Pirelli Winter 210 Asimetrico 215/45 R17 94H

Pirelli Winter 210 Asimetrico – an all-weather tire from the renowned Italian manufacturer, demonstrating confident passage of wet and slippery road sections. In addition, it is distinguished by a low noise level and effectiveness in suppressing micro-vibrations. The model can be applied to a wide range of passenger vehicles, ensuring a prolonged operational period.

Despite the fact that its release began in 2011, the tire remains relevant to this day. This is facilitated by several factors at once. Firstly, it is a thoughtfully designed tread pattern, represented by an asymmetric structure. Its central area is occupied by three ring elements with pronounced segmentation into separate blocks. Due to this, it was possible to increase the effectiveness of the edge effect, which was reflected in the tire's grip in the contact area. The result is confident acceleration and reduced braking distance even on slippery roads. Secondly, it is the specificity of the compound, which is represented by a rubber mixture with an increased content of siliceous components. They provide stability of the elasticity property at various temperature regimes. This affects not only the efficiency of maintaining traction but also increasing the service life due to the optimization of abrasive wear.

An important component of the model is its developed network of transverse lamellas. They form additional gripping edges that work most effectively on icy pavement. As for snowy road sections, they are helped by extended blocks in the shoulder zone. To this should be added the presence of an open-type aqua-drainage system. It is capable of quickly evacuating large volumes of water and slush, maintaining contact density with the road surface.

Main features of Pirelli Winter 210 Asimetrico:
- a classic all-season model for regions with European winters;
- stability of traction properties due to the improved edge effect;
- confident handling due to the ribbed structure, represented by three ring elements;
- optimized noise level, implemented through the special arrangement of block structures.