The wider and flat footprint enables the tire's constant and close surface contact, which greatly boosts the steering responsiveness and the driving stability. In other words, the better surface contact allows the tire to offer a quick and precise steering response to the driver's commands, while it effectively secures the structural stability throughout the performance. This combination greatly improves the driver's control over the vehicle during its industrial application.

The flat footprint and the stability of the tread blocks enables the tire's even pressure distribution, which avoids irregular wear formations. The stronger compound, on the other hand, allows the tire to prevent premature wear formations by avoiding heat build-up along the tread area. The compound elements also manage to resist tread damage from shortening the service life, as they prevent the tread's chipping, cracking and tearing. The model's strengthened internal structure combats external damage, such as punctures, cuts and impact damage, ensuring a lengthened usability.

The reinforced internal structure improves the load and driving capacity. This construction maintains the ideal tire shape under the load and driving pressure, which greatly improves the load and driving capacity. The tire does not deform under the heavy load pressure, enabling the tire to significantly boost its overall load handling capability.