Drone Roof Inspection & Thermal Imaging Services

Infrared imaging detects moisture intrusion, hidden leaks, and insulation failures beneath the roof surface without anyone setting foot on the roof.

Thermal drone roof inspection uses radiometric infrared cameras mounted on commercial-grade drones to detect temperature differentials across the entire roof surface. Wet insulation retains heat differently than dry insulation, creating visible thermal signatures that pinpoint exactly where moisture has infiltrated the roofing membrane. Our FAA Part 107 certified pilots fly the drone at optimal altitude, typically 50 to 100 feet, capturing high-resolution thermal imagery that reveals moisture pockets, failed insulation zones, ponding water paths, and membrane separations invisible to the naked eye. Thermal inspections are most effective when performed in the evening after the roof has absorbed solar heat throughout the day, as wet areas cool at a different rate than dry areas. Each inspection includes a calibrated thermal map overlaid on a visual aerial photograph so you can see exactly where problems exist relative to roof features like HVAC units, drains, and parapet walls. This data allows targeted repairs rather than costly full roof replacements, saving building owners thousands of dollars.

Full roof condition assessment with high-resolution aerial photography documenting membrane condition, flashing integrity, drainage, and equipment mounting.

Commercial roof surveys combine ultra-high-resolution aerial photography with systematic documentation of every roof component. Our drones capture images at resolutions exceeding 1 centimeter per pixel, revealing details like cracked caulking, lifted flashing, ponding water, membrane blistering, gravel displacement, and deteriorated sealant around penetrations. The survey covers the entire roof area including hard-to-reach sections behind HVAC equipment, around rooftop mechanical units, and along parapet walls where manual inspection is dangerous or impossible. We document the condition of every roof penetration, drain, scupper, expansion joint, and edge detail. The deliverable is a comprehensive roof condition report with annotated photographs, a deficiency map, severity ratings for each issue found, and prioritized repair recommendations with estimated costs. Commercial property managers, facility directors, and building owners use these reports for capital planning, lease negotiations, insurance documentation, and maintenance budgeting. Most commercial roof surveys take 1 to 3 hours of flight time depending on roof area and complexity.

Aerial documentation of construction sites providing owners, architects, and stakeholders with visual progress tracking from a perspective impossible at ground level.

Construction progress monitoring uses scheduled drone flights to create a visual timeline of your project from groundbreaking through completion. Each visit produces high-resolution aerial photographs and video from multiple angles and altitudes, capturing site conditions, material staging, structural progress, equipment placement, and workforce activity. These images become invaluable documentation for owner progress reports, lender draw requests, schedule verification, and dispute resolution. We can create orthomosaic maps that stitch together hundreds of individual images into a single, georeferenced overhead view of the entire site, accurate to within inches. For large commercial projects, we provide volumetric analysis of earthwork, stockpile measurements, and grading verification using photogrammetry software. Weekly or biweekly monitoring visits give project stakeholders a clear, objective view of construction progress that supplements on-the-ground reporting. Many of our clients in the Charlotte area use these reports to keep remote investors, corporate ownership groups, and insurance carriers informed without requiring site visits.

Post-storm aerial inspection for insurance documentation, capturing hail damage, wind uplift, debris impact, and water intrusion evidence from above.

After severe weather events including hailstorms, hurricanes, tornadoes, and high-wind events, drone inspection provides fast, safe, and comprehensive damage documentation for insurance claims. Our pilots can be on-site within 24 hours of a storm event in the Charlotte metro area, capturing high-resolution imagery of roof damage before temporary repairs alter the evidence. We document hail impact patterns across the entire roof surface, wind uplift damage to membrane edges and flashing, debris strikes, punctures, torn or missing roofing materials, and damaged rooftop equipment. Thermal imaging during storm damage assessment reveals moisture intrusion that may not be visible in standard photographs, proving that water has penetrated the roof system even when surface damage appears minor. The deliverable includes a detailed damage report formatted specifically for insurance adjusters, with annotated photographs, measurements, damage location maps, and material identification. Insurance companies increasingly accept and prefer drone inspection documentation because it provides objective, comprehensive coverage of the entire roof rather than the limited sampling area a human inspector can safely access. Same-day emergency inspections are available for critical situations.

Thermal scan of walls, windows, doors, and the full building exterior to identify air leakage, missing insulation, and energy loss points.

Building envelope inspection extends thermal imaging beyond the roof to assess the entire exterior skin of a building. Using infrared cameras mounted on drones, we scan walls, windows, doors, soffits, and foundation interfaces to identify thermal bridging, air infiltration, missing or compressed insulation, moisture intrusion through wall assemblies, and failed window seals. These inspections are particularly valuable for commercial buildings, warehouses, multi-story structures, and industrial facilities where interior comfort complaints, unexplained energy costs, or visible moisture damage suggest envelope failures. The drone captures thermal imagery of exterior surfaces that would be inaccessible without scaffolding or boom lifts, including upper stories, parapets, and areas above awnings or canopies. For USGBC members and green building projects, envelope inspection data supports energy audit documentation, LEED certification requirements, and sustainability reporting. Our reports include side-by-side thermal and visual images of each deficiency, severity ratings, and recommended remediation approaches. Building envelope inspections are typically performed during heating season when the temperature differential between interior and exterior spaces maximizes the visibility of thermal anomalies.

Drone inspection of warehouses, factories, tall structures, and facilities where manual inspection is unsafe, impractical, or requires expensive equipment access.

Industrial facilities present unique inspection challenges due to height, structural complexity, hazardous environments, and the operational disruption caused by traditional inspection methods. Warehouses with 30 to 60 foot clear heights, manufacturing plants with complex rooflines, distribution centers spanning hundreds of thousands of square feet, and multi-story industrial structures all benefit from drone inspection that eliminates the need for scaffolding, boom lifts, rope access teams, or production shutdowns. Our drones inspect industrial roof systems including standing seam metal, single-ply membrane, built-up roofing, and metal panel systems, documenting fastener condition, seam integrity, coating deterioration, flashing failures, and structural deflection. For interior inspections of tall warehouse spaces, we use drones to assess overhead crane rails, structural steel connections, roof deck condition, skylight integrity, and fire suppression system components without shutting down operations. Industrial thermal inspections detect insulation voids in metal building wall panels, failed vapor barriers, and moisture infiltration paths that drive corrosion and structural deterioration. The cost savings versus traditional access methods like scaffolding or boom lifts often exceeds 70 percent while delivering more comprehensive coverage.