The tire utilizes the directional lug placement and the high void ratio ensure the tire's forward motion on various soft and loose field surfaces. This ideal surface contact enables the tire to optimize the pressure the tire places on the driving surface throughout its performance. It prevents pressure build-up while the tires are in motion between the footprint and the field surface. In this manner, the excess pressure cannot loosen up the soil during the drive, actively preventing field retention. This enables the soil to maintain its crop growing capability, offering a field friendly performance.

The strengthened internal construction does not allow the tire to deform under the load and driving pressure. As the tire does not deform, it enables the tire to carry and withstand heavy loads with ease. The tire does not allow the shape to deform under the load and driving pressure, boosting the overall load capacity. The ideal tire shape also helps improve the controllability. It optimizes the surface contact throughout the drive, which upgrades the steering responsiveness and the driving stability throughout its performance.

The stronger compound and the directional lug placement work together to elongate the tread life. The reinforced rubber materials prevent premature wear across the tread area, resisting accelerated wear during the tire's performance. The directional lug and high void pattern manage to resist irregular wear formations, offering a safer driving experience. This results in a longer lasting service life.