Great surface contact improves traction and its self-cleaning ability. The tread elements effectively increase its soft and loose terrain grip, while also keeping the footprint clean. The tread elements upgrade its consistent forward motion on various terrains, optimizing its soft and hard terrain applications. On the other hand, the tread elements significantly boost the tire's self-cleaning nature to prevent stone retention.

This is achieved with the wear-resistant compound and the stable footprint. They work together in order to prevent irregular and premature wear along the footprint. Stronger rubber materials decrease the overall treadwear rate, while the tread's even pressure circulation avoids irregular wear. These improvements boost the tire's overall usability.

The optimized tread pattern lowers the rolling resistance while the tires are in motion. This tread design closely follows the driving surface to reduce the energy needed to keep the tires in constant motion. Lowering the rolling resistance reduces fuel intake and CO2 emissions, promoting a fuel-efficient driving experience.

The strengthened and flexible carcass structure enables the tire to significantly increase its larger load capacity. Since the construction does not deform under load and driving pressure, the model is able to effectively enhance its heavy-duty applications. This enables the tire's exceptional performance under large loads.