It combines the stronger sidewall structure and the optimally wider tire footprint to increase the overall driving stability. This results in the tire's ideal surface contact, stabilizing the structural stability throughout the drive. The better driving stability also helps improve the steering responsiveness to the driver's instructions, which enhances the driver's control over the vehicle during the drive. This results in the vehicle's secure controllability and handling.

This results in the model's ideal traction in various conditions, which eases the driving pressure off the tire. In this manner, the tire greatly lowers its rolling resistance. The rolling resistance is the driving pressure affecting the tire which determines the vehicle's needed fuel intake. By lowering the rolling resistance, the model manages to reduce the vehicle's fuel consumption and CO2 emissions, guaranteeing a fuel and environmentally conscious driving experience.

The tire's stronger under-tread layer actively prevents cuts and punctures from penetrating the tread and harming the casing. On the other hand, the durable sidewall structure helps minimize impact damage by maintaining the ideal tire shape and allowing the tire to absorb the shock of driving during its performance. This combination ensures a secure performing capability.