This tread design effectively minimizes the driving pressure affecting the tire, thanks to the optimal year-round traction. As a result, the tire significantly reduces the rolling resistance, which is the pressure determining the vehicle's fuel consumption needed to keep the tires in motion. This makes sure the tire lessens fuel intake and CO2 emission levels, promoting a fuel-efficient driving experience.

The reinforced carcass structure maintains the ideal tire shape under load and driving pressure. Since the tire does not deform under pressure, the model is able to increase its overall load capacity. The construction boosts the tire's overall load carrying and withstanding ability, enabling the tire's secure heavy-duty applications.

The footprint uses the decoupling grooves to ensure even pressure circulation. This effectively avoids irregular and premature wear across the footprint, significantly increasing the tire's service life. On the other hand, special stone ejectors placed in the grooves eliminate rocks from the footprint. As rocks cannot drill into the casing, the tire avoids structural damage during its performance.