The flat footprint and the ideal tread design increase the soft and loose terrain grip. The better surface contact allows the tire to boost its performance on different surfaces. The optimized groove pattern helps to prevent stone retention, as rocks cannot drill into the tread area and harm the casing. This results in a safer on- and off-road, industrial application.

The ideal tread pattern's consistent surface contact boosts steering responsiveness and driving stability. In this manner, the tire upgrades the steering response time and accuracy to the driver's commands, enhancing handling. The structure is secured against the driving pressure, further boosting driving safety levels. This combination guarantees the tire's safer handling and maneuvering during the performance.

Load durability is an important feature that the tire structure offers. The strengthened internal structure is able to withstand and carry larger loads with ease. As the tire keeps its optimal shape, it can safely handle larger loads. This increases the tire's better load capacity.

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.