The superb footprint stability of the tread design maintains surface contact at all times. This effectively enhances its steering responsiveness and driving stability. Quick and precise steering responses are guaranteed, while the structure is secured against driving pressure. The symmetric pattern also enhances cornering and braking abilities. Cornering is upgraded with the shoulder block placement providing extra biting edges. On the other hand, the ideal road contact creates friction when stopping, boosting its braking capability.

The combination of the tread design and the optimal compound blend eases the driving pressure off the tire. This results in lessened rolling resistance, the pressure that determines the vehicle's fuel intake levels. Lowering this pressure helps ensure the vehicle's reduced fuel consumption and CO2 emissions. In other words, it promotes a fuel-conscious performance.

The ideal tread pattern and the rubber compound resist irregular and premature wear formations along the tread area. This tread ensures even pressure circulation, in order to prevent irregular wear formations, while the rubber compound slows the treadwear rate down. This decreased and even wear leads to the tire's longer-lasting tread life.

The strong compound and the reinforced internal structure work together to increase the heavy-duty handling. These elements maintain the ideal tire shape under load and driving pressure. As the tire does not deform, it can easily carry and withstand heavy loads. This load-carrying capacity makes the model perfectly safe, even under heavy loads.