoids tread damage. Resisting chipping, cracking, and tearing significantly boost the tire's overall tread life.