Stone retention is avoided with the tread design's rocks-ejecting elements, as they cannot drill into the tread area. The strength of the compound, along with the reinforced construction, helps resist both tread and casing damage. These greatly improve the tire's service life. On the other hand, the structure also boosts its load capacity, carrying heavy loads with ease.

The detailed footprint and all weather compound work together to enhance its dry, wet, and winter-weather grip. The tread elements provide additional biting edges, while the compound keeps the rubber flexible in changing temperatures. The ideal groove placement prevents hydroplaning as well during the tire's performance. Water and slush are dispersed, preventing them from cutting off the footprint's surface contact.

The ideal tread pattern optimizes the soft and hard terrain grip, ensuring its consistent forward motion. In this manner, the tire is able to significantly boost its deep mud and loose terrain performance. The tire enhances the forward motion at all times, upgrading the off-road terrain traction.