The ribbed tread design and the durable rubber compound lower the rolling resistance. Fuel economy is improved, as the driving pressure on the tread area is decreased. Low rolling resistance presents the pressure that determines how much energy the vehicle needs to maintain the tires in motion. The decreased rolling resistance reduces fuel consumption and CO2 emissions, which leads to a fuel-conscious and environmentally friendly driving experience.

As a result, it increases steering responsiveness and driving stability. In other words, it improves the steering response time and accuracy to the driver's commands, while the structure is stabilized against driving pressure. On the other hand, the robust internal structure maintains the optimal tire shape under load and driving pressure. This construction ensures that the tire can easily carry and withstands heavy loads, which makes this model an excellent choice for commercial applications.

The optimal tread pattern and the all season compound work together to offer a safe year-round drive. In this manner, the optimal tread pattern keeps the road contact at all times, while the all season compound keeps the rubber flexible in summer and winter conditions. Wide circumferential grooves also prevent hydroplaning, by eliminating water and slush from the footprint.

This ribbed tread design evenly distributes driving pressure along the tread area. At the same time, the durable rubber compound slows the treadwear rate down as well. As a result, these elements prevent irregular and premature wear formations across the tread. This guarantees the tire's lengthened service life and usability.