The tread design enhances dry and wet weather traction. The asymmetric tread pattern and the summer compound work together to improve the gripping ability. The summer compound keeps the rubber flexible during warmer temperatures. The wide grooves manage to actively resist hydroplaning by dispersing water from below the tire's footprint. This results in a safer and more precise performance in summer conditions.

The asymmetric tread pattern and the outer shoulders enhance the cornering and maneuvering capability. The optimal tread design's surface contact boosts the braking ability by creating friction between the tire and the road surface at the moment of braking. This decreases the stopping distance. The strong construction prevents the tire from deforming under driving pressure. This allows the tire to safely perform at high speeds. This also increases steering responsiveness and driving stability. The maintained structure and road contact makes the tire easier to control in summer weather.

The rolling resistance is driving pressure which regulates the vehicle's energy consumption in order to keep the tires in motion. This reduces the energy cost of maintaining the vehicle's speed for electric cars, making the model more energy-efficient and environmentally friendly.