Mission Systems Built Around the Operational Requirement

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LiDAR and high-resolution imaging support corridor mapping, terrain modeling, vegetation analysis, infrastructure documentation, site models, asset inspection, and repeatable change detection.

Mission-specific methane and OGI sensors support aerial inspection workflows for leak localization, plume documentation, facility and pipeline screening, and environmental field investigations.

Airborne magnetometers support large-area magnetic surveys for orphaned-well investigations, buried ferrous target screening, subsurface anomaly mapping, and environmental projects.

Positioning and control workflows are selected according to the project's required accuracy, terrain, deliverables, and processing method.

RTK/GNSS data can support repeatability, mapping accuracy, and geospatial integration.

ArcGIS, QGIS, point-cloud processing, photogrammetry, mapping, QA/QC, asset attribution, web maps, dashboards, and technical reporting convert raw field acquisition into organized, decision-ready information.

Aircraft and payload selection is project-specific and can account for endurance, payload capacity, terrain, environmental conditions, customer requirements, airspace, cybersecurity or procurement requirements, and applicable regulatory constraints.