This is achieved with the tread design, the compound blend, and the stronger structure. These elements allow the tire to increase its overall load capacity, as they maintain the optimal tire shape under heavy loads. Tread and casing damage are also avoided. Stone retention is resisted with the rock-ejecting tread elements. The casing and the compound also boost the tire's ability to combat punctures, cuts, and impact damage, as well as the tread's chipping, cracking, and tearing.

This is ensured with the tread design's pattern. The footprint enables the tire to maintain surface contact, upgrading soft and hard terrain traction. These elements optimize its consistent forward motion, enabling its exceptional performance. Better off-road traction provides a safer off-road driving experience.

The ideal tread pattern and the wear-resistant compound prevent irregular and premature wear formations. In this manner, the optimized tread pattern evenly distributes driving pressure along the tread area, while the special silica compound slows down the treadwear rate. This decreased and even wear leads to a longer-lasting tread life.