Marine 3D scanning + engineering

Capture the as-built. Engineer the change. Deliver it.

3D laser scanning, digital twins and engineering support for vessel refits, modifications, electrification and autonomous marine systems.

3D laser scanningPoint cloudsAs-built CADRetrofit engineering
Capture / Point cloud Engineer / As-built geometry Deliver / Vessel-side support
Survey-ledStart from the real vessel, not an old drawing.
Engineering-readyPoint clouds, CAD and usable project data.
One workflowCapture → model → engineer → support.
UK basedSupport for vessel owners, yards and integrators.
Start with the project problem

What are you trying to change?

Marine refits become expensive when dimensions, access routes and existing systems are uncertain. ISCA captures the vessel first, then engineers against the geometry that is actually there.

01 / REFIT

Modify or refit a vessel

Capture spaces before design and fabrication so new equipment, pipework and structures are engineered around the as-built vessel.

Refit engineering →
02 / MACHINERY

Replace or install equipment

Create usable geometry for machinery replacement, equipment foundations, routing, clearance and access planning.

Scan the vessel →
03 / ELECTRIFICATION

Electrify or hybridise

Combine vessel capture with engineering to develop space, integration, arrangement and installation solutions for new electrical systems.

Electrification →
04 / AS-BUILT

Create accurate vessel information

Turn undocumented modifications and inaccessible legacy drawings into a usable digital record for future engineering.

Digital twin →
05 / AUTONOMY

Integrate autonomous systems

Support platform integration, payloads, power, controls, launch and recovery interfaces, commissioning and trials.

Autonomy integration →
06 / EARLY STAGE

De-risk a project before committing

Use survey, concept engineering and practical vessel-side review to understand constraints before detailed design or procurement.

Talk through the project →
The workflow

Capture → Engineer → Deliver.

One continuous workflow reduces hand-offs and keeps the engineering tied to the real asset.

01 / CAPTURE

Capture

3D scan the vessel or asset, collect relevant project information and establish the as-built baseline.

02 / ENGINEER

Engineer

Convert captured data into point clouds, CAD, layouts, integration studies and design information.

03 / DELIVER

Deliver

Issue clear engineering outputs and support fabrication, installation, commissioning or vessel trials as required.

Capabilities

Survey first. Engineering second.

The strongest differentiator is not a longer service list. It is the ability to use a captured vessel as the engineering baseline.

CORE SERVICE

Marine 3D laser scanning

Vessel and machinery-space capture for refits, installations, dimensional verification, as-built records and engineering.

Point cloudsAs-built geometrySite capture
View service →
CORE SERVICE

Digital twin engineering

Transform captured geometry into useful engineering information rather than leaving it as a scan that nobody uses.

CADAsset informationEngineering baseline
View service →
ENGINEERING

Vessel refit & modification

Practical engineering support for equipment changes, integration, arrangements, routing and technical documentation.

RetrofitIntegrationDrawings
View service →
SPECIALISM

Electrification & autonomy

Engineering support for clean maritime technology and autonomous vessel systems, from concept through commissioning.

HybridElectricUSV
View specialisms →
Selected work

Show the engineering, not marketing claims.

The cards below are intentionally framed as project and demonstrator work without inventing customer names or performance figures. Replace them with named case studies as the portfolio grows.

Vessel survey + digital twin

Survey-led retrofit workflow

Capture the as-built vessel, produce a usable digital baseline and engineer modifications against actual geometry.

Use this slot for your first photograph-led client case study.
Clean maritime

Electric workboat conversion study

Concept-level engineering for vessel electrification, arrangement, integration and project feasibility.

Clearly label feasibility / demonstrator work until delivered commercially.
Autonomy integration

USV systems integration

Platform, payload, power, launch and recovery, commissioning and acceptance-focused engineering support.

Add vessel imagery, deliverables and measurable project outcomes when disclosure is permitted.
View selected work →
Have a vessel project?

Send the problem, not a polished brief.

A few drawings, photographs or a short description are enough to start a useful conversation.

Discuss the project ↗