Services / Thermal Imaging
Capability
Thermal Imaging
Thermal sensors record heat rather than light, which surfaces things the eye cannot see — a connector running hot, an overloaded section of line, vegetation under stress. We pair every thermal flight with GPS-tagged imagery, so a hot spot on the map is a hot spot a crew can find on the ground.
What Thermal Imaging Gives You
Storm damage assessment across miles of corridor in hours, not days
Hot-spot & anomaly detection on lines, connectors, and equipment
Vegetation health and stress analysis for clearing and forestry planning
Before & after comparisons for insurance and compliance reporting
Deliverables
Thermal maps and mosaics covering the full corridor or site
Georeferenced anomaly reporting with coordinates a crew can navigate to
Side-by-side thermal and visible-light imagery for context
Before & after documentation sets
Timing is the whole game
Thermal is the most schedule-sensitive capture we fly, because it depends on a temperature differential existing in the first place. An asset that has been baking in afternoon sun reads hot whether or not anything is wrong with it. Flights are planned around the conditions that make a real anomaly stand out from its surroundings — which often means early or late rather than the middle of the day.
The payoff is speed of coverage. Walking a corridor to find a failing connector is slow, and in storm conditions it can be genuinely dangerous. A thermal flight covers the same ground in a fraction of the time with nobody underneath the line. We fly a DJI Zenmuse H30T — radiometric thermal at 1280×1024 alongside visible wide and 32× zoom cameras and a laser rangefinder, so an anomaly gets confirmed and located on the same pass instead of on a second trip.
Worth knowing
Thermal indicates where to look, not what's wrong. Radiometric capture means every pixel carries a temperature value you can measure after the flight — but the diagnosis still belongs to the people who maintain the asset.