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Enlarge Cooper Sportmaster GLE
Description Cooper Sportmaster GLE
The Cooper Sportmaster GLE tire, presented by the North American manufacturer, is a summer, passenger model that stands out for its increased durability and reduced noise effect. The improved tire design reduces friction between the road surface and the tire itself when moving, both in a straight line and when cornering, showing excellent road control.
The special construction of the tire has made it possible to achieve, when installing a complete set, fuel savings. It has a minimized aquaplaning effect, thanks to the spiral pattern of the tread, in which water is effectively and quickly displaced from the contact patch of the Cooper Sportmaster GLE tire. Three continuous longitudinal grooves allow the vehicle to be held from lateral displacement on wet road surfaces. Thanks to the improved rubber mixture composition and increased tread depth, the tire's durability has been significantly increased. The alternation of the block width of the tread and the notching on them has reduced the acoustic noise when moving. The unique construction of the sidewalls, tightly fitting to the wheel disc, the steel rigid cord belt, located along the tread of the tire, as well as the polyester filling along the circumference of the tire, provides excellent resistance to external damage.
High quality at an affordable price - that's how this tire can be characterized. This universal summer tire has all the advantages that make it a true conqueror of European roads.
Main features of the Cooper Sportmaster GLE tire
- reduced rolling resistance, significantly saves fuel, therefore, the tire becomes economically advantageous and at the same time meets modern environmental control standards;
- the use of an innovative tread pattern guarantees increased resistance to tread wear and allows for more confident passing of sharp turns due to the depth and shape of the blocks in the shoulder area;
- the wavy outlines of the tread blocks and the grooves separating them minimize the aquaplaning effect.
