Orthomosaic maps
Georeferenced, true-scale aerial imagery at centimeter-level resolution — current conditions you can measure from, overlay and share.
Aerial mapping / LiDAR / Geospatial intelligence
The ground truth,
measured from above.
High-resolution orthomosaics, LiDAR terrain models, elevation surfaces and dense point clouds — captured with repeatable precision and processed into GIS-ready formats your engineering, survey and planning teams already use.
OrthomosaicsLiDARDEM / DTMGIS-ready
What you receive
Data your team
can use on day one.
Every deliverable is processed, checked against ground control and packaged in the formats your software expects — no conversion projects, no guesswork.
LiDAR point clouds
High-density LiDAR that sees through vegetation to the ground surface, classified for bare earth, vegetation, structures and utilities.
Elevation + terrain models
Digital elevation and terrain models, contours and surface files for grading, drainage, flood and site design work.
3D models + reconstructions
Textured 3D meshes of sites, structures and corridors for visualization, stakeholder review and design coordination.
Change detection
Repeat flights compared over time to show exactly what moved, grew, eroded or was built between visits.
CAD + GIS packages
Data delivered in your coordinate system and ready for AutoCAD Civil 3D, ArcGIS, QGIS and your survey workflow.
How it works
Four steps.
One reliable surface.
Accuracy is a process, not a sensor. Every mapping mission follows the same documented sequence.
Scope
Define the area, accuracy, coordinate system and deliverables with your engineer or surveyor before anything flies.
ACCURACY + DELIVERABLE SPEC
Control
Set ground control and checkpoints, or use RTK/PPK positioning, so the data ties to real-world coordinates.
GCPs / RTK / PPK
Capture
Fly planned grid missions with photogrammetry or LiDAR payloads, with airspace authorizations in hand.
PART 107 / LAANC
Process + QA
Process, classify and check the results against independent checkpoints, then deliver with an accuracy report.
ACCURACY REPORT INCLUDED
Who it's for
Who relies
on the map.
Engineering + design firms
Existing conditions, topography and site design surfaces for civil and site projects.
Surveyors
Topographic data collection that supplements field crews and speeds up large-area work.
Public works + DOTs
Corridor mapping, ROW documentation, drainage studies and asset inventories.
Developers + landowners
Site selection, feasibility studies and current-condition maps for land decisions.
Utilities
Corridor and vegetation mapping for transmission, distribution and pipeline planning.
Mining + aggregates
Pit mapping, stockpile surfaces and reclamation documentation.
Why IntelAerial
“Every design decision starts with a surface. Make sure it’s the right one.”
Our maps are built to be used by licensed professionals. When a project needs survey-grade or sealed deliverables, we work through appropriately licensed surveyors and engineers, and document accuracy so your team knows exactly what the data can support.
Based in Huntsville, alongside Redstone Arsenal and the nation’s deepest bench of aerospace and defense engineering. FAA Part 107 certified flight crews, U.S.-based data handling and documentation built to hold up in front of an engineer, an agency or a court.
FAA PART 107RTK / PPKLiDAR + PHOTOGRAMMETRYACCURACY REPORTSU.S.-BASED DATA
More capabilities
Thermal + infrastructure inspection Construction + capital monitoring Waterway + environmental monitoring Precision agriculture Commercial aerial media Law enforcement + public safety Counter-UAS + airspace security (DIMT-M) Drone as First Responder (DFR) School + campus security monitoring Intelligence support + sensitive due diligence Lender, investor + insurance support Traffic control + incident management Grants + funding support
Mapping inquiries
Need current
ground truth?
Tell us the site, the accuracy you need and the decision it supports. We’ll scope the mission and the deliverables to match.
ALABAMA TENNESSEE MISSISSIPPI GEORGIA FLORIDA PANHANDLE