Send a crew to walk a 150,000-square-foot distribution roof off the Polk Parkway and they will burn most of a morning, and even then they will only have seen the membrane they actually stepped on. The warehouse and logistics stock that defines Lakeland is exactly the kind of roof a person on foot can never fully document: the fulfillment buildings strung along Interstate 4, the cold-storage and grocery-logistics boxes that keep multiplying around the CSX intermodal yard, the big-box centers lining US-98. A drone flies the whole field in one disciplined grid, holding a fixed altitude over every drain sump, seam, curb, and penetration, and it gathers all of it without putting a single bootprint on a membrane whose condition is still the open question.
We fly a thermal sensor, not just a 4K camera, and the reason is moisture. Saturated insulation buried inside a low-slope assembly stays invisible from the surface right up until the day the membrane blisters or the ceiling tiles below go brown, but it is wide open to infrared. Wet board holds the day's accumulated heat far longer than the dry insulation around it, so during the cool-down window after sunset those saturated zones light up on the thermal image as warm patches with hard, mappable edges. We fly the infrared grid in that post-sunset window, when the contrast between wet and dry is at its sharpest, and we flag every anomaly. A small roof cut at one or two flagged spots confirms what the sensor read. That single survey is what separates a targeted repair from a full tear-off, and on a roof spanning several acres it is genuinely hard to get any other way.
Lakeland sits in the middle of the peninsula and catches the wind-and-hail edge of nearly every system that tracks across Polk County. After one of those events, the gap between a paid claim and a drawn-out fight is documentation. Aerial work hands us GPS-tagged, time-stamped imagery of the entire field: hail-impact density mapped across the membrane, wind-lifted flashing and displaced edge metal, dented condenser fins and damaged rooftop units. We assemble that into the format commercial property adjusters expect, with location-keyed photos a desk reviewer can verify from three states away, and we can stand behind a contested claim with a written assessment. None of it asks a crew to climb a storm-loosened roof to collect it.
Every flight runs under FAA Part 107 with a certificated remote pilot, and that matters more here than people expect. Lakeland Linder International Airport sits right inside the commercial belt, and a healthy share of the industrial and warehouse roofs we inspect fall within controlled airspace where the drone cannot legally launch until we hold LAANC authorization. We pull that authorization, keep to the altitude and line-of-sight rules, hold the aircraft clear of occupied areas, and carry the insurance the work demands. The safety case is really the whole argument for the method: nobody is standing on a hot, wet, or storm-compromised roof to gather the data, and the building's tenants never know we came and went.
Aerial mapping is also how we keep reroof proposals honest. Flying a roof before we price it gives us verified field dimensions, an exact tally of penetrations and curbs, and a documented record of existing conditions written straight into the specification. That strips out the surprises, the change orders and field questions that surface when a bid was built off a rough walkover or a stale set of drawings. On a multi-building campus it puts every roof on one comparable footing for capital planning, so an owner can see at a glance which roofs need money this year and which can wait.
It covers the entire roof systematically at a fixed altitude and produces a complete photographic record, with no foot traffic to bruise the membrane or to put a crew on an unknown roof. Across the large warehouse and distribution roofs near the Polk Parkway and Interstate 4 that edge is decisive, and a real infrared moisture pass simply isn't practical on foot over several acres.
Under the right conditions, yes. We fly the infrared grid during the cool-down period after sunset, when saturated insulation still holds the day's heat and reads warmer than the dry board around it. The moisture map that produces is accurate enough to drive the repair-versus-replace call, and we confirm it with a roof cut at the flagged spots.
Yes. We deliver a GPS-tagged, time-stamped report documenting hail-impact density, wind-displaced flashing and edge metal, and equipment damage, formatted to the standards commercial carriers use so it can go straight to the adjuster. For a contested claim we back it with a written assessment.
We fly under FAA Part 107 with a certificated remote pilot, and many of the industrial roofs here sit inside the controlled airspace around Lakeland Linder International. We obtain LAANC authorization before the flight and hold to altitude, line-of-sight, and clearance rules. If a site can't be flown legally, we tell you and inspect it another way.
Routine inspections in Lakeland are usually schedulable within a few business days. Post-storm flights for claim documentation get prioritized and frequently happen within a day or two of a significant weather event, weather and airspace permitting. We confirm the turnaround when you call.