Cooper CS5 Ultra Touring

The Cooper CS5 Ultra Touring summer tire is designed for passenger vehicles. This manufacturer's products are always in high demand, as they constantly use advanced technologies to improve the operational parameters of tires. In creating this model, the company's specialists focused on increasing traction with the road surface. To achieve this goal, a new lamella system, an updated rubber compound, and an optimized tread pattern had to be used.

Improved Tread

To improve the driving qualities of the Cooper CS5 Ultra Touring tire, an optimized tread pattern was used. The optimal arrangement of blocks and channels between them made it possible to achieve increased stability on any road surface. The reinforced shoulder area prevents possible side damage and increases stability during maneuvers. The new lamella system increases traction when driving on wet road surfaces and also reduces the sound effect when driving. The central row of blocks helped to improve directional stability, which also reduced the response time.

Updated Rubber Compound

To improve the wear-resistant parameters, this model uses a new silicon that does not worsen the elasticity of the rubber. The rapid recovery properties were provided by the new silica, which increased the elasticity of the rubber, thereby reducing the load on the suspension elements. The new rubber compound has increased thermal stability, which is very important for passenger tires operating in hot weather at high speeds. The reduced rolling resistance made it possible to reduce fuel consumption during movement and increase stability during movement. The more elastic rubber compound ensured maximum traction with the road surface and increased the contact patch.

Key Features of the Cooper CS5 Ultra Touring Tire

- increased economy is achieved due to reduced rolling resistance and reduced load on suspension elements, which reduced maintenance costs;
- increased traction with any road surface was achieved as a result of the optimized structure of the carcass and the use of a more elastic rubber compound;
- excellent stability during maneuvers is provided by the reinforced shoulder area and special depressions located there;
- increased reliability is achieved by applying more durable materials when creating the carcass and using special steel rings that prevent tread breakage;
- minimal noise during movement is achieved due to the use of special 3D lamellas that cover the entire surface of the tread and improve handling.