275/35R19 Pirelli P ZERO Winter 100V XL (*) RunFlat FSL

Description

The Pirelli P Zero Winter is a premium all-season/winter tyre. It excels in grip, manoeuvrability, comfort and fuel economy in a wide range of driving conditions. Designed for sporty luxury cars, electric cars and SUVs. It is available in a wide range of sizes from R18 to R22. This model is often fitted as standard by luxury car manufacturers such as Porsche, McLaren, Mercedes, Audi, BMW and Alpina.

Pirelli P Zero Winter main features

+ The tyre model of choice for luxury car manufacturers.

+ Excellent grip and manoeuvrability on dry and wet asphalt and in snow, even at high speeds.

+ Leading technology from tyre giant Pirelli.

+ Outstanding acoustic and ride comfort.

+ Fuel economy.

+ Low risk of aquaplaning.

+ Increased wear resistance.

P Zero Winter equipment

The Pirelli P Zero Winter all-season/winter or M+S tyre model features an advanced asymmetric tread pattern. This design was chosen because it combines optimum driving characteristics for both warm weather and winter driving.

The outer edge of the tread is designed for improved traction and shorter braking distances in snow. This outer edge is armed with an increased number of 3D sipes. Acting like studs, they cut into packed snow and ice with sharp edges that lock into each other, creating a firm grip on slippery surfaces.

The central part of the tread improves stability and reduces the risk of aquaplaning in summer. The vertically spaced tread blocks interlock to form two dense strings of tread blocks. These significantly improve stability and manoeuvrability at high speeds in warm weather. In addition, a drainage or water channel system, developed by Pirelli, is located between the strings. It quickly and efficiently removes water from the grip point, reducing the risk of aquaplaning to a minimum.

The tyre features a wide series of tread blocks on the inner sidewall. This improves tyre performance on dry road surfaces. The reduced number of sipes in these blocks provides increased block stiffness, improving manoeuvrability.