Landsail CL V2

The Landsail CL V2 summer tire is particularly popular among owners of various SUVs. This model is a great example of the optimal combination of quality and excellent operating characteristics. Advanced technologies and materials used in the manufacturing process have helped to achieve this. Particular attention was paid to the creation of the tread pattern and the carcass with increased strength.

Asymmetric Tread Pattern

The asymmetric tread pattern was chosen specifically because it has all the necessary qualities for use in any conditions. Three rows of blocks in the central part of the tread provide increased stability when driving straight, while also accelerating feedback. The elongated blocks in the shoulder area increase stability during maneuvers, reliably protecting the tire from lateral damage. Four deep longitudinal grooves quickly remove water from the contact patch, preventing possible aquaplaning. A large number of small channels and notches reduce noise when driving and increase traction on any road surface. The reinforced sidewall reduces rolling resistance, reducing fuel consumption while driving.

High-Strength Carcass

To increase resistance to maximum loads, a high-strength carcass was used. It is made using a new technology with a special steel belt and high-strength cord. This allows the carcass to withstand prolonged increased loads. The new structure provides an even distribution of pressure inside the tire, which has prevented uneven wear and increased the contact area in any position of the tire. Even when driving off-road, the tire has a minimal amount of damage and excellent stability.

Key Features of the Landsail CL V2 Tire

- increased resistance to maximum loads and reliable protection against damage is achieved through the use of a reinforced carcass;
- increased directional stability and excellent feedback are provided by the optimal shape of the blocks located in the central part of the tread;
- excellent grip on a wet surface was achieved through the use of wide water-dispelling channels.