Matterport BIM Files Explained: From Scan to Revit in Days, Not Weeks

## The Gap Between Scan and Model For architects, engineers, and construction professionals, the traditional workflow for creating as-built BIM documentation follows a painful path: schedule a manual survey, wait for the surveyor, wait for the drafter, wait for the modeller — then discover that the model doesn't match what was actually built. Matterport BIM Files eliminate this workflow entirely. By generating **LOD 200 BIM files directly from a Matterport 3D scan**, teams can go from site condition to workable Revit model in as fast as **two business days** — at a fraction of the cost of traditional manual BIM production. --- ## What Are Matterport BIM Files? Matterport BIM Files are professionally produced **Building Information Models (BIM)** derived directly from the spatial data captured during a Matterport scan. They are delivered to **LOD 200 specification** — the industry-standard level of detail for early-stage design documentation — and exported in four universally compatible file formats: - **.RVT** — Autodesk Revit native project file - **.IFC** — Industry Foundation Classes (open BIM standard, compatible with ArchiCAD, Vectorworks, Tekla, and all major AEC platforms) - **.DWG** — 2D floor plan and reflected ceiling plan for AutoCAD - **.RCS** — Autodesk ReCap Point Cloud for point cloud-driven workflows --- ## Understanding LOD 200 LOD 200 (Level of Development 200) is the first milestone level at which BIM model elements carry meaningful geometric and spatial information: - Elements are represented with **approximate quantities, size, shape, location, and orientation** - Generic Revit families are used — walls, doors, windows, stairs, MEP components — as correctly-sized placeholders - Non-graphic attribute data can be attached to elements - The model provides a **reliable spatial foundation** for design development, renovation scoping, and client briefings LOD 200 is the correct starting point for the vast majority of renovation, refurbishment, and interior fit-out projects — giving design teams what they need to proceed without over-investing in precision that the project stage doesn't yet require. --- ## The Five BIM Package Options Matterport offers five distinct BIM package configurations to match different project types and professional requirements: ### 1. Architecture Captures the fundamental components of the building's internal structure: - Walls, doors, windows, and stairs - Ideal as a clean spatial foundation for architectural design development - The most cost-effective entry point for straightforward renovation projects ### 2. Architecture + Interior Furniture Expands the Architecture package with generic models of non-architectural interior elements: - Tables, seating, cabinets, appliances, and wall-mounted fixtures - Essential for interior design, space planning, and facilities management workflows - Provides a complete picture of how a space is currently configured and occupied ### 3. Architecture + MEP Adds generic models of existing Mechanical, Electrical, and Plumbing systems to the architectural base: - Mechanical equipment, visible pipework, plumbing fixtures, electrical outlets - Critical for building services coordination, M&E refurbishment, and building performance analysis - Eliminates the guesswork of what existing systems are installed and where ### 4. Architecture + MEP + Interior Furniture The most comprehensive standard package — combining all three above categories: - The closest approximation to a complete LOD 200 digital twin of the as-built interior - Preferred by multi-disciplinary project teams where architects, engineers, and interior designers share a single model reference - Ideal for complex renovation and fit-out projects with multiple stakeholder groups ### 5. Architecture + Complex MEP + Industrial Spaces Specialised for engineering-intensive environments: - Plant rooms, manufacturing facilities, fulfillment centres, and industrial processing spaces - Documents the sizing, locations, and configuration of complex mechanical equipment and industrial piping systems - Purpose-built for mechanical and structural engineering workflows in non-standard building typologies --- ## The Autodesk Revit Plugin Alongside the BIM file service, Matterport offers a **free Revit plugin** available from the Autodesk App Store. This plugin allows BIM coordinators to import Matterport BIM files and point cloud formats directly from their Matterport account — without any intermediate file conversion or manual import process. The plugin is compatible with Revit 2020 and later, and is actively maintained by Matterport. --- ## What the Industry Is Saying **ARUP — Regional Reality Capture Leader, Michael Alder:** > "With the fast ordering convenience of Matterport BIM Files, we can simplify our collective initial kickoff steps, from early engagement of internal team members to streamlined briefings for stakeholders. These benefits enable us to provide more responsive client service." **HH Angus — Director of Digital Services, Akira Jones:** > "There can be a lot of sticker shock with modelling costs that get passed on to the client. The **70% cost savings** with Matterport BIM Files is significant, so as more of our clients hear about this, they will be pleased." --- ## Accuracy, Limitations, and Best Practices **Camera Recommendation:** For spaces with high ceilings (above 4 metres), Matterport recommends the **Pro3 camera** — its enhanced LiDAR range maintains point cloud density at greater distances, which directly improves the accuracy of the derived BIM. **Scan Quality Matters:** BIM accuracy is a direct function of scan quality. Complete scan coverage, correct scanning technique, and avoidance of misalignment errors during capture are essential prerequisites for a reliable BIM output. **LOD 200 is a Starting Point:** The delivered model is a foundation, not a finished BIM. Design teams are expected to develop and refine the model as the project progresses through later LOD stages. --- ## 360INT and BIM-Ready Capture At 360INT, our capture workflows are designed with post-production deliverables in mind from the outset. When a client requires BIM files as part of a project, we: - Select the appropriate Matterport hardware for the space type and ceiling height - Plan and execute scanning patterns that ensure complete spatial coverage - Verify scan alignment and point cloud quality before leaving site - Advise on the appropriate BIM package for the project's specific professional requirements Because the quality of a BIM file is only as good as the scan it was derived from.