The wider footprint and the optimal block placement enable the tire's close surface contact, which upgrades the even pressure distribution. The equally spread out forces of acceleration, cornering and braking avoid irregular wear formations across the tread area. On the other hand, the tire's stronger compound decreases the tread wear rate. The wear-resistant rubber materials lower the tread wear rate to increase the usability. As a result, the tire promotes a longer lasting service life.

This footprint enables the tire to maintain the surface contact at all times, which upgrades the steering responsiveness and the driving stability. In this manner, the steering is quicker and more precise in its responsiveness to the steer axle's commands, while the structure is secured against the driving pressure affecting the tire model. This guarantees the driver's control over the entire vehicle, making the commercial truck's performance safer and more efficient.

The flat footprint's even pressure distribution actively prevents the pressure from accumulating on one area of the tire's surface area. The equally circulated pressure, as a result, improves the load carrying and withstanding ability and power. This greatly upgrades the load capacity throughout the tire's lifetime.