Turn aerial images into actionable information.
Aerial mapping combines carefully captured drone imagery with photogrammetry and geospatial tools to create maps and 3D products that help teams see conditions, document change and understand a site.
How aerial mapping works
Most drone mapping projects follow five stages, from the first plan to the final deliverable.
- Plan
Define the site, purpose, safety considerations, desired outputs and data needs.
- Capture
Fly consistent, overlapping aerial imagery and record location data.
- Process
Photogrammetry software matches common features across images and rebuilds the site in 2D and 3D.
- Analyze
Review orthomosaics, surface models, point clouds, measurements and GIS layers.
- Deliver
Package the results so stakeholders can use them to document, plan and communicate.
What mapping produces
The common outputs of a drone mapping workflow, in plain terms.
Orthomosaic
A single, geometrically corrected image stitched from many overlapping aerial photos, so distances can be measured like a map.
3D point cloud
A dense collection of spatial points representing the shape and surface of a site or object.
Digital surface model
An elevation model showing terrain together with buildings, trees and other above-ground features.
3D model or mesh
A visual three-dimensional representation of structures, terrain or assets.
GIS-ready data
Geospatial outputs that can be layered with other location-based information for analysis.
Change over time
Repeat captures of the same site that show progress and change between visits.
Key ideas behind the map
These concepts connect flying a drone to producing reliable spatial information.
- Photogrammetry
- Using overlapping photographs and computer processing to derive measurements and 3D information.
- Image overlap
- Capturing the same ground features in several images so software can match common points.
- Geotagging
- GPS position data recorded with each photo.
- Ground control points
- Surveyed reference points on the ground used to improve and verify a map’s positional accuracy.
- RTK and PPK
- GNSS correction methods that improve location accuracy, applied in real time (RTK) or after the flight (PPK), with compatible equipment.
Building the aerial intelligence capability
Maison Glamour et Grâce is expanding its drone capabilities beyond aerial media into mapping, photogrammetry and geospatial workflows. This growth supports both real-world service applications and workforce learning, so participants can see how drone operations connect to data, GIS, construction technology, infrastructure and emerging careers.
As this capability develops, our mapping work will focus on aerial site documentation, reality capture and GIS-ready imagery. We are not a licensed land-surveying firm and do not provide boundary or legal surveys.
Where aerial mapping is used
Examples of the settings where drone mapping and reality capture add value.
Industry tools learners will meet
Examples of widely used mapping and photogrammetry platforms. Listed for learning purposes only; we are not affiliated with or endorsed by these companies.
Learn more
USGS explains how drones collect mapping data and produce orthomosaics and surface models.
Let’s build a stronger workforce together.
Whether you’re hiring, training, teaching or planning a project, start with what you need and we’ll suggest the right first step.
- Employers and industryBuild a pipeline of people with drone and data skills
- Workforce and community organizationsTraining and pathways into UAS and GIS careers
- Schools and districtsCareer-connected AI and drone programs for grades K–12
- Property and construction teamsAerial photos, video and site documentation