The tread design and the stronger tire compound work together to increase the length of the tire's usability. The tire compound reduces the tread wear rate with the wear-resistant rubber materials. The tire's symmetric ribbed pattern, on the other hand, manages to evenly distribute the driving pressure affecting the model, avoiding irregular wear formations across the tread area. This combination significantly lengthens the tread life and the tire's usability.

The reinforced steel belt structure improves the load carrying and withstanding capability without allowing the tire to deform under the pressure. This significantly boosts the load capacity, ensuing the tire's safer performing ability. The stronger structure also secured the structural stability, which improves the driving safety and the performing ability. As a result, the tire ensures the vehicle's safer performance.

They enhance the tire's traction on various terrain surface conditions, which successfully eases the driving pressure off the tire. This minimizes the rolling resistance which determines the vehicle's needed fuel intake. By lowering the rolling resistance, the tire reduces the vehicle's fuel consumption and CO2 emission levels, guaranteeing a fuel efficient driving experience in various conditions.

The self-cleaning tread design eliminates rocks stuck between the tread elements, before they can drill into the tread area and harm the casing. The reinforced steel belt construction maintains the ideal tire shape and actively resists punctures, cuts and impact damage, which may shorten the tire's service life. In this manner, the tire guarantees a secure driving experience.