The directional tread design utilizes the angled lug pattern, maintaining surface contact at all times. These tread elements boost steering responsiveness and driving stability. In this manner, the tire is quicker and more precise in its response to the driver's commands, while the structure is secured against the driving pressure affecting the tire. As a result, the tire manages to securely upgrade its handling on different terrains.

This is achieved with the tread's better traction and self-cleaning ability. The footprint maintains surface contact at all times, improving soft and hard terrain grip. Ideal tread elements generate biting edges, which ensures excellent forward motion. Additionally, they also eliminate mud, snow, and rocks stuck between the tread elements. This combination effectively increases the tire's industrial applications.

The optimal tread design evenly distributes driving pressure along the tread area. The special silica compound decreases the treadwear rate significantly. This slow and even wear offers a longer-lasting tread life. In other words, these elements resist irregular and premature wear formations, which enables the tire to perform for a longer period of time.

The tire utilizes its strengthened construction to achieve this. It is able to withstand load pressure throughout the performance, maintaining the optimal tire shape at all times. This helps to securely handle heavy loads with ease, increasing the tire's better load durability.