These elements enable the tire easily performance both on- and off-road. These elements firmly grip the driving surface, with the use of extra biting edges. This effectively maintains forward motion at all times. In other words, the optimal tread pattern and its close surface contact enhance steering responsiveness and driving stability. This combination upgrades the driver's control over the vehicle, promoting a safe driving experience.

They maintain the optimal tire shape under the load and driving pressure affecting it. As the tire does not deform during the performance, the structure enables it to carry and withstand heavy loads. It increases the load capacity, making this tire perfect for heavy-duty and industrial applications.

The ideal tread pattern evenly distributes driving pressure along the tread area, ensuring even wear. On the other hand, the rubber compound significantly decreases the treadwear rate, by using wear-resistant elements. They resist irregular and premature wear formations, which offers a longer-lasting tread life. Additionally, the compound also guards the tread against damage, avoiding punctures, cuts, and impact damage.