The optimal tread design and the stronger compound enhance the model's usability. The symmetric ribbed tread design with the decoupling grooves enables the model to evenly distribute the driving pressure affecting the tire. The equally spread out pressure distributes the forces of acceleration, cornering and braking and avoids irregular wear across the tread area. The stronger compound maintains the ideal rubber flexibility with the stronger rubber elements. The tread design upgrades the model's usability and service life.

They work together to boost the tire's grip on the road surface in various weather conditions, with additional biting edges and the compound's maintained rubber flexibility. The better year round traction eases the driving pressure off the tire, which minimizes the rolling resistance in various temperatures. The rolling resistance is the pressure affecting the tire, which determines the vehicle's needed fuel intake. As the tire decreases the rolling resistance, it optimizes the vehicle's fuel consumption and CO2 emission levels. This combination decreases the vehicle's fuel efficiency throughout the drive.

The tire's strengthened internal structure manages to keep the ideal tire shape under the load and driving pressure affecting the model. The stronger construction does not allow the tire to deform under the load and driving pressure, which enhances the load capacity significantly. This results in a safer and stronger load durability, which ensures the tire's secure performing capability.