The optimized tread design enables the tire to improve soft, loose, and uneven terrain grip, ensuring the tire's forward motion. In other words, this footprint enables the tire to enhance the versatile terrain performance. The tread also optimizes its self-cleaning ability. They disperse mud, snow, and rocks from the footprint. This avoids stone retention from harming the casing, while mud and snow cannot block the surface contact. As a result, the tire promotes a safer driving experience.

This allows the tire to effectively upgrade steering responsiveness and driving stability. The footprint's optimal surface contact helps to enhance the steering response and accuracy to the driver's instructions. Additionally, it also secures structural stability throughout the performance. This combination enables the tire's better controllability and maneuvering.

This model features a reinforced internal structure. As the tire does not deform, it is able to securely carry heavy loads. This structure maintains the optimal tire shape under larger load pressure, optimizing not only its load durability but also the tire's handling power. This load-carrying capacity makes this model an excellent choice for heavy-duty applications.

The ideal tread pattern and the rubber compound resist irregular and premature wear formations along the tread area. This tread ensures even pressure circulation, in order to prevent irregular wear formations. The rubber compound slows the treadwear rate down. This decreased and even wear leads to the tire's longer-lasting tread life.

The strong construction protects the tire from punctures, cuts, and other external damage. As they are unable to damage the casing, they do not shorten the model's service life. In other words, they significantly boost the tire's overall usability.