The stronger traction manages to ease the driving pressure off the tire, minimizing the rolling resistance affecting the tire. The rolling resistance is the pressure which determines the vehicle's needed fuel intake in order to maintain the tires' motion. By lessening the rolling resistance, the tire decreases the vehicle's fuel intake and CO2 emission levels, promoting a fuel conscious and environmentally friendly driving experience.

The ideal tread design and the flat footprint maintain the tire's close surface contact at all times. In this manner, the model greatly upgrades the steering responsiveness and the driving stability. This enables the tire to stabilize the structure against the driving pressure affecting the model, while the steering becomes quicker and more precise in its response to the towing vehicle's instructions. This combination guarantees the towing vehicle's control over the traction throughout the drive, which makes the towing process significantly safer.

The durable compound and symmetric ribbed tread design improve the model's usability. The stronger compound is resistant to tread wear, which greatly reduces the tread wear rate. The optimal tire footprint enables the tire to evenly distribute the driving pressure along the tread area. The equally spread out forces of acceleration, cornering and braking actively resist irregular wear formations. This lengthens the tire's service life.