Lassa Snoways 2C 195/65 R16C 104/102R

The Lassa Snoways 2C winter tire has a directional tread pattern and is designed for use on passenger cars and minivans. It is not only a winter tire with excellent technical properties, but also provides the driver with high comfort and safety. The Snoways 2C tire is the best option in all aspects for improving driving performance on winter roads.

Features of the Lassa Snoways 2C tire

Thanks to the innovative developments of Bridgestone's scientists, the tire has maximum technical characteristics, giving the car excellent stability on ice and snowy roads. The Lassa Snoways 2C tire has an original tread pattern consisting of a larger number of directional blocks. They are responsible for the formation of powerful traction and driving properties of the car on the road, as well as increasing its maneuverability when driving at high speeds.

A large number of lamellas provide excellent stability during turns and reduce the braking distance. Well-designed drainage grooves, responsible for removing moisture and slush from the contact patch, allow the car to be protected from hydroplaning on wet asphalt and ice.

In the production process of this tire, a special rubber compound was used, which allows to significantly increase its service life. This rubber makes the tire more elastic at negative temperatures and increases its resistance to various mechanical stress. Due to the properties of the rubber compound, the load is evenly distributed over the entire tread, which increases the tire's wear resistance and reduces the rolling resistance, thereby reducing fuel consumption.

Technologies in the Lassa Snoways 2C tire

The use of the latest modern technologies by Bridgestone has made it possible to achieve:

- excellent traction with the road surface;
- safe braking on ice and snowy roads;
- high-quality traction with a wet surface;
- reduced risk of aquaplaning when driving at high speeds;
- elasticity at negative temperatures;
- increased traction with any road surface;
- high directional stability;
- reduced fuel consumption.