- 01In 2026, Scan-to-BIM typically runs roughly $0.12–$0.60+ per sq ft depending on LOD, discipline scope, and building complexity.
- 02The biggest price driver is LOD: an architectural LOD 200 shell costs a fraction of a full multi-discipline LOD 350 MEP model of the same building.
- 03Field scanning is usually priced separately (per day or per sq ft); the modeling is what varies most by scope.
- 04Buying by "cost per sqft" alone is a trap — always tie price to a defined LOD, discipline list, and deliverable format.
- 05Spetia Engineering scopes Scan-to-BIM to your actual downstream use, so you don’t overpay for detail you’ll never use — or under-scope and re-model later.
Almost nobody publishes real Scan-to-BIM pricing, because the honest answer is "it depends" — and vague answers don’t sell. But you can absolutely bracket it. This guide gives concrete 2026 per-square-foot ranges, explains exactly what moves the number, and shows how to write a scope that gets you a fair, comparable price. The single most important idea: cost per sqft is meaningless without a defined LOD and discipline scope.
2026 Scan-to-BIM price ranges
These ranges cover the modeling of a point cloud into a BIM model. Field scanning is usually quoted separately (see below). Figures are indicative 2026 market ranges for typical commercial buildings and will vary with region, complexity, and volume.
| Scope | Typical LOD | Cost / sq ft (USD) |
|---|---|---|
| Architectural shell (walls, floors, roof, openings) | LOD 200 | $0.10 – $0.20 |
| Architectural + structural | LOD 200–300 | $0.18 – $0.32 |
| Full architectural + structural + MEP | LOD 300 | $0.30 – $0.50 |
| Detailed multi-discipline (MEP LOD 350+) | LOD 350 | $0.45 – $0.70+ |
| Industrial / plant (dense piping & equipment) | LOD 300–350 | $0.60 – $1.20+ |
What actually moves the price
- LOD (level of development): the dominant factor. Each step up (200 → 300 → 350) roughly adds modeling effort because more geometry and data are captured and verified.
- Discipline scope: architectural only is cheapest; adding structural and especially MEP multiplies the modeling. Dense MEP and industrial piping are the most expensive per sq ft.
- Building complexity: curved geometry, ornate heritage detail, and congested plant rooms cost more than simple rectilinear space.
- Deliverable & format: native Revit at a specified standard, IFC, and 2D sheet extraction each add scope. A model built to your BIM standard costs more than a loose model — and is worth it.
- Accuracy & tolerance: tighter modeling tolerance to the point cloud (e.g. for fabrication) increases QA effort.
How to buy Scan-to-BIM right
- 01Start from downstream use
Decide what the model is FOR — renovation design, MEP coordination, facilities management, area validation. That defines the LOD and disciplines you actually need.
- 02Specify LOD per element
You rarely need uniform LOD. Walls at 200, MEP at 300, one plant room at 350 is common. Specify per system to avoid overpaying.
- 03Define tolerance and format
State modeling tolerance to the cloud, the software/version, your BIM standard, and required outputs (RVT, IFC, 2D sheets).
- 04Separate scan and model
Quote field capture and modeling separately for transparency.
- 05Ask for a sample zone
A paid pilot on one area proves quality and calibrates the per-sq-ft number before you commit the whole building.
Right-sized Scan-to-BIM
The cheapest Scan-to-BIM is the one scoped to exactly what you’ll use — no more, no less. Spetia Engineering scopes to your downstream purpose, prices scanning and modeling transparently, and uses AI-assisted workflows to keep the per-sq-ft number competitive without cutting the accuracy that makes the model usable.
