The durable compound, the stronger construction and the ideal tread design work together to prevent tread and external damage from shortening the tire’s service life. The compound and the tread design help to avoid the tread’s chipping, cracking and tearing caused by the driving pressure and road conditions. On the other hand, the strengthened carcass protects the tire from punctures, cut and impact damage, guaranteeing is secure performing ability. This combination ensures the tire’s exceptional performing safety.

The larger tread elements with the flat footprint enable the tire to improve the pressure distribution along the tread area. The equally circulated forces of acceleration, cornering and braking prevent irregular wear formations across the footprint. The stronger compound utilizes wear-resistant elements in order to decrease the overall treadwear rate. The reduced and even wear of the tread allows the tire to greatly boost the tread life.

The strengthened internal structure keeps the ideal tire shape throughout the performance. This allows the tire to securely carry and withstand heavy loads at all times. As the tire does not deform under the pressure, it is able to safely optimize its better load capacity. The ideal tire shape also manages to maintain the surface contact, which boosts the steering responsiveness and the driving stability. The result is the driver’s better control over the vehicle during the drive.