The optimal casing and the stronger all season traction enable the tire to ease the driving pressure off the footprint. In this manner, the rolling resistance is significantly decreased, which is the pressure determining the vehicle's necessary fuel intake levels. Lowering the rolling resistance lessens the vehicle's fuel consumption and CO2 emissions, promoting a fuel-conscious driving experience.

The tire utilizes its shallow tread, the decoupling grooves, and the advanced compound blend to achieve this. The tread area is stabilized with the decoupling grooves and the shallow tread depth, preventing tread flexing. This ensures even pressure circulation across the tread area, avoiding irregular and premature wear formations. On the other hand, stronger rubber materials protect the tread from damage. They resist the tread's chipping, cracking, and tearing, further elongating the service life.

This casing maintains the optimal tire shape, greatly improving the tire's ability to carry larger loads. The ideal tire shape also ensures better road contact, upgrading steering responsiveness and driving stability, enhancing the towing vehicle's control over the trailer and actively avoiding trailer swaying.