The tire's all season tire compound keeps its flexibility even in colder temperatures, but its 3D micro-gauge siping detail is the one that guarantees its exceptional gripping ability even on ice and snow. In this manner, the tire is capable of finding good traction in dry, wet and winter weather conditions with ease and ensures a safer driving experience. The wide circumferential grooves and the open shoulder pattern increase the water and slush dispersing ability and actively resists hydroplaning when driving through standing water. The all weather road gripping ability and the great hydroplaning resistance improve the driving safety throughout the year.

It manages to lower both the road vibrations and road noise while the tires are in motion. Its internal structure features a polyester casing that enables the tire to closely follow the road surface. This absorbs the shock of driving during the drive and reduces the road vibrations felt in the vehicle's cabin. The tread design's closed shoulder tread pattern and variable siping detail prevent the formation of road and tread pattern noise. They prevent the airwaves from entering the tire's footprint and coming into contact with the tread elements. In this manner, the tire ensures a quiet and enjoyable driving experience.

This technology places coupled tread elements all around the tread area, which stabilize the tire's footprint. The tread stability improves the tire's road contact and increases its controllability. In this manner, the tire's steering becomes faster and more precise in its responsiveness to the driver's commands, while the structure is stabilized against the driving pressure affecting the tires. The special tread also improves the cornering capability as the shoulder tread elements find firm grip during cornering and maneuvering.

The symmetric tread design's optimized footprint not only allows the tires to be cross-rotated, to further elongate the tread life, but also manage to evenly distribute the driving pressure along the tread area. The equally circulated forces of acceleration, cornering and braking lengthen the tread life by preventing irregular tread wear formations across the entire tire surface.