Грузовые шины Lanvigator DM310

The Lanvigator DM310 model is positioned as a high-tech solution for the drive axles of highway tractors and a range of special equipment. The tyre is designed for various operating conditions, providing confident performance on asphalt, gravel, muddy soil, and compacted snow, without losing directional stability.

Traction pattern architecture

The tread is represented by a symmetrical directional structure, divided into separate elements. Each block is designed as an independent lug, forming a multitude of differently directed edges. This allows the tyre to adapt to the micro-relief of the road: on soft surfaces, the blocks work like off-road lugs, digging in to gain traction, and on hard surfaces, their numerous edges work like traction elements, preventing slipping.

Economy, comfort, and resource potential

The model has managed to neutralize noise and reduce air resistance due to the frequency spacing of the blocks. This dampens noise peaks and reduces the rolling resistance force, ensuring fuel economy.

A key factor in durability is not only the tread depth but also the chemical composition of the rubber compound. A polymer framework has been introduced here, which provides high resistance to tears and abrasive wear. This allows the tyre to withstand contact with sharp objects without chipping and micro-cracks on the bottom of the grooves, maintaining the integrity of the breaker layer.

Key features of the Lanvigator DM310:

- applicability on the drive axles of commercial cargo equipment;
- a multitude of sharp traction edges provide instant realization of torque on sand, mud, and compacted snow;
- the optimized pattern ensures effective heat dissipation, which is critical for preventing delamination of the framework during prolonged operation with high loads;
- the combination of reduced rolling resistance and increased mileage before replacement makes this model an economically justified choice for fleets operating in regional transportation conditions with unpredictable road surfaces.