Sava Eskimo S3

Sava Eskimo S3 – an all-season tire featuring a multitude of distinctive characteristics from its predecessor. Excellent traction on wet roads is ensured by a unique silica-based rubber compound technology, which is characterized by intensive energy dispersion during winter operation.

The tire has a sufficiently deep tread with a pronounced groove pattern. As a result, it has increased stability, even in complex ice conditions. Longitudinally arranged grooves reduce the aquaplaning effect by quickly removing water from the tire's contact area with the road surface.

A special rubber compound has provided the Sava Eskimo S3 tire with the necessary level of stiffness, while also imparting elastic characteristics. This combination allows for an increased service life of the model. Two central rows of blocks ensure excellent directional stability. To increase reliability, a special reinforced carcass was developed, made from durable cord.

The tire also copes well with increased loads, which often occur during winter operation. The massive tread blocks provide excellent passability and handling, allowing you to feel confident behind the wheel in any weather conditions. The reinforced shoulder area protects the tire from various external damages and provides more confident cornering. The tire is produced on high-tech equipment, so it meets world quality standards.

Main features of the Sava Eskimo S3 tire

- unique polymer technology — reduced stiffness at low temperatures;
- special silica-based rubber compound achieved excellent operational characteristics;
- a winter tread pattern developed through computer simulation with a high density of lamellae provides excellent passability, handling, and safety;
- excellent braking characteristics are achieved due to intensive energy dispersion at low temperatures in combination with an increased number of biting edges;
- increased resistance to aquaplaning is achieved by applying a directional tread pattern and three deep, wide, longitudinal channels;
- a long service life was achieved due to the use of a unique rubber compound and a multi-radius tread profile;
- environmental friendliness — minimal content of aromatic polycyclic compounds.