The stabilized tread elements across the tread area and the stronger compound work together to achieve this. The offset shoulder blocks with the tie-bars secure the stability of the footprint. This optimizes the road contact and ensures even pressure circulation along the tread area avoids irregular wear, by effectively avoiding pressure build-up. On the other hand, the stronger compound's rubber materials are wear-resistant. This significantly decreases the treadwear rate. The slow and even wear boosts the overall service life.

The heavy-duty construction allows the tire to keep the ideal tire shape under the load and driving pressure. Since the tire does not deform under the load and driving pressure, the model is able to boost the load capacity. The casing is reinforced, enabling it to handle heavier loads with ease. Since the tire does not deform, it is able to greatly enhance the overall load durability, resulting in a safer heavy-duty application.

The stone ejecting knobs of the footprint, the durable compound, and the stronger construction protect the tire from tread and casing damage. Rocks are eliminated from the footprint before they can drill into the tread area and hard the casing. The stronger casing prevents external damage, such as impact damage, cuts, and punctures. Additionally, the compound prevents tread damage from shortening the service life. The combination of these enhancements guarantees the tire's secure performance.