There’s no single fixed price for 3D laser scanning cost, and any quote that gives you one figure before asking about your site is guessing. Five things actually move the number: how many surveyors you send, whether the job needs SLAM or TLS, how experienced the crew is, whether you actually end up owning the […]
There’s no single fixed price for 3D laser scanning cost, and any quote that gives you one figure before asking about your site is guessing. Five things actually move the number: how many surveyors you send, whether the job needs SLAM or TLS, how experienced the crew is, whether you actually end up owning the point cloud, and how the data gets delivered to you.
None of those change your bill by a tidy percentage, so the honest answer is a set of ranges and a conversation, not a rate card. Here’s what each one actually does to a quote.
Yes, but not in a straight line. One surveyor covers most terminal work on their own, and adding a second person to the crew shortens the programme without halving the price.
That’s because a lot of what you’re paying for isn’t hands on a scanner, it’s mobilisation, site induction, permits and processing time, and those costs don’t scale down just because there are two of you splitting the scanning. A two-person crew is the right call when the programme has a hard deadline or the site can only be accessed in a limited window, not simply because it sounds faster.
Yes, and this is where most quote comparisons go wrong. SLAM (handheld, walk-around scanning) is faster on the ground and cheaper per square metre; TLS (tripod-mounted terrestrial scanning) is slower to set up but more accurate.
The numbers back this up. A static TLS survey typically holds accuracy around 1.9mm at 10 metres, against roughly 15 to 20mm for mobile SLAM capture in the same conditions, and a mobile crew can cover 100,000 to 150,000 square feet a day against 10,000 to 15,000 for static scanning, around ten times the ground covered. That speed is exactly why SLAM looks cheaper on a quote. The gap between two prices for the same site is often just one firm pricing SLAM against a scope that actually needs TLS accuracy, and the client only finding that out once the model comes back short of what they needed.
Yes, and it shows up as scans per day rather than as a line on the invoice. Someone who has worked a live process site before knows where to stand, what needs a permit and what will be parked in front of the asset they need at 7am, and that experience is the difference between a full day of scanning and a day mostly spent waiting.
On our own jobs, an experienced crew gets through 70 to 80 scans in a clear eight-hour tool-time day, against 50 to 60 on an occupied or access-restricted site, for the same day rate. That’s roughly 30% less data captured for the same money, purely down to how much of the day is actually spent scanning rather than working around people, plant and permits.
Not always, and this is the one nobody researches before signing. Plenty of firms hand over the drawings or the model and keep the registered point cloud itself, which means any further work on that site has to go back through the original surveyor, whatever you actually need next.
We picked up a client who had previously commissioned 3D surveys of government plant rooms elsewhere; the earlier surveyor wouldn’t share the registered point cloud, only the 3D model that had been derived from it. That left the client unable to get a second opinion, commission a different deliverable, or bring the work in-house without re-scanning the site from scratch. Point clouds are typically handed over as either E57, an open, vendor-neutral format defined by the ASTM E2807 standard, or as Autodesk’s proprietary RCP/RCS formats, which are built to work inside ReCap, Revit, AutoCAD, Navisworks, Civil 3D and InfraWorks rather than to be portable elsewhere. Before signing, ask plainly whether the registered E57 or RCP file is included in what you’re paying for, not just the drawings that come out of it.
Yes. Handing the point cloud over on a hard drive costs almost nothing extra. Putting it in a hosted viewer is a running cost, and it’s in the price whether or not it’s itemised as its own line.
Potree is a free, open-source WebGL point cloud viewer built for exactly this, viewing large scans in a browser without special software, while a platform like Cintoo turns scan data into a hosted, collaborative digital twin with ongoing subscription costs behind it. Neither option is wrong, but a quote that includes a hosted viewer and one that only includes a drive handover are not the same product, and comparing them on day rate alone misses where a meaningful part of the cost actually sits.
Put together, that’s what drives 3D laser scanning cost on any given site:
| Cost driver | What it does to your quote |
|---|---|
| Surveyors on site | More crew shortens the programme, doesn’t halve the price |
| SLAM or TLS | SLAM is faster and cheaper per square metre; TLS is slower and more accurate |
| Experience in the field | More scans completed per day for the same day rate |
| Point cloud ownership | Registered E57/RCP handover can be priced separately from drawings alone |
| Data delivery method | A drive is near-free; a hosted viewer like Potree or Cintoo is a running cost |
Once you know those five things for your own site, 3D laser scanning cost stops being a guess and becomes a number specific to what you actually need. Give us a call or drop us an email and tell us about the site; we’ll come back with a quote built around it, not a rate card that assumes every site is the same. Start with our 3D laser scanning services page for what’s included in a typical survey.
About the author: Lewis Boxer is Founder and Director of Neonex Digital. He has 25+ years in the oil and gas industry, including time at Coryton Refinery, and 15+ years in terrestrial laser scanning, and is Autodesk certified.
