Maneuvering is upgraded with the directional tread design's optimized elements. The sipe and groove placement generate friction when stopping, which significantly shortens the overall braking distance. Additionally, the shoulder blocks generate biting edges to increase their cornering ability. Maintaining road contact helps to enhance the tire's steering responsiveness and driving stability. This helps to improve the driver's control over the vehicle throughout the drive.

The strong ply construction protects the tire from punctures, cuts, and other external damage. As they are unable to damage the casing, they do not shorten the service life. In other words, they significantly boost the tire's overall usability. The robust structure and the rubber compound increase the tire's heavy-duty performance. Tires can deform under load pressure if their construction is not strong enough. Therefore, by reinforcing the sidewalls of this tire, it is able to securely handle larger loads. Great load capacity is ensured as the tire manages to increase its ability to carry and withstand such loads.

The ideal tread design enables the tire to improve traction on soft, loose, and uneven terrains. The optimized tread elements allow the tire to significantly upgrade forward motion on various terrain surfaces. The high void ratio keeps the footprint clean by dispersing mud and snow from the footprint, preventing them from blocking the surface contact. This also avoids stone retention from harming the casing, promoting better driving safety levels.