Services
Three ways we work with your team.
One flagship inspection service where we do the analysis ourselves — and two data-collection lines that slot into your existing inspection or engineering workflow. Below is the deep-dive on each, with the asset types and use cases we actually see.
Flagship · we analyze
01 / Power line & tower inspection
Power line & tower inspection
High-resolution RGB and thermal imagery of overhead transmission and distribution, annotated with fault findings — conductor wear, insulator damage, hardware issues, vegetation encroachment. You get imagery with the problems called out on it, ready to act on.
This is the one offering where Infrasight does the inspection analysis itself. Deliverables are findings, not raw footage: annotated RGB and thermal frames, a severity-tagged fault report, and the metadata your work-order system needs to pick it up. Most engagements cover full-line transmission, distribution feeders, structure-level issues at specific towers, or vegetation encroachment on the corridor.
This is the one offering where Infrasight does the inspection analysis itself. Deliverables are findings, not raw footage: annotated RGB and thermal frames, a severity-tagged fault report, and the metadata your work-order system needs to pick it up. Most engagements cover full-line transmission, distribution feeders, structure-level issues at specific towers, or vegetation encroachment on the corridor.
- Transmission lines — full-line coverage, span-by-span review
- Distribution — feeder inspections, structure-level detail
- Structure-level inspection — single-tower or cluster work, close-up imagery
- Vegetation encroachment on corridors — canopy proximity, falling-tree risk
annotated imagery · fault report · findings ready for work-order systems
Data for your inspectors
02 / Aerial data collection for inspection
Aerial data collection for inspection
RGB and thermal imagery capture for assets where your own inspection team does the analysis — pipelines, industrial facilities, specialized equipment.
We fly the mission, run the sensor payload, and hand your inspectors a clean, organized imagery set with the flight metadata they need to tie frames to locations. The analysis stays with your team — we're the capture side of the pipeline, not the review side.
We fly the mission, run the sensor payload, and hand your inspectors a clean, organized imagery set with the flight metadata they need to tie frames to locations. The analysis stays with your team — we're the capture side of the pipeline, not the review side.
- Pipelines — linear coverage, thermal leak screening input for your inspectors
- Specialized equipment — stacks, cooling towers, tanks, hard-to-reach asset imagery
- Industrial facilities — plant-scale captures for your inspection team
organized imagery set · flight metadata · thermal overlays
Data for your engineers
PLS-CADD modeling
03 / Modeling data collection
Modeling data collection (PLS-CADD modeling)
LiDAR captured in the field and modeled in-house into finished PLS-CADD models your engineers load directly — no handing over raw data for your team to process. Plus photogrammetric reconstructions, 3D meshes, and orthomosaics for engineering reference, visualization, and site documentation. (Separate from the PLS-CADD pipeline — different tools, different uses.)
For transmission-line engineering, the headline deliverable is the finished PLS-CADD model — you open it in PLS-CADD and review the whole line, no translator pass. Our point clouds ship fully classified (ground, low/medium/high vegetation, wires, structures, buildings — not just ground vs. non-ground), which means your engineers spend their time analyzing the line, not cleaning up the dataset first.
For transmission-line engineering, the headline deliverable is the finished PLS-CADD model — you open it in PLS-CADD and review the whole line, no translator pass. Our point clouds ship fully classified (ground, low/medium/high vegetation, wires, structures, buildings — not just ground vs. non-ground), which means your engineers spend their time analyzing the line, not cleaning up the dataset first.
- Transmission-line engineering — finished PLS-CADD models from fully-classified LiDAR captures
- Terrain modeling — fully-classified point clouds, DSMs, contour deliverables
- Asset documentation — photogrammetric 3D reconstructions and orthomosaics for engineering reference
PLS-CADD models · Fully-classified LiDAR point clouds · 3D reconstructions · orthomosaics
What we don't cover
We do not provide inspection analysis outside of power line & tower work. For every other asset type, you keep your inspection team — we capture the data, in the format they need, and hand it over.
How we engage
From first call to delivered data.
Most engagements follow the same three-phase arc. We scope tightly, fly precisely, and deliver data formatted for your downstream workflow.
01
Scoping call.
Fifteen minutes. Tell us the asset, the inspection or engineering question, and the airspace context. We come back with a mission plan and a clear deliverable description.
02
Capture mission.
Sensor payload selected for the job. Flight operations coordinated through LAANC or the appropriate authority. Raw data captured, quality-checked on-site, and backed up before we leave the field.
03
Delivery.
Annotated imagery, point clouds, or 3D reconstructions — formatted for the tool your team already uses. Every deliverable is traceable back to the flight and sensor that produced it.
Tell us about your asset.
Most conversations start with an email. A rough idea is enough to start.
contact@infrasight.us
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