A drone survey follows the same FAA rules whether it's flown in Ohio or the Everglades. What changes in Florida is almost everything around those rules — the airspace, the weather clock, the vegetation, and, near the coast, the equipment itself. Planning around those variables is what separates a survey that goes off without a hitch from one that gets rescheduled twice.

Airspace — 130-plus airports to work around

Florida has more than 130 public airports, and a meaningful share of construction and aggregate sites in the state sit inside controlled airspace as a result — not just around major hubs like Miami, Fort Lauderdale, Tampa, Orlando, and Jacksonville, but around the regional and municipal fields in between. Most of that airspace is covered by LAANC, the FAA's system for near-real-time authorization at or below the altitude ceilings published on each airport's UAS Facility Map; requests within those ceilings are typically approved within minutes. Flights that need to go higher — but still under 400 feet — require a "further coordination" request that can take up to 90 days to clear, so a site near a busier airport needs to be identified and queued early, not the week before mobilization. A few zones near Florida's largest airports carry a 0-foot ceiling, meaning any flight there needs full manual authorization through the FAA's DroneZone rather than an instant LAANC approval. And regardless of what LAANC clears, every flight still gets checked against active Temporary Flight Restrictions — LAANC authorization doesn't override a TFR.

Weather — the afternoon storm clock

Florida's rainy season, roughly May through October, runs on a predictable pattern: clear mornings, building humidity, and thunderstorms that typically develop in the early-to-mid afternoon. That makes the early morning window — generally 6 to 10 a.m. — the most reliable time to fly during the warmer months, before cells start forming and winds pick up. Outside that window, flights still get checked against standard limits: no flying in active rain or lightning, and most survey drones are rated up to roughly 20–25 mph sustained wind before data quality and safety both start to suffer. Hurricane season adds a longer-range planning consideration on top of the daily pattern — Florida project schedules typically build in more weather flexibility than projects further north, and a good survey provider reschedules around marginal conditions rather than forcing a flight into them.

Heat, humidity, and salt air — harder on the gear than the crew

Florida heat affects the equipment before it affects anyone flying it. Batteries left in direct sun before a flight can overheat and, in extreme cases, swell to the point they won't seat properly; the practical fix is simple — keep batteries shaded until they're loaded and flying. Bright, high-glare days can overexpose images, which works against the processing software's ability to stitch a clean model, so exposure settings get adjusted rather than left on a default. Closer to the coast, salt-laden air is a slower, quieter problem: it settles on motors, connectors, and gimbal components even on flights that never come near visible spray, and left alone it accelerates corrosion in ways that eventually show up as gimbal issues or flight instability. Rinsing exposed components with fresh water and drying thoroughly after coastal flights, and inspecting contacts on a regular schedule, is standard practice for any operation flying Florida's coastline regularly — not an occasional precaution.

Vegetation and site access

Florida vegetation — palmetto scrub, pine flatwoods, wetland edges — does two things that matter for survey accuracy: it can physically obscure ground control points from the air, weakening the reference points a survey depends on, and dense canopy blocks standard photogrammetry from seeing the ground underneath it at all. On sites where that's a factor, ground control gets placed and cleared with visibility in mind, and where canopy penetration genuinely matters — heavily wooded sites needing true bare-earth terrain data — LiDAR is the tool that can see through canopy in a way photogrammetry alone cannot. Wetlands and other environmentally sensitive areas can also affect where physical ground markers are allowed to be placed, which is worth flagging during flight planning rather than discovering on site.

Choosing photogrammetry or LiDAR for a Florida site

Most Florida sites work fine with standard photogrammetry — it's less expensive to fly and process, and it produces excellent results on open stockpile yards, cleared construction pads, and anywhere the ground is actually visible from above. LiDAR earns its higher cost on the sites where photogrammetry structurally can't do the job: heavily wooded parcels where true bare-earth elevation matters, wetland buffers where clearing vegetation for a clean photogrammetry pass isn't an option, and low-light or overcast conditions where photo-based methods lose quality. The practical approach is deciding sensor type during flight planning, based on what the site actually looks like and what the deliverable needs to show — not defaulting to whichever equipment happens to be available that week.

A pre-flight checklist for Florida sites

• Confirm airspace classification and LAANC coverage for the exact site coordinates.
• Submit "further coordination" requests early if the site sits near a busier airport.
• Check active TFRs separately from LAANC status — one doesn't override the other.
• Plan the flight window around the season — early morning during rainy season.
• Check wind and lightning forecasts the morning of, not just the day before.
• For coastal sites, build post-flight rinse-and-dry time into the schedule.
• For heavily vegetated sites, confirm GCP visibility or plan for LiDAR.

What doesn't change

Part 107 itself is the same nationwide — certification, visual line of sight, daylight operation, the 400-foot ceiling. What Florida adds isn't a different rulebook; it's a longer list of operational variables that need to be planned around before the drone ever leaves the case.