The wear-resistant compound and the stable tread elements work together in order to ensure this. Stronger compound elements decrease the treadwear rate significantly by utilizing wear-resistant rubber materials. On the other hand, the solid shoulder ribs and the stable center blocks stabilize the footprint, effectively avoiding pressure accumulation on sensitive tread areas. This prevents irregular wear as well, further boosting the tire's tread life.

The durable compound and the ideal tread design increase the tire's dry, wet, and winter grip. Hydroplaning is avoided with the ideal groove pattern. Additionally, better traction helps to reduce the rolling resistance as well by lowering the rolling resistance. In this manner, the driving pressure is eased off the footprint, lessening the vehicle's fuel consumption and CO2 emissions. This promotes a fuel-conscious and environmentally friendly driving experience.

The tire's reinforced internal structure does not deform under load and driving pressure. As a result, it is able to greatly improve its overall load capacity, optimizing the tire's driving safety in commercial applications.