The heat diffusing tire compound and the tread design improve the dry, wet and light winter weather road gripping ability. They firmly grip the road surface in such conditions and guarantee excellent performance. The tread pattern's blade-shaped and curved shoulder grooves effectively disperse water and slush from beneath the tire's footprint and actively avoid hydroplaning. The enhanced hydroplaning resistance and exceptional all season traction ensure a more secure year round driving experience.

The honeycomb sidewall design and the heat diffusing tire compound manage to lower the rolling resistance. The heat does not build up on the tire's surface, lowering the strength of the pressure affecting the tire. The result is the decreased fuel consumption and CO2 emissions of the vehicle, which makes the tire more fuel conscious and environmentally friendly. The lessened rolling resistance eases the driving pressure off the tire, which results in a slower tread wear rate. The reduced wear rate is combined with the wide outer profile's even distribution of the driving pressure, which prevents irregular tread wear formations on the tread area, to extend the tire's life and usability.

This improves the tire's high speed performance as the driving pressure is evenly distributed along the tread surface, taking the pressure off one area of the tire. In this manner, the model is able to perform to its best ability in all weather. The wider tread profile also promotes excellent road gripping ability. It offers additional biting edges that increase the cornering and maneuvering ability and power. The tire maintains its optimal shape during such maneuvers and guarantees a safer driving experience.

The enclosed tread and tire blocks decrease the road and tread noise generated while the tires are in motion. They channel the airwaves through the footprint without letting them come into contact with the tread elements. During the drive, the road noise is not created, which ensures an enjoyable drive for the vehicle's passengers.