As-Built Drawings Cost: What Changes the Price
There is no single dollar-per-square-foot rate for as-built drawings, and any quote that leads with one is guessing. Price tracks element density and level of detail, not floor area. A bare DWG floor plan of a 5,000 sqft tenant space and a full architectural package with reflected ceiling plans, elevations, sections, and selected MEP for the same space are both “as-builts,” but the second can cost several times more. So the honest answer to “how much do as-built drawings cost” is: it depends on the drawing list and the detail, and below is how that actually breaks down.
One more thing up front. There is no neutral industry benchmark for as-built pricing. Standards like the USIBD Level of Accuracy (LOA) and GSA documentation guidelines define how accurate and complete a deliverable must be, not what it should cost. The ranges on this page are typical US vendor figures, including ours, framed as a planning aid and not as a published market rate.
Three scopes that get priced very differently
Most confusion about cost comes from comparing quotes that are not for the same work. As-built projects split into three scopes, and you should not compare a number from one against a number from another.
Field capture only (the scan). This is the on-site work: setting up a laser scanner, capturing the space, and registering the data into a clean point cloud. We run a Trimble X7, and a full scan day on site can run up to roughly 12 hours. Field capture is typically billed by the day or hour, in the range of about $3,200 to $5,000 per day or $200 to $500 per hour. The output is a registered point cloud (E57, plus RCP/RCS for Autodesk workflows), not finished drawings. This is the part we are strongest at and own end to end.
Drafting and modeling only. This is turning an existing point cloud into drawings or a model. As a rate, light shell-and-core CAD drafting runs around $0.10 to $0.30 per sqft, while dense, detailed work with MEP and irregular conditions can reach $1 to $10-plus per sqft, or roughly $50 to $150 per hour. The spread is enormous because it is driven by how many elements get drawn and to what detail.
Turnkey (scan plus drawings). One vendor handles capture through delivered DWG or PDF sheets. Basic packages at LOD 200 to 300 detail tend to land around $0.50 to $3 per sqft; high-detail packages with dense MEP run $3 to $10 per sqft. Turnkey is usually the cleanest to budget because one team owns the data from field to deliverable.
The most reliable framing: by building type
Per-square-foot math breaks down on small jobs (fixed setup and travel dominate) and on very large or very simple ones. For planning a turnkey budget, building type is the more reliable lens. These are typical US ranges for scan-backed as-built drawings, not fixed prices.
| Building type and size | Typical turnkey range |
|---|---|
| Small commercial, under 10k sqft | $1,500 - $4,000 |
| Mid-size office | $4,000 - $14,000 |
| Warehouse, 100k - 500k sqft | $18,000 - $55,000 |
| Hospital | $20,000 - $60,000 |
| Industrial / process facility | $10,000 - $100,000+ |
Notice the warehouse. Half a million square feet can cost less than a hospital a fraction of its size, because a clean open warehouse has low element density while a hospital is wall-to-wall rooms, ceilings, and equipment. That is the whole point: density and detail, not area.
What pushes a quote up or down
A handful of multipliers explain most of the variation around a baseline. A rush turnaround under three days typically adds 25 to 50 percent because it requires extra staffing and compressed QA. Moving from LOD 300 to LOD 350 detail adds roughly 30 to 50 percent, since the team models more geometry and makes more object-level decisions. Capturing an occupied space or working after hours pushes field labor toward 1.5x. If a project requires a licensed surveyor to stamp control or a boundary, budget an extra $3,000 to $5,000. Rural sites can come in 20 to 30 percent lower on the drafting side, though travel can eat part of that back.
Start with the drawing list, not the square footage
The single fastest way to make an as-built quote accurate is to name the drawings you need. A measured plan of walls and openings is a different job from a package that also carries ceiling grids, lights, diffusers, exposed structure, and elevations. Each view type adds its own interpretation work, so it is worth listing them out.
| Drawing type | What drives its cost |
|---|---|
| Floor plans | Walls, openings, stairs, shafts, fixtures, dimensions |
| Reflected ceiling plans | Grids, soffits, lights, diffusers, sprinklers, overhead features |
| Elevations | Exterior or interior faces, openings, materials, facade detail |
| Sections | Floor-to-floor heights, structure, ceiling zones |
| Roof plans | Access, slope, equipment, parapets, safety constraints |
Quote each view type as a separate line item where you can. That lets you add or drop scope without repricing the whole package, and it keeps everyone honest about what “as-builts” actually means on your job. For a fuller breakdown of what belongs in a set, see what as-built drawings include.
Level of detail is the real lever
Level of detail decides how much gets drawn and how precisely irregular conditions get represented. A planning-level floor plan shows walls, doors, windows, stairs, and basic dimensions. A coordination-grade package adds ceiling grids, light fixtures, diffusers, equipment, millwork, floor elevation changes, and selected MEP routing. The right level depends entirely on the downstream use: a landlord’s leasing plan, a permit set, a restoration record, and an MEP coordination model do not need the same information, and paying for detail the design team will never use is the most common way budgets get wasted. If the deliverable is a Revit model rather than flat drawings, the LOD 200 vs LOD 300 guide and our scan-to-BIM cost factors cover that side.
Ceilings, MEP, and access: the quiet cost drivers
Reflected ceiling plans and MEP raise cost fast. If ceilings are closed, hidden systems are not visible without lifting tiles, which means access approval and time on site. Occupied spaces force capture to work around operations. Roofs and facades may need lifts or special access. None of this should be assumed: do not treat MEP as included unless the quote says so in writing.
Old drawings can help by giving room names, grids, and tenant boundaries as a reference, but they should never be treated as measured truth. They are often outdated, drawn to design intent rather than as-built, or missing later renovations. If you need verified existing conditions, field capture still does the real work. Our existing conditions documentation guide walks through choosing the right output, and point cloud to CAD services covers the drafting path.
How to get a tighter number
A vague request (“we need as-builts for the building”) gets a padded, defensive quote. A specific one gets a real price. For a useful turnkey quote, send the project address, approximate square footage and floor count, the required drawing list and file formats (DWG, PDF, RVT, or a registered E57 point cloud), your deadline, any access or occupancy restrictions, whether ceilings and MEP are in scope, and any CAD standards or title blocks you want us to follow. Sending standards up front matters: reworking a finished package into a new title block or layer scheme after delivery often costs more than setting it up correctly from the start.
If you can scope it tightly, we can price it tightly. Request a quote with your drawing list and we will scope the field day and the deliverable against it, or talk it through with us on the as-built documentation service page and the 3D laser scanning service.
FAQ
What are as-built drawings?
As-built drawings are measured records of a structure as it actually exists, rather than as it was originally designed. They capture the real positions of walls, openings, ceilings, structure, and selected systems, and are used for renovation design, leasing, facility records, and coordination.
How much does the laser scanning part cost on its own?
Field capture is usually billed by the day or hour, roughly $3,200 to $5,000 per day or $200 to $500 per hour in typical US pricing. That covers on-site scanning and registration into a clean point cloud, not the finished drawings.
Who is responsible for as-built drawings?
It varies by contract. On construction projects the general contractor or trades often mark up changes, and an architect or a documentation provider produces the formal set. For renovation and facility work, owners frequently hire a third-party reality-capture firm to scan the building and produce verified as-builts independently.
As-built vs record drawings: what is the difference?
Record drawings (sometimes “record set”) are the design documents marked up with changes reported during construction. As-built drawings, when produced from a field survey or laser scan, reflect verified measured conditions on site. Field-measured as-builts are generally more reliable than markups.
How do I get as-built drawings made?
Define the drawing list and level of detail, then send the building details and any existing plans or CAD standards to a provider. For verified conditions, the work starts with a field scan, which becomes a registered point cloud and then the DWG, PDF, or Revit deliverable you specified.
Last reviewed: May 2026.