The triple 3D sipes enhance driving stability on snow-covered roads, while the zigzag shape grooves firmly grip the road surface for better traction. These tread elements enable the tire to optimize traction as it uses extra biting edges. The winter compound and the ideal tread pattern are able to eliminate snow to be stuck between the tread elements, further improving road contact. The wide grooves disperse water, snow, and ice from the footprint, which enables the tire to boost the hydroplaning resistance.

The special tread design ensures road contact to improve steering responsiveness and driving stability. The steering response time is faster and more precise to the driver's commands, and the structure is secured against the driving pressure. The directional tread pattern and the wide shoulder block placement improve the cornering and maneuvering ability. The ideal tread design is able to maintain a consistent road contact, which boosts the handling power and stability. The tread design and the durable compound allow the driver to excellently control the vehicle throughout the performance.

The footprint and the strong compound decrease the rolling resistance, as the tire needs less energy to maintain motion. The rolling resistance regulates the vehicle's energy intake needed to keep the tires rolling. This guarantees the vehicle's lowered fuel consumption and CO2 emissions, which offers a fuel-conscious performance.

The ideal tread design maintains consistent road contact, while the durable compound absorbs the shock of driving. As a result, the model is able to reduce vibrations felt by the passengers. The decreased vibrations enable an enjoyable driving experience.