Point Cloud to Revit Model: Automated Conversion to a Native RVT

If you work in Revit and have a laser scan of an existing building, what you need is a Revit model of it: walls, floors, doors and windows you can edit, not just points. Revit can display a point cloud, but it only links Autodesk ReCap files (.rcp and .rcs), so an E57, LAS or PLY scan has to go through ReCap first. After that, someone traces every wall, door and window by hand, which takes hours or days per building.

Automated point cloud to Revit conversion skips the tracing. You upload the scan as it is, the building is modeled for you, and you download a native Revit file (RVT) that opens directly in Revit 2024 or later. The same download includes an IFC model for older Revit versions and other BIM software, and a DXF floor plan for every story.

This guide covers both routes: how to import a point cloud into Revit and model it yourself, and how to get the Revit model made automatically.

Why Convert Point Clouds to Revit?

Revit is the industry standard for Building Information Modeling (BIM), used by architects, engineers, and construction professionals worldwide, including AEC firms in the US. Converting point clouds to Revit enables you to:

• Create accurate as-built models from laser scan data
• Model renovations based on existing building conditions
• Generate floor plans, sections, and elevations directly in Revit
• Collaborate with team members using standard BIM workflows
• Export to other formats (DWG, DXF, PDF) from Revit, from a single source of truth

There are two ways to get there: model the building yourself over the point cloud, or have the model made automatically.

Method 1: How to Import a Point Cloud into Revit (and Model It by Hand)

Revit doesn't open raw scan files. According to Autodesk's Revit help, it links point clouds only in ReCap's indexed formats: .rcp (a project that groups several scans) and .rcs (a single scan). So the manual route has three steps: index the scan in ReCap, link it into Revit, then trace the building over it.

Step 1: Convert the Point Cloud to ReCap Format

First, you need Autodesk ReCap Pro, Autodesk's point cloud software. It reads your scan and saves it as a ReCap project (.rcp) with one .rcs file per scan.

What happens to your original scan format (from ReCap's list of supported file formats):

• E57 - From terrestrial scanners (FARO, Leica, Trimble). ReCap reads it.
• LAS - From LiDAR scanners and mobile mappers. ReCap reads it. LAZ (compressed LAS) isn't on the list, so decompress it to LAS first.
• PLY - Common from photogrammetry and mobile scanning apps. Not on ReCap's list either: convert it to E57 first (the free CloudCompare can do it).
• FLS - FARO's native format. ReCap reads it, or you can export E57 from FARO SCENE.

In ReCap Pro, you'll:

1. Import your point cloud file (E57, LAS, or a scanner format)
2. Register multiple scans if you have multiple scan positions
3. Clean up the point cloud (remove noise, unwanted objects)
4. Save the project as RCP (ReCap Project), with its RCS (ReCap Scan) files

Step 2: Link the Point Cloud into Revit

Once you have your RCP file, bring it into Revit (the steps from Insert a Point Cloud File in Autodesk's help):

1. Open your Revit project
2. Go to the Insert tab → Link panel → Point Cloud
3. For Files of type, choose Point Cloud Projects (*.rcp) or Point Clouds (*.rcs), then select your file
4. Choose a Positioning option, such as Auto - Origin to Origin or Auto - By Shared Coordinates
5. Click Open

Revit links the point cloud and shows it in every view except drafting and schedule views. But it's still just a point cloud, not Revit elements. You now have to trace over it to create walls, floors, doors, and windows.

Step 3: The Manual Tracing Nightmare

With the point cloud linked, you now face the most time-consuming step: manually tracing every single building element over the point cloud:

• Trace every wall, one by one, following the point cloud
• Manually place each door and window
• Create floor elements by tracing boundaries
• Model structural elements (columns, beams) individually
• Add annotations and dimensions manually

This manual tracing typically takes 8-40 hours per floor, depending on the size and complexity of the space. For a multi-story building, you're looking at weeks of tedious, repetitive work.

The automatic alternative: skip all three steps. Upload the E57, LAS, LAZ or PLY as it is, with no ReCap step, and download the building already modeled as a native Revit file. That's Method 2.

Method 2: Automated Workflow (Point Cloud → Native Revit Model)

The automated approach removes the tracing. Instead of spending days modeling over a point cloud, you upload the scan, the building is modeled for you, and you open the result in Revit as a native project file.

How Automated Element Detection Works

ScanToBIM-CAD uses AI to analyze your point cloud and model the building:

1. Upload your point cloud - E57, LAS, LAZ or PLY, in your browser, with no ReCap step
2. The AI models the whole building - It finds every story in the scan and models the walls (straight, diagonal and curved), doors, windows, floor slabs, ceilings, roofs, columns and stairs, inside and out, all in one model
3. Check the model on your own scan - Before you download anything
4. Download - A native Revit file (RVT), an IFC model, and a DXF floor plan for every story

The modeling runs unattended, and the model usually arrives within a few hours (in October 2026, typically about 3 hours after upload). You don't trace anything. Building services (pipes, ducts, electrical) and furniture are not modeled.

Why a Native Revit File (RVT), Not an IFC Import

For Revit users, the RVT is the file to use. It opens directly in Revit 2024 or later: native walls, floors, doors and windows on your levels, with no IFC import step. The ceilings, roofs, columns and stairs from the model are in the same file.

Because they're Revit elements, they behave like the ones you draw yourself: change a wall type, swap a door or window family, tag and schedule them, and cut plans, sections and elevations straight away.

One limit to know: Revit can't open a file saved by a newer version of Revit, and our RVT needs Revit 2024 or later. On an older version, use the IFC in the same download.

IFC for Older Revit Versions and Other BIM Software

Every download also includes an IFC (Industry Foundation Classes) model. IFC is the open international standard for BIM data exchange (ISO 16739), so it works beyond Revit:

• Autodesk Revit 2023 or older - File tab → Open → IFC creates a new Revit model from the file (Open an IFC File); to use it as a reference in an existing project, link it instead (Link an IFC File)
• Graphisoft ArchiCAD - Native IFC support
• Vectorworks - IFC import/export
• Bentley MicroStation - IFC support
• Blender - With an IFC add-on

An IFC opened in Revit is a translation from another format, so check the result. With Revit 2024 or later, the RVT saves you that step.

Step-by-Step: From Point Cloud to Revit Model

Step 1: Upload Your Point Cloud

Create a free account and upload your E57, LAS, LAZ or PLY file. Large files are fine: scans over 20 GB have been processed. If your scan is in a ReCap project, export it to E57 first; for FARO .fls and other native scanner formats, export E57 from the scanner's software. Viewing your scan in 3D is free; the AI model is $29 per scan, charged only when it is delivered. On the upload screen, click "Request AI modeling — $29 per scan" to order it.

Step 2: Check the Model on Your Own Scan

Within minutes you can walk around your scan in 3D. The model usually follows within a few hours. On the result page, drag the curtain across the building to compare scan and model, switch the scan to the Color, Density or Depth view to see where the walls really are, and look at the model Solid or with See inside (roofs off, rooms visible).

Step 3: Download the Revit File

Download it from the result page. $29 per scan gets you the Revit file (RVT), the IFC and a DXF floor plan for every story, whatever the number of stories. No subscription, no quote, no minimum. You order the model when you upload, and you're charged only when it's delivered; if the AI can't produce a reliable model, nothing is charged.

The IFC comes in two positions: Levelled (plumb and square) or As scanned (aligned to your raw scan). The DXF floor plans open in AutoCAD, where you can save them as DWG.

Step 4: Open the RVT in Revit

Open the RVT in Revit 2024 or later like any other project file. The walls, floors, doors and windows are already native Revit elements on your levels. There's nothing to import or map.

Step 5: Review and Refine

Then bring the model up to your office standards:

• Swap door/window types - Replace generic families with your project's standard families
• Adjust wall types - Change to match your project standards
• Verify dimensions - Spot-check critical measurements (the model is accurate to 2–3 cm)
• Add what isn't modeled - Building services (pipes, ducts, electrical) and furniture aren't part of the model; add them in Revit if you need them
• Add annotations and views - Dimensions, room tags, door/window tags, floor plans, sections, elevations

How long this takes depends on the building and your standards, but the bulk of the work (modeling every wall, opening, slab and story) is already done.

Comparison: Manual Tracing vs Automated Detection

Let's compare the two approaches side by side. The key difference is whether you trace every element yourself or get the building already modeled as a Revit file:

A third option is a scan-to-BIM service, where a modeler traces your scan in Revit for you. One US firm publishes BIM modeling rates of $1.00-$7.00 per square foot, and another firm's price guide mentions a minimum fee of $2,500 on most projects and 5-10 business days for delivery. See our comparison with scan-to-BIM services.

Best Practices for Point Cloud to Revit Workflows

Whether you choose the traditional or modern workflow, here are some best practices to ensure success:

1. Start with Quality Scans

The quality of your output depends on the quality of your input. Ensure your point cloud:

• Has good coverage (no major gaps)
• Is properly registered (multiple scans aligned correctly)
• Has appropriate resolution (not too sparse, not unnecessarily dense)
• Includes color data if possible (it makes the scan much easier to read when you check or trace the model)

For more information on scan quality, see our guide on as-built floor plans from laser scans.

2. Choose the Right Format

E57 is what most scanner software exports, and it keeps color and metadata. LAS, LAZ and PLY work for automated conversion too; for Revit's own point cloud link, they go through ReCap first (Method 1). For more on point cloud formats, see our comparison of E57 vs LAS vs PLY formats.

3. Verify Units and Coordinates

Check units and position before you build on the model. When you link a point cloud in Revit, the positioning option (Origin to Origin, By Shared Coordinates and so on) decides where it lands. If you use the IFC, choose Levelled or As scanned at download to match how you want it placed.

4. Review Before Finalizing

Always review the model carefully:

• Check dimensions against known measurements
• Verify wall locations and thicknesses
• Confirm door and window placement
• Look for any missing or incorrectly detected elements

5. Use Standard Revit Families

Swap the generic wall, door and window types for your project's standard Revit families and types. This keeps the model consistent with your BIM standards.

Common Issues and Solutions

Here are some common issues you might run into when bringing a scan-based model or a point cloud into Revit, and how to solve them:

Issue 1: The RVT Won't Open

Problem: Revit refuses to open the Revit file.

Solution: Check your Revit version. Our RVT needs Revit 2024 or later, and Revit can't open a file saved by a newer version. On Revit 2023 or older, open the IFC from the same download instead (File tab → Open → IFC).

Issue 2: Elements Missing After Opening the IFC

Problem: On an older Revit, some walls, doors, or windows don't appear after you open the IFC.

Solution: Revit writes a log file about the import next to the IFC (yourfile.ifc.log); check it first. Autodesk's Open an IFC File page explains the import options, including the IFC class mapping file.

Issue 3: Missing Elements

Problem: Pipes, ducts, electrical fittings or furniture aren't in the model.

Solution: They're not modeled: the model covers the building itself (walls, doors, windows, floor slabs, ceilings, roofs, columns and stairs). Add building services and furniture in Revit, with the linked point cloud as a reference for placement.

Issue 4: Performance Issues

Problem: Revit runs slowly with a large point cloud linked.

Solution: The model is small next to a point cloud, so the point cloud is usually what slows Revit down. Try:

• Hiding the point cloud in views where you don't need it
• Using worksets to control visibility
• Cleaning the scan in ReCap before linking (remove noise and areas you don't need)

When to Use Each Workflow

Both workflows have their place. Here's when to use each:

Conclusion: Eliminate Manual Tracing with Automation

The traditional manual tracing workflow has been the industry standard for years, but it's time-consuming, expensive, and error-prone. The automated approach removes the tracing and hands you the building already modeled in Revit.

Here's what automation gives you:

• Time savings: 8-40 hours of tracing per floor → none; the model usually arrives within a few hours
• Cost savings: $400-$2,000 per floor → $29 per scan, all stories
• A native Revit file: Opens in Revit 2024 or later with no IFC import step
• IFC and DXF included: IFC for older Revit and other BIM software, a DXF floor plan for every story
• Pay on delivery: Charged only when the model is delivered, checked on your own point cloud

If you're ready to stop tracing, upload your E57, LAS, LAZ or PLY file to ScanToBIM-CAD. You'll see the model on your own point cloud, then download the Revit file, the IFC and the DXF floor plans of the whole building.

Related Resources

• How to Convert Point Cloud to Floor Plan [2026 Guide] - Comprehensive guide covering manual and automated workflows
• As-Built Floor Plans from Laser Scans: Complete Workflow - Learn about as-built documentation workflows
• Faro Scanner to Floor Plan: Automated Workflow - Scanner-specific guide for Faro users
• IFC Specification (buildingSMART) - Official IFC format documentation
• Insert a Point Cloud File (Autodesk Revit Help) - Official steps for linking a point cloud in Revit