The Zeta Antarctica 5 winter passenger tire is one of the novelties from the Chinese company SD International. The model is designed specifically for the markets of European countries and has very high ratings for Asian manufacturers in the EU labeling system for fuel efficiency and traction on slippery surfaces.
Wide size range
The tire is characterized by excellent applicability. The Chinese manufacturer offers it in several dozen sizes - from 14 to 18 inches. Thanks to this, the tire is suitable for almost any modern passenger car.
Efficiency during longitudinal accelerations
The tire is equipped with a tread featuring a typical V-shaped design for winter tires. However, the developers of the Chinese company were able to apply original solutions in it. One of them is the arrangement of blocks, which creates converging long edges in the center. This provides high efficiency during longitudinal accelerations, especially on snowy surfaces.
Confident behavior on ice and wet roads
One of the key features of the tire's tread design is the presence of several thousand narrow slits. These elements are located just a few millimeters apart from each other. The mobility of the blocks is limited by the wavy shape of the slits. As a result, the tire demonstrates confident behavior on slippery surfaces from water and ice without compromising other operational properties, primarily the responsiveness of steering and directional stability.
Acoustic comfort
In motion, the tire is characterized by a high level of acoustic comfort. It is provided by the optimized arrangement of tread blocks. They, being grouped into longitudinal ribs, are shifted relative to each other. This reduces the risk of resonance noise and vibrations.
Main features of the Zeta Antarctica 5 model
- excellent applicability due to a wide range of sizes;
- high performance during longitudinal accelerations provided by the V-shaped tread with a large number of blocks;
- reliability and safety on icy surfaces due to several thousand wavy slits;
- low noise level ensured by the arrangement of blocks shifted relative to each other.