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Oceanographic Research and Archaeology

Accurate, high-resolution visualisation

Multibeam sonar technology plays a vital role in advancing oceanographic research and underwater archaeology by providing accurate, high-resolution visualisation of the seafloor and submerged environments. Through precise mapping of bathymetry, sediment structure, and underwater features, researchers gain valuable insights into marine ecosystems, geological processes, and the preservation of cultural heritage beneath the surface.

For oceanographers, multibeam sonars enable the study of seafloor morphology, habitat distribution, and sediment transport, supporting research into ocean dynamics and environmental change. In archaeology, they provide a non-invasive method for identifying and documenting shipwrecks, artefacts, and ancient submerged landscapes - delivering detailed 3D data without disturbing sensitive sites.

Sonar solutions for any mission

NORBIT’s advanced sonar solutions combine high-resolution imaging with flexible deployment options, from large research vessels to compact uncrewed platforms. Their precision, reliability, and ease of integration make them ideal tools for scientific exploration, environmental monitoring, and heritage protection in both shallow and deep-water environments.

NORBIT NORdredge-Dredge Monitoring screen

Products used for oceanographic research and archaeology

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WBMS basic (depth rated)

WBMS Basic (depth rated)

Wideband multibeam sonar for high-resolution bathymetry. Available in different depth ratings up to 6000m.

NORBIT WINGHEAD B43 Product picture

WINGHEAD B43

Ultra High-Resolution Curved Array Bathymetric System

WINGHEAD B44

WINGHEAD B44 Deep Sea

Ultra High-Resolution Curved Array Bathymetric System for Subsea Operations

WINGHEAD X product picture

WINGHEAD X

Customisable Bathymetric Sonar for Any Mission.

WBMS X product image

WBMS X

Bathymetric Sonar System with Ultimate Flexibility