Matterport Floor Plans: Converting 3D Spaces into 2D Floor Plans
Organize 3D digital spaces into clear 2D floor plans, making space layouts, area information, and cross-departmental communication easier.
In space analysis, layout planning, or project discussions, a clear floor plan can often help participants more quickly understand spatial locations, room relationships, and traffic flow.
Matterport Floor Plans can convert existing Matterport 3D space data into easy-to-read and share 2D schematic floor plans. Through Matterport's Schematic Floor Plan add-on service, users can obtain floor plans suitable for presentations, space discussions, and document organization.
This article will introduce its application scenarios, area calculation standards, delivery formats, ordering methods, and key professional acceptance points.
1. What tasks can Matterport Floor Plans help with?
For users, floor plans can serve as a common basis for discussing spatial information. The following are application suggestions for Matterport Floor Plans based on different usage scenarios.
Campus and Research Facility Management
Organize the spatial relationships of classrooms, laboratories, and public areas, helping users understand facility layouts and spatial distribution.
Corporate Office Space Planning
Discuss work areas, meeting rooms, and traffic flow, serving as a communication basis for adjusting office environments.
Project Proposals and Cross-Departmental Collaboration
Present the current state of a space in presentations or reports, reducing understanding gaps caused by verbal descriptions alone.
Space Usage Research
Serve as a site background image, combined with interviews, observations, or other measurement data, helping organize research information.
Key Application Point: The main value of Matterport schematic floor plans is converting complex spatial information into 2D drawings that are easy to communicate, display, and discuss.
2. Can Matterport Floor Plan dimensions be used as engineering references?
The drawing dimensions provided by Matterport Floor Plans are approximate values, suitable for helping users understand spatial layouts and dimensional relationships.
However, schematic floor plans are primarily for visual presentation, and are not recommended for direct use as construction blueprints.
If a project involves laboratory equipment installation, fixed furniture fabrication, precision equipment configuration or engineering design, on-site measurements meeting the project requirements and professional verification should be arranged separately.
Important Reminder: Dimensions on the floor plan can be used for preliminary discussions, but cannot replace formal measurement results. Especially when construction, precision configuration, or safety requirements are involved, measurement data meeting the project standards should be taken as the authority.
3. How is the area of a Matterport Floor Plan calculated? RICS vs. ANSI
Matterport provides RICS and ANSI two area measurement options.
Because the calculation boundaries of the two differ, even the same space may produce different area results.
Main Differences Between RICS and ANSI
| Comparison Item | RICS Option | ANSI Option |
|---|---|---|
| Area Metric |
Total interior area GIA |
Total living area GLA |
| Main Measurement Boundary | The inner surface of exterior walls | The outer surface of exterior walls of finished living spaces above ground level |
| Key Interpretation Point | Area within the building | Qualified finished living spaces |
The above content is a summary of Matterport service options. Which areas are actually included and excluded still needs to be confirmed based on the selected standard and applicable conditions.
Why "Length × Width" Does Not Always Equal Room Area?
If a room is L-shaped, or has recessed corners and irregular boundaries, directly multiplying the maximum length by the maximum width may include non-existent corner areas in the calculation.
Therefore, you cannot simply multiply the length and width of each room on the drawing, then add them up to check the total area.
Area Interpretation Suggestion: When comparing different spaces or different versions of floor plans, you should first confirm whether RICS or ANSI is being used, to avoid misjudging area differences due to different measurement boundaries.
4. What Files Are Provided with Matterport Floor Plans?
The delivery contents of the Matterport Schematic Floor Plan include PNG, SVG, and PDF.
PNG and SVG are provided separately for each floor, and there is also a PDF that integrates all floors into a single page. The PDF provided by the official platform is in raster format.
Comparison of PNG, SVG, and PDF Formats
| File Format | Features | Recommended Use |
|---|---|---|
| PNG | Raster image, easy to insert into documents | Presentations, research reports, internal documentation |
| SVG | Vector image, can be edited with vector graphics software | Adjust labels, font sizes, and layouts |
| Integrates all floors, easy to view | Cross-departmental distribution, review, and archiving |
File Usage Reminder: SVG is suitable for visual editing, but this does not mean the drawing automatically has engineering-grade measurement accuracy. The readability of the PDF after zooming should also be assessed based on the original output quality.
5. How to Order Matterport Floor Plans?
Matterport Floor Plans are an additional add-on service. Users must have a Matterport account and space eligible for this service, and confirm that the account administrator has enabled the relevant add-on permissions.
Schematic Floor Plan Ordering Process
-
Log in to the Matterport backend
Enter the space management interface in the account.
-
Select the space for which you want to create a floor plan
Confirm the scan results and floor data.
-
Open Add-Ons
Find the add-on service option in the corresponding space.
-
Select Schematic Floor Plan
Confirm the ordering information and place the order according to the on-screen instructions.
-
Download and accept the results after receiving them
Check the floors, dimensions, labels, and file contents.
Regarding Delivery Time: The original data does not provide a clear number of delivery days. For actual processing time, price, and ordering eligibility, please refer to the latest information on the Matterport ordering screen.
6. How Should Professional Users Accept Floor Plans?
After receiving the Matterport Floor Plans results, it is recommended to perform the following checks based on project requirements.
| Acceptance Item | Recommended Check Content |
|---|---|
| Spatial Completeness | Does it include the floors and areas expected to be presented |
| Name Consistency | Do the room and floor names match the set configuration |
| Dimensional Reasonableness | Do key dimensions match the known current status |
| Document Readability | After inserting into a report or presentation, is the text and labeling still clear |
| Data Traceability | Are the original files, versions, and delivery dates saved |
Error Reporting Period: According to the original service description, if a drawing error is found, please report it within two weeks after receiving the order.
It is recommended to check the files immediately after receiving them, and keep the order records and original results for easy subsequent tracking and communication.
7. Need More In-Depth Spatial Analysis? Consider MatterPak and E57
Matterport schematic floor plans are suitable for quickly understanding layouts, explaining spatial relationships, and conducting layout discussions.
If the project requires more in-depth 3D modeling, point cloud analysis, or engineering software processing, you can further evaluate MatterPak or E57 and other different data results.
Floor Plans
Suitable for 2D spatial presentation, floor layout, area discussion and document sharing.
MatterPak／E57
Suitable for projects that need further evaluation of 3D data processing, point cloud analysis, or engineering workflows.
When choosing a data format, you should first confirm the software to be used later, project delivery requirements, and measurement accuracy requirements.
Conclusion: How to Make Matterport Floor Plans Truly Valuable?
The value of Matterport Floor Plans lies in organizing 3D spatial data into easy-to-discuss 2D floor plans.
Whether for campus management, corporate space planning, site inventory, or cross-departmental collaboration, it can help participants establish a common spatial understanding.
Confirm These Three Things Before Use:
- What question does this floor plan need to answer?
- What level of measurement accuracy does the project require?
- How will the data be used and delivered later?
When the work involves precision equipment configuration, engineering design, or quantitative analysis in research, it should be combined with on-site measurements and professional verification that meet the requirements.
By incorporating the drawing's purpose, measurement standards, and acceptance methods into the preliminary planning, the floor plan can go from a clear visual presentation to becoming traceable, collaborative decision-making support data.
If there is a need for spatial scanning equipment, you can refer to the Matterport Pro3 3D LiDAR Scanner Performance Kit as a reference for equipment evaluation and purchasing planning.
Want to Turn a Construction Site into a Collaborative Digital Twin?
If you are planning BIM, VDC, Scan-to-BIM, construction progress recording, or remote construction site management, 3DMart can help you understand Matterport 3D scanning equipment , digital twin workflows and suitable implementation plans.
Through Matterport Pro3 and other 3D scanning solutions, you can digitize the on-site space, establishing a more intuitive spatial data foundation for design, construction, delivery, and operations teams.
Contact 3DMart to arrange a demonstration or request a proposal