It increases the steering responsiveness and the driving stability while the tires are in motion. In this manner, the tire's steering is quicker and more accurate in its response to the driver's instructions, while the structure is secured against the driving pressure affecting the model throughout its performance. The tread's optimal pattern improves the driver's control over the vehicle at all times, guaranteeing a safer driving experience.

The tire was designed with a reinforced internal structure which maintains the ideal tire shape under the load and driving pressure affecting the model. This combination enhances the load carrying and withstanding capability, which significantly boosts the overall load capacity. The stronger construction also manages to guard the tire from external damage. It protects the model from punctures, cuts and impact damage, which may shorten its usability and service life.

The flat footprint improves the soft traction by optimizing the tire's field and loose terrain contact. In this manner, the model enhances the off-road grip and enhances its high flotation ability. The high flotation allows the tire to minimize the pressure affecting the driving surface throughout the drive. It prevents driving pressure from accumulating between the tire and the terrain surface, actively avoiding the tire from loosening up the earth beneath its footprint for a better surface grip. As a result, the tire resists field retention and it does not damage the soil quality during its performance.