Speed in the field
Large areas captured in hours, not weeks.
Drones and 3D
We plan capture flights over buildings, facilities and land to produce 3D models, orthomosaics and measurements that support planning, maintenance and damage assessment.
Includes
The challenge
Documenting the condition of a building, a stadium or a set of facilities with traditional methods takes weeks and leaves areas unchecked, especially roofs, tall facades and hard-to-reach spaces.
After an event such as an earthquake, having fast, accurate visual information is key to deciding which areas are safe.
Drone photogrammetry captures thousands of photos in a few hours and reconstructs the building in 3D with real-world measurements.
The solution
Every survey follows five stages. At the end of each one you know what was done and what you receive.
Stage 01
We define the area, the ground sampling distance (GSD) and the mission type: grid flights for roofs and land, facade missions for walls. We review applicable regulations, airspace restrictions and site authorizations.
Deliverable: Flight plan with area, GSD and permits reviewed
Stage 02
We fly with precise positioning, proper image overlap and an on-site safety protocol. A large building is usually captured in a single day.
Deliverable: Georeferenced photos of the site
Stage 03
We reconstruct the site from the photos on dedicated processing workstations.
Deliverable: Point cloud, textured 3D mesh and orthomosaic
Stage 04
We measure distances, heights and surface areas, and inspect hard-to-reach roofs and facades for damage. If earlier captures exist, we compare across dates.
Deliverable: Measurements and visual damage review
Stage 05
We deliver results in standard formats and publish them in a web viewer or in the institution's risk atlas.
Deliverable: Model you can explore in the browser
Benefits
Large areas captured in hours, not weeks.
Roof and facade inspection without putting staff at risk.
A dated 3D model that serves as a baseline for future comparisons.
Results ready to feed into the risk atlas and the institution's systems.
Use cases
Modeling of roofs and facades for maintenance and planning.
Rapid visual record of building conditions to support decision-making.
Up-to-date orthomosaics of land parcels and building complexes.
3D documentation of buildings with heritage value.
Every project follows the same process: we understand the operation, model it and validate a prototype before we build.
See how we workFrequently asked questions
It's a technique that reconstructs objects and terrain in 3D from many photos taken from different angles by a drone, producing models with real-world measurements.
Depending on the project: a textured 3D model, point cloud, georeferenced orthomosaic, measurements and a browser-based viewer to explore them.
Capturing a large building usually takes one day. Processing time depends on the number of photos and the level of detail required.
Every flight is planned after reviewing applicable civil aviation regulations, airspace restrictions in the area and the property's authorizations.
You may also be interested in
Geographic information systems, risk atlases and operational maps for location-based decision-making.
Learn moreTechnology that gets every official letter, request and report to the right person on time, with proof the agency can show.
Learn moreOn-premises servers or private cloud, virtualized, hardened, backed up and monitored.
Learn moreTell us what you need to survey and we'll propose the right type of mission and deliverables.