One App. 5 Mission Types. 3D Scene Reconstruction.

Tactical Facade

Four automated perimeter passes capture every side of a structure for tactical situational awareness. The straight pass documents facades head-on, right-oblique and left-oblique passes provide angled perspectives for depth and concealment analysis, and the nadir pass delivers a top-down overview. Purpose-built for SWAT pre-planning, barricade incidents, and critical infrastructure documentation.

Search & Rescue

A single nadir pass over a wide-area grid enables rapid coverage of large search zones. Optimized for missing-person operations, disaster debris fields, and wilderness searches. The automated grid ensures no area is missed, while the straight-down camera angle maximizes ground visibility for both visual and thermal sensors.

Accident Scene

Three automated grid passes capture comprehensive overhead imagery for traffic collision reconstruction. High-overlap nadir photography produces detailed orthomosaics and 3D point clouds that preserve the scene with survey-grade accuracy. Designed to clear roadways faster while delivering courtroom-ready documentation.

Crime Scene

Three grid passes deliver high-resolution overhead documentation of crime scenes for forensic analysis and evidence preservation. The automated flight plan ensures consistent, repeatable coverage that stands up to legal scrutiny. Ideal for homicide scenes, officer-involved incidents, and large outdoor evidence areas.

Stadium

Nine automated passes provide complete situational awareness of large venues. Four exterior perimeter passes document every facade, one inward-facing pass captures entry and exit points, three overhead grid passes map the interior and seating bowl, and a final orbit ties it all together. Built for event security pre-planning, threat assessment, and emergency egress analysis.

3D Modeling & Photogrammetry

Every mission type is engineered for photogrammetry-ready output. High-overlap, multi-angle imagery feeds directly into industry-standard processing software to generate 3D point clouds, orthomosaics, digital elevation models, and textured mesh reconstructions. Accident investigators get survey-grade scene models. Crime scene units get measurable 3D evidence. Tactical teams get full-structure models for pre-planning. All courtroom-ready, all from a single automated flight.

• 3D Point Clouds — Dense georeferenced point data for measurement and analysis
• Orthomosaics — Stitched, orthorectified aerial maps with sub-inch accuracy
• Textured Mesh Models — Photorealistic 3D reconstructions for courtroom presentation
• Digital Elevation Models — Terrain and surface height data for volumetric analysis