
Utility Corridor Mapping
SkyFleet Solutions partners with utility companies, engineering firms, surveyors, and contractors to collect aerial LiDAR, imagery, and inspection data for utility corridor projects.
We help teams map transmission lines, distribution routes, substations, access roads, vegetation, poles, wires, and surrounding terrain. Our team collects the data in the field and processes it into deliverables that can be used for design, planning, inspection, vegetation management, and asset documentation.
Whether your team needs a full corridor mapped, a classified point cloud for PLS-CADD, pole inspection photos, or CAD/GIS-ready files, SkyFleet can support the project from flight planning through final deliverables.
Built for Utility and Engineering Workflows
Utility projects require more than just aerial imagery. Teams need accurate, organized data that can be used for engineering, survey, design, construction, and asset management.
SkyFleet builds each project around the final deliverable. Before we fly, we work with your team to understand the corridor limits, required accuracy, asset types, vegetation conditions, file formats, and software needs.
We can support deliverables for:
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PLS-CADD
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Civil 3D
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MicroStation
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GIS platforms
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Utility design workflows
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Vegetation management
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Construction planning
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Asset documentation
Corridor LiDAR and Aerial Imagery
SkyFleet uses drone LiDAR and photogrammetry to capture utility corridors efficiently and safely. LiDAR is especially useful for corridors with vegetation, uneven ground, ditches, tree lines, and hard-to-access terrain.
Aerial imagery provides high-resolution visual context for poles, equipment, access roads, nearby structures, right-of-way conditions, and surrounding land use.
On many projects, we combine LiDAR and imagery so your team receives both accurate elevation data and clear visual documentation.
Transmission and Distribution Mapping
SkyFleet can support both transmission and distribution projects, including new route planning, rebuilds, upgrades, clearance reviews, and existing-condition documentation.
We can collect and process data for:
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Transmission corridors
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Distribution routes
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Pole lines
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Substations
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Access roads
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Easements and right-of-way
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River or drainage crossings
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Road crossings
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Vegetation and tree lines
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Adjacent terrain and structures
This gives utility and engineering teams a clearer picture of the corridor without relying only on ground visits or outdated aerials.
Classified Point Clouds and Feature Coding
For utility design, raw point clouds are usually not enough. SkyFleet can classify and organize LiDAR data so it is easier to use in engineering workflows.
Common classifications and feature data may include:
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Ground
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Vegetation
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Buildings
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Poles
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Wires
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Guy wires / guy drops
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Structures
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Access roads
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Other project-specific features
We can also support feature coding and data organization for PLS-CADD and utility design workflows.
Vegetation and Clearance Support
Utility corridors often require clear visibility into vegetation, tree encroachment, ground conditions, and clearance areas. Drone LiDAR helps identify terrain and vegetation around utility assets more efficiently than traditional field-only methods.
SkyFleet can help document:
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Tree lines
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Vegetation height
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Ground elevations
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Corridor conditions
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Access constraints
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Potential clearance concerns
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Areas requiring field review
This information can support planning, maintenance, vegetation management, and engineering review.
CAD, GIS, and PLS-CADD Deliverables
SkyFleet processes the collected data into deliverables built around your workflow. We understand that different teams need different file formats and levels of detail.
Deliverables can include:
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Classified LAS / LAZ point clouds
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PLS-CADD-ready data
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CAD-ready surfaces
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LandXML surfaces
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Orthophotos / orthomosaics
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DEMs / DSMs
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Contours
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Pole and asset photo logs
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GIS-ready files
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Feature-coded datasets
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Thinned point clouds for easier use
Instead of sending a massive raw point cloud, we can clean, classify, thin, clip, and format the data so your team can actually work with it.
Field Collection Built Around the Corridor
Utility corridors can be long, remote, and difficult to access. SkyFleet plans flights around access points, terrain, battery swaps, safety, airspace, and line-of-sight requirements.
Our team can support:
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Long corridor data collection
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Rural and remote routes
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Substation and line mapping
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Difficult access areas
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Vegetated corridors
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Construction or rebuild documentation
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Multi-mile utility projects
We build the flight plan around the project limits and final deliverables, not just the easiest flight path.
Why Teams Use SkyFleet
Utility and engineering teams use SkyFleet because we can help reduce field time, improve documentation, and deliver cleaner data for design and planning.
SkyFleet helps with:
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Faster corridor data collection
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Better visual documentation
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LiDAR through vegetation
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PLS-CADD-ready deliverables
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CAD/GIS-ready files
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Pole and wire documentation
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Point cloud classification
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File thinning and clipping
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Support for in-house utility teams
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Overflow capture and processing work
Common Use Cases
SkyFleet supports utility corridor mapping for:
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Transmission line design
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Distribution line mapping
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Pole replacement projects
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Utility rebuilds and upgrades
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Substation mapping
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Vegetation management
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Right-of-way documentation
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Clearance review support
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Construction planning
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Existing-condition surveys
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PLS-CADD modeling support
Your Utility Mapping Partner
SkyFleet works as an extension of your team. Some clients use us for full data collection and processing, while others already have survey crews or drone teams in-house and bring us in for advanced LiDAR, overflow work, difficult access areas, or processing support.
Whether you need a full corridor mapped or help turning existing drone data into usable CAD, GIS, or PLS-CADD-ready deliverables, SkyFleet can fit into your workflow.

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