Moisture Surveys

Are the weather, roof construction, and timing suitable for useful thermal data?

Thermal capture is planned around roof type and environmental conditions so temperature patterns have a defensible investigative purpose instead of simply producing impressive imagery.

Can a thermal pattern be tied back to an exact visible roof location?

Visual mapping gives the thermal survey roof-wide location context so suspected areas can be revisited, verified in the field, measured, and communicated clearly.

Can a second non-destructive method support—or challenge—the thermal interpretation?

Where the roof assembly supports it, impedance or capacitance screening can provide another line of evidence before more invasive verification locations are selected.

Where should verification be performed to answer the moisture question efficiently?

We use imagery, roof construction, leak history, and screening results to target representative and suspicious areas instead of treating destructive verification as random sampling.

How much roof area appears to warrant verification, and exactly where is it?

Suspected patterns are mapped as investigation targets with location and area context while remaining clearly distinguished from moisture that has actually been field-verified.

Does the verified moisture condition change which roofing options are still responsible?

Moisture extent, construction, condition, and repairability help determine whether localized repair, restoration, recover, or replacement remains technically and financially reasonable.