Спецшины Neumaster QZ-706

The Neumaster QZ 706 model is designed as a specialized solution for tractor equipment, attached equipment, and other units involved in the agricultural sector. It is designed to provide predictable handling, minimal soil compaction, and durability in mixed operating modes - from plowing to asphalt.

Diagonal-type carcass

The internal structure design features cord layers laid crosswise at a certain angle. This provides a unique combination of properties: increased lateral stiffness with a low weight. For front axles that do not transmit torque, but only roll and steer the machine, such a carcass is ideal. It effectively resists lateral deformations during turns, preventing the tyre from "tilting", and excellently dampens vibrations from soil irregularities.

Additionally, the crosswise structure of the threads provides high resistance to various types of damage. The carcass retains its geometry even during prolonged standing with a load - this prevents the appearance of "squareness" of the tyre.

Accuracy without lateral drift

The main task of the front tyre is to maintain direction. This is achieved through an optimized tread pattern and sidewall stiffness. When moving on loose soil, the tyre does not "wander" thanks to the developed shoulder areas, which create additional support with even the slightest steering wheel deviation. On solid roads, the central part of the tread provides linear stability, eliminating deviations.

Soil structure protection

The tyre is designed with an emphasis on minimizing soil compaction. Thanks to the diagonal carcass and specially selected tread pattern, the pressure on the surface is distributed more evenly than many radial models. The depth and shape of the soil lugs are selected to provide sufficient traction without excessive "tearing" of the top layer.

Key features of the Neumaster QZ-706:

- applicability - driven axles of tractors, as well as trailed agricultural equipment working in pairs with a tractor;
- the crosswise arrangement of cord threads provides lateral stiffness, resistance to deformations, and ease of recovery;
- precise trajectory holding without wandering, simplifying control;
- even pressure distribution and an optimized tread pattern reduce the negative impact on the soil structure.