The better grip on the road surface eases the driving pressure off the tire, which significantly lowers the rolling resistance. The rolling resistance is the driving pressure affecting the tire, which determines the vehicle's needed fuel intake to keep the tires in motion. The reduced rolling resistance decreases the vehicle's fuel consumption and CO2 emissions, offering a fuel efficient and environmentally friendly driving experience.

The optimal contact patch and the shoulder groove's cooling ability work together to elongate the tread life. They ensure even pressure distribution along the tread area and actively prevent heat build-up along the tread area. The equally spread out forces of acceleration, cornering and braking actively prevent irregular tread wear formations across the tire's surface. Furthermore, the tire's lowered rolling resistance slows the tread wear rate down significantly. This combination lengthens the model's service life.

The optimal tread's close surface contact ensures the tire's grip throughout the drive. This greatly boosts its steering responsiveness and driving stability. The steering becomes faster and more precise in its response to the steering axle's commands, while the structural stability is ensured during the drive. In this manner, the driver has full control over the vehicle and its load, which guarantees a safer driving experience.