The symmetric tread design with the staggered tread blocks and the wide groove pattern keeps the footprint clean at all times. In this manner, mud and snow cannot pack into the grooves and cut off the tire's contact with the road surface, as the tread eliminates them. This pattern also actively prevents stone retention from shortening the tire's service life by preventing rocks from drilling into the tire's casing. This allows the tire to increase its driving safety.

The wear-resistant durable compound decreases the tread wear rate with the stronger rubber materials. The symmetric tread design with the stabilized tread elements enables the model to evenly distribute the driving pressure along the tread area. The equally spread out forces of acceleration, cornering and braking avoid irregular tread wear formations on the tire's surface. The even and slower tread wear rate extends the tire's usability and tread life greatly.

The optimal tread design guarantees the tire's close road contact and increases all weather traction. This eases the driving pressure off the tire and manages to lower the rolling resistance. The rolling resistance is the pressure affecting the tire, which regulates the vehicle's fuel consumption. The reduced rolling resistance significantly decreases the vehicle's fuel intake and CO2 emissions, upgrading the fuel efficiency and environmental consciousness.