In this manner, it effectively boosts steering responsiveness and driving stability. The flat footprint and rounded shoulder pattern significantly increase the driver's consistent control over the vehicle at all times. This offers better controllability and maneuvering throughout its performance. The sipe and groove pattern and the silica-based compound shorten the braking distance, by generating friction. This combination optimizes the tire's handling, enabling its performance even on electric vehicles.

The durable silica compound and minimalistic asymmetric ribbed tread design enhance the tire's dry and wet weather grip. These elements work together to ensure the tire's consistent traction throughout the performance. Silica elements in the compound prevent heat build-up in summer conditions, while the close road contact optimizes traction. Four circumferential grooves channel water from the footprint, preventing hydroplaning in wet conditions.

As a result, it manages to greatly decrease rolling resistance. This is the pressure that determines the vehicle's necessary fuel intake to keep the tires in motion. Decreasing rolling resistance minimizes the vehicle's needed fuel consumption and CO2 emissions, guaranteeing a fuel-friendly and environmentally conscious driving experience.

The ribbed pattern and stronger silica compound optimize the treadwear rate and manner. Even pressure circulation prevents irregular wear, by preventing pressure accumulation along the tread area. On the other hand, the stronger compound's silica elements decrease treadwear rate as well, avoiding premature wear. This combination allows the tire to increase its usability.