The Galaxy Dig Master model, designed specifically for excavators and heavy wheeled machines, embodies the principle of "the simpler the design, the more durable it is". Here, they have relied on time-tested diagonal technologies, enhanced them with modern tread solutions, and obtained a tyre that literally "chews through" impassable off-road terrain.

Proven architecture for peak loads

The model is built on a classic diagonal cord. This solution was chosen for a reason: such a structure provides increased resistance to tears when in contact with sharp objects and works perfectly in conditions of constant overloads. The cord layers intersect at optimal angles, creating a dense "shell" that dampens impact impulses.

Aggressive geometry for unstable bases

The tread is designed according to the principle of maximum "grip". High blocks with wide inter-block gaps create a real "caterpillar" effect, allowing the equipment to move confidently on loose soils, moistened clay, sandy scree, and gravel backfills. The deep tread depth not only increases the contact area but also allows the tyre to "dig into" weak soil, finding a point of support. The handling remains clear and predictable.

Key factor of mobility

One of the main problems of construction tyres is "clogging" of the tread. Here, this issue was solved constructively: the distances between the tread lugs are calculated so that when the wheel rotates, the centrifugal force and deformation of the blocks actively expel the stuck mud. Thanks to this, the tyre retains its effectiveness even after prolonged operation.

Key features of the Galaxy Dig Master:

- the diagonal-type carcass design provides exceptional resistance to punctures and tears in rocky off-road conditions, ideal for excavator loads with high torque;
- the tread with deep lugs forms a powerful grip on unstable bases;
- the wide channels between the blocks automatically remove mud and clay, preventing the loss of traction properties;
- it retains its working characteristics in a wide temperature range, suitable for continuous operation on open construction sites.