As a result, this footprint manages to effectively increase its overall controllability. Better surface contact allows the tire to boost steering responsiveness and driving stability. This provides faster and more precise steering responses, while the structure is secured against driving pressure. Stronger stability guarantees the tire's exceptional controllability and maneuvering on field terrains.

These elements enable the tire to significantly increase its forward motion throughout the performance. They allow the tire to generate the friction and traction necessary to enable its consistent driving safety. Additionally, the soft traction eases the pressure off the driving surface, avoiding soil retention in the process. This can happen to avoid excessive traction from loosening up the ground, preventing it from ruining the field's crop-growing ability.

The construction does not allow the tire to deform under load and driving pressure. As the tire maintains its ideal tire shape, which enables the tire's exceptional heavy-duty performance. In other words, the tire is able to securely handle larger loads.