Property & Right-of-Way
Boundary research, existing easements, proposed easement exhibits and legal descriptions, parcel relationships, and route limits that can support acquisition and design.
Energy, Solar, BESS & Transmission
Survey data built for energy sites and transmission corridors.
For utilities, developers, EPC teams, and engineers, the survey has to do more than document the ground. It has to keep property, terrain, control, structures, and construction information aligned with the way the project is being designed and built.
Eagle combines Texas land surveying with Aerial LiDAR Mapping and Reality Capture for large sites, long corridors, easements, structure layout, and final records.
Where this fitsSolar DevelopmentBESS SitesTransmission & DistributionSubstationsUtility CorridorsGrid Interconnection
What the project team needs
The survey package has to work for the land team, the engineer, and the field.
Transmission and energy work can involve land, electrical, civil, construction, and operations teams with different requirements. Defining what each team needs from the survey before crews or aircraft mobilize helps keep property, mapping, control, and construction data coordinated from the start.
Terrain & Corridor Conditions
Topographic Survey and Aerial LiDAR Mapping for ground surface, drainage, vegetation, structures, access, and the existing conditions required by the engineering scope.
Engineering-Ready Control
Coordinate system, datum, corridor width, feature requirements, LiDAR classification, and deliverable formats agreed before mobilization so the data fits the design workflow.
Construction & Record Support
Construction Staking from approved plans, field work tied to current design information, and As-Built Survey documentation for installed improvements and closeout.
Survey + Reality Capture
Long corridors and large energy sites rarely need one collection method.
Aerial LiDAR can cover broad terrain, vegetation, structures, and long alignments efficiently. Ground survey remains essential for control, boundary and easement work, targeted measurements, and staking. Eagle can coordinate both within one project scope so the datasets share the same project basis.
How Eagle fits the assignment
Start with the deliverable. Build the collection plan around it.
The goal is a clear survey scope tied to the project's actual design, right-of-way, construction, and record requirements.
Scope Before MobilizationConfirm alignment or site limits, corridor width, access, control requirements, features, classifications, file formats, and schedule before collection begins.
Survey + RC in One TeamLicensed property and easement work can be coordinated with aerial mapping, point clouds, topographic data, and targeted ground measurements instead of being managed as unrelated scopes.
Current Design Drives Field WorkConstruction layout and later verification are tied to the approved information supplied by the project team, with revisions coordinated before the next field mobilization.
Built for Texas MobilizationEagle supports large surveying assignments statewide from Denton and Waco, with select Reality Capture assignments supported nationwide depending on scope and mobilization.
Project Scoping FAQs
Questions worth answering before the survey scope is locked.
These are the details that most directly affect collection strategy, property work, deliverables, and field mobilization on energy and transmission assignments.
Send the current alignment or site limits in the format you have available, the corridor width or survey limits, required coordinate system and datum, known title or easement information, the features or LiDAR classifications your engineer needs, expected deliverable formats, access constraints, and the project schedule. If the line-design team has a specialized import specification, include it so the required data structure can be confirmed before mobilization.
Yes. Aerial LiDAR Mapping can efficiently document long alignments, broad terrain, vegetation, structures, and other existing conditions, while ground surveying is used where control, boundary or easement work, targeted measurements, or Construction Staking are required. The collection methods can be coordinated to the same project control and coordinate basis.
Yes. Eagle prepares Easement Exhibits & Legal Descriptions for utility, access, pipeline, transmission, drainage, and other defined easement areas in Texas. Professional survey documents are prepared under appropriate Registered Professional Land Surveyor oversight and are based on the agreed route, property research, and project scope.
Yes. Coordinate system, datum, feature requirements, CAD files, surfaces, contours, LAS/LAZ point clouds, and other requested deliverables should be established during scoping. If your engineer uses PLS-CADD or another specialized line-design workflow, provide the import or feature specification so Eagle can confirm the required deliverable structure before collection begins.
Aerial LiDAR is well suited to long linear alignments, large sites, and corridors where terrain, vegetation, structures, or access make broad ground collection inefficient. Laser returns can reach the ground through openings in vegetation, allowing classified ground returns to support terrain models while separate classes can document vegetation and structures when the scope requires them.
Yes. Eagle can provide Construction Staking from approved design information and As-Built Survey documentation after improvements are installed. The exact staking, control, verification, and record scope is coordinated with the owner, engineer, EPC contractor, or construction team before field work begins.
Have an alignment, site limit, or deliverable spec?
Send us what the engineering or project team is working from. We can help define the survey, LiDAR, easement, staking, or as-built scope around it.