The strengthened internal structure improves the tire's load and driving durability. This construction prevents the deformation of the optimal tire shape under the pressure affecting the model. The durable construction maintains the tire's shape during the drive, which allows the tire to carry and withstand heavy loads with ease. The better durability enables the tire's industrial application.

The tread design increases the model's steering responsiveness and driving stability as its square shoulders and larger lugs boost the tire's contact with the road surface. The tread's optimal road contact upgrades the steering response time and accuracy to the driver's commands, while it also stabilizes the structure against the driving pressure affecting the model. The better control over the tires ensures a secure performance.

The tread design manages to prevent irregular tread wear and damage to the tread area. The stepped outer lugs' optimal road contact upgrades the road contact and even pressure distribution, which actively prevents uneven tread wear formations. The deeper tread depth resists punctures and cuts from harming the casing, extending the tire's service life significantly.