The asymmetric tread design keeps the road contact at all times, which significantly improves steering responsiveness and driving stability. As a result, this improves the steering response time and accuracy to the driver's instructions, while the structure is stabilized against driving pressure. At the same time, the optimal tread blocks strongly grip the road surface for better cornering and maneuvering. Thanks to these elements the driver has full control over the vehicle.

These elements work together to improve dry and wet road grip. In this manner, the asymmetric tread design firmly grips the road surface, while the compound prevents heat build-up along the tread area in warm summer conditions. The tire can also avoid hydroplaning, thanks to the large circumferential grooves on the tread area. They eliminate water from the footprint and promote a safe driving experience.

In other words, the tread design evenly distributes driving pressure along the tread area, while the compound slows the tread wear rate down. As a result, these elements prevent irregular and premature wear formations, which leads to longer-lasting tread life.

The tire lowers the rolling resistance, the force that determines how much energy is needed to maintain a consistent forward motion. As the rolling resistance is lowered, the tire is able to decrease fuel consumption and CO2 emissions. In other words, the tire guarantees a fuel-conscious and environmentally friendly performance.