How does weather affect facade thermography?

Best results require a stable thermal differential between inside and outside the building, ideally with no recent precipitation and minimal wind. Our pilots time flights to weather windows that maximize image quality.

Can you scan a high-rise facade without disrupting tenants?

Yes — that's one of the largest reasons clients choose drone facade inspection. The flight is brief, low-noise, and conducted from the air; tenants generally don't notice it happened.

Do you create 3D thermal building models?

Yes, when requested. We can produce a thermal-textured 3D building model suitable for engineering review, alongside or instead of flat 2D thermal elevation maps.

Drone thermal infrared scan of a commercial building facade revealing missing insulation, thermal bridging, and water intrusion patterns on the exterior wall

Core Service

Infrared Building Facade Inspection

Identify envelope failures, missing insulation, thermal bridging, and water intrusion with high-resolution drone thermography. Non-invasive envelope diagnostics across NC.

Overview

Building envelope failures cause massive energy loss, tenant comfort complaints, and structural degradation — and they hide behind cladding where visual inspection can't find them. Inspecting a high-rise facade traditionally requires swing stages or rope access, both expensive, slow, and visible to tenants. Holmes and Watson scans entire elevations with a drone-mounted radiometric thermal sensor, identifying missing insulation, thermal bridging, gasket failures, and water intrusion in a single morning — without scaffolding, without anchors, and without disrupting the building.

Why Choose Drone Facade & Envelope Thermography

A drone facade scan finishes in hours what scaffold-based inspection takes weeks to do. The non-invasive nature is critical for historic envelopes, occupied tenant buildings, and facades where mechanical anchoring would itself cause damage.

When to use it: Use facade thermography during commercial real estate acquisition due diligence, when chasing recurring tenant comfort complaints, before major envelope capital decisions, after any envelope-affecting weather event, and as part of an annual envelope condition program.

What We Inspect

Curtain walls and unitized glass facades
Masonry, brick, and CMU exteriors
Window seals and glazing systems
EIFS and stucco cladding
Metal panel systems
Expansion joints and through-wall flashing

Our Process

Assessment

Reviewing building drawings, prior thermal data, and tenant complaint history; planning vertical flight grids around airspace and adjacent structures.

Capture

Executing automated vertical grids that ensure consistent overlap, resolution, and orientation for every elevation.

Processing

Stitching imagery into 2D thermal elevation maps and (optionally) 3D thermal building models.

Delivery

Providing actionable, prioritized data to engineers and architects for remediation planning.

Deliverables

Vertical thermal elevation maps, paired side-by-side visual/thermal imagery, optional 3D thermal point cloud, prioritized anomaly report keyed to building drawings.

Cost Factors

Building height and total facade square footage
Number of elevations and complexity of geometry
Airspace authorization (Class B/C airspace adds coordination)
2D thermal elevations vs. full 3D thermal model deliverable
Combined roof + facade missions are significantly cheaper than separate visits

Frequently Asked Questions

Drone thermography replaces rope access for most condition assessment work — moisture, insulation, thermal bridging, and gasket failure identification. Hands-on testing is still needed for some destructive sampling, but the drone scan tells you exactly where to send the testing crew.