LiDAR Floor Plans for Insurance Adjusters: Faster Estimates on Property Loss Claims

Property loss adjusting hinges on accurate measurements. A misplaced wall on a room sketch turns into a wrong drywall quantity, a wrong flooring estimate, and — eventually — a supplement, a re-inspection, or a dispute. Adjusters know this. They are also under pressure to close more claims, faster, with less time in the field.

iPhone LiDAR scanning has matured to the point where it is a serious upgrade over a laser distance meter and a sketch pad. The accuracy is within roughly half an inch over a typical residential room, and a full single-family interior takes under fifteen minutes to capture. This article walks through exactly how property adjusters are integrating vPlan AR into their claims workflow.

The Site Visit Bottleneck

Most adjusters can write an estimate quickly once they have clean measurements. The bottleneck is the inspection itself: opening, photographing, measuring, sketching, and labeling each room. On a moderate-loss residential claim with five to eight affected rooms, the field sketch alone routinely eats 45 to 90 minutes — and that is before any photos are organized or any line items are entered.

Manual sketching is also where most of the rework comes from. Transposed dimensions, missed offsets, ceiling-height assumptions, and unmarked openings show up on the printed plan in the office and either force a phone call back to the insured or get carried into the estimate as best guesses.

Where LiDAR Fits in an Adjuster's Day

LiDAR replaces the slowest part of the inspection — manual measurement and sketching — with a roughly two-minute scan per room. The output is a dimensioned floor plan with walls, doorways, windows, and room labels detected automatically. You can read more about the underlying iPhone capture workflow in our guide on scanning a multi-room house with LiDAR.

What does not change is the rest of your process: you still photograph damages, mark scope, capture interview notes, and identify the cause of loss. LiDAR does not replace your judgment — it replaces the tape measure, the graph paper, and the 30-minute sketch you used to redraw cleanly at the office.

A Field-to-Estimate Workflow

A typical residential interior claim with vPlan AR runs like this: arrive on site, interview the insured, and start at the largest affected room. Scan each affected room individually — keep doorways open during the scan so the app can stitch rooms together with correct relative positions. After the last room, hit Finish and the app processes the scan in about 20 seconds.

In the on-device 2D editor, rename rooms to match the insured's terminology ("Master Bedroom", "Powder Room", "Bonus Room Upstairs") so the export matches the estimate language. Confirm wall lengths and openings; tap the few corners that the scan got wrong and drag them to snap into place. The editor's snap-to-corner behavior closes loops cleanly so the room areas are recalculated automatically.

Export a PDF for the claim file, plus an XML or DXF if your estimating platform consumes either. Most adjusters keep the PDF for documentation and use the structured export to populate room dimensions in their main estimating tool.

Getting the Plan into Your Estimating Tool

vPlan AR exports an XML file structured around rooms, walls, doors, windows, and dimensions. The schema is designed to map cleanly into the room sketch concepts used by mainstream property-loss estimating tools — including, by request from our adjuster customers, a layout that aligns with how Xactimate represents room sketches. (We are happy to share the XML schema and field mapping documentation with adjusters and IT teams evaluating an integration; email support@vplan.ai.)

For DXF, every room is on its own layer with walls, openings, and dimension annotations on dedicated sub-layers. That makes it easy to bring the plan into a CAD-driven estimating workflow or hand it off to a structural or engineering review.

If your shop runs on PDFs, the export includes per-room area, perimeter, and an automatic room table on the second page. That alone has eliminated the "did the adjuster write 12'4\" or 12'7\"?" follow-up call for many of our customers.

Commercial and Large Loss

Commercial property claims and large-loss residential adjustments compound the value of LiDAR because the floor plates are larger and the geometry is less standard. A 20,000 sq ft retail floor that took two adjusters a full day to sketch manually can be captured by one adjuster in under an hour with multi-level scanning enabled. For a deeper look at the multi-floor workflow, see our guide to multi-level floor plans for commercial properties.

Common contractor errors — like wrong corner angles, mis-stacked levels, and inconsistent unit handling — also show up in adjuster sketches. Our piece on the five floor plan mistakes that cost contractors time and money applies almost verbatim to property adjusting; the same patterns drive the same supplements.

Documentation that Holds Up

Every scan stores the date, GPS coordinates (with the insured's permission), and the device serial. The plan PDF includes a dimensioned page, a scaled overview, and per-room measurements with timestamps. In coverage disputes and subrogation cases, that level of documentation is a meaningful step up from a handwritten sketch.

For carriers and TPAs evaluating the workflow at scale: cloud sync (Pro and Business plans) means scans flow from the adjuster's iPhone into a centralized workspace where supervisors and desk adjusters can review the plan before the estimate is written. Team collaboration on the Business plan lets multiple adjusters work the same claim — useful on cat events.

If you adjust property claims and want a hands-on walkthrough of the iOS app and the XML export, contact us at support@vplan.ai or visit our pricing page to start a Pro trial.