Initialising renderer
Unlimitedframes / solve
Reconstruction density
≤ 4mmGSD
Ground sample distance
48hturnaround
Flight to deliverable
6verticals
Telecom to terrain
PHOTOGRAMMETRYDIGITAL TWINSORTHOMOSAICSPOINT CLOUDSTOWER AUDITSVOLUMETRICSDSM / DTMTHERMALCHANGE DETECTIONAS-BUILTS
PHOTOGRAMMETRYDIGITAL TWINSORTHOMOSAICSPOINT CLOUDSTOWER AUDITSVOLUMETRICSDSM / DTMTHERMALCHANGE DETECTIONAS-BUILTS
01What we actually deliver
01
Capture
Automated flight plans built per asset class — orbital for structures, double-grid for terrain, corridor for linear infrastructure. As many frames as the asset deserves, 75–85% overlap, RTK-positioned.
Part 107RTK / PPKThermal-ready
02
Reconstruct
Frames are aligned, densified and meshed into a single georeferenced model. Control points tie every capture to the same coordinate system, so cycle 14 lines up with cycle 1.
Dense cloudTextured meshGCP-tied
03
Operate
The model lives on a private, sharable page — orbit it, measure it, isolate components, and pull the raw LAS, OBJ or orthomosaic when your engineers need it.
Web viewerMeasurableRaw export
02Live reconstruction
Initialising renderer
Appalachian ridge
Microwave Backhaul Path
Path survey and dish alignment verification on a ridge-top backhaul site, captured between weather windows and solved overnight.
1310
Images solved
4.0 mm/px
Ground sample
18 min
Flight time
2026-01-24
Captured
03Six verticals