Aerial thermal imaging uses an infrared camera mounted on a drone to detect surface temperature variations across roofing systems and building envelope components. Temperature anomalies may indicate areas of potential moisture intrusion, insulation deficiencies, or air leakage.
This service is especially valuable for evaluating roof systems, attic insulation patterns, and large surface areas where traditional ladder access may be limited or unsafe. Thermal images are captured in coordination with standard visual imagery to provide context and clarity. Environmental conditions such as temperature differential, cloud cover, and time of day are considered to improve image reliability.
Thermal imaging can help identify areas requiring further investigation before visible interior damage develops. When anomalies are observed, they are clearly marked and described within the report, along with recommendations for verification or corrective action if needed.
All operations are conducted in compliance with 14 CFR Part 107 and applicable operational safety standards.
Important Limitation:
Thermal imaging is a non-invasive screening tool and does not confirm moisture, mold, or structural defects without supplemental testing. Results are influenced by environmental conditions, solar exposure, wind, recent rainfall, and building materials. It does not replace moisture meters, invasive testing, laboratory analysis, or engineering evaluation.
Aerial thermal imaging uses an infrared camera mounted on a drone to detect surface temperature variations across roofing systems and building envelope components. Temperature anomalies may indicate areas of potential moisture intrusion, insulation deficiencies, or air leakage.
This service is especially valuable for evaluating roof systems, attic insulation patterns, and large surface areas where traditional ladder access may be limited or unsafe. Thermal images are captured in coordination with standard visual imagery to provide context and clarity. Environmental conditions such as temperature differential, cloud cover, and time of day are considered to improve image reliability.
Thermal imaging can help identify areas requiring further investigation before visible interior damage develops. When anomalies are observed, they are clearly marked and described within the report, along with recommendations for verification or corrective action if needed.
All operations are conducted in compliance with 14 CFR Part 107 and applicable operational safety standards.
Important Limitation:
Thermal imaging is a non-invasive screening tool and does not confirm moisture, mold, or structural defects without supplemental testing. Results are influenced by environmental conditions, solar exposure, wind, recent rainfall, and building materials. It does not replace moisture meters, invasive testing, laboratory analysis, or engineering evaluation.
