REALITY CAPTURE

In-House 3D Laser Scanning & FAA-Certified Drone Operations for Industrial Engineering

CPE deploys company-owned terrestrial laser scanners and drones - operated by FAA Part 107 certified pilots - to document existing conditions from feasibility through construction. Capture the data that drives better decisions, reduces design surprises, and lowers total project lifecycle costs.

CAPTURE METHODS

How CPE Captures Existing Conditions

CPE owns and operates all reality capture equipment in-house - no subcontractors, no third-party survey firms. The right capture method is selected based on engineering requirements, site conditions, and downstream data use.

Terrestrial Laser Scanning

CPE Equipment

Trimble X7 and X9 scanners.

Best suited for

Interior spaces, congested pipe racks, boiler houses, process buildings, and areas requiring high-accuracy dimensional data. Produces dense, colorized point clouds at sub-millimeter precision.

How it supports engineering

Terrestrial scanning provides the accuracy required for as-built 3D modeling, equipment fit-checks, clash detection, and fabrication drawing extraction. It is the primary capture method for brownfield engineering projects where precise spatial documentation of existing conditions drives the design.

Typical use case

Scanning a boiler house interior to develop a 3D model for equipment replacement or new piping routing design.
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Drone Photogrammetry

CPE Equipment

DJI Mavic 3E, operated by FAA Part 107 certified remote pilots.

Best suited for

Site-wide aerial models, construction progress documentation, exterior equipment documentation, and project communication. Produces georeferenced orthomosaic maps, 3D textured mesh models, and photorealistic site overviews.

How it supports engineering

Photogrammetry delivers visual context that technical point clouds alone do not - true-color aerial views of the entire facility, georeferenced site maps for layout planning, and construction progress records. It is especially valuable during feasibility studies, where a complete site model helps evaluate equipment placement options and spatial constraints before committing to detailed design.

Typical use case

Full-site aerial model during a feasibility study to establish spatial constraints, document adjacent structures, and inform preliminary layout options.
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Drone LiDAR

CPE Equipment

DJI M350 with DJI L2 LiDAR payload, operated by FAA Part 107 certified remote pilots.

Best suited for

Large-area exterior scanning, elevated piping and structural steel, rooftops, stack and ductwork exteriors, and areas inaccessible to terrestrial scanners without scaffolding. Produces georeferenced .LAS point clouds that register directly with terrestrial scan data.

How it supports engineering

Drone LiDAR captures the exterior and elevated geometry that terrestrial scanners cannot reach - the top of a boiler house, elevated pipe racks, roof-mounted equipment, and the full site perimeter. This data merges with interior terrestrial scans to create a complete 3D record of the facility, eliminating coverage gaps that lead to design conflicts during construction.

Typical use case

Capturing elevated pipe rack routing and rooftop equipment on an operating facility where scaffold erection for manual survey would be impractical, costly, or create safety exposure.

DELIVERABLES

What You Receive

Point clouds, 3D models, photogrammetry outputs, and drawings in industry-standard formats - ready for engineering, fabrication, construction, or owner archival. Every deliverable serves the project's downstream engineering need, not just raw data handoff.

Scan Campaign Documentation

Field scanning, drone capture, and data processing for industrial engineering projects.

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Point Cloud Files

Processed .rcs and .rcp (Autodesk ReCap) files, Trimble .tdx native format, and .LAS files for drone LiDAR. Colorized point clouds compiled into unified project files for multi-area campaigns. Delivered on portable media or via secure file transfer for large datasets.

3D Models

Autodesk Plant 3D solid models in .dwg format, Navisworks .nwd files integrating point cloud with intelligent model, and SolidWorks models where required.

2D Drawings From Scan

General arrangement drawings, elevation cuts, fabrication drawings for replacement components, as-built P&IDs, and demolition drawings derived from scan data.

Clash and Interference Reports

Documented interferences between existing conditions and proposed designs, with photographs, point cloud screenshots, and dimensional data for resolution. Delivered as a standalone report or integrated into the engineering design package.

Photogrammetry Outputs

Georeferenced orthomosaic maps, 3D textured mesh models (.obj, .ply), and DJI Terra project files. Photogrammetry deliverables provide true-color, photorealistic site documentation for project communication, construction planning, and owner records.

APPLICATIONS

What the Scan Data Feeds

CPE's reality capture is integrated with engineering - not a standalone survey service. Scan data feeds directly into feasibility, design, fabrication, and construction, reducing total project lifecycle costs with accurate existing-conditions data from day one.

Feasibility & Pre-Engineering

Deploy reality capture during feasibility or pre-FEED to document existing conditions and evaluate equipment placement before committing to detailed engineering. A scan-based site model reduces design surprises, improves cost and schedule estimates, and eliminates repeated field measurement trips.

Engineering Design Support

Existing-conditions baseline for new equipment, piping, and structural design in brownfield facilities. The point cloud and 3D model serve as the single source of truth for the as-built plant, replacing outdated drawings and manual field measurements.

Clash Detection

Overlay design models on point cloud data to identify and resolve interferences in the office - not in the field during construction. Catching clashes before procurement avoids costly rework, schedule delays, and field change orders.

Fabrication Drawings from Scan

Reverse-engineer undocumented or damaged components for replacement fabrication using scan-derived 3D models. When original drawings are unavailable or inaccurate, scanning captures the true geometry for accurate reproduction.

Construction Verification & As-Built Documentation

Verify installed conditions against design intent using scan-to-design comparison, identifying deviations before they compound downstream. Post-construction scans create a permanent, dimensionally accurate as-built record for the owner's facility documentation.

APPROACH

Typical Reality Capture Engagement

Structured from scoping through delivery - every scan campaign is planned around the engineering need. Reality capture engagements are initiated at any project stage, from early feasibility through construction support.

01SCOPE

Project Scoping

Define scan coverage, deliverable formats, accuracy requirements, and downstream data use. Scan campaigns are frequently initiated during feasibility - not only at detailed engineering.

02CAPTURE

Field Capture

Deploy terrestrial scanners and drone to capture point cloud and photogrammetry data. All drone operations are conducted by FAA Part 107 certified pilots, with flight plans coordinated with facility safety and operations.

03PROCESS

Processing and Modeling

Register scans into a unified point cloud, process photogrammetry into orthomosaics and 3D meshes, build models in AutoCAD Plant 3D, and extract measurements and interference checks.

04DELIVER

Deliverable Package

Provide point clouds, photogrammetry outputs, 3D models, 2D drawings, and clash reports in industry-standard formats ready for engineering, fabrication, or construction.

THE CPE DIFFERENCE

Scanning Integrated with Engineering

CPE does not sell scanning as a commoditized survey service. Every scan campaign is scoped, captured, and processed by the same team that will use the data for design - or delivered as a standalone service with the same equipment, quality, and engineering context.

Scan-to-Design, Not Just Scan-to-File

CPE’s scanning is integrated with engineering: the same team that captures the point cloud designs the new piping, equipment, or structural modifications. This eliminates the handoff friction between survey-only firm and engineering firm - and ensures the scan captures exactly what the design requires.

Industrial Plant Specialization

Boiler houses, process buildings, pipe racks, and heavy industrial equipment - not commercial buildings. CPE understands what to capture and what level of detail the engineering requires.

Combined Terrestrial and Aerial

CPE-owned Trimble X7/X9 terrestrial scanners paired with CPE-owned DJI M350 and M3E drones for photogrammetry and LiDAR. Ground-level interior detail merged with overhead exterior coverage in a single, unified deliverable. All drone flights conducted by FAA Part 107 certified pilots.

Engineering Context for Every Scan

Scanning is scoped based on what the engineering project needs: which areas, what pipe sizes to model, what level of detail for structural steel. No unnecessary data, no missing coverage.

FAA Part 107 Certified Drone Operations

All CPE drone operations are conducted by FAA Part 107 certified remote pilots with flight plans coordinated through facility safety and operations. CPE maintains current airspace authorizations and complies with all FAA regulations for commercial UAS operations, including sites near airports or in restricted airspace.

Reality Capture Services for Hire

Reality capture is also offered as a standalone service - scan campaigns, processing, and deliverables for clients who will perform their own engineering. Same equipment, same personnel, same quality. Terrestrial, drone, or combined campaigns scoped to your requirements.

LIFECYCLE COST

How Reality Capture Reduces Total Project Lifecycle Costs

Fewer field trips

A comprehensive scan campaign captures everything in one or two mobilizations - eliminating the repeated field measurement visits that add cost and schedule to every brownfield project.

Earlier, better decisions

Scan data deployed during feasibility provides accurate spatial context for equipment selection, layout planning, and cost estimation - before detailed engineering spend begins.

Clashes caught in the office, not the field

Overlaying design models on point cloud data identifies interferences before fabrication - avoiding the rework, field change orders, and schedule delays that inflate construction costs.

Accurate as-built records

Post-project scan data creates a dimensionally accurate digital record of the completed work, reducing the cost of future modifications by providing reliable existing-conditions data from day one.

Need a site scanned?

Whether you need reality capture integrated with an engineering project or a standalone scan campaign, CPE has the equipment, the certified pilots, and the industrial experience to deliver.

Planning a Capital Project?

Tell us about the facility, what you need captured, and how the data will be used in engineering. We'll scope the right capture approach and integrate it with your project.

Need a Standalone Scan Campaign?

CPE provides reality capture services for hire - terrestrial scanning, drone photogrammetry, drone LiDAR, or combined campaigns. Tell us about your site and deliverable requirements.