The asymmetric tread design’s optimized surface contact upgrades steering responsiveness and driving stability. The better road contact maintains surface contact during the drive, which increases the steering response time and accuracy to the driver’s commands. On the other hand, it also improves the structural stability throughout the drive. The ideal shoulder block placement provides additional biting edges, which improves the cornering and maneuvering capability. These elements ensure a safe driving experience.

The tread design and the high speed compound work to minimize the possibility of heat build-up. They prevent heat build-up along the tread area. On the other hand, the structure keeps the ideal tire shape under high speed pressure, which allows the tire to greatly improve the high speed durability. The combination of these elements enables the tire to securely perform at its utmost high speed ability.

The ideal tread design and the summer compound enhance dry and wet performance. This combination allows the tire to boost the grip on the road with better surface contact while the tires are in motion. The compound elements optimize heat resistance, guaranteeing a safer, high-heat temperature performance. The tread’s ideal grooves prevent hydroplaning by dispersing water from the footprint, further increasing the wet-weather drive.

In this manner, the tire lowers its rolling resistance. This is the pressure affecting the tire, which determines the amount of energy the vehicle needs to keep the tires in motion. The reduced rolling resistance decreases the vehicle’s fuel consumption and CO2 emissions, making the drive more fuel-conscious and environmentally friendly.

The model is able to negate sound waves during the drive. This is achieved with the tread pattern’s variable pitch detail. It generates a special sound frequency that prevents sound waves from disturbing the passengers’ driving enjoyment. As road disturbances do not reach the vehicle’s cabin, the tire promotes high driving comfort levels.