The optimal tire footprint closely follows the road and terrain surface, while the stronger sidewall structure maintains the ideal tire shape. This combination upgrades the steering responsiveness and the driving stability at all times. In this manner, the steering becomes faster and more precise in its response to the driver's commands, while the structure is stabilized against the driving pressure affecting the model. As a result, the tire ensures the driver's constant control over the vehicle, offering a safer performing capability.

The stronger construction enables the tire to enhance the load carrying and withstanding ability without allowing the tire's shape to deform under the pressure. This results in the tire's higher load capacity as it maintains its ideal shape under heavy loads. The strengthened sidewall and tread areas also avoid damage. This construction protects the tire against damage. It actively avoids cuts, punctures and impact damage from shortening the tire's usability. The reinforced compound, on the other hand, avoids the tread's chipping, cracking and tearing during its performance. The durable construction significantly enhances the tire's driving strength.

It utilizes its durable tire compound and ideal footprint to elongate the tread life. The tread design's larger elements enhance the surface contact and, as a result, they are able to evenly distribute the driving pressure along the tread area, which effectively avoids irregular wear formations across the tread area. The stronger compound keeps the rubber flexibility and uses wear-resistant rubber-materials to decrease the tread wear rate. This combination promotes a longer lasting tread and service life.