Drone Thermal Inspection & Aerial Thermography
Professional aerial thermography for solar farms, commercial roofs, electrical systems, wind turbines, and agricultural operations. Calibrated radiometric data — not colorized snapshots.
What Is Aerial Thermography?
Aerial thermography — also called drone thermal inspection or aerial thermal imaging — is the practice of capturing calibrated infrared data from an unmanned aircraft to detect temperature anomalies invisible to the naked eye. Every surface emits thermal radiation proportional to its temperature. A radiometric thermal sensor records per-pixel apparent-temperature data. Reported temperatures depend on emissivity, reflected temperature, range, atmosphere, angle, calibration, and field conditions.
The result is a georeferenced thermal map of your asset — whether that's a 500 MW solar farm, a 200,000 sq ft warehouse roof, or a high-voltage substation. Anomalies like possible moisture intrusion, bypass-diode behavior, loose electrical connections, or insulation gaps may appear as thermal signatures that trained analysts prioritize for qualified follow-up. Not all defects produce detectable temperature differentials; physical or electrical verification remains necessary for diagnosis.
At Aerial Accuracy, we fly strict automated grid patterns with 640x512 radiometric sensors and RTK-equipped capture. This isn't consumer-grade thermal photography — it's quantitative, repeatable data capture aligned with the applicable IEC TS 62446-3, ASTM C1153, and NFPA 70B frameworks. That alignment is not certification or accreditation.
Drone Thermal Inspection Services
Solar PV Inspections
IEC TS 62446-3 thermal inspections for utility-scale solar farms. Systematic radiometric coverage screens for thermal signatures; coverage does not guarantee detection, and findings require review.
View solar inspection services →Roof Moisture Surveys
ASTM C1153 thermal moisture mapping for commercial and industrial flat roofs. Detect subsurface water before it causes structural damage or mold.
View roof inspection services →Electrical Thermography
NFPA 70B annual thermographic inspections for substations, switchgear, transformers, and industrial electrical systems. Detect loose connections and overloaded circuits.
View electrical services →Wind Turbine Inspections
Blade surface inspection and nacelle thermography for utility-scale wind farms. Detect leading edge erosion, lightning damage, and gearbox overheating.
View wind inspection services →Agricultural Thermal Imaging
Irrigation system leak detection, crop stress mapping, and feedlot heat stress monitoring. Thermal imaging for precision agriculture in West Texas.
View agricultural services →Industrial & Grain Elevators
External thermal surveys of grain storage, BESS installations, cold storage facilities, and cell towers. Detect hotspots indicating internal failures.
View industrial services →Drone Thermal Inspection vs. Handheld Thermography
| Factor | Drone Thermal Inspection | Handheld Thermography |
|---|---|---|
| Coverage | Planned full accessible area; gaps disclosed | Limited to line-of-sight, oblique angles |
| Speed | 50+ acres/hour for solar; full rooftop in minutes | Hours per building, days for large arrays |
| Safety | No roof access, scaffolding, or bucket trucks | Requires physical access to dangerous locations |
| Positioning | RTK-equipped; findings use documented georeferencing and asset references | Manual notation of approximate locations |
| Repeatability | Automated flight paths, identical parameters each survey | Varies by operator, angle, and distance |
| Deliverable | Stitched radiometric orthomosaic with GPS coordinates | Individual images with manual annotation |
How Our Aerial Thermography Process Works
Scope & Plan
We review your asset, check airspace (LAANC authorization), define flight parameters, and schedule around optimal thermal conditions — typically early morning or after sunset for roofs, solar noon for PV arrays.
Fly & Capture
Automated grid flights use consistent altitude and high overlap. The 640x512 radiometric sensor records apparent-temperature data. Thermal timestamps are not treated as tightly synchronized; pose inheritance, tie points, thermal/RGB co-registration, and asset indexing compensate.
Analyze & Report
Thermal data is processed into georeferenced orthomosaics. Anomalies are classified by severity per applicable standards (IEC TS 62446-3 / ASTM C1153 / NFPA 70B) and delivered as annotated PDF reports with GPS coordinates.
Service Area
Based in Hale Center, TX — zero travel fees within 40 miles covering Hale, Floyd, Swisher, Castro, Lamb counties and Lubbock metro. Extended coverage across the ERCOT footprint with transparent travel pricing and advance scheduling.
Founder-led. Not a national franchise, online marketplace, or outsourced contractor network.
Drone Thermal Inspection FAQ
What is a drone thermal inspection?
A drone thermal inspection uses an unmanned aircraft with a radiometric infrared camera to record per-pixel apparent-temperature data. Reported values depend on emissivity, reflected temperature, range, atmosphere, angle, calibration, and field conditions; interpretation uses deltas and corroborating evidence rather than claiming exact surface temperature.
What industries use aerial thermography?
Aerial thermography is used across energy (solar PV, wind turbines, substations, BESS), building envelope (commercial roofs, cold storage, warehouses), agriculture (irrigation leak detection, crop stress, feedlot monitoring), and infrastructure (cell towers, grain elevators, pipelines). Any application where temperature anomalies indicate equipment failure, moisture intrusion, or energy loss benefits from drone thermal inspection.
How is drone thermal inspection different from handheld thermography?
Handheld and drone thermography serve different roles. Drone inspection can systematically screen accessible solar and roof areas with consistent flight geometry; planned coverage does not guarantee detection, and gaps or rejected frames are disclosed. Handheld and physical follow-up remain necessary for confirmation and root-cause diagnosis.
What equipment do you use for aerial thermography?
We fly an Autel EVO II Dual 640T RTK V3 with a 640x512 radiometric thermal sensor and a 50MP RGB camera. RTK is a manufacturer camera-position capability, not a guaranteed defect pin. The sensor records per-pixel apparent-temperature data; delivered georeferencing and quality limits are documented from project evidence.
How much does a drone thermal inspection cost?
Pricing depends on the scope: small commercial roofs start around $600, utility-scale solar inspections are quoted per-MW, and electrical thermography is typically quoted per-facility. We offer zero travel fees within 40 miles of Hale Center, TX. Contact us for a custom quote based on your specific asset and deliverable requirements.
What standards do your inspections follow?
Our methodologies are informed by IEC TS 62446-3 for solar PV thermography, ASTM C1153 for roof moisture surveys, and NFPA 70B for electrical thermography. We follow these frameworks for flight parameters, environmental conditions, data capture, and anomaly classification to ensure defensible, standards-aligned deliverables.
Looking for specific pricing? See our drone roof inspection cost guide for commercial roof pricing, or our residential solar inspection page for homeowner pricing starting at $395. For inspection planning, read the UAV thermal imaging guide; battery facilities can review our BESS thermal monitoring service.