What is construction thermal imaging?

Construction thermal imaging uses infrared cameras to detect temperature differences that reveal insulation gaps, moisture intrusion, electrical issues, and envelope defects.

What can thermal imaging detect on a construction site?

It identifies moisture, insulation gaps, air leakage, electrical hotspots, HVAC issues, and roofing failures.

When should thermal imaging be performed during construction?

Common checkpoints include pre‑drywall, post‑insulation, pre‑punch, and closeout.

Why is thermal imaging important for construction?

It reduces rework, prevents hidden failures, supports quality control, and provides verifiable documentation for owners and warranty providers.

Construction Thermal Imaging & Infrared Inspections

Thermal imaging is one of the most effective ways to identify hidden issues on a construction site before they become costly problems. ARO Aerial provides construction‑grade infrared inspections for buildings, roofs, envelopes, electrical systems, and mechanical infrastructure across Columbus and Central Ohio.

Our Level 1 sUAS Thermographer delivers accurate, repeatable, and actionable thermal data that supports GCs, CMs, developers, and owners throughout the entire construction lifecycle.

Thermal inspections help construction teams:

Detect moisture intrusion before finishes are installed
Verify insulation coverage and thermal continuity
Identify air leakage and envelope performance issues
Spot electrical hotspots and overloaded circuits
Validate roofing systems and membrane integrity
Document conditions for warranty, turnover, and closeout
Reduce rework, callbacks, and post‑occupancy issues

Thermal imaging is not just a diagnostic tool — it’s a risk‑reduction asset for construction managers and owners.

1. Thermal Imaging Reports
Each inspection includes:

High‑resolution thermal images
Visible‑light comparison images
Annotated findings
Temperature differentials
Moisture‑risk indicators
Priority‑level recommendations
PDF report + cloud‑based access
2. Building Envelope Inspections
Identify issues such as:

Insulation gaps
Thermal bridging
Air leakage
Poorly sealed penetrations
Window/door installation defects
3. Roof & Moisture Intrusion Scans
Used for:

Flat roof moisture detection
Membrane failures
Ponding water
Drainage issues
Warranty documentation
4. Electrical & Mechanical Thermal Scans
Detect:

Overloaded circuits
Faulty breakers
Failing motors
HVAC performance issues
Panel hotspots
5. Pre‑Close & Turnover Inspections
Thermal imaging is ideal for:

Pre‑drywall verification
Pre‑punch inspections
Owner turnover packages
Warranty baseline documentation

1. Project Scoping

We coordinate with your PM or superintendent to define:

Areas of concern
Required access
Inspection timing (day/night)
Environmental conditions
Deliverable formats

2. On‑Site Thermal Capture

Using professional‑grade infrared sensors, we capture:

Envelope scans
Roof systems
Electrical panels
Mechanical equipment
Interior/exterior assemblies

3. Analysis & Reporting

You receive:

Annotated thermal findings
Side‑by‑side visual comparisons
Temperature deltas
Moisture‑risk indicators
Recommendations for corrective action

What is construction thermal imaging?
Construction thermal imaging uses infrared cameras to detect temperature differences that reveal insulation gaps, moisture intrusion, electrical issues, and envelope defects.
What can thermal imaging detect on a construction site?
It identifies moisture, insulation gaps, air leakage, electrical hotspots, HVAC issues, and roofing failures.
When should thermal imaging be performed during construction?
Common checkpoints include pre‑drywall, post‑insulation, pre‑punch, and closeout.
Why is thermal imaging important for construction?
It reduces rework, prevents hidden failures, supports quality control, and provides verifiable documentation for owners and warranty providers.

Construction Thermal Imaging & Infrared Inspections