Bridgestone A005 Weather Control Evo

The all-season Bridgestone A005 Weather Control Evo tire is designed for passenger cars with enhanced dynamic properties. It is characterized by sporty handling on dry and wet surfaces, reliability of traction properties on any slippery roads, a long service life, and increased resistance to mechanical damage.

Optimized carcass design

The development of the tire widely used computer modeling. In particular, with its help, the carcass was developed. It is distinguished by an optimized design, which is characterized by the ability of "programmed" deformation. This significantly improves the evenness of pressure distribution in the contact patch, which, in turn, improves handling when maneuvering, significantly reduces the unevenness of abrasive wear of the tread. In addition, the "trademark" feature of the Japanese brand's tires has been fully preserved, namely the ability to withstand very significant impact without damage.

Nano Pro-Tech rubber compound

The tire's tread is made of the Nano Pro-Tech rubber compound. It is distinguished by a high content of silicon oxides and the presence of special polymers, which at the molecular level provide the uniformity of the compound and its strength on break and stretch. As a result, the tire remains very grippy on cold wet asphalt, as well as resistant to abrasive wear even with a dynamic driving style.

Effective on slippery surfaces tread pattern

The tread pattern design is distinguished by the presence of a large number of small blocks and Z-shaped lamellae. The numerous elements provide the contact patch with hundreds of sharp edges. A significant part of them is located transversely, which allows achieving high intensity of longitudinal acceleration on any slippery surfaces.

Key features of Bridgestone A005 Weather Control Evo

- the optimized carcass ensures even pressure distribution across the contact patch, regardless of the driving mode and road conditions;
- the Nano Pro-Tech rubber compound improves traction on slippery surfaces, increases resistance to abrasive wear, and reduces rolling resistance;
- the tread pattern with small blocks and Z-shaped lamellae is effective on any slippery surfaces.