The staggered tread blocks and the detailed siping and groove placement work together to improve the grip on the road and terrain surface. This stronger traction guarantees the tire's exceptional traction on-road and on soft, loose and uneven terrain surface conditions. This ensures the tire's safer off-road performance, as it increases the surface contact throughout the drive. In this manner, the tire does not get stuck in deep mud or on soft dirt. The tread's optimal elements also improve the self-cleaning capability. The tread eliminates mud and snow from the footprint, preventing them from blocking the tire's surface contact. This further boosts the various terrain driving safety.

The tread pattern improves the model's grip and forward motion. The better road and surface contact enable the model to increase the steering responsiveness and the driving stability. As a result, the tire promotes great controllability on various off-road terrain surface conditions, ensuring the driver's constant control over the vehicle. The optimal footprint also allows the tire to enhance the braking power. The tread elements successfully shorten the braking distance, improving the overall controllability of the tire.

The construction features a jointless nylon band structure which helps maintain the optimal tire shape under the load and driving pressure, while also protecting the tire from external damage. The optimal tire shape under the heavy load pressure increases the tire's load durability and load capacity. It also further stabilizes the structure during the tire's performance. The stronger compound and the ideal construction work together to protect the tire from punctures, cuts and impact damage. The tread design's self-cleaning pattern, on the other hand, avoids stone retention. The tread ejects rocks stuck between the tread elements, preventing them from drilling into the tread and damaging the casing.

The stronger compound and the optimal tread design do not only offer great all weather traction and hydroplaning resistance, they also work to increase the tread life. The compound's wear-resistant rubber elements and its prevention of heat build-up decreases the tread wear rate, while the tread design ensures even pressure distribution along the tread area. This combination significantly lengthens the tread life by ensuring a slow and even wear rate and manner.