Inspection
One asset · Close in
01
RGB Inspection
A methodical visual survey of one structure, close ups with 34× optical zoom and up to 400× (hybrid).
JPG · PDF
02
Thermal Inspection
1280 × 1024 radiometric thermal with up to 32× digital zoom, UHR (Ultra-High Resolution) and 1280×1024 @ 30 fps video — electrical gear, mechanical plant, roof penetrations, read per asset.
Radiometric · PDF
03
3D Scan
Full photogrammetric 3D capture of a structure that offers reliable measurements.
OBJ · FBX
04
IR Roof & Envelope Survey
Aerial infrared capture of a roof or façade under ASTM C1153 survey conditions — insulation defects, thermal bridges and trapped moisture, located on a 3D model of the building rather than on a flat thermogram that can’t tell you where. Delivered as capture and imagery for a certified thermographer; C1153 requires invasive verification before a defect is formally called, so the report is theirs to sign.
Radiometric · OBJ · PDF
Mapping
Ground · By the acre
05
RGB Orthomosaic
A measurable, georeferenced map of the site created from hundreds of still images, rendered into one image with 1–3 cm horizontal precision when taken with RTK/PPK + GCPs.
GeoTIFF · DXF
06
Topographic Survey & Volumetrics
Photogrammetric terrain across a full site — contours and surfaces, stockpile volumes, cut and fill, and as-built comparison against a design. Flown on a repeat cadence it becomes a month-to-month record of what moved.
OBJ · LAS · DXF
07
Solar Thermal Inspection
Every module flown and read for the defects that cost generation — hot cells, bypass-diode and substring failures, whole-panel outages — returned as a located, classified defect list rather than a picture of the array. Quoted by system size, the way the industry quotes it.
Findings report · Radiometric · CSV
08
LiDAR Coming soon
LiDAR lasers pass through gaps in the tree canopy and return data from the ground below — giving us a bare-earth model in areas where photogrammetry simply can't see.
LAS · LAZ · DXF
Flown once, or flown every month
Either mapping data set can be bought as a monitoring program instead of a single mission — the same site on a fixed cadence, against a permanent control network and a base surface we establish at the start and reuse every visit after. That setup work is what makes a repeat visit cost less than a one-off, so it is billed once and the visits are invoiced monthly against a named visit count. No open-ended retainer.
Stockpile inventory usually runs monthly, against month-end close; construction progress runs monthly or every two weeks, against the draw schedule. Winter on the Front Range is written into the agreement rather than left to argue about later.