Fast, accurate as-built data for mission-critical spaces, with minimal downtime.
Arrival 3D provides millimeter-accurate 3D laser scanning for data centers, delivering precise existing conditions for white space, mechanical rooms, and critical support areas. Using advanced LiDAR technology, we capture high-density point clouds of racks, cable trays, CRAC units, piping systems, raised floors, structural framing, and circulation paths transforming complex, mission-critical facilities into detailed digital twins. Our point clouds, CAD drawings, and Scan-to-BIM models enable confident planning for expansions, equipment upgrades, MEP retrofits, and capacity optimization—without disrupting live operations.
Why Data Centers Require High-Accuracy Laser Scanning
Data centers operate in high-density, mission-critical environments. Even minor measurement errors can result in:
Cooling inefficiencies
Cable tray conflicts
Rack clearance violations
Costly downtime
Using advanced LiDAR systems such as Leica RTC360, we capture millions of data points per second to produce millimeter-accurate as-built documentation.
Revit models (LOD 200–500), 2D CAD drawings, Clash detection-ready models, Equipment asset tagging
Facility lifecycle management, Capacity planning, Preventive maintenance, Space optimization
Rack spacing & alignment, Raised floor conditions, Clearance zones
HVAC ductwork, Chilled water piping, Electrical conduits, Cable trays
Structural beams, Fire suppression systems, Routing conflicts
Loading docks, Cooling towers, Generator yards
Data centers evolve continuously. Equipment upgrades, cooling modifications, and undocumented field changes often make original drawings unreliable.
Accurate 3D as-built documentation helps prevent:
Rack clearance conflicts
Cable tray congestion
HVAC coordination errors
Electrical routing clashes
Costly rework
Operational downtime
With 3D laser scanning for data centers, teams design within a verified digital model instead of guessing in the field.
Step 1: LiDAR Capture
Advanced terrestrial laser scanners capture white space, mechanical rooms, and support areas while the facility remains operational.
Step 2: Point Cloud Registration
All scans are aligned into a unified, millimeter-accurate point cloud representing the entire data center.
Step 3: Scan-to-BIM Modeling
The point cloud is converted into:
Revit BIM models (LOD 200–500)
2D CAD floor plans and elevations
MEP coordination models
Data center digital twin environments
This structured output supports engineering design, capacity planning, and compliance documentation.
Capacity Planning & Expansion
Rack density analysis
White space optimization
Equipment placement modeling
MEP Coordination
Clash detection for ductwork and piping
Cable tray routing verification
Electrical infrastructure upgrades
Raised Floor & Overhead Documentation
Raised floor scanning
CRAC unit layout verification
Above-ceiling MEP mapping
Retrofit & Compliance Projects
Cooling system redesign
Code compliance verification
Updated as-built documentation
Arrival 3D provides structured deliverables tailored for mission-critical environments:
Registered point clouds (E57, RCP, RCS)
Scan-to-BIM Revit models
Data center as-built drawings
3D digital twin models
Equipment asset tagging datasets
Clash detection-ready coordination files
All data is delivered in secure, industry-standard formats.
For Owners
Reduced downtime risk
Accurate lifecycle documentation
Informed capital planning
Improved asset management
For Engineers & Designers
Reliable MEP coordination
Reduced design conflicts
Faster retrofit planning
Verified clearance analysis
For Contractors
Fewer RFIs
Reduced rework
Improved prefabrication accuracy
Safer construction sequencing
