The reinforced internal structure prevents the tire from deflating when losing air pressure. The tire offers a limited, temporary performance, which means that it can still be driven on for 50 miles within the speed limit of 50 mph. In other words, the vehicle won't be stranded on the side of the road, but instead, it can be driven safely to a nearby location where the tire can be repaired or replaced. Run flat tires should not be used on the same vehicle at the same time with regular tires due to their different construction.

The ideal tread pattern and the compound, with a high silica concentration, make sure that the tire remains in contact with the road at any given moment. These elements boost the tire's grip in dry and wet-weather conditions. The summer compound prevents heat build-up across the tread area in warmer temperatures. At the same time, the wide grooves evacuate water from under the tire with ease, preventing hydroplaning.

Thanks to the asymmetric tread pattern, this tire has continuous surface contact. The well-crafted tire elements improve the driving stability and steering responsiveness. As a result, the tire is protected against driving pressure and responds to the driver's commands faster and more precisely. The shoulder ribs deliver better maneuverability. These elements give the driver full control over the vehicle.

The particular pitch sequence reduces the road noise while the tires are in motion. The tread block placement creates a pitch pattern that allows the tire to minimize road noise levels. This ensures a quiet and comfortable driving experience.

The optimized tread design works with the durable compound in order to ease the pressure off the footprint. This effectively avoids pressure and heat accumulation along the tread area. As a result, the tire can safely perform at its utmost high speed capability, promoting a secure driving experience.

Thanks to the specialized rubber compound and the exceptional tread design, the tire is able to reduce its rolling resistance. As such, the vehicle needs less energy to maintain the forward motion. The end result is a better fuel economy and minimal CO2 emissions.