ENGINEERED FOR EACH SITE

SEAFLOATECH POD®

A site-specific interface between the seabed and the floating structure, designed to control position, movement and stability.

THE PRINCIPLE

A controlled interface, from seabed to surface.

The POD® connects the floating structure to a site-specific anchoring system. It controls movement, limits swinging and eliminates chain dragging across the seabed.

55%+Potential swinging reduction0Dragging chain on seabed100%Removable and reversible

A compact operating footprint

The POD® can reduce swinging radius by more than 55%, depending on project configuration, and helps organise scarce water areas more productively.

No chain dragging across the seabed
Adaptable to depth and soil conditions
Dimensioned for environmental loads

Stability for new uses

Beyond mooring, the technology stabilises platforms, hospitality modules and operational infrastructure according to their service requirements.

Designed to be reversible

Each system is removable. The installation can evolve with the project and avoids treating permanent coastal construction as the default response.

MEASURED SPATIAL PERFORMANCE

Less swinging area.
More usable water space.

These two real configurations compare conventional mooring with the SEAFLOATECH POD®. The original technical drawings, yacht positions, radii and calculated areas are preserved without reinterpretation.

Technical comparison for a 100 metre yacht in 24 metres water depth: conventional mooring uses 118,818 square metres and SEAFLOATECH POD uses 56,356 square metres — **100 m yacht · 24 m water depth**52.6% less swinging area

Technical comparison for six yachts from 20 to 30 metres: individual conventional moorings use 44,806 square metres and a collective POD mooring uses 7,502 square metres — **6 yachts from 20 to 30 m**83.3% less swinging area

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