Aerial Accuracy Logo

Thermal Roof Moisture Surveys—Basic to Full ASTM C1153 Framework Alignment

Flexible approach tailored to your needs • Request a quote for your custom rate

Competitive Rates
Rapid Report Turnaround
Texas Panhandle Coverage

Thermal Roof Moisture Surveys

Our thermal roof surveys can provide everything from quick temperature-anomaly screening to ASTM C1153-aligned methods and documentation. We discuss your requirements first to scope the right level of detail—whether it's basic thermal imaging for defect spotting or comprehensive reports for insurance claims and engineering review. Target delivery: within one week based on agreed scope and weather conditions.

Capability status: This page describes what Aerial Accuracy would capture, review, and deliver for a commissioned commercial-roof thermography project. It is not presented as a record of completed commercial-roof thermography engagements.

The offering applies the same instrument control, measured field targets, and fail-closed review discipline used in our solar work.

Roof Moisture Survey Image

Temperature Anomalies We May Identify

  • Potential Wet Insulation: Temperature differentials that may indicate trapped moisture (requires core sampling or invasive testing to confirm actual moisture content)
  • Membrane Breach Indicators: Georeferenced locations of temperature anomalies that may suggest compromised roofing membrane
  • Drainage Patterns: Surface temperature variations showing potential standing water areas or drainage issues
  • Thermal Bridging: Temperature patterns suggesting insulation gaps or compressed areas

Our Process

Following ASTM C1153 protocol ensures reliable, defensible results:

  1. Evening Flight Timing: Conducted 2-4 hours after sunset when temperature differentials are optimal
  2. Weather Requirements: Minimum 10°F temperature delta between day/night, winds below 15mph, no precipitation within 24 hours (inspections may be rescheduled if conditions not met)
  3. Georeferencing: RTK-equipped capture with delivered accuracy stated only from measured project evidence
  4. Professional Reporting: Georeferenced thermal imagery, moisture probability assessments (High/Moderate/Low), repair priority recommendations

How Thermal Moisture Detection Works

Trapped moisture is detectable because water changes how a roof releases heat. The survey is timed around that physics:

1. Solar Loading

During the day the sun heats the whole roof. Wet insulation absorbs significantly more heat than dry, because of water's high specific heat capacity (4.18 J/g°C vs ~0.84 J/g°C for dry insulation).

2. Radiative Cooling

After sunset the roof sheds heat. Dry areas cool quickly and uniformly; wet areas hold heat longer, creating a measurable temperature differential (ΔT) that peaks 1-3 hours after sunset.

3. Radiometric Capture

A radiometric thermal camera captures the roof during peak contrast, recording an apparent-temperature value for every pixel—not just a visual heat map.

4. Analysis & Mapping

Thermal data is processed into calibrated maps overlaid on the roof plan, classified dry / suspect / wet, then verified with core samples at representative locations.

Deliverables

Comprehensive documentation for insurance claims and maintenance planning:

  • Georeferenced thermal orthomosaic showing entire roof surface (via photogrammetry processing)
  • High-resolution thermal and RGB imagery
  • Defect location map with GPS coordinates (CSV/KML format)
  • Professional PDF report with ASTM C1153-aligned methods documentation
  • Moisture probability assessments for affected areas (High/Moderate/Low likelihood of subsurface moisture)

Roof Systems We Survey

Thermal moisture detection works best on roof systems with an insulation layer that can trap water. We'll confirm fit for your specific assembly before scheduling.

Excellent Detection

  • • Single-ply (TPO, EPDM, PVC)
  • • Modified bitumen
  • • Built-up roofing (BUR)
  • • Spray polyurethane foam (SPF)

Good with Caveats

  • • Standing seam metal (with insulation below)
  • • Concrete deck systems
  • • Older built-up with gravel (thin layer)

Limited Effectiveness

  • • Heavy gravel ballast
  • • Vegetative/green roofs
  • • Bare metal without insulation
  • • Wet-applied coatings over unknown substrate

Custom Pricing Tailored to Your Project

Residential Roofs

Starting at Affordable Prices

Pricing based on square footage and complexity. Most inspections complete in 1-2 hours.

Commercial Roofs

Contact for Custom Quote

Comprehensive ASTM C1153 documentation. Pricing varies by scope—we'll provide a personalized estimate promptly.

Includes: Flight, processing, georeferenced thermal maps, PDF report, GPS defect locations, ASTM C1153 alignment statement; not certification

Custom Pricing Based on Project Needs: Square footage, roof complexity, access requirements, and report detail level

No travel fees within 40 miles: Hale, Floyd, Swisher, Castro, Lamb counties + Lubbock Metro

See our drone roof inspection cost guide for detailed pricing by building size, the thermal roof inspection guide for field methods, or estimate roof-moisture exposure with our moisture mapping calculator.

Important Scope & Expectations

Our thermal roof surveys follow the ASTM C1153 framework and deliver documented temperature data and georeferenced thermal maps, making them a valuable screening tool for your facility maintenance and insurance documentation needs. We focus on rapid detection of temperature anomalies that may indicate subsurface moisture, helping you prioritize repairs and minimize damage. Here's a transparent overview of our service parameters:

Engaging our services means you value this professional, ASTM C1153-aligned approach to roof condition screening and maintenance planning.

Commercial Roof Survey FAQ

Schedule Your Thermal Roof Survey

Local West Texas specialists. Rapid reporting (typically within one week). Custom quotes for your project.

Rapid response • ASTM C1153-aligned methods • Documented thermal documentation