Saferich FRC-79 255/50 R20 109V XL

Saferich FRC-79 – a model created specifically for regions with challenging weather conditions. This winter tire not only has an "aggressive tread pattern" but also demonstrates reliable traction on any surface, maintaining durability, acoustic comfort, and fuel efficiency. It confidently brakes on ice, doesn't get stuck in loose snow, and doesn't hum on dry asphalt.

High-speed stability

In the center of the tread, 2 ribbed structures with segmentation run. They work like guides – at high speed, they prevent "skidding", keeping the car on the trajectory.

Traction and stability on snow

The tread blocks in the "shoulder" area are combined into small clusters, rather than being scattered. This architecture is not accidental. When driving on snow, the grouping creates more massive support surfaces that capture snow, compact it, and form an additional support. As a result, longitudinal traction during acceleration and stability during braking increase. On dry asphalt, the elements do not deform, maintaining a stable contact patch.

Ice traction

The model is equipped with lamellas with wavy edges along the entire tread. Such a profile increases the total length of the traction edges by 30-40% compared to straight cuts. When braking or accelerating on ice, each edge bites into the micro-roughness of the surface, creating multiple points of contact. This provides reliable traction where ordinary winter tires start to slip.

Freezing elasticity

The tire uses a rubber compound with an increased content of silicon dioxide. Silica makes the rubber elastic at low temperatures, maintaining a dense contact with the road. At the same time, the compound is resistant to wear. Additionally, the composition is reinforced with polymers that increase resistance to punctures and cuts.

Key features of Saferich FRC-79:

- applicability on passenger cars during the winter period;
- tread elements and a special tread profile improve tire performance;
- increased length of traction edges and block deformation under load improve traction and braking properties on any slippery surface;
- a compound with silica maintains elasticity over a wide temperature range, provides resistance to abrasive wear, and increased puncture resistance.