Research Vessels

Electric ROVs also representants a low noise platform compared to hydraulic ROV systems.

Built for science-first operations, our systems integrate seamlessly with research vessel workflows and laboratory routines. Modular payload bays and open interfaces support a wide range of scientific sensors (navigation, imaging, environmental) and tooling (samplers, manipulators, corers), while compact footprints and configurable LARS options ease mobilization on vessels with limited deck space. Argus has supplied systems for research programs worldwide, supporting universities, institutes, and philanthropic platforms.

What researchers typically aim to achieve, and how Argus supports it

• Water-column characterization: CTD profiling with rosette samplers to collect water at depth and measure key variables such as salinity, temperature, oxygen, pH, and nutrients.

• Seafloor mapping & habitat assessment: High resolution bathymetry, acoustic imaging, and 8K video for photogrammetry, species inventories, and environmental monitoring.

• Biological sampling: Gentle specimen collection, water sampling for environmental DNA, and in-situ imaging for biodiversity studies.

• Geology & geochemistry: Rock and sediment sampling, push cores, and sensors for plume detection around hydrothermal systems.

• Time critical inspections: Rapid dives for instrument recovery, mooring checks, or infrastructure verification without reconfiguring the vessel.

Why Argus for research

• Ultra-deep capability to 7000 meters with precise station keeping.

• Science grade imaging with optional 8K video and synchronized metadata for analysis and archiving.

• Open, modular architecture compatible with standard scientific sensors and data pipelines.

• Proven performance worldwide, from university led cruises to philanthropy backed expeditions operating in extreme environments.