The tread pattern's staggered tread blocks, high void ratio and sidewall tread design enhance the soft, loose and uneven terrain surface gripping capability. The sidewall pattern allows the tire's forward motion in deeper mud and loose dirt, while the high void ratio, staggered tread elements and open shoulder pattern work together to increase the tread's self-cleaning capability. The tread eliminates mud and snow and ejects rocks stuck between the tread elements, and in this manner, it prevents its footprint from being blocked from the terrain surface and it resists stone retention from harming the tire's casing. The constantly clean footprint allows the tire to perform throughout the year on all terrain conditions.

The non-directional tread pattern manages to evenly distribute the driving and load pressure affecting the tire, improving its contact with the road surface. The constant terrain surface contact boosts the steering responsiveness and driving stability, guaranteeing a secure performance. The better contact with the terrain surface improves the steering response time and accuracy to the driver's commands, while the structure is stabilized against the driving pressure affecting the tire. The improved controllability ensures a secure performing capability.

The reinforced steel belt internal structure and the solid ply construction work together to increase the driving durability and load carrying capability. The strengthened internal structure prevents the deformation of the tire's optimal shape under the driving and load pressure affecting the tire. This upgrades the load carrying and withstanding capability, while also ensuring a secure driving experience.