Overview
Matterport Schematic Floor Plans are supplied in both PDF and SVG (Scalable Vector Graphics) formats.
Whilst the PDF is suitable for printing and review, the SVG file can be converted into a DXF (Drawing Exchange Format) for use within AutoCAD and many other CAD applications.
This provides an excellent starting point for architects, engineers, interior designers, facilities managers and surveyors who wish to develop Matterport outputs into fully editable CAD drawings.
Why Convert SVG to DXF?
Converting the Matterport SVG file allows you to:
- Edit floor plans in AutoCAD.
- Add dimensions and annotations.
- Create architectural layouts.
- Produce refurbishment drawings.
- Develop fit-out proposals.
- Generate facilities management documentation.
- Use the plan as an accurate tracing reference.
Method 1 – Using Inkscape (Recommended)
Inkscape is a free, open-source vector graphics editor that provides an accurate desktop-based conversion process.
Desktop conversion also avoids uploading client data to third-party cloud services.
Step 1 – Install Inkscape
Download and install the latest version of Inkscape from:
Step 2 – Open the SVG
- Launch Inkscape.
- Select File > Open.
- Choose the Matterport SVG floor plan.
Step 3 – Export to DXF
- Select File > Save As.
- Choose:
Desktop Cutting Plotter (AutoCAD DXF R14) (*.dxf)
- Review the export options.
- Confirm the required units and scaling.
- Save the file.
Your floor plan is now available in DXF format.
Alternative Method – LibreCAD
LibreCAD also supports importing SVG files and exporting or saving them in DXF format.
It is another excellent free desktop application for users who do not own AutoCAD.
Why Desktop Software?
Many organisations work with confidential or commercially sensitive drawings.
Desktop applications such as Inkscape and LibreCAD ensure client information remains on your own computer rather than being uploaded to cloud conversion services.
This is particularly important when working with:
- Government organisations
- Healthcare providers
- Defence projects
- Financial institutions
- Commercial property
- Critical infrastructure
Verify the Drawing Scale
After conversion, always verify that the drawing has retained the correct scale.
Step 1
Open the DXF in AutoCAD or your preferred CAD application.
Step 2
Use the Measure command to check a known dimension, such as:
- Door width
- Corridor width
- Room dimensions
Step 3
Compare the measured value with the reference dimensions shown on the Matterport Floor Plan PDF.
Step 4
If necessary, use AutoCAD’s Scale command to proportionally resize the drawing until the measurements match.
Never assume that any SVG conversion has preserved the correct scale without verification.
Organising the CAD File
Once the drawing has been verified:
- Save a clean master copy.
- Create separate CAD layers.
- Organise elements into logical groups.
Typical layers include:
- Walls
- Doors
- Windows
- Fixtures
- Furniture
- Text
- Dimensions
- Hatch patterns
Well-organised layers make future editing considerably easier.
Integrating into Your CAD Workflow
Many professionals use the converted DXF as:
- A tracing underlay.
- A refurbishment drawing.
- A fit-out layout.
- A facilities management plan.
- A space planning document.
- The basis for architectural development.
This can save many hours of manual drawing.
Best Practice
- Always retain the original SVG.
- Verify every converted drawing.
- Never rely on automatic scaling.
- Keep an untouched master DXF.
- Use layers from the outset.
- Prefer desktop software when handling confidential client information.
- Create a repeatable workflow for regular conversions.
Final Thoughts
Converting Matterport Schematic Floor Plans from SVG to DXF is a straightforward process that allows your Matterport deliverables to integrate seamlessly with professional CAD workflows.
Whether you choose Inkscape, LibreCAD or another desktop solution, always verify the drawing against Matterport’s reference dimensions before commencing further design work. This ensures your drawings remain accurate, reliable and suitable for architectural, engineering and facilities management applications.
