Industries
Reality Capture / Terrestrial Laser Scanning
Ground-based laser scanning captures dense, three-dimensional point clouds of buildings, structures, equipment, and other accessible features. Eagle combines data from multiple scan positions into a single, coordinated spatial record to support renovation planning, industrial coordination, as-built documentation, and integration into the client’s CAD or BIM environment.
High-detail registered scans
Referenced to project control
Structural and interior capture
MULTIPLE SCAN POSITIONS REGISTERED INTO ONE COORDINATED POINT CLOUD
What It Is
From each planned position, the scanner records dense three-dimensional measurements of accessible surfaces throughout the space. Architectural, structural, equipment, piping, and MEP features are captured from multiple viewpoints.
The individual scans are aligned into one coordinated reference that architects, engineers, contractors, owners, and VDC teams can use for renovation planning, coordination, as-built documentation, and facility management.
Instrument locations are selected around line of sight, physical access, and the areas identified in the scope.
Individual scans are aligned into one consistent three-dimensional reference.
Registered files are delivered in the agreed formats for the client’s downstream workflow.
Best-Fit Conditions
Accurately measured existing conditions to support modifications, connections, additions, and new construction within or adjacent to existing structures.
High-density capture of equipment rooms, MEP systems, structural steel, and tie-in locations.
Measured conditions around tanks, piping, equipment, and structural systems.
Completed construction recorded for closeout, maintenance, coordination, and comparison with design information.
Dimensional information for handrails, stairwells, parking structures, clearances, and other accessible features.
High-density documentation of accessible bridge components, culverts, structural elements, and clearance conditions for existing-condition review, coordination, and rehabilitation planning.
The scope establishes scan density, coverage, reference system, file formats, registration reporting, and final documentation.
Registered Point CloudCombined scan data organized into one coordinated 3D dataset.
Measured point-cloud information may be converted into agreed CAD content such as floor plans, elevations, sections, structural geometry, site features, or existing-condition linework. Required views, features, tolerance, coordinate system, and file format are established before work begins.
A registered point cloud may serve as the spatial basis for Building Information Modeling. The modeled elements, software format, required attributes, and level of development are defined in the agreed scope.
Registered point clouds and derived outputs can support downstream MEP coordination, clash-detection workflows, renovation planning, tie-in design, and dimensional review.
Reality Capture information can provide the measured spatial foundation for a digital-twin workflow. Model attributes, integrations, operational systems, maintenance, and ongoing management require a separately defined scope.
Our Process
01
Establish the area to be captured, intended use, accuracy requirements, density, coverage, reference system, file formats, and deliverables.
02
Coordinate line of sight, instrument locations, physical access, safety requirements, occupied areas, and operating constraints.
03
Record the architectural, structural, equipment, piping, and MEP features identified in the scope.
04
Align the scans, complete QA/QC, and deliver the agreed files.
Reliable results begin with clear output requirements, planned instrument positions, stable setup, project control when required, and disciplined registration and review. Eagle defines the QA/QC approach before field collection begins.
Ground-Based Collection Capability
Eagle’s terrestrial laser scanning platform captures accessible conditions across interiors, exteriors, industrial areas, data centers, structures, and congested spaces. Multiple positions create a coordinated three-dimensional reference without relying on a single viewpoint.
Multiple scanner positions document accessible equipment, structural systems, piping, and congested areas without relying on a single viewpoint.
Multiple setups extend coverage around corners, obstructions, equipment, and changes in elevation.
Color imagery is included to support orientation and visual review within the registered point cloud.
From its Denton and Waco offices, Eagle supports Terrestrial Laser Scanning assignments across the Dallas-Fort Worth metroplex, Central Texas, and statewide, with select Reality Capture work supported nationwide.
Explore Technology & Equipment →
Where It Applies
Data Centers & Mission-Critical Facilities Detailed capture of equipment rooms, MEP systems, structural steel, and tie-in locations for renovation, coordination, and facility planning.
Industrial, Manufacturing & Logistics Measured conditions around tanks, piping, equipment, and structural systems for modifications, tie-ins, and dimensional review.
Specialized High-Visibility Venues Stadiums, arenas, aviation facilities, and other complex venues documented for renovation, facility planning, dimensional review, and coordination.
Commercial & Retail Development Existing buildings, renovation areas, façades, parking structures, and stairwells documented for adaptive reuse, design coordination, and facility updates.
Related Services
360° Site Documentation & Virtual Walkthroughs Adds navigable, time-stamped visual context for remote review and coordination. View Service →
Aerial LiDAR Mapping Extends three-dimensional measurement across larger exterior areas, terrain, wooded sites, and long corridors. View Service →
Aerial Photogrammetry Adds high-resolution aerial imagery and broader visual context around buildings, facilities, and development sites. View Service →
Surveying Integration
TLS may be incorporated into a professional As-Built Survey when the assignment requires measured conditions tied to project control and supported by supplemental field collection, calculations, drafting, and RPLS review.
Explore As-Built Surveys →3D laser scanning is a Reality Capture method that measures millions of points on visible surfaces to create a dense three-dimensional point cloud. It is used to document buildings, structures, industrial facilities, data centers, bridges, tanks, structural steel, MEP spaces, and other built environments. The resulting data can support existing-condition drawings, scan-to-CAD or scan-to-BIM workflows, coordination, renovations, as-built documentation, and comparison with design information.
Project Inquiry
Share the area to be captured, intended use, access requirements, schedule, and preferred file formats. We’ll develop the field collection, registration, and delivery around the assignment.
Discuss Your Laser Scanning Project
