This technology reinforces the tire's structure, which enables it to withstand the weight of the vehicle and its passengers after air pressure loss. Once air pressure leaves the tire, the model can still be driven on for 50 miles up to 50 mph. This limited temporary performance prevents the tire from being stranded on the side of the road. Instead, the vehicle can be driven to a nearby location where the damaged tire can be fixed or changed. Run flat tires are made for vehicles without space for a spare tire. They should not be mounted on the same vehicle with regular tires.

The asymmetric tread design and the Silica+ compound work together to ensure the tire's secure dry, wet and winter weather high speed performing safety. The compound and the Helio+ technology improves the rubber flexibility in versatile temperatures, including cold winter situations. The tread's rounded shoulders and siping placement and the biting edges in the grooves increase the tire's grip on the road surface, even when driving on ice and snow. The circumferential and angled lateral grooves disperse water and slush from the footprint, maintaining the surface contact and effectively preventing hydroplaning. The result is a safer year round driving experience.

The asymmetric tread design and the Dynamic Response Technology manage to keep the tire's surface contact throughout the vehicle's performance. The better road contact upgrades the steering responsiveness and the driving stability, and ensures the driver's improved control over the vehicle, even during its high speed performance. The tread's asymmetric pattern also helps shorten the braking distance by utilizing the high number of biting edges. The Total Performance technology combines the tread design, the compound durability and the structural strength to enable the tire's best high speed performing ability. They maintain the ideal tire shape under the pressure, prevent heat build-up and keep the surface grip to increase the high performance driving safety levels.

The asymmetric ribbed tread design and the durable Silica+ compound enhance the tread life. The flat footprint and the optimal tread pattern enable the tire to equally spread the driving pressure out across the tread area. The evenly circulated forces of acceleration, cornering and braking effectively avoid irregular wear formations. The silica-enhanced compound, on the other hand, decreases the tread wear rate by using the stronger rubber materials, which slows the tread wear rate down. This combination greatly increases the model's tread and service life.