The advanced silica compound enhances the heat resistance in the summer heat, keeping the tire cool and optimizing its traction. The tread's ideal notch placement firmly grips the road surface in dry and wet weather, promoting a safer performance. The circumferential grooves prevent hydroplaning by dispersing water from below the footprint, further improving the wet weather performing ability.

The strengthened steel belt internal structure maintains the ideal tire shape at all times, while it also helps to prevent external damage. As the tire does not deform, it is able to slightly increase its load durability. On the other hand, the durable construction prevents punctures, cuts and impact damage from shortening the tire's service life. These damages are prevented to guarantee the tire's greatest performing ability and to optimize the ideal service life.

The symmetric ribbed tread design improves the surface contact throughout the drive, which enhances the steering responsiveness and the driving stability. In this manner, the structure is stabilized under the driving pressure, while the steering is faster and more precise in its response to the driver's commands. The optimal notch placement and the advanced silica compound work together to improve the braking power. These manufacturing elements create friction between the tire and the road surface, which greatly shortens the braking distance, even on wet road surface conditions. This guarantees a safer summer weather performance.

The optimal tread design features a variable pitch sequence which manages to lower the road and tread pattern noise levels. This tread design creates a special sound frequency which manages to negate the soundwaves at the moment they are generated. As a result, the sound waves cannot reach the vehicle's cabin while the tires are in motion. As the road disturbances cannot dampen the passengers' driving enjoyment, the tire provides a quiet driving experience.