Engineering-Grade Data, Not Drone Photos
Plenty of operators sell "mapping" that is drone photography dressed up in geospatial terminology — no ground control, no accuracy report, no defined coordinate system. That data can't support real engineering decisions.
We capture with ground control points and RTK/PPK positioning, process to a defined specification, and ship every deliverable with accuracy documentation your team can review. Surveying firms, civil engineers, and GIS teams use our data because they can see exactly how it was produced.
And because every market's pilot team runs the same methodology, firms working across multiple regions get datasets that are documented, structured, and formatted identically — site after site.
Mapping & LiDAR Services
Orthomosaic Mapping
High-resolution, georeferenced 2D maps with GCP-controlled accuracy. Base maps, site documentation, and change detection in GeoTIFF, delivered in your coordinate system.
LiDAR Point Clouds
Dense 3D point clouds for engineering applications — including ground capture under vegetation where photogrammetry can't see. Classified on request, delivered in LAS/LAZ.
Topographic Mapping
Elevation data and contour generation for site planning, drainage analysis, and design work. Faster and more cost-effective than ground methods for large areas.
Digital Terrain Models
Bare-earth surface models with vegetation and structures removed, for grading design, flood modeling, and earthwork calculations.
3D Surface Models
Detailed existing-conditions models for design visualization, clash detection, and as-built documentation. Delivered in OBJ/FBX or your preferred format.
Volumetric Analysis
Stockpile measurements, cut/fill calculations, and material tracking with documented methodology, for earthwork management and inventory control.
How We Control Accuracy
- Ground control & checkpoints — GCPs placed and measured to fit your accuracy requirement, with independent checkpoints to verify results. We can also work from your existing control.
- RTK/PPK positioning — Corrected positioning on capture reduces control requirements and tightens results on every flight.
- Defined coordinate systems — Deliverables in your required coordinate system and datum, stated in the documentation. No guessing what projection a file is in.
- Accuracy documentation with every deliverable — Control methodology, equipment, processing parameters, and check-point residuals, reported the same way in every market.
- Survey-ready formats — LAS/LAZ, GeoTIFF, DXF/DWG, OBJ/FBX. Clean, organized files ready for your software.
Supporting Licensed Professionals — Not Replacing Them
DronePro is not a licensed surveying or engineering firm, and nothing we deliver is a certified survey. Our role is data acquisition: we produce high-accuracy aerial data with transparent, documented methodology that licensed surveyors and professional engineers evaluate and incorporate into their own certified work.
That division of labor is exactly why surveying and engineering firms hire us — they keep the professional judgment and certification, and hand off the field acquisition to a team that delivers consistent, verifiable data in every market they work in.
Applications
- Land Surveying Support — Topographic data, planimetric detail, and aerial supplements to ground survey work
- Civil Engineering — Site design, grading plans, drainage analysis, existing-conditions documentation
- Construction — Earthwork tracking, progress verification, as-built documentation
- Environmental — Vegetation mapping, habitat assessment, erosion monitoring
- Mining & Aggregates — Stockpile volumes, pit mapping, reclamation monitoring
- Utilities — Corridor mapping, transmission line documentation, vegetation encroachment
Why Technical Teams Work With Us
- Documented accuracy — Requirements specified upfront, methodology and residuals reported with every deliverable.
- Consistent methodology across markets — Same control workflow, processing pipeline, and report format at every site, in every region. Multi-market firms can consolidate acquisition with our national accounts program.
- Your coordinate systems — We work in your required coordinate system and datum, or match existing project control.
- Local airspace handled locally — Each market's pilots manage LAANC and FAA coordination for their own airspace.
- FAA Part 107 certified pilots, up to $10M liability coverage — Professional, legal, insured on every flight.
Mapping & LiDAR FAQs
What's the difference between photogrammetry and LiDAR?
Photogrammetry builds maps and 3D models from overlapping photographs — the right fit for most mapping, documentation, and volumetric work. LiDAR measures distances with laser pulses, which matters when you need dense point clouds, fine structural detail, or ground data under vegetation. We offer both and will recommend the method that fits your accuracy requirement and budget, not the one that sounds most impressive.
How do you control and document accuracy?
Through ground control points and RTK/PPK-corrected positioning, matched to your project's accuracy requirement. Every mapping deliverable ships with accuracy documentation: the control methodology used, coordinate system and datum, and check-point residuals. You see how the numbers were achieved, not just the numbers.
What file formats do you deliver?
LAS/LAZ for point clouds (classified on request), GeoTIFF for orthomosaics and elevation rasters, DXF/DWG for CAD integration, and OBJ/FBX for 3D models. We deliver in your required coordinate system and datum, and can match an existing project's control.
Are you licensed surveyors?
No, and we're clear about that. DronePro is not a licensed surveying or engineering firm, and our deliverables are not a substitute for a certified boundary or land survey. What we provide is high-accuracy aerial data — with documented methodology — that licensed surveyors and engineers incorporate into their own certified work. Many of our clients are surveying and engineering firms who use us as their data acquisition arm.
We need mapping in several markets. Will the data be consistent?
Yes. Every pilot team follows the same capture specifications, control methodology, processing pipeline, and accuracy reporting format. A point cloud flown in one market is documented and structured identically to one flown anywhere else, so multi-site datasets integrate cleanly.
How is airspace authorization handled for sites in controlled airspace?
By the local team. Pilots in each market fly their own airspace regularly and handle LAANC authorizations and FAA coordination for controlled airspace near airports. Most sites can be authorized quickly; where advance FAA waivers are needed, we flag it in the proposal.
Let's Discuss Your Mapping Requirements
Tell us your accuracy requirement, coordinate system, and site locations. We'll recommend the right approach and send a detailed proposal within one business day.