Case study
See what’s coming. Decide what’s next.
A single-story commercial building, roughly 30 years old, shared by eight tenants — flown, mapped, and modeled in one visit. Awaiting flight data
This page previews a real engagement currently on our schedule. Once the drone data is captured and processed, this space will be replaced with the actual imagery, model, and dashboard from the flight — not a mockup or a stock example.
The subject property is a single-story, multi-tenant commercial building of a type common across the Charlotte–Concord metro: roughly three decades old, one shared low-slope roof, and eight independent tenant spaces below it — each with its own rooftop equipment, its own lease, and its own maintenance history layered on top of a roof none of them can fully see. That's exactly the condition a single aerial flight is built to untangle.
What this case study will include
Each deliverable below will be filled in with the real output from this flight — a 3D model, two roof orthomosaics, and the dashboard that ties the findings together.
A photogrammetry-based 3D model of the entire structure and roofline, giving the property manager a navigable reference of the whole building — not just the roof — that can be measured and revisited without another site visit.
A distortion-corrected, straight-down visual map of the entire roof in one continuous image — membrane condition, seams, ponding, and penetrations laid out across all eight tenant spaces at once.
A matching top-down thermal map captured with the DJI Matrice 4T's 640×512 radiometric sensor, flagging trapped moisture, insulation gaps, and heat loss or gain — registered to the same roof, tenant by tenant.
An interactive dashboard that turns both orthomosaics into a prioritized punch list — anomaly count, severity, and estimated affected area, broken out by tenant space so the ownership group knows what to fix first.