
Aerospace & Aviation MRO
A visual record of every airframe and part: mobile 3D capture, Gaussian splats and photographs tied to location, reviewed in a browser or a headset.
Laan Labs builds inspection and documentation tools for aircraft maintenance, teardown and parts reuse. An inspector captures an airframe or a component with a phone; the result is a navigable 3D record in which every photograph and every finding is tied to the place it was observed, and which an engineer elsewhere can open in a browser or review at full scale in a headset. Laan Labs' RadianceView platform has been used to document end-of-life airliners so that parts can be assessed for reuse.
Aircraft inspection generates photographs by the thousand and notes by the page, and the link between them and the airframe lives in the inspector's head. When a part's history is questioned months later, or an engineer on another continent needs to judge a repair, that link is gone. A 3D record keeps it: the overview shows where on the aircraft, the splat shows what it looked like, and the high-resolution photograph shows the detail.
This matters most at the end of an aircraft's life, when the value is in the components and the evidence of their condition. A retired airliner is recorded once, before it is taken apart, and each part carries that record with it into reuse, remanufacture or recycling.
How Laan Labs helps
- Whole-airframe capture
- An entire aircraft recorded as a photorealistic Gaussian splat with ordinary cameras and phones, giving a walk-around view in which any area can be found again.
- Part-level condition records
- Close-range scans and high-resolution photographs of components, placed on the airframe and stored with the part's identity, so its condition at removal is documented.
- Findings tied to location
- Dents, corrosion, wear and missing items marked where they were seen, with measurements and photographs, in a record that can be filtered, reported and audited.
- Remote expert review
- Engineers and customers open the record in a browser, look around and measure without travelling to the hangar, and agree on a disposition from the same evidence.
- Review in a headset
- The same capture viewed at full scale on Apple Vision Pro, where a reviewer can walk around a part and pull up its photographs in place, as described in the aerospace inspection case study.
- AI-assisted findings
- Vision and language models that pre-screen imagery for likely defects and draft the finding text for an inspector to confirm, reducing the time between capture and report.
- Confidential by design
- Processing on the operator's own hardware and network when aircraft, customer or program confidentiality requires it, with access controlled per aircraft and per part.
Where to start
A first engagement is usually one aircraft or one class of part. Laan Labs captures it with the client's team using equipment they already have, delivers the record in RadianceView, and reviews with inspectors and engineers how it fits their existing documentation and approval steps.
From there the workflow can be adopted as it stands on RadianceView, or built into the client's own maintenance systems. A visual record supports certified inspection and airworthiness processes; it does not replace them.
Related work

RadianceView Aircraft Documentation
Before a retired airliner is taken apart, its parts need a record. This is how RadianceView and an iPhone turn an aircraft into one: the whole airframe as a splat, the detail as photographs, every finding tied to where it was seen.

Asset Documentation
How Laan Labs is transforming the way industries document, inspect, and collaborate on critical assets using spatial computing and AI for Rapid Inspection & Documentation (RID).

InfraTech 3D Scanning
Workflow overview of how mobile phones are used to capture and create various 3D representations such as NeRF's and Gaussian Splats for managing InfraTech Assets.

Gaussian Splat Training on Mac with Metal
Most Gaussian splatting trainers are built on CUDA for NVIDIA GPUs. We ported a CUDA splat trainer to Metal so it runs natively on Apple Silicon. The result is 3D Splat App, a free app that trains splats locally on your Mac.

Apple Vision Pro
Our hands-on experiments with Apple Vision Pro, including building AirDraw - a finger painting app for visionOS - plus insights on spatial computing development and what excites us about the platform.
Laan Labs products in this field
- RadianceView — Inspection-grade visual records in a browser
- 3D Splat App — Gaussian splat training on Mac, with no cloud upload
Common questions
Does a 3D record replace a certified inspection?
No. It is supporting evidence. Certified inspection, approved data and airworthiness decisions remain with qualified people and existing procedures. What the record changes is how complete and how accessible the evidence is: every finding has a location and photographs, and anyone who needs to review it can.
What equipment is needed in the hangar?
A recent iPhone or iPad covers most part-level capture, and ordinary cameras cover the whole airframe. No scanner, tripod rig or special lighting is required, which keeps capture within reach of the inspectors already on the floor.
Can captures stay on our own network?
Yes. Laan Labs trains Gaussian splats and processes scans locally on Apple Silicon Macs and can set up the whole pipeline on a client's own infrastructure, so imagery of aircraft and parts does not have to leave the operator's control.
Start a conversation
Tell us about the project and one of the founders will reply. Email labs@laan.com or use the contact form.
Services for this industry: Capture Pipelines & Inspection, Gaussian Splatting, Spatial Computing, AR & VR
Other industries: Insurance & Claims, Real Estate, Medical & Body Scanning, Robotics & Automation, Utilities & Infrastructure, Construction & AEC