In this manner, the tire eases the driving pressure off the tire and decreases its rolling resistance. The rolling resistance is the driving pressure affecting the model which determines the vehicle's needed fuel usage in order to keep the tires in motion. Lowering the rolling resistance, reduces the vehicle's fuel consumption and CO2 emission levels. In this manner, the tire promotes a fuel efficient and environmentally friendly driving experience.

The better contact with the road enables the tire to stabilize the tread elements and actively preventing tread flexing. By avoiding tread flexing, no additional friction is generated between the tire and the road surface which enables the tire to evenly distribute the driving pressure. The equally circulated forces of acceleration, cornering and braking avoids irregular and premature tread wear formations across the tread area and promotes a slower tread wear rate. This combination significantly extends the model's usability and tread life.

The reinforced construction increases the tire's load durability and power. It maintains the ideal tire shape under the load and driving pressure affecting it. Since the tire does not deform under the pressure, it is able to carry and withstand heavy loads with ease. This significantly improves the load capacity and ensures a secure performing capability in versatile weather conditions.