The tread design, with the connected tread blocks and the solid shoulder ribs, and the durable compound work together to decrease the rolling resistance. They improve the tire's traction and ease the driving pressure off the tread area to achieve a lowered rolling resistance. The rolling resistance determines the amount of energy the vehicle needs to keep the tires in motion. The reduced rolling resistance lessens the vehicle's fuel consumption and CO2 emissions, guaranteeing a fuel conscious and environmentally friendly driving experience.

The detailed tread design features connected tread blocks, 3D sipes and solid shoulder ribs which, along with the stronger internal structure, manage to stabilize the tread elements during the drive. In this manner, the tire prevents tread flexing, which enables the tire to evenly distribute the driving pressure along the tread area. As a result, the tire prevents irregular tread wear formations on the tire's surface. The longer lasting even tread wear extends the usability and the tire's service life.

The tread design's detailed pattern with the 3D siping detail and the interconnected tread blocks increase the grip the tire has on the dry, wet and winter weather road surface. These tread elements provide additional biting edges that firmly grip the road surface and enhance the driving safety and controllability. The tread's optimal groove pattern helps prevent hydroplaning. These grooves channel water and slush from the footprint and significantly boost the wet and winter weather driving safety.