These tread elements enhance the soft, loose, and uneven terrain grip, while also improving the on-road terrain traction. The tread design guarantees forward motion on different terrain surface conditions, boosting the deep mud and loose terrain traction. The staggered blocks and ideal void ratio allow the tire to keep the footprint clean. They eliminate mud and snow from the footprint, effectively preventing them from blocking surface contact. This significantly enhances the versatile terrain traction.

The construction protects the tire from external damage. The reinforced structure avoids punctures, cuts, and impact damage from shortening the service life. On the other hand, the tread design with the self-cleaning pattern avoids stone retention. Rocks are ejected from the footprint with the stone ejecting platforms, preventing them from drilling into the tread area. As a result, the tire effectively avoids casing damage.

These tread elements ensure surface contact, which allows the tire to improve its steering responsiveness and driving stability. This promotes a quick and precise steering response to the driver's commands, while the structure is secured against the driving pressure affecting the tire. The reinforced sidewalls and overall structural durability improve the load capacity as well. As the tire does not deform, the model is able to greatly upgrade the load-carrying durability.

The variable pitch pattern negates the sound waves heard during the drive. The pattern cancels out the sound waves by generating a sound-canceling frequency. As a result, road disturbances do not reach the vehicle's cabin, promoting a quiet and comfortable driving experience.