This construction allows the tire to maintain the ideal tire shape under the load and driving pressure. Since the tire does not deform under pressure, it is able to significantly increase the overall load capacity. It ensures the tire's ability to securely carry and withstand versatile loads with ease, while also improving the performing safety.

The lug placement and the high void ratio work together to improve the soft and loose terrain grip, ensuring the tire's forward motion at all times. These tread elements ensure the tire's constant forward motion, increasing the overall performing power. The tread design also ensures a field friendly drive. The soft traction prevents the tire from loosening up the ground the tire is driven on. As a result, it effectively avoids soil retention and allows the soil to maintain its crop growing quality.

The stronger compound and the bias ply structure work together to enhance the performing ability. The compound elements effectively prevent damage to the tread area, combating the tread's chipping, cracking, and tearing. On the other hand, the structure protects the tire from punctures, cuts and impact damage.