Porsche | Prestige Cars

ORIGINAL EQUIPMENT IN DETAIL

The rear flat-6 engine and the increased camber, particularly at the rear axle, requires an asymmetric tyre structure, with different measurements between the outer and inner shoulder, to guarantee the best tread contact for the greatest transfer of power to the ground
The high rigidity compounds use nanocomposites. The greater chemical uniformity of these compounds allows for deformation to be limited, thus improving precision in corner entry
Specifically, for the Turbo versions, the compound is softer than the normal P Zero™, though compensated by a fuller tread design and a stiffer structure

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The new compound, with high silica content, ensures excellent performance in the wet and lower rolling resistance: safety and reduced consumption
A tread design that limits noise levels in acceleration, for increased comfort
Bead reinforcements and special dual compounds to increase lateral rigidity: greater sports behaviour without compromising on comfort

Enhanced vehicle stability thanks to the use of hybrid materials and stiffer substrates
Differentiated compound: an outer part focused on maximum grip, an inner part that reduces rolling resistance
Particular attention is paid to comfort with the use of a specific belt angle

The development of dedicated high rigidity-belts to ensure rear stability, containing the more significant rolling typical of SUVs
High-grip compounds to ensure increased grip in any conditions, whether on a wet or dry surface
A tread design with innovative channel geometry to make each knob stiffer, thus improving stability

With the Cayenne, Pirelli homologates a P Zero™ for high performance SUVs for the first time, varying the design and optimising the structure to manage the increased weight/power ratio
The use of hybrid materials to reduce the weight, stabilising performance by lightening the unsuspended masses