Description Tigar Summer SUV
Summer tire for SUVs Tigar Summer SUV is one of the novelties of the well-known Eastern European manufacturer. Its development was handled by specialists from the company Michelin, thanks to which it has excellent characteristics at a more than favorable cost.
Universal tread pattern
One of the characteristic features of this model is the tread pattern, which gives it excellent traction and adhesion properties on various types of surfaces. They are provided due to the numerous edges of adhesion formed by the presence of a large number of blocks. At the same time, they are located at a sufficiently significant distance from each other, so that the tire demonstrates confidence not only on wet asphalt but also on dirt roads.
Excellent stability at any speed
The numerous blocks on the Tigar Summer SUV tread are arranged in such a way that during movement, they form five longitudinal ribs. This design gives the tire excellent stability at any speed, as well as improves a number of other operational characteristics. First of all, it's the responsiveness of the steering and fuel efficiency.
Reinforced construction of shoulder areas
Another distinctive feature of the design of this model is the design of the shoulder areas of the tread. They contain a large number of very wide blocks arranged transversely. Due to this, the tire, when moving, demonstrates a number of important advantages. The main one is excellent resistance to skidding in turns. In addition, the massive construction and transverse arrangement of the shoulder blocks improve the car's dynamics during acceleration, as well as reduce the braking distance, and also the stability of the traction properties when moving in such modes.
Main features of the Tigar Summer SUV tire
- reliable traction properties on various types of surfaces due to the universal tread pattern;
- 5-rib design of the tread provides excellent stability at any speed, fast and accurate reactions to steering wheel turns, reduces fuel consumption;
- wide shoulder areas with a large number of massive blocks reduce the braking distance, improve dynamics during acceleration, provide stability in turns.