3D Scanning for Aerospace & Defence

Why aerospace & defence sites scan

Aerospace tolerances make geometry a quality characteristic rather than a convenience. Tooling drifts, legacy parts have no model, and assembly interfaces must be proven before build rather than discovered during it — all questions metrology-grade capture answers directly.

What it is actually used for

Jig and tooling verification against nominal; reverse engineering of out-of-production components; assembly fit-up and gap/flush analysis; composite part conformance to CAD; and as-maintained capture on airframes during heavy check.

What a scan will not tell you

What a scan does not give you: reality capture records SURFACES. It measures geometry to millimetres and it will not tell you remaining wall thickness, whether a weld contains lack of fusion, or how much life an asset has left. Those are examination questions, answered by ultrasonics, radiography and the rest of the NDT method set — which is why scanning and inspection belong in the same programme rather than substituting for one another.

How scanning and inspection work together here

Dimensional conformance is one half of aerospace quality; the other is subsurface integrity — fluorescent PT, ET and composite UT under NAS 410 process control. ET in aerospace · aerospace programme consulting · aerospace NDT training.

How Atlantis delivers

Atlantis mobilises scanning crews to your site — terrestrial laser scanning, photogrammetry and drone capture as the asset demands — and delivers registered point clouds, meshes and the deliverable your engineering team actually consumes. We do not claim a survey office in every market, and say so plainly.

3D scanning services · turning captured geometry into a digital twin · scope a scan.

Scanning in other sectors

Refinery & Petrochemical · Shipyard & Marine · Power Generation · Fabrication & Modular Construction · Mining & Bulk Handling · Tank Farms & Terminals.