Infrared Thermal Imaging Inspection in Flint, MI

Hidden moisture, insulation gaps, air leakage, and electrical hotspots — made visible.

A thermal imaging camera doesn't see through walls, but it sees what's happening at the surface of them — and that's enough to reveal hidden moisture, missing insulation, air-leak pathways, and overheating electrical components that a visual inspection alone will never catch. Thermal imaging is included on every home inspection we perform; as a standalone service, it's a diagnostic tool for homeowners tracking down a specific problem — mystery drafts, ice dams, utility bills that don't add up, water stains that only appear sometimes — and it pays for itself the first time it finds the cause.

What's included

Full interior thermal scan

Systematic scan of exterior walls, ceilings, floors, around windows, doors, and penetrations. Imagery captured and delivered with the report.

Moisture detection

Active moisture in drywall, ceilings, and around plumbing shows up as distinct cold signatures. Often finds leaks upstream of where the stain appears.

Insulation & air-barrier evaluation

Gaps and voids in attic and wall insulation, air-leakage pathways at top plates, rim joists, and recessed lights are documented visually.

Electrical hotspots

Overloaded circuits, loose connections, and failing panel breakers often show thermal signatures long before they fail visually — a non-contact safety check.

Why it matters for Flint-area homes

  • Ice-dam damage in Michigan starts with attic heat loss — thermal imaging shows exactly where the heat is escaping so insulation and air-sealing work can be targeted.
  • Pre-1980 Flint-area homes often have inconsistent wall insulation (blown-in over existing studs, voids behind kitchen and bath fixtures) that thermal imaging can map without cutting drywall.
  • Freeze-thaw plumbing incidents — pipes that freeze one winter and leak in spring — leave thermal signatures that help trace the damage path.
  • Aluminum and mixed-metal wiring from the 1960s-70s is common here and runs hotter than copper under load; thermal imaging catches at-risk connections before they become a fire hazard.

How it works

  1. 1

    Problem definition

    We start with what you're trying to solve — unexplained bills, suspected leak, cold room, ice dams — so the scan targets the right areas with the right conditions.

  2. 2

    On-site scan

    Best results require a temperature differential between inside and outside (typically 15°F+). Heating-season scans are often the most revealing in Michigan.

  3. 3

    Report & imagery

    Annotated thermal images delivered with the written findings and recommendations. Homeowners can share directly with contractors for targeted follow-up work.

Frequently asked

Do I need this if a home inspection already includes thermal imaging?

Usually not — inspection-included thermal is already covering the basics. Standalone infrared inspection is for tracking down specific problems or documenting known issues in more detail.

Can thermal imaging see mold?

Not directly — it sees the moisture that leads to mold. Thermal + moisture metering is often the best combo to trace hidden water and preempt growth.

Does this work in summer?

Yes, but less dramatically — smaller indoor/outdoor temperature differentials produce weaker signatures. Moisture and electrical work fine year-round; insulation and air-leak work is best fall through spring.

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