The directional lug placement of the tread pattern improves the tire's grip and soft traction. As a result, the tire can be easily controlled during its on-road performance and while it is driven on the field as well. The optimized soft traction also manages to lower the tire's impact on the field. This minimizes the soil compaction, preventing the tire from ruining the crops and the soil quality with its surface contact. This achieves a superb performing safety.

This tread design prevents mud and snow from packing into the footprint and cutting off the tire's contact with the surface as the tread disperses them. The high void ratio also avoids stone retention from harming the tire's casing. Stones and rocks cannot get stuck between the tread elements and, as a result, they cannot damage the tire by drilling into the tread area. In this manner, the tire increases the driving security significantly.

These steel belts prevent the deformation of the ideal tire shape under the load and driving pressure. The optimized and maintained tire shape increases the tire's load handling and carrying durability, greatly boosting the load capacity greatly.