Its durable compound blend and asymmetric tread design work together in order to increase its dry and wet weather performance. In other words, the tire promotes better traction in such conditions, while the compound effectively avoids heat build-up across the tread area. Three circumferential grooves prevent hydroplaning by dispersing water from below the footprint. This combination greatly boosts the tire's overall performance.

The asymmetric tread design's road contact upgrades steering responsiveness and driving stability at all times. This ensures the driver's consistent control over the vehicle throughout its performance. In other words, the tire was designed with handling and maneuvering in mind. Additionally, the shoulder block pattern, with the sipe placement, creates traction to increase its cornering and maneuvering capability.

As a result, the tire manages to ease the pressure of the footprint, lowering rolling resistance. This is the pressure determining the vehicle's necessary fuel consumption in order to keep the tires in motion. Decreasing the rolling resistance allows the model to ensure a fuel-efficient performance as fuel intake and CO2 emissions are lessened.

The ideal tread design's specific pitch sequence and the Tension Control Technology offer a quiet and comfortable drive. Sound waves are negated with the ideal tread design, preventing road noise from reaching the vehicle's cabin. The stable footprint's surface contact minimizes road vibrations felt by the passengers. This enables the passengers' driving enjoyment throughout its performance.