3D Laser Scanning Cost Calculator (UK 2026)

Why use this calculator?

A 3D laser scanning cost depends on four inputs — project size, deliverable scope, accuracy band, and region — and varies by 200% across the UK. A small commercial unit that costs £1,500 for a scan + 2D extraction might cost £3,000 with a Revit BIM model, and £5,000+ if it is a heritage building. This calculator gives you a 2026 national price band for each project type, then applies a regional multiplier to estimate your local cost.

What this calculator covers

This calculator returns a 2026 indicative price band for each of the main 3D laser scanning project types:

• Scan + 2D extraction (point cloud + floor plans, elevations, sections) — the right answer when the architect only needs 2D deliverables.
• Scan + Revit BIM (LOD 300) — the right answer when the design team is working in BIM.
• Heritage / listed building scan — higher accuracy, more scan positions, Historic England specifications.
• Industrial / complex site scan — large open spaces, plant, infrastructure.

It does not include:

• Drone photogrammetry — typically used for large open sites, with a separate pricing model.
• BIM coordination (clash detection, FM data extraction) — separate scope on top of the model.
• Specialist monitoring over time — separate scope, usually priced as a recurring service.

How the 2026 price bands are derived

The 2026 price bands in this calculator are a synthesis of:

• ThinkScan 2026 — 500 m² standard building at LOD 300, point cloud + Revit at ~£7–£10/m², model ~£3,500–£5,000 plus scanning and registration ~£1,500–£3,000; heritage uplift 15–30%.
• 3D Laser Scanning Services 2026 — drawings quoted at £300–£1,500 per drawing, full building sets £2,000–£6,000+; point cloud + 2D plans only around £5,000–£10,000 depending on drawing count and complexity.

The London premium is 20–30% above the national average.

What affects the price

Four factors move a 3D laser scanning quote up or down by 20–50%:

• Project size — the primary driver, with a near-linear relationship to floor area in m².
• Region — London premium 20–30%, South East 10–20%, North / Wales -5–15%.
• Deliverable scope — scan only is the baseline; 2D extraction adds 20–30%; Revit BIM adds 30–50% on top of the scan.
• Heritage / accuracy — heritage projects add 15–30% for the higher accuracy and more scan positions.

How to get a fixed quote

The calculator gives you a national price band. For a fixed-fee quote based on your specific project, contact us with:

• The building address and the approximate floor area in m².
• The deliverable scope (point cloud, 2D extraction, Revit BIM, heritage spec).
• The postcode so we can apply the regional multiplier.
• The timeline — standard 7–10 working days, or express 5–7 days at a 25–50% premium.

We return a fixed-fee quote within 24 hours, and a typical commercial building is on site within 1–2 weeks of instruction.

Frequently asked questions

Is 3D laser scanning the same as photogrammetry? No. 3D laser scanning uses a terrestrial scanner (FARO or Leica) that emits a laser beam and measures time-of-flight to calculate distance, producing a high-density point cloud. Photogrammetry uses overlapping photos and software to reconstruct a 3D model from 2D images. 3D scanning is more accurate but more expensive; photogrammetry is faster and cheaper for large open sites.

Do I need a 3D scan if I only need floor plans? No. For a typical 3-bed semi with a straightforward extension or loft, a 2D measured building survey is sufficient and cheaper. A 3D scan is the right answer when the building has complex geometry, when the architect needs a BIM model, when the project is a heritage or listed building, or when the data will be reused by multiple stakeholders.

What is the difference between FARO and Leica scanners? FARO and Leica are the two leading scanner brands in 2026. FARO Focus scanners are the workhorse for most projects. Leica RTC360 and BLK2GO scanners are the premium option, with higher accuracy, faster scan times, and HDR imaging built in.

What file formats do you deliver? The standard 2026 deliverables are E57 (the open point cloud format), LAS (a lidar-specific format), and a Revit BIM model (RVT) at the requested LOD band. PDF reports and 2D CAD extraction (DWG) are also available.

Is the calculator accurate? The calculator returns a 2026 national price band based on a synthesis of the major UK cost guides. It is accurate to within ±15–20% for a standard scope, and is a useful budgeting tool. For a fixed-fee quote, contact us with your specific project details.

How to use this calculator

To get the most accurate 2026 estimate, follow these steps:

1. Pick the project size band that matches your project. A heritage building with intricate ornamentation and complex geometry will sit at the upper end of the band.
2. Note the deliverable scope — the calculator returns a band for the standard scan + 2D extraction. Add 30–50% for a Revit BIM model.
3. Apply the regional multiplier for your postcode. London and the South East add 20–30% and 10–20% respectively.
4. Round up the upper end of the band for a contingency. A typical 2026 project should add 10–15% for access complexity or out-of-hours work.
5. Add the 3D scan fee to your total project budget. For a heritage or BIM-led project, the 3D scan is typically 2–5% of the build cost.

What this calculator does not cover

• Drone photogrammetry — typically used for large open sites, with a separate pricing model.
• BIM coordination (clash detection, FM data extraction) — separate scope on top of the model.
• Specialist monitoring over time — separate scope, usually priced as a recurring service.
• A measured building survey of the same building — separate scope (see the measured building survey cost calculator).
• Express turnaround — add 25–50% for a 5–7 day delivery instead of the standard 7–10 day delivery.