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Reveal Hidden Roof Moisture with FLIR Thermal Infrared Drone Services

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Stop leaks before they start.

At St Louis Drone Services, we build data-driven systems that give facility leaders real visibility into the health of their buildings. Using thermal imaging, radiometric data, and high-resolution aerial mapping, we create timestamped, defensible records of roof and asset conditions for schools, healthcare facilities, manufacturers, and commercial portfolios across the St. Louis region.

This post walks through what roof moisture inspection actually is, why it matters, how the technology works, and what a professional inspection process looks like from the ground up — literally.

The Problem: Roofs Fail Quietly, Long Before You See a Stain

By the time a ceiling tile browns, insulation sags, or a leak appears in a hallway, the water has usually been traveling through the roof assembly for months — sometimes years. Membrane roofing systems (TPO, EPDM, modified bitumen, built-up roofing) are designed to shed water, but once a seam, flashing detail, penetration, or fastener fails, moisture migrates laterally beneath the surface. It saturates insulation board, degrades the roof deck, and accelerates corrosion — all while the top surface looks completely normal to the naked eye.

This is a challenge we see constantly with facility leaders here in Missouri: you cannot manage what you cannot see. Traditional roof inspections rely on visual walkovers, moisture meters at spot checks, or destructive core cuts. All three have real limitations — they’re slow, subjective, and only sample a fraction of the roof’s total area. A 100,000 square foot roof might get a dozen core samples. That leaves the other 99% a guessing game.

Add in the swings of a St. Louis climate — humid summers, freeze-thaw winters, and severe spring storm seasons — and roofs across the metro take a beating that makes hidden moisture even more likely to go unnoticed until it’s a five- or six-figure problem.

Infrared thermography closes that gap.

How Thermal Infrared Roof Moisture Detection Works

The science is straightforward, even though the equipment is sophisticated.

Materials absorb, retain, and release heat at different rates. Dry insulation and dry roofing materials heat up during the day and cool down relatively quickly after sunset. Wet insulation, however, has a much higher thermal mass — it absorbs and holds heat longer. When we fly a FLIR (Forward Looking Infrared) thermal sensor over a roof in the hours after sunset, wet areas beneath the membrane still show measurably warmer than the surrounding dry material, because they’re releasing stored heat at a slower rate. Those temperature differentials appear on the radiometric image as clearly defined “hot spots” that correspond almost exactly to subsurface moisture intrusion.

A few conditions matter for accuracy, and this is where an experienced flight crew makes the difference between a useful report and a misleading one:

  • Solar loading during the day to charge the roof with heat
  • A sufficient temperature differential between day and night (generally a minimum swing of 18–20°F)
  • Clear skies with minimal wind during the flight window, since cloud cover and wind flatten the thermal signature
  • Dry roof surface at the time of the flight — rain or heavy dew within 24 hours can produce false readings
  • Correct emissivity settings and radiometric calibration for the specific membrane and insulation type

This is why thermal roof scans are typically flown in the early evening, in specific weather windows, by pilots who understand roofing systems — not just drone operation. Anyone can fly a drone with a thermal camera attached. Producing a defensible, accurate moisture map requires understanding building science, and knowing how to work around St. Louis’s often unpredictable weather patterns to catch the right conditions.

Why Drones Instead of Handheld or Walked Infrared?

Handheld thermal imaging and walked infrared surveys have been used in the roofing industry for decades, and they still have a place. But drone-based thermal capture solves several practical problems at once:

Complete, consistent coverage. A drone flies a programmed grid pattern at a fixed altitude and overlap percentage, capturing the entire roof surface with uniform image quality — no missed sections, no operator fatigue, no walking on a roof that may already be compromised.

Safety. Aging roofs, especially over occupied healthcare or manufacturing space, can present real fall and structural hazards. An aerial platform removes personnel from the roof surface entirely during the diagnostic phase.

Speed and minimal disruption. A large commercial or campus roof that would take a walked survey crew a full day or more can often be captured aerially in a fraction of the time, with no foot traffic on the membrane and no interruption to building operations.

Georeferenced, radiometric data. Every pixel in a properly captured thermal image carries an actual temperature value, and every image is tied to precise GPS coordinates. That means findings aren’t just “this area looks warm” — they’re quantifiable, mappable, and repeatable.

From Flight to Findings: What the Deliverable Actually Looks Like

A thermal drone inspection isn’t just a folder of infrared photos. At St Louis Drone Services, our process is built to produce a document facility leaders can actually use — and, when necessary, defend in front of a roofing contractor, an insurance adjuster, or a school board.

Our typical deliverable includes:

  1. Orthomosaic thermal map — all individual thermal images stitched into a single, scaled overhead map of the entire roof, so moisture patterns can be viewed in context rather than as isolated frames.
  2. Overlaid visual (RGB) imagery — a matching high-resolution optical map so anomalies can be cross-referenced against physical roof features like drains, curbs, HVAC units, and seams.
  3. Radiometric data annotations — actual temperature values and delta readings at flagged anomaly zones, not just color gradients.
  4. Timestamped, geotagged records — every flight, every image, and every flagged zone is dated and located, creating a baseline that can be compared against future inspections to track whether a problem area is stable, growing, or has been successfully repaired.
  5. Summary report with prioritized findings — anomalies ranked by severity and estimated square footage affected, giving facility teams a basis for budgeting targeted repairs instead of full roof replacement.

That last point is where the real financial value lives. Roofing contractors often recommend replacement when they can’t isolate the extent of the damage. A precise moisture map lets a facility director instead pursue targeted repair of the actual wet areas, extending the life of an otherwise sound roof system by years and avoiding capital expenditure that wasn’t necessary.

Who This Serves — and Why It Matters for Each Sector

Schools and school districts. Roofs over classrooms and gymnasiums are often large, aging, and difficult to budget for on a reactive basis. A district-wide thermal survey gives facilities departments a prioritized, data-backed capital plan instead of guessing which building needs attention first — and gives them documentation to support bond requests or emergency funding.

Healthcare facilities. Moisture intrusion above patient care areas, surgical suites, or sensitive equipment isn’t just a maintenance issue — it’s an infection control and compliance issue. Defensible, timestamped documentation supports Joint Commission readiness and helps facilities teams act before a leak becomes a life-safety event.

Manufacturers. Water intrusion above production floors threatens equipment, inventory, and uptime. For facilities running continuous operations, an aerial thermal survey can be scheduled around production hours with zero disruption to the line.

Commercial portfolios and property managers. For owners managing multiple properties across St. Louis and the surrounding metro, a standardized thermal inspection program creates a consistent, comparable dataset across the entire portfolio — supporting due diligence in acquisitions, reserve fund planning, and warranty claims with roofing manufacturers.

Beyond the Roof: LIDAR and Cinematography

Thermal roof inspection is one piece of a broader aerial data and creative practice at St Louis Drone Services.

Drone LIDAR extends this same data-driven approach into precise 3D mapping — capturing accurate elevation data, drainage slopes, structural topography, and volumetric measurements for facilities, construction progress, and site planning. Where thermal imaging tells you where moisture is, LIDAR can help confirm why — revealing ponding areas, slope deficiencies, and structural deformation that contribute to water intrusion in the first place.

Cinematography services round out our aerial capability for organizations that also need high-production-value video and photography — for marketing, donor and board presentations, campus tours, or documenting major construction and renovation projects. The same FAA-certified pilots and equipment used for technical inspection work are equally capable of producing polished, broadcast-quality aerial footage for St. Louis area organizations.

What to Look for in a Thermal Roof Inspection Provider

Not all thermal drone services are equal, and the differences matter when the data is being used to make five- or six-figure repair decisions. When evaluating a provider, ask about:

  • FAA Part 107 certification for all pilots
  • Radiometric (not just visual-spectrum) thermal sensors, with stated resolution and accuracy specifications
  • Experience interpreting roofing-specific thermal signatures, not just general infrared photography
  • A defined flight protocol tied to weather, solar loading, and temperature differential requirements
  • Deliverables that include actual data — orthomosaics and radiometric annotations — not just a handful of infrared snapshots
  • A repeatable process that supports year-over-year comparison, not a one-time snapshot
  • Local availability and familiarity with the region’s weather patterns, so flights can be scheduled quickly around the right conditions

314-604-6544

stlouisdroneservices@gmail.com

Infrared Drones Can Detect Roof Defects

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For many businesses and property managers, roof problems stay invisible until they become expensive. By the time a leak appears inside, moisture may already be trapped beneath the membrane, insulation may be compromised, and the repair scope may be far larger than expected. That is one reason infrared drone inspections have become such a practical tool for commercial roof evaluation. Thermal imaging can reveal temperature differences associated with trapped moisture, missing insulation, heat loss, and other anomalies that are difficult to identify with standard photography alone. FAA guidance also reflects how broadly drones are now used for infrastructure inspection, while commercial operators must still follow Part 107 and Remote ID requirements.

At St Louis Drone Services, we see infrared drone work not as a gadget-driven trend, but as a disciplined imaging method. When used correctly, a thermal drone can help decision makers identify roofing trouble earlier, prioritize repairs more intelligently, reduce unnecessary tear-offs, and document conditions with both visual and thermal evidence. The key is understanding what infrared can detect, what it cannot confirm on its own, and how to use the data in a way that supports real maintenance and capital planning decisions.

Why Roof Defects Are So Easy to Miss

Most roof defects do not begin as obvious holes. They often start as subtle failures: a seam beginning to separate, moisture entering around flashing, insulation becoming saturated, drainage patterns causing persistent ponding, or a patch area aging differently than the surrounding roof. In many commercial roofing systems, these issues are hidden beneath the membrane or occur in areas that are difficult to inspect safely and consistently.

Traditional roof walks still matter, but they have limitations. A manual inspection can be slower, riskier, and less comprehensive on large or complicated roofs. A drone changes that by providing a top-down view of the full surface, and an infrared payload adds another layer by helping inspectors see temperature patterns that may indicate concealed problems. Industry guidance from FLIR and building-envelope sources notes that thermal imaging is especially useful for locating hidden moisture, missing insulation, air leakage, and other building-performance anomalies when conditions are appropriate.

What an Infrared Drone Actually Sees

An infrared drone does not literally “see water” or “see damage.” It detects differences in surface temperature. That distinction matters.

When moisture gets trapped in roofing materials or insulation, those materials often heat and cool at different rates than dry areas. Under the right conditions, that difference creates a thermal pattern that can be captured by a radiometric thermal camera. In practical terms, wet areas may retain heat differently than dry areas, allowing an experienced operator to identify suspect zones for closer review. FLIR’s roofing guidance specifically notes that thermal imaging is an effective and reliable way to find hidden moisture because dry and moist areas respond differently thermally.

The same principle applies to other roof-related issues. Infrared can help reveal:

  • trapped moisture beneath roof membranes
  • saturated insulation
  • missing or uneven insulation
  • thermal bridging
  • air leakage at transitions or penetrations
  • areas around rooftop equipment that are behaving abnormally
  • patch zones or repair areas with different thermal signatures

That does not mean every hot spot or cool spot is a defect. Thermal anomalies are indicators, not final diagnoses. Skilled interpretation is what turns raw thermal imagery into useful inspection intelligence.

Where Infrared Drone Roof Inspections Deliver the Most Value

Infrared drone inspections are especially valuable on low-slope and commercial roofs where concealed moisture is a major concern. Large facilities, warehouses, manufacturing plants, schools, office buildings, hospitals, logistics buildings, and retail centers often have roof areas too broad or too complex to evaluate efficiently from the ground or through spot checks alone.

For organizations managing multiple facilities, thermal drone surveys can also improve consistency. Instead of relying on fragmented observations from separate site visits, a business can capture comparable aerial datasets across buildings and over time. That gives facilities teams, consultants, insurers, and contractors a stronger basis for prioritizing maintenance budgets.

The value is not only in finding active trouble. It is also in documenting roof condition before replacement decisions, validating whether isolated repairs may be sufficient, and building a visual record that supports asset management. When thermal and visible imagery are paired, stakeholders can review a roof in context rather than relying only on written notes.

Why Timing and Conditions Matter

One of the biggest misconceptions in thermal roof imaging is that you can fly anytime and get equally useful results. You cannot.

Thermal roof surveys depend heavily on environmental conditions. Successful inspections require the right relationship among solar loading, ambient temperature, roof material type, wind, recent weather, and the timing of image capture. Training materials and manufacturer guidance emphasize that roof moisture surveys work best only when inspection conditions are favorable and the operator understands how roof systems absorb and release heat.

That matters because false positives are possible. Reflections, shadows, HVAC influence, surface staining, ballast variation, recent rainfall, and material transitions can all create thermal patterns that look important but are not necessarily defects. Likewise, a roof may have a genuine problem that does not present clearly if the inspection is conducted at the wrong time.

In other words, the drone is only part of the equation. The inspection plan matters just as much as the aircraft and sensor.

Infrared Is Powerful, but It Is Not Magic

Decision makers should treat infrared drone work as a screening and diagnostic support tool, not a standalone replacement for every other evaluation method.

A professional thermal survey can identify suspect areas with impressive speed and coverage, but confirmation may still require additional review. Depending on the objective, that may include moisture meter testing, invasive verification, roofer assessment, building-envelope consultation, or comparison with historical leak reports. The best thermal drone workflows help narrow the search area, improve documentation, and reduce guesswork. They do not eliminate the need for sound inspection judgment.

This is one reason experienced operators deliver more value than pilots who simply own a thermal drone. Capturing a thermal image is easy. Capturing interpretable data, aligning it with visible imagery, understanding roof behavior, and presenting it in a way a client can act on is where the real expertise shows.

Safety, Access, and Efficiency Advantages

One of the clearest advantages of drone roof inspection is reducing the need for repeated physical access to elevated surfaces. FAA materials highlight drones as valuable tools for infrastructure inspection, and the general benefit is obvious: better access to hard-to-reach areas with less exposure to ladder, edge, and rooftop hazards. Commercial operations must still be conducted legally and safely under FAA rules, including Part 107 and applicable Remote ID requirements.

From a business standpoint, that translates into several operational advantages:

A drone can inspect broad roof areas more quickly than many manual methods. It can capture comprehensive overhead imagery that is difficult to match from the ground. It can help teams evaluate roofs with limited disruption to occupants or operations. It also creates a digital record that can be reviewed later by facilities managers, consultants, insurers, or ownership groups.

For multi-building organizations, that efficiency compounds. Aerial thermal inspections can become part of a repeatable maintenance program rather than a one-off reaction to a leak complaint.

Better Data for Better Decisions

The real benefit of infrared drone imaging is not just defect detection. It is decision support.

When a facilities director, asset manager, property owner, or marketing leader commissions a roof inspection, the goal is usually not “get thermal pictures.” The goal is to answer business questions:

Is there likely hidden moisture?
How widespread is the problem?
Are the suspect areas isolated or systemic?
Should we patch, repair, monitor, or budget for larger replacement work?
How do we document conditions for internal reporting or outside stakeholders?

Thermal drone imaging helps answer those questions more clearly when the data is captured and presented correctly. A strong deliverable often includes visible aerial overviews, close-up visual images, thermal stills, mapped anomaly locations, and a concise explanation of what the findings may indicate. That combination is far more useful than either visible imagery or thermal imagery alone.

Why Visible and Thermal Imaging Work Best Together

Visible aerial photography shows the roof as it appears. Thermal imaging shows how it behaves.

Used together, they are much more powerful. A visible image can identify punctures, debris, ponding, flashing conditions, membrane wear, and rooftop equipment layout. A thermal image can reveal where surface temperatures differ in ways that may suggest moisture intrusion, insulation loss, or thermal irregularities. When the two are aligned, clients can connect the anomaly to the physical context of the roof.

For this reason, the best roof inspections are not purely “thermal jobs.” They are integrated aerial documentation projects. They combine inspection discipline, visual storytelling, and organized deliverables that help clients move from observation to action.

Who Should Consider an Infrared Drone Roof Inspection

Infrared drone roof inspections are especially worth considering for:

Commercial property owners managing aging roofs
Facility managers responsible for maintenance planning
Industrial sites with broad low-slope roofing systems
Schools, healthcare campuses, and municipalities with multiple buildings
Construction and roofing firms that need pre-repair documentation
Insurance and risk stakeholders who need better visual support
Organizations that want safer, faster preliminary assessment before mobilizing larger repair efforts

For many of these groups, the question is not whether a drone can replace every inspection step. It is whether a thermal drone can improve the speed, safety, and quality of early-stage roof intelligence. In many cases, the answer is yes.

The Business Case for Early Detection

Roof problems are rarely cheaper after delay. Water intrusion spreads. Saturated insulation loses performance. Minor defects can become interior damage, mold concerns, operational disruption, and larger capital expenses.

That is why infrared drone surveys can create real business value even before a repair is made. Early identification helps organizations target maintenance dollars where they matter most. It can prevent broad assumptions, reduce blind replacement decisions, and support more informed conversations with contractors and consultants.

For businesses that care about documentation, the benefit is also strategic. Aerial thermal imagery provides an archive. When repeated over time, that archive becomes a baseline for monitoring changes and evaluating whether previous repairs are holding.

Experienced Execution Matters

Not every drone company is built for technical roof imaging. A successful infrared roof project requires more than an aircraft and a thermal sensor. It requires understanding of roof behavior, mission planning, flight safety, FAA compliance, imaging workflow, thermal interpretation, and final deliverables.

At St Louis Drone Services, we approach these projects as imaging professionals first and drone operators second. That matters because our clients do not just need flights. They need usable information, captured responsibly and delivered in a way that supports business decisions.

As an experienced full-service professional commercial photography and video production company, St Louis Drone Services has the right equipment, experienced creative crew, and production knowledge for successful image acquisition. We offer full-service studio and location video and photography, editing, and post-production, along with licensed drone services tailored to diverse media and inspection requirements. We are highly experienced in repurposing photography and video branding to gain more traction, and we are well-versed in file types, media formats, workflows, and the software needed to support them. We use the latest in Artificial Intelligence across our media services, and our private studio lighting and visual setup is ideal for small productions and interview scenes, with enough space to incorporate props and build out custom sets. We support every aspect of production, from private interview studio setups to professional sound and camera operators and the right equipment for a seamless result. We can also fly specialized drones indoors. Since 1982, St Louis Drone Services has worked with businesses, marketing firms, and creative agencies throughout the St. Louis area, bringing deep experience to both marketing media production and specialized aerial imaging projects.

314-604-6544

stlouisdroneservices@gmail.com

Infrared Drones for Property Owners: Seeing the Problems You’re Paying For

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Property ownership is a game of invisible risks. Heat moves through assemblies you can’t see. Moisture travels behind membranes and finishes. Electrical faults start as subtle temperature anomalies long before they become smoke, fire, downtime, and insurance claims.

Infrared (thermal) drone imaging changes the math. It doesn’t “guess” where energy loss, wet insulation, rooftop defects, or overloaded electrical components might be hiding—it shows you patterns across the entire asset, fast, with evidence you can share.

This article breaks down what infrared drones can (and can’t) tell you, where they deliver the best ROI for property owners, how to plan a shoot so the results are actionable, and what to demand from a professional team so you don’t end up with pretty pictures that don’t answer real questions.

What infrared drone imaging actually measures

Thermal cameras don’t measure “heat loss” directly. They measure infrared radiation, then convert it into an image of apparent surface temperature. That nuance matters because what you see can be influenced by:

  • Emissivity (how efficiently a material emits IR energy)
  • Reflections (especially on shiny metals, glass, wet surfaces)
  • Wind, sun loading, and ambient conditions
  • Thermal lag (materials warm/cool at different rates)

A qualified operator interprets the thermal data in context—pairing it with visible imagery, site notes, and the right environmental window—so you can act with confidence.

Why property owners are adopting infrared drones now

1) Faster, safer coverage than manual thermography

Roofs, façades, solar arrays, and large sites often require lifts, ladders, shutdowns, and extensive labor to inspect closely. Drones reduce time on hazards and compress inspection cycles.

2) A repeatable baseline you can compare over time

A single thermal survey is useful. A scheduled thermal survey is powerful. Once you have baseline data, you can track drift and degradation:

  • roof moisture migration
  • HVAC performance changes
  • recurring electrical hotspots
  • insulation failures after storms or renovations

3) Better decision-making for capex, maintenance, and insurance documentation

Thermal findings help you prioritize spend. Instead of “replace the whole thing” vs “do nothing,” you can target repairs, validate contractor claims, and document pre/post conditions.

Best use cases for infrared drones on commercial properties

Flat and low-slope roof diagnostics (especially after weather events)

Infrared drone scans can help identify thermal anomalies that often correlate with:

  • trapped moisture in insulation
  • membrane separation
  • compromised seams/flashing areas
  • ponding-related failure zones

Why it matters: Wet insulation loses R-value, accelerates deterioration, and turns a repairable area into a larger replacement later. Thermal surveys can help you isolate suspect areas before opening the roof.

Key tip: Roof thermography is most effective in the right window (often after daytime heating with suitable evening conditions). Timing is strategy, not an afterthought.

Building envelope heat loss and insulation gaps

Thermal imaging can reveal:

  • missing or settled insulation
  • thermal bridging (structural members transferring heat)
  • air leakage pathways around penetrations and openings
  • abnormal patterns at roof-wall transitions

Why it matters: Comfort complaints, high utility bills, condensation, and HVAC strain often start here—especially in older buildings or recently remodeled spaces where assemblies changed.

Electrical and mechanical asset risk reduction

Thermal drone imagery (sometimes combined with closer-range thermography where required) can support inspection of:

  • rooftop HVAC units
  • mechanical exhaust fans and motors
  • electrical panels/gear areas where safely accessible and properly planned
  • connections and components that show abnormal heating

Why it matters: Overheating often precedes failure. Catching it early helps avoid downtime and emergency repair costs.

Solar array (PV) performance screening

Thermal imaging can flag “hot” cells/modules that may indicate:

  • failed bypass diodes
  • cell mismatch
  • micro-cracks or damage
  • soiling patterns or connection issues

Why it matters: Even small PV issues can drag production. Thermal surveys can help you identify problem strings/modules for targeted service.

Construction validation and renovation QA

If you’ve paid for insulation, air sealing, roof work, or envelope improvements, thermal imaging helps validate outcomes:

  • identify missed areas
  • confirm repairs actually changed thermal performance
  • document compliance for stakeholders

Why it matters: You reduce disputes and make punch lists evidence-based.

What infrared drones can’t do (and what to do instead)

Thermal imaging is a diagnostic screening tool—not a magic truth machine.

  • It can’t “see through” materials. It shows surface temperature patterns.
  • It can’t confirm moisture content without verification. Thermal anomalies often suggest moisture but should be corroborated with targeted core samples or moisture meters (especially for roofing decisions).
  • It can be fooled by reflections and sun. That’s why professional planning and interpretation matter.

A trustworthy workflow treats thermal as the map and verification as the compass. You use thermal to focus where you test and repair.

How to plan an infrared drone project that produces actionable results

Define the decision you’re trying to make

Examples:

  • “Where should we open the roof to verify wet insulation?”
  • “Which façade sections are driving energy loss?”
  • “Which PV modules are underperforming?”
  • “Did the contractor’s repair actually fix the issue?”

When the goal is clear, the flight plan, timing, and deliverables become obvious.

Choose the right timing window

Environmental conditions can make or break thermal clarity. A pro team plans around:

  • solar loading and cool-down cycles
  • wind limits
  • temperature differentials
  • precipitation history (especially for roofing)

Combine thermal + high-resolution visible imaging

Thermal tells you where. Visual tells you what. Together they create:

  • clearer interpretation
  • better contractor communication
  • stronger documentation for stakeholders

Demand a deliverable that’s built for stakeholders

Decision makers need reporting that speaks their language:

  • prioritized findings and severity
  • annotated imagery
  • clear assumptions and limitations
  • recommended next steps (verification, repair categories, monitoring)

What “good” deliverables look like for property owners

Depending on the project, we typically structure outputs around how teams actually work:

  • Executive summary (what we found, why it matters, what to do next)
  • Annotated thermal and visible stills (numbered, geo-referenced when needed)
  • Short highlight video (for internal teams, boards, investors, or tenants)
  • Asset map or inspection zones (roof sections, elevations, PV strings)
  • Before/after comparisons (for repairs and renovations)
  • File formats that fit your workflow (web, print, presentations, archives)

The goal is not “more media.” The goal is usable evidence.

Choosing the right provider: questions that separate pros from hobbyists

If you’re hiring infrared drone services, ask:

  • What’s your process for timing and conditions (roof, PV, envelope)?
  • How do you prevent misreads from reflections and emissivity issues?
  • Do you pair thermal with visible imagery and on-site context notes?
  • Can you provide deliverables that our facilities team and leadership can act on?
  • Are you insured and properly credentialed to operate commercially?
  • Can you fly safely indoors for specialized inspections (when appropriate)?

If the answer is “we just fly and send images,” you’re buying risk.

Why St Louis Drone Services for infrared drone imaging

At St Louis Drone Services, we don’t treat infrared drone work like a gadget demo—we treat it like professional image acquisition for business decisions.

We are a full-service professional commercial photography and video production company, operating since 1982, with deep experience supporting businesses, marketing firms, and creative agencies throughout the St. Louis area. We bring the right equipment and the right crew experience to capture, interpret, and deliver imagery that holds up in meetings, planning sessions, and project documentation.

Here’s what that means for you:

  • Full-service studio and location video and photography, plus editing and post-production
  • Licensed drone pilots and professional production workflows
  • Ability to customize deliverables for different media requirements (facilities reports, marketing, stakeholder updates, training, presentations)
  • Expertise across file types, formats, and software used by marketing and operations teams
  • Use of the latest Artificial Intelligence in our media services to accelerate workflows, improve organization, and streamline content repurposing
  • A private studio lighting and visual setup ideal for small productions and interview scenes, with room for props and custom sets
  • End-to-end support—from building a private interview studio to supplying professional sound and camera operators
  • Capability to fly specialized drones indoors when the environment and safety plan call for it

If you’re a property owner (or advising one) and you want thermal imaging that leads to clearer decisions—rather than a folder of confusing heat maps—St Louis Drone Services is built for that job.

314-604-6544

stlouisdroneservices@gmail.com