This allows the tire to effectively upgrade steering responsiveness and driving stability. The footprint’s optimal surface contact helps to enhance steering response and accuracy to the driver’s instructions. Additionally, it also secures structural stability throughout the performance. This combination enables the tire’s better controllability and maneuvering.

The tread design and the stronger compound work together to achieve this. They resist tread and casing damage throughout the performance. As a result, the tread’s chipping and cracking do not shorten the tire’s life cycle, while cuts, impact damage, and punctures cannot cause the tire’s downtime. This promotes a lengthened usability.

Load durability is an important feature that the tire structure offers. The strengthened internal structure is able to withstand and carry larger loads with ease. As the tire keeps its optimal shape, it can safely handle larger loads. This increases the tire’s better load capacity.