This increased road contact upgrades the fuel efficiency. It allows the tire to ease the driving pressure off the tread area, which significantly lowers the tire's rolling resistance. The rolling resistance is the external driving pressure affecting the tire which determines the amount of energy needed to keep the tires in motion. The decreased rolling resistance greatly lowers the vehicle's fuel consumption and CO2 emissions. This guarantees a fuel efficient and environmentally friendly performance.

The tread design's optimal siping detail allows the tire to evenly distribute the driving pressure along the tread area. In this manner, the tire actively prevents heat build-up along the tread area and avoids irregular tread wear. The heat build-up accelerates the tread wear rate and causes premature tread wear on the tire's surface, while the formation of an irregular tread wear pattern causes a bumpy ride and a lowered usability. This combination greatly extends the tread life and the tire's usability.

The all steel belt construction manages to keep the tire's ideal shape under the load and driving pressure affecting the tire. This enables the tire to increase its load handling and carrying capability. The strengthened structure does not deform under the pressure, which improves the heavy load durability. In this manner, the tire offers a stronger and more versatile application.