The ideal tread pattern and the all season compound enhance the tire’s dry, wet, and winter-weather grip. In this manner, the optimized tread design closely follows the road at all times, while the all season compound keeps the rubber flexible in changing temperatures. Circumferential grooves effectively eliminate water and slush from the footprint, in order to resist hydroplaning.

The fuel-saving compound and the tread pattern work together to ease the pressure off the tire, minimizing rolling resistance. As a result, the tire manages to lower the vehicle’s fuel consumption levels. Reducing rolling resistance allows the tire to decrease the vehicle’s CO2 emissions and fuel intake levels, guaranteeing a fuel-efficient driving experience.

The tire is capable of handling larger loads with ease. The construction of the tire maintains the optimal tire shape under such pressure, which helps the tire increase its load capacity. In other words, the tire is able to withstand load pressure, boosting the overall load durability.

The optimal tread design evenly distributes the driving pressure along the tread area. The special silica compound decreases the treadwear rate significantly. The slow and even wear offers a longer-lasting tread life. In other words, these elements resist irregular and premature wear formations, which enables the tire to perform for a longer period of time.