We deliver industry-leading centimeter-level orthomosaics, radiometric thermal inspections, and volumetric data tracking to optimize engineering projects, verify utility grids, and maximize infrastructure lifespans.
Our multi-rotor and fixed-wing fleets capture surveying and safety inspection data across complex environments with sub-inch resolution.
Produce survey-grade 2D orthomosaics, digital terrain models (DTM), and topographic contour grids. Ideal for civil engineering, land planning, and boundary surveys.
Locate internal faults in utility grids, solar power arrays, high-voltage switchgear, and commercial roofing structures using radiometric infrared imaging.
Document site conditions over time. Compare actual physical milestones against CAD designs, verify excavation volumes, and streamline progress payments.
Identify fractures, rust, and degradation safely on cell towers, wind turbine blades, bridges, silos, and power line corridors using close-proximity zoom payloads.
Toggle between mapping viewpoints on this interactive flight console simulation to see how our drones inspect solar substations.
Captured using a high-resolution 45-megapixel camera. Each image is georeferenced down to the millimeter and stitched using photogrammetry into an accurate, high-fidelity map of your entire site.
Leverages radiometric FLIR infrared scanning. This scan of a solar farm immediately points out micro-cracks and hot spots (rendered in white/yellow) which indicate cell degradation and power leakages.
Generated by combining LiDAR laser scans and photogrammetry. The resulting point cloud offers structural elevation profiles, topographic mesh mapping, and accurate digital twins of the substation structures.
We leverage specific drones for specific sectors, matching payload sensors with your structural needs.
Select your parameters to get a feasibility pricing estimate for your project area instantly.
*This is a pricing window estimates based on acreage and sensor complexity. Airspace constraints, travel distance, and terrain variables may impact final flight authorization costs.