The tire 3D sipes in the tread pattern enhance the tire's snow traction by providing additional biting edges. The tire is also safer, as it resists dangerous hydroplaning. The circumferential and lateral grooves help eliminate water from below the footprint to prevent hydroplaning situations.

The tire is safer to use as a result, since it does not deform under pressure and it becomes easier to control due to its stability. The continuous center rib in the tread pattern provides accurate and quick steering responsiveness. The driver is able to respond to the differing road conditions correctly and confidently. The tire's controllability is improved with these features.

L. Carbon compound. On the molecular level the L. L. Carbon creates a long link which enhance the tire's structure, making it stronger. The tire's boosted structure is resistant to damages, such as cracking, chipping and tearing. This, along with the even wear on the tire, make it more cost efficient. The L. L. Carbon's chain-like molecular structure distributes the forces of acceleration, braking and cornering along the tread surface. This prevents irregular wear on the tire and elongates it tread life.

This system combines the design, tire shape, materials and construction for better performing ability. Not only does this enhance the tire's stability and high speed performance, it also makes it more comfortable to use. It reduces the road vibrations felt by the passenger and the road noise heard in the cabin of the vehicle for a quiet and enjoyable driving experience.