Building Envelope Thermal Analysis
Exterior wall, curtain-wall, and high-rise envelope thermal analysis. Detect insulation gaps, moisture intrusion, and air infiltration without scaffolding, rope access, or shutdowns.
Drone-flown thermal surveys of exterior building envelopes detect insulation deficiencies, moisture intrusion behind facades (critical for stucco and EIFS systems in coastal Florida), thermal bridging at structural penetrations, and air infiltration paths.
Particularly valuable for high-rise and multi-story commercial buildings where rope access is dangerous, expensive, or operationally disruptive. Identifies issues for targeted remediation rather than blanket re-cladding.
Often paired with interior handheld thermography for the most accurate diagnosis — exterior thermal identifies the symptom, interior thermal locates the source.
Florida-specific applications include post-storm wind-driven rain assessment, stucco and EIFS moisture investigation, and pre-acquisition due diligence on aging coastal commercial buildings.
Also under Thermal Inspection
HVAC Thermal Screening
Rooftop unit anomaly detection — refrigerant leaks, failing compressors, electrical hot spots — identified before they cause equipment failure or business interruption.
Commercial Roof Thermal Inspection
Geo-referenced thermal moisture surveys identifying wet insulation, membrane breaches, and trapped moisture before they become leaks, warranty disputes, or insurance claims.
Commercial Solar Panel Thermal Inspection
Drone-flown radiometric thermal surveys of commercial solar arrays. Module-level defect detection, string-level fault localization, and energy-loss quantification per IEC 62446-3 methodology. For commercial rooftop and ground-mount installations.