Traditional foundation technologies often limit the pace of execution. The WFS system, on the other hand, offers prefabricated foundations that are screwed into the ground without excavation. This is especially valuable when installing:

• lighting masts along roads, highways, and intersections,

• power and technical masts,

• infrastructure elements for low and medium voltage systems.

These foundations can be installed even in hard-to-reach locations: between traffic lanes, on embankments, or in green areas – without disturbing existing landscaping or layouts. This means not only faster implementation, but also minimized environmental and spatial impact.

Precision that transcends ground conditions

Thanks to displacement foundation screw pile technology, the threaded shaft is embedded into the ground while simultaneously compacting it. WFS systems perform reliably in:

• cohesive soils – where stability is achieved via shaft friction,

• non-cohesive soils – where end-bearing ensures load capacity,

• compacted and non-compacted soils – where modular depth adjustment is possible based on local conditions.

Whether you’re installing a compact power cabinet or a high-reach LED mast, WFS screw piles provide structural reliability and resistance to both vertical and lateral forces.

Protected with hot-dip galvanizing, WFS foundations offer exceptional longevity and corrosion resistance – not only in urban environments, but also in open areas and alongside motorways, where high salinity or exposure to the elements is common.

Moreover, as the manufacturer highlights, installing a lighting mast on a WFS pile brings several clear benefits:

• reduced operating and maintenance costs,

• no need for concrete pouring or curing,

• immediate readiness for superstructure installation,

• elimination of unnecessary heavy transport and machinery.

It’s a foundation that supports energy infrastructure rather than burdening it.

Designed with the technology in mind

WFS provides not just the piles, but a complete system – including connection plates, pile heads, and optional vertical and lateral boosters, which can enhance foundation capacity when needed. This enables:

• optimal placement of lighting and energy poles,

• seamless integration with prefabricated superstructures,

• reduced design time through ready-made templates and calculation data.

What’s more, the foundations are fully demountable and can be reused if the network is restructured or upgraded in the future.

WFS pile installation does not require large-scale earthworks – which means:

• no damage to green spaces,

• no need to restore pavement or surface finishes,

• no road closures during installation (in the case of roadside masts),

• no interference with drainage or underground infrastructure.

In this context, the foundation screw pile becomes a pinpoint intervention – not a large-scale construction operation.

A foundation that sets an example

Developing lighting and energy infrastructure doesn’t have to mean torn-up streets, heavy equipment, and weeks of delays. WFS foundations meet the demands of modern cities, municipalities, and energy-sector contractors. They are fast, reliable, sustainable, and predictable in design.

Today, street lighting and energy installations must be as efficient as they are sustainable. With WFS screw piles, that’s not a vision – it’s the new standard.

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