Matterport Alternative for Project Documentation
A Matterport tour is a good record of what a space looks like, and many teams start looking for a Matterport alternative when the project asks for something a tour was not built to do: drawings, a Revit model, dimensions someone will build to. Other 360-camera platforms make tours too, and they are worth comparing on hosting, price and viewer. But when the reason for the search is measurement, the alternative is not a different tour, it is a different instrument. This guide explains what a Matterport tour records, where it stops, and when a terrestrial laser scan, or both together, is the right record for project documentation.
What a Matterport tour records
A tour captured with a camera of the Matterport Pro3 class is a browsable walk-through: photographs you move through position by position, a dollhouse view of the whole model and a top-down floor plan view, opened as a link in any browser. By its specifications the camera is a lidar camera with a class 1 laser and a depth accuracy of plus or minus 20 mm at 10 m, so distances can be read on screen, wall to wall and floor to ceiling; Matterport’s own support page states how accurate those on-screen dimensions are. The tour is hosted on Matterport’s platform, and the depth data behind it can be exported as an E57 point cloud at the camera’s accuracy.
That makes a tour the right record when the question is what a space looks like and how it is laid out: a leasing walk-through, a progress record on a construction site, a facility reviewed by people who cannot visit, a condition record at the start of a lease.
Where a tour stops
A tour is built for looking, and its measurements are built for orientation. When drawings or a Revit model will be built on the record, every line inherits the accuracy of the data it was traced from, and a drawing can be no more accurate than its source. A terrestrial laser scanner of the Trimble X7 class holds a 3D point accuracy of 2.4 mm at 10 m (one standard deviation) by its datasheet, several times tighter than the tour camera, and its registered point cloud is delivered in E57, the ASTM exchange format for 3D imaging data, and in RCP/RCS so Revit links it directly, with a registration report that lists the average error of each station and the overlap between scans. That cloud is what as-built drawings and a scan-to-BIM model are built on.
The difference shows up in the places a project cares about: a ceiling height a duct has to clear, the position of a column a new partition meets, the plane of a facade a curtain wall is fabricated to. For layout, feasibility and rough quantities a tour is enough; for sheets and models that will be built to, it is not.
The alternative is usually both
For a renovation the two are usually ordered together, and they are captured on the same visit. The tour gives the owner, the tenant and the people who will never open a CAD file a way to walk the building; the laser scan gives the design team the measured base. The laser scanner can also photograph each station with its own cameras, so the point cloud comes with panoramic images of its own, though not a walk-through. Delivered together, the tour is for walking and showing and the cloud is for measuring and modeling. The 3D virtual tours page describes the tour, and the 3D laser scanning page the scan.
How to choose
Ask what the record is for. If people need to see the space and find their way around it, order a tour. If someone will draw, model, fabricate or check a design against it, order a laser scan. If both happen on the same project, which is common for a renovation or a fit-out, order both and have them captured on one visit. And whichever tour platform you choose, check how long the tour stays hosted and on what terms, since a tour is often the record people return to years later.
Price and time
A tour is quoted on the floor area and the number of floors; ordered with a laser scan it is captured on the same visit and quoted with the scan. A registered point cloud alone starts at about $1,200, and typical ranges from recent projects with drawings or a model on top are $2,000 to $4,500 for a house or an apartment and $3,000 to $9,000 for an office or a commercial floor. The quote arrives within one business day of your sending the address and the floor area. A house is usually captured in a few hours and a commercial floor in a day. We capture in all 50 states.
FAQ
Who are Matterport’s main competitors?
For tours, other 360-camera platforms such as iGUIDE and CloudPano, which compete on capture hardware, hosting terms, floor plans and price. For measured documentation, the alternative is a terrestrial laser scan rather than another tour platform.
Is there a free alternative to Matterport?
Some tour platforms offer free or entry-level plans with limits on the number of tours or hosting time; plans change often, so compare current terms, and check how long a tour stays hosted.
What is the best Matterport alternative for project documentation?
It depends on what the record is for. For a browsable walk-through, other 360-camera platforms compete with Matterport on hosting and price. For drawings and models, the alternative is a terrestrial laser scan, rated at 2.4 mm at 10 m (one standard deviation) by its datasheet.
Is a Matterport tour accurate enough for as-built drawings?
For layout and feasibility, yes. For as-built drawings and Revit models that will be built to, no: those are traced from a laser scan, several times more accurate than the tour camera’s 20 mm at 10 m.
Can I get a point cloud from a Matterport tour?
Yes, the depth data can be exported as an E57 point cloud, at the camera’s accuracy of about 20 mm at 10 m.
Can a tour and a laser scan be captured together?
Yes, on the same visit. The tour is for walking and showing, the point cloud for measuring and modeling.
How much does it cost?
A tour is quoted on the floor area. A registered point cloud starts at about $1,200; with drawings or a model, a house usually runs $2,000 to $4,500. The quote arrives within one business day.
Sources
- Matterport, Pro3 camera technical specifications: lidar, laser class, depth accuracy, E57 export.
- Matterport support: how accurate are dimensions in Matterport Spaces
- Trimble X7 3D laser scanning system datasheet: 3D point accuracy, registration report.
- ASTM E2807, Standard Specification for 3D Imaging Data Exchange: the E57 file format.
