They enable the tire to boost its dry, wet, and winter weather performance. Stronger rubber materials optimize rubber flexibility, enabling the tire's traction in changing temperatures. The tread design's 3D sipe pattern generates additional biting edges, increasing its year-round safety. Zigzag circumferential grooves boost its hydroplaning resistance. They channel water and slush from the footprint, further increasing its wet weather drive.

The ribbed pattern, with the 3D sipe pattern, enables the tire to evenly circulate driving pressure across the tread area. They evenly circulate driving pressure, preventing pressure build-up, and avoiding irregular wear. Durable compound elements decrease treadwear rate as well. The rubber materials avoid premature wear by using wear-resistant elements. The tire promotes slow and even wear, effectively upgrading its tread life.

The traction helps to lower the tire's rolling resistance which is the pressure that determines the vehicle's necessary energy intake to keep the tires in motion. Lowering the rolling resistance decreases the fuel consumption and CO2 emissions, guaranteeing a fuel-efficient driving experience.