1. Full hull pass with overlapping high-resolution imagery, camera position logged throughout 2. Photogrammetric reconstruction into a textured 3D mesh, not just a point cloud 3. Model published to a private, shareable web viewer — no software install required on the client's end 4. Direct in-model measurement tools for length, area, and coating/biofouling coverage

Interactive 3D Digital Twin Hull Audits

A complete photogrammetric 3D scan of a hull, rudder, and propeller, delivered as a shareable model a client can rotate, zoom, and measure directly.

Camera, lighting, and manipulator array on an inspection-class ROV

Overview

What This Involves

A full photogrammetric capture of the underwater hull, rudder, and propeller, reconstructed into a single navigable 3D model. Instead of a written survey report and a folder of stills, the client gets a web link — rotate the hull, zoom into a specific weld or coating defect, and take a direct on-model measurement of damage or biofouling extent without a second site visit.

Method

How It's Done

Full hull pass with overlapping high-resolution imagery, camera position logged throughout

Photogrammetric reconstruction into a textured 3D mesh, not just a point cloud

Model published to a private, shareable web viewer — no software install required on the client's end

Direct in-model measurement tools for length, area, and coating/biofouling coverage

Output

Deliverable

A private, shareable 3D model link with built-in measurement tools, plus the source imagery archive.

Fit

Who It's For

Owners, technical managers, and yards who need a real record of hull condition without paying for drydock time just to look.

Frequently Asked

What does Interactive 3D Digital Twin Hull Audits involve?

How does it work?

Full hull pass with overlapping high-resolution imagery, camera position logged throughout
Photogrammetric reconstruction into a textured 3D mesh, not just a point cloud
Model published to a private, shareable web viewer — no software install required on the client's end
Direct in-model measurement tools for length, area, and coating/biofouling coverage

What's the deliverable?

A private, shareable 3D model link with built-in measurement tools, plus the source imagery archive.

Who is Interactive 3D Digital Twin Hull Audits for?

Owners, technical managers, and yards who need a real record of hull condition without paying for drydock time just to look.

Also in Vessel & Maritime Husbandry

UWILD Class Inspections with 3D Mapping

Underwater Inspection in Lieu of Drydocking for DNV, Lloyd's, and ABS class, backed by an interactive 3D model with clickable video callouts for survey sign-off.

In-Water Ultrasonic Thickness (UT) Testing

Steel plate thickness measurement on hulls, sea chests, and ballast tanks, with every sounding georeferenced and pinned to the vessel's 3D digital twin.

Pre-Purchase & Insurance Hull Surveys

Rapid 3D digital baseline mapping for buyers, charter fleets, and insurance adjusters to verify structural condition or document grounding damage.

Propeller & Bow Thruster Disentanglement

Inspecting and clearing fishing line, rope, or netting wrapped around shafts and thrusters using a subsea robotic claw.

Spot Biofouling & Propeller Cleaning

Subsea water jets to clean localized marine growth off propellers or weld lines before NDT testing or high-detail 3D scanning.

ACFM Weld & Hull Crack Inspection

Alternating Current Field Measurement to detect surface-breaking fatigue cracks through paint on structural hull welds, mapped onto the 3D twin.

Available Near

Kotor Bay, Montenegro

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