The ideal footprint maintains surface contact at all times, increasing steering responsiveness and driving stability. This ensures the tire's exceptional steering response time and accuracy, while the structure is also secured throughout the drive. Shoulder blocks are utilized to increase the cornering power, as they provide extra biting edges during maneuvering. This combination enables the tire to significantly increase the overall handling capability.

The model also promotes great high speed performance. The ideal tread design closely follows the road surface even at high speeds and prevents pressure accumulation, while the robust internal structure maintains the optimal tire shape under driving pressure. Also, the heat-resistant compound protects the tire from heat build-up along the tread area, further optimizing the tire's high speed performance. This improves driving durability.

The tire's grip on dry, wet, and winter roads is boosted with better traction. The wide grooves prevent hydroplaning, by dispersing water and slush from below the footprint. The tread design is able to grip the driving surface firmly, while the all season compound maintains rubber flexibility in versatile temperatures. These elements improve the year-round traction.

The ideal tread design and its close contact with the driving surface lower road and tread noise levels heard in the vehicle's cabin. As road disturbances cannot ruin the passengers' driving enjoyment, the tire guarantees a quiet drive.