Architectural Scanning
for real-world decisions.
3D scanning that gives architects and engineers measured building documentation to design against immediately.
From site conditions
to a confident next step.
Architectural laser scanning solves the oldest problem in renovation work: the drawing set does not describe the building. We capture the existing conditions and deliver them in the form a design team actually uses — dimensioned plans, elevations, sections, and a model with the point cloud linked so anything can be verified.
The work is usually scheduled around occupancy. Offices, schools, museums, places of worship, and multifamily buildings get captured evenings and weekends, with the scan plan built around access rather than convenience. Where a façade or ornamental interior is involved, capture density is raised so profiles survive into the deliverable instead of being idealised.
For adaptive reuse and historic work, this pairs directly with our heritage documentation. For fit-outs and renovations, it feeds coordination: once the above-ceiling condition is measured, the routing argument between trades is settled with geometry rather than opinion.
- Floor plans, elevations, sections
- Revit model at an agreed LOD
- Ceiling, structure, and MEP where scoped
- Coordinated to your project datum
- As-built drawing set (DWG / PDF)
- Revit or IFC model
- Registered point cloud
- Reflected ceiling plans
Also called
Different teams ask for this work under different names. These all land on the same scope conversation.
Where design teams start from measurement
Architects inherit buildings, not blank sites. A measured base means the first design review argues about the design rather than about whether the wall is where the drawing says.
New York coverage includes existing building capture for architects in Long Island City.
Architectural Scanning questions
How is architectural scanning different from industrial scanning?
The difference is in the deliverable, not the field work. An architect needs dimensioned floor plans, elevations, sections, and reflected ceiling plans — usually a Revit model with the point cloud linked for verification — built to drawing conventions and layer standards a design team can work in directly, rather than a raw measurement dataset.
What do you actually deliver to a design team?
Measured floor plans, elevations, and sections in DWG and PDF, and a coordinated Revit or IFC model where the project needs one, all built from a registered 3D scan of the building. The point cloud stays available so the design team can verify any specific condition against the measured data directly.
Can you work around a building that's still occupied?
Yes, most architectural scanning happens in buildings that stay in use throughout — scanning is scheduled around occupancy, with any areas needing temporary access or quiet hours worked out during scoping rather than requiring the building to empty out.
How do you handle ornament, mouldings, and other non-standard geometry?
Decorative and organic geometry that resists standard parametric BIM modeling — cornices, mouldings, sculptural elements — gets handled in dedicated mesh and NURBS tools rather than forced into rectangular Revit families, so the profile that survives into the deliverable is the one that was actually measured, not an idealized straight line.
Do you capture above-ceiling conditions for renovation work?
Yes, above-ceiling capture is a standard part of architectural scanning scoped for renovation projects, since that is where coordination risk concentrates once a design assumption meets the field. It gets planned into the same site visit as the rest of the capture rather than treated as a separate trip.
Make the invisible
measurable.
Tell us what is inside, outside, and on the line. We will help you scope the capture and the handoff — in New York, New Jersey, or Connecticut.
Talk to a scanner