Fate Eximia AR-620

Fate Eximia AR-620

FEATURES AND BENEFITS

• All weather traction
• High speed controllability
• Enhanced maneuvering

OVERVIEW

The Fate Eximia AR-620 is a high performance, all season tire manufactured for passenger vehicles.

The tire offers excellent all season traction. The directional tread design is combined with the all season compound to improve the dry, wet and light winter weather performing ability. The tread's close and constant road contact enhances the surface grip throughout the drive, while the compound keeps the tire pliable in versatile temperatures. The tread's angled lateral grooves manage to prevent hydroplaning. They channel water and slush away from the tire's footprint, keeping the road contact and upgrading the driving safety levels significantly.

The tread design upgrades the model's controllability. The directional tread design's center rib pattern closely follows the road surface at all times, which upgrades the steering responsiveness and the driving stability. In other words, the steering becomes faster and more precise in its response to the driver's commands, while the structure is stabilized against the driving pressure affecting the model. The model's reinforced internal structure maintains the ideal shape under the high speed pressure. In this manner, the tire does not deform during its high speed performance, enabling the vehicle to perform at its greatest high speed capability.

The Eximia AR-620 is also easily maneuvered. The closed shoulder tread pattern upgrades the cornering ability. This design maintains the surface contact and increases the number of biting edges gripping the road during the tire's maneuvering. In such cases, the internal structure also keeps the ideal shape, which guarantees a safer cornering ability. The tread's directional pattern upgrades the braking power. This pattern creates friction between the tire and the road surface at the moment of braking, allowing the tire to maximize the braking power and to greatly decrease the braking distance in this manner. This combination ensures the driver's full control over the vehicle throughout the model's lifetime.