The symmetric ribbed tread design and the zero-degree belt work together to stabilize the tread elements. They evenly distribute the driving pressure across the tread area, avoiding irregular and premature wear formations. The footprint's stability ensures a slower and even wear along the footprint, significantly boosting the tread and service life.

They ease the driving pressure across the tread area, minimizing the rolling resistance. The rolling resistance is the pressure affecting the tire which determines the vehicle's fuel intake needed to keep the tires in motion. Reducing the rolling resistance allows the tire to lower the vehicle's fuel consumption and CO2 emission levels, which results in a fuel conscious driving experience.

The stronger internal structure manages to keep the ideal tire shape, enhancing the load capacity throughout the tire's lifetime. The durable compound and the ribbed tread design also improve the damage resistance. The compound avoids the tread's chipping, cracking and tearing, while the structure avoids the punctures, cuts and impact damage from harming the casing. This combination ensures a secure performing ability.