The tire's stronger full steel belt internal structure maintains the tire's ideal shape under the load and driving pressure affecting the model. The enhanced structure improves its load capacity by enabling the tire to withstand and carry heavy loads with ease. This boosts the load durability by preventing the ideal shape's deformation during the tire's performance. In this manner, the tire guarantees a secure performing capability.

The lowered overall tire weight eases the driving pressure off the tire, while the compound prevents heat build-up and minimizes energy loss during the tire's performance. The special tread design features stabilized tread elements that actively prevent tread flexing. Tread flexing can create extra unnecessary friction between the tire and the road surface. These enhancements work together to decrease the tire's rolling resistance. The lowered rolling resistance in turn reduces the vehicle's fuel consumption and CO2 emissions, promoting a fuel conscious performance.

The tire compound and the tread design work together to prevent a premature and irregular tread wear rate. The NanoPro-Tech compound's resistance to heat build-up and the high-rigidity tread elements allow the tire to decrease the tread wear rate and avoid uneven tread wear. This is achieved with the balanced distribution of the driving forces and the resistance to tread flexing. The result is a longer lasting usability and service life.