The directional lug pattern and the high void ratio of the footprint upgrade the surface contact at all times. These tread elements allow the tire to upgrade the soft and loose terrain grip, enabling the tire to upgrade the forward motion on various terrain surfaces. The soft traction also allows the tire to ease the pressure off the driving surface, avoiding field retention. The soil and field retention places excessive traction on the driving surface and loosens up the ground. By avoiding soil retention, the tire allows the soil to maintain its quality and crop growing capability.

The reinforced compound elements and the deep lug pattern and their stability avoid external and tread damage, preventing them from shortening the service life. They avoid the tread's chipping, cracking and tearing, while also combating punctures, cuts and impact damage from shortening the service life. The deep tread and high void ratio keep the footprint clean by preventing stone retention from harming the casing. This guarantees the tire's secure year round performance.

The directional lug pattern's traction and surface contact improve the steering responsiveness and the driving stability. The field contact allows the tire to enhance the steering response time and accuracy to the driver's commands, while the structure is secured against the driving pressure affecting the tire. As a result, the driver has better control over the vehicle throughout its performance.