LingLong R619

Passenger tire LingLong R619 is designed for owners of passenger cars who prefer confident and comfortable handling. To achieve this, the company's specialists used all their experience in creating various tires and the best technical achievements of the tire industry. The tire is distinguished by confident handling and minimal noise when moving.

Unusual tread pattern

The new tread pattern consists of two parts, which provides improved driving characteristics on any road surface and in any maneuvers. To ensure increased directional stability, a continuous rib is used in the center of the tread. It also accelerated the response to steering wheel turns. Blocks of different shapes provide excellent stability in any maneuvers. A significant number of small channels and three deep grooves quickly remove water, increasing traction with wet road surfaces, as well as reducing noise when moving. Even when driving at high speeds, the LingLong R619 tire is distinguished by increased ride comfort. In the side zone, there is a massive rubber ring that enhances protection against side punctures and damage. The optimal arrangement of blocks increases the contact patch, which has a positive effect on stability and handling.

Reinforced carcass

When creating the carcass, a unique cord winding technology and lightweight, durable materials were used. Due to this, it was possible to reduce the weight of the tire, increase its resistance to overload, and minimize tears and damage to the tread. The reduced weight of the tire allowed increasing the speed characteristics and reducing the braking distance. Also, the new carcass design prevented uneven wear of the tread, increasing its mileage.

Main features of LingLong R619

- unusual tread pattern provides excellent handling, both when driving straight and when maneuvering;
- a branched water drainage system increases traction with wet road surfaces and reduces noise when moving;
- reinforced carcass increases resistance to increased loads and prevents tears and damage to the tread;
- optimal pressure distribution inside the tire increases the contact patch and prevents uneven wear of the tread;
- the best combination of cost and improved driving characteristics.