Ikon Character Snow 2 185/65 R14 90R XL

Ikon Character Snow 2 – a new model from a Russian manufacturer, designed for operation in the winter period on a wide range of passenger cars. The tire is characterized by a high degree of adaptation to the conditions of the Russian sector, which provides stability of traction properties in various weather conditions and confident handling at speed.

The manufacturer took popular models from a Finnish company as a basis and modernized them. The result is a budget solution that stands out for its reliability of traction properties, which has reduced the braking distance and predictability of the vehicle's behavior on winter roads. The tread has a pronounced symmetrical structure, in the center of which there is a solid edge. It is responsible for the responsiveness of handling and maneuverability at speed. On both sides of it, there are elongated block structures with a diagonal direction, densely covered with wavy lamellas, which increase the intensity of contact with the road surface, contributing to the preservation of traction characteristics.

To maintain the stability of the car during maneuvering, wide shoulder areas are provided. They are located at a certain angle and are spaced apart from each other at a certain distance. Such a structure allows not only to increase the efficiency of passing snowy sections but also to optimize self-cleaning.
As a compound, the manufacturer uses a special composition that can maintain its elasticity and elasticity even at extremely low temperatures.

Main features of Ikon Character Snow 2:
- installation on most modern passenger cars in the winter period;
- developed network of lamellas, densely covering all tread elements, increases stability on slippery roads;
- numerous channels provide rapid removal of slush and dirt from the contact area, contributing to the preservation of traction properties;
- high degree of adaptation to the Russian climate due to the use of the latest compound, which maintains its properties in a wide range of negative temperatures.