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A detailed view of the pipeline and surrounding seabed Corrosion, anomalies, free spans, and anode depletion are among the conditions assessed during pipeline inspection.
How 3D Recon collects data 3D Recon combines three machine vision cameras with an inertial navigation system in a compact subsea housing rated to 4,000 meters. The offshore team connects 3D Recon to the ROV as a standalone sensor, with no external positioning solution required.
Zupt’s 3D Recon technology provides a real-time relative-to-structure positioning solution for external ROV-mounted sensors.
Zupt’s 3D Recon is used for contactless mooring line inspection as a more efficient alternative to the industry convention of “go, no-go” calipers for wear and simple ROV video footage.
Applying Simultaneous Localization and Mapping (SLAM) methods, Zupt’s 3D Recon is used for hull/tank inspection without requiring an additional vehicle positioning solution to tie overlapping swaths of data together.
Zupt’s asset identification solutions are trained to identify certain object in practical subsea scenarios.
3D Recon V2 is a subsea stereo imaging system that produces high-resolution, geospatially accurate 3D models of what is seen subsea.
HaloCAM is a compact, 4000-meter rated sensor that delivers precise pitch, roll, heading, depth, and position for subsea structures during installation.