Desk Adjusting Water Damage Claims From a Scaled 3D Capture

A dishwasher supply line lets go overnight. By the time the policyholder calls it in, the kitchen floor is up, the lower run of plasterboard has a tide mark, and the field schedule is a week deep. Desk adjusting water damage claims like this one usually stalls on two numbers nobody can read off a photo: how much wall is affected, and how high the water went.

Those two numbers drive most of the estimate. They decide whether the restorer cuts a flood line at one height or another, how many linear metres of skirting come off, and whether the loss stays on a desk or goes to the field queue. This post walks through getting both from a single phone walkthrough, scaled to a door frame, without sending anyone to site with a tape.

Why water losses keep leaving the desk

Water is not a rare claim. The Insurance Information Institute's figures for 2019 to 2023 put water damage and freezing at an average of 1.50 claims per 100 insured homes each year, with an average severity of $15,400, and at 22.6% of homeowners property damage claims in 2023 alone (Triple-I, 2025).

The friction is the evidence. A policyholder sends twelve photos, each framed by someone who does not know which question the estimator will ask. None of them carries scale, so the affected wall length is a guess, and the waterline height is an argument with the contractor later. When the photo set cannot answer it, the file goes to the field, and the claim waits for a slot. That handoff is the main reason desk adjusting water damage claims tops out at the simple ones.

Time is what the policyholder notices. J.D. Power's 2026 U.S. Property Claims Satisfaction Study reported an average repair cycle time of 29.6 days and an average of 40.7 days to final payment, even after both improved on the previous year. The same study found 49% of claimants already submitting photos for estimates or payments. Policyholders are willing to capture. The capture just needs to hold more than a photo does.

What a scaled walkthrough changes

A phone video, walked slowly through the affected rooms, can be reconstructed into a photoreal 3D scene using Gaussian splatting. The adjuster gets the room itself, and can look behind the island unit or check the wall nobody photographed.

On its own, a reconstruction has no reliable real-world size. That is the second step, and the one that turns a viewing aid into evidence. In Captures Studio, the adjuster picks two points on something whose true length is known, types that length, and the whole scene rescales to match. After that, any two points in the scene give a length, and three or more give an area and a perimeter.

The demand on the policyholder is one slow walkthrough of a minute or two per room, on a recent phone. The full detail of reference picking is covered in how to scale and measure a 3D capture.

Desk adjusting water damage claims from one walkthrough

Below is the workflow from first notice of loss to a link the supervisor opens. A field tech or restorer already on site can record it just as well as the policyholder.

Send capture guidance with the acknowledgement

Policyholder self-capture works when the instructions are short enough to follow while standing in a wet room. Send something close to this with the claim acknowledgement:

1. Turn on every light in the affected rooms and open the curtains.
2. Start recording in landscape at the doorway of the first room. Walk slowly. Keep the camera moving rather than stopping to point at things.
3. Pass along every affected wall at chest height, then again lower down, so the base of the wall and the floor are both in shot.
4. Film one full door frame, top to bottom, including the floor at its base. If a tape measure is to hand, hold it across the opening for a few seconds.
5. Send the video file as it came off the phone (MP4 or MOV), not a clip trimmed down for messaging apps.

The door frame is the important line: a known length in the same plane as the damage.

Upload and processing

The adjuster uploads the clip from the dashboard. Captures Studio takes ordinary phone video as MP4 or MOV, along with photos and 360 footage, and processes it in the cloud, so the desk needs no GPU and nothing installed. Most scenes are ready in 10 to 120 minutes depending on the length of the footage and the detail requested, and the adjuster is notified when it is done. The video to 3D page covers capture in more depth.

For teams desk adjusting water damage claims on a daily diary, that means a walkthrough received in the morning is a measurable scene by the afternoon diary review, not next week.

Scale the scene to a door frame

Open the scene in the editor and switch to Measure. The panel asks whether the scene is off scale and offers a Scale button. From there:

1. Choose Add reference.
2. Click the top of the door frame, then the floor at its base. The panel shows the measured length in scene units.
3. Type the real length in the Actual length field. The scene rescales.
4. Pick the unit you work in: metres, centimetres, millimetres, yards, feet or inches.

A second reference, such as the door width, catches a typo because the two would disagree. Press Done to keep the scale, or Discard to put the scene back as it was.

Measure wall length and waterline height

Back in Measure, each new measurement takes points clicked directly on surfaces in the scene. Two points give a length, read out to three decimal places in the chosen unit. More points close a polygon and return both area and perimeter.

For a typical kitchen loss, take three readings:

• Waterline height: floor to the tide mark, at two or three places along the wall, because water rarely leaves a level line.
• Affected wall length: along the base of each wet wall, corner to corner or to the edge of the staining.
• Floor area: a polygon around the wet flooring, for the flooring line item.

Name each measurement as you go ("North wall waterline at sink") so the panel reads like a line-item sheet.

Add hotspots with notes and photos

Measurements live with the adjuster. The story of the loss goes into hotspots that anyone opening the scene can click. In the Splat Editor, each hotspot is pinned to a spot in 3D and can carry text, an image, a video or a link, with a details panel for longer notes and a saved camera view so it opens looking at the right wall.

Useful hotspots on a water loss:

• At the source: a close photo of the failed supply line or fitting, and the plumber's note if there is one.
• On each wet wall: the measured waterline and wall length, typed into the note.
• At the meter or floor: the moisture readings the restorer reported, attached as a photo of the meter display or a link to the drying log.
• At anything excluded or pre-existing, so the decision is recorded where the condition actually is.

Moisture damage documentation stops being a folder of loose attachments: each reading sits on the surface it describes.

Share the link with a supervisor or contractor

The same approach used for remote site inspection with 3D capture applies here. Set the project to Unlisted, which means only people with the link can view it. Copy the shareable link from the share dialog and paste it into the claim notes, the authority request to a team lead, or the scope sent to the restoration contractor. The scene opens on a phone, tablet or desktop with no app and no account needed to view. A supervisor checking authority can walk the kitchen in the time it takes to read the estimate.

How it compares with the usual routes

Objections a claims team will raise

Is it as accurate as a tape? Not by default, and nobody should present it that way. Precision depends on the reference and on the capture: a sharp, well-lit walkthrough scaled to a measured door frame reads close to the tape, and a dim, fast clip scaled to an assumed door height reads less closely. Cross-check with a second reference. For a reserve or a scope review, that is usually enough. For a disputed line item, tape it.

What can a phone not see? Inside the wall cavity, under the flooring, and anything that needs a reading. Moisture content, wicking height above the visible tide mark, and drying progress all need a meter, which is the work a restorer documents against the ANSI/IICRC S500 water damage standard. The capture records where the damage shows. The restorer's readings say how far it goes, and they belong in hotspots on the scene, not instead of it.

Who has to learn something? The policyholder learns to walk slowly, which takes one paragraph of instructions. The adjuster learns two panels in the editor: Scale and Measure.

What happens to the data? A project shared as Unlisted is visible only to people who hold the link, and it is never listed in the public community. The original video stays in your own claim file, untouched, and remains the source evidence. Accounts sign in through Firebase and Google authentication, and account data can be deleted on request, as set out in the privacy policy. Carriers with stricter requirements can ask about the white-labelled enterprise viewer and the offline viewer, which opens scenes without a connection.

FAQ

Can a policyholder capture a water damage scene without training?

Yes, with a short written brief. The capture is one slow phone video per room with the lights on, passing each wet wall twice at two heights and including a full door frame. The common failures are walking too fast and stopping to point the camera, both of which a six-line instruction sheet prevents.

What reference should the adjuster scale to?

A door frame is the most reliable choice because nearly every room has one and it sits in the same plane as the damage. A taped measurement beats an assumed standard height. Adding a second reference, such as door width or worktop height, catches typing mistakes because the two references would disagree.

Does this work for a virtual claims inspection on larger losses?

It works for anything a phone can walk through: a flat, a basement, a ground floor. On a large or complex loss it is better used to triage and to scope the field visit, so the adjuster arrives knowing which rooms matter and what still needs an instrument.

Can I compare the capture with a later one after drying?

Yes. A second walkthrough after mitigation can be aligned with the first using Multi Splat, which compares two captures of the same space and can render the change as a short video. That gives a before-and-after condition record for supplements or disputes about what the restorer removed.

The desk already has the judgement to settle most water losses. What it usually lacks is two numbers and a view of the wall that nobody photographed. A slow walkthrough and one door frame give the adjuster both, on the same day the claim comes in, and the file only goes to the field when something genuinely needs a meter.