All-season tire Bridgestone Potenza RE980AS is designed for use in passenger cars with enhanced dynamic characteristics. It is distinguished by its effectiveness when braking on dry and wet pavement, resistance to aquaplaning, sports-oriented handling, reduced rolling resistance, and extended lifespan.
The tread pattern is notable for the use of two types of lamellas. In the shoulder zones, straight cuts are used. The elongated transverse edges formed by them increase traction and braking properties on wet pavement, improving stability when maneuvering and resisting hydroplaning. The central part features 3D lamellas with serrated edges. These cuts increase the effectiveness of the tread on wet and snowy pavement. The "three-dimensional" profile of the vertical walls of the cuts not only fixes them in the open position when in contact with the road surface but also limits the mobility of the blocks, ensuring stability of the traction properties and precision handling on any slippery surface.
Another feature is the characteristics of the compound used in the manufacture of this tire. It does not become brittle at low temperatures, allowing the numerous edges of the tread pattern elements to adhere more closely to the road surface, enhancing traction properties on wet and snowy pavement. In the summer, the heat affecting the tread does not cause it to dry out and develop small cracks. All this, as well as excellent resistance to abrasive wear, is due to the presence of a large amount of "silica" and a polymer complex that, at the molecular level, increases the strength of the rubber mixture against tearing and stretching, preserving its integrity during intense heating and cooling.
Main features of Bridgestone Potenza RE980AS
- high effectiveness when braking on any slippery surface due to the large number of straight and 3D lamellas, optimized rubber compound;
- special tread profile expands the contact patch, improving traction and handling, reducing wear and rolling resistance;
- reinforced breaker and sidewalls increase handling precision, tire resistance to mechanical damage
