sUAS Mapping/Modeling
Services
Enhanced Capabilities in the Air
The team used for UAS flights is comprised of the drone, the pilot, and constantly evolving technology. Small unmanned aerial systems (sUAS) improve upon traditional aerial and ground-based data acquisition both in expense and accessibility while allowing creation of photogrammetric products at superior resolutions and accuracy unavailable with conventional systems. With enhanced capabilities and densities not achievable with traditional photogrammetry, the opportunities to use data in even more ways to benefit the client are constantly improving.
Loream Ipsium Var
Loream Lorispsm
Services
The team used for UAS flights is comprised of the drone, the pilot, and constantly evolving technology. Small unmanned aerial systems (sUAS) improve upon traditional aerial and ground-based data acquisition both in expense and accessibility while allowing creation of photogrammetric products at superior resolutions and accuracy unavailable with conventional systems. With enhanced capabilities and densities not achievable with traditional photogrammetry, the opportunities to use data in even more ways to benefit the client are constantly improving.
Reality capture creates detailed 3D models from 2-D photographs or laser scans. Gathered from aerial drone surveying, the images combined with embedded GPS coordinates allow accurate reconstruction of any site, safely and accurately. Capturing existing site or building conditions down to the most minute detail is an incredible value-add to Psomas’ clients.
Flown at low elevation, close-range modeling is an alternative to laser scanning and produces similar models faster and more accurately in certain situations, and at a reduced cost of acquisition.
At the inception of any project is the assessment of site conditions that identify soils and stability, grades, water flow and drainage, and any other considerations that impact site regrading and eventual development. Psomas uses drones to gather geological, topographic, and related data which is then used to calculate and produce an earthwork model detailing limitations and conditions of the landscape.
With digital orthophotography, distortions appearing on aerial maps are removed allowing representation of ground features in highly accurate ground positions. Digitally, this technology creates a geometrically accurate digital ortho–photograph applicable to a variety of projects and uses.
Safe and time-sensitive aerial inspections can help identify hazardous conditions, infrastructure and safety issues, equipment failures, and other maintenance concerns that may compromise a client’s asset. A JPEG or MPEG is delivered to the client for their use.
