The closer and better road contact upgrades steering responsiveness and driving stability. In other words, the tire is quicker and more precise in its response to the driver's commands, while the structure is secured against driving pressure. Furthermore, the shoulder tread blocks provide additional biting edges to grip the road. This allows the tire to enhance its cornering and maneuvering, ensuring safer handling, as the tire guarantees a secure performance.

The combination of the tread design and the optimal compound blend eases the driving pressure off the tire. This results in lessened rolling resistance, the pressure that determines the vehicle's fuel intake levels. Lowering this pressure helps ensure the vehicle's lower fuel consumption and CO2 emissions. In other words, it promotes fuel-efficient performance.

The tire utilizes its strengthened construction to achieve this. It is able to withstand load pressure throughout the performance, maintaining the optimal tire shape at all times. This helps to securely handle heavy loads with ease, increasing the tire's better load durability.

The ideal tread design works with the durable compound to effectively provide slow and even wear. Footprint stability maintains surface contact and helps prevent tread flexing. As a result, the tire avoids irregular wear by preventing pressure accumulation along the tread area. On the other hand, strong compound elements offer wear resistance, decreasing the treadwear rate. The combination greatly boosts the tire's overall tread life length.