Грузовые шины Lanvigator D860

Lanvigator D860 tire — a development for the leading axle of cargo vehicles, where the effective transformation of torque into linear motion is critically important. It solves the key problem: to provide maximum traction during acceleration under load and absolute predictability of control in any road conditions. This is an active system that minimizes losses from wheel slip, guaranteeing precise control over a multi-ton vehicle.

Technological specification

A multi-block tread pattern with adaptive segmentation of elements creates a multitude of independent working edges. This increases the frequency of engagement with the coating, providing excellent traction, as well as reducing the braking distance. The independent central rib is configured for instant response to steering and effective counteraction to deformations under lateral loads, which is critical for precise corner entry.

Drainage channel

A large network of longitudinal and transverse grooves with variable geometry forms a highly efficient drainage system. Water and mud are not retained in the contact patch, but are actively squeezed out under pressure through these channels, maintaining maximum traction on a wet road and eliminating the risk of aquaplaning.

Wide optimized contact patch

An extended tread provides an even distribution of pressure over the entire area. This not only increases resistance to tilt and swing, but also neutralizes the negative effect of the load, leading to local accelerated wear. The result is a predictable, linear tread wear. To this should be added a special mixture enriched with polymer additives of a new generation. It minimizes internal heating during deformation, allowing the tire to maintain stable characteristics at high speeds and under prolonged loads. The material has high resistance to abrasive and impact wear, which directly translates into an increased service life.

Main features of Lanvigator D860:

- confident traction and short braking distance — the foundation of safety;
- reduced rolling resistance due to optimized contact patch and thermally stable mixture;
- even wear and resistance to deformations reduce vehicle maintenance costs;
- clear road feedback, stability, and predictability of behavior in any conditions reduce driver fatigue.