Scheduling a multi-day UAS campaign around weather isn’t just a forecasting problem — it’s a resource allocation problem. You have a finite number of flying days, sites spread across a geographic area, some with time-sensitive authorizations, and weather that doesn’t care about your project deadline.
The operators who manage this well aren’t just checking whether tomorrow looks good. They’re looking at the next five days across the full project scope and sequencing work to stay ahead of conditions.
Weather at Every Site, Not Just the Next One
FlightDeck pulls a 5-day weather forecast for every remaining unflown site in your project during the 3-Phase Update. That’s not a regional summary — it’s site-specific data pulled by GPS coordinates for each location.
What gets recorded for each site: current temperature in Fahrenheit, wind speed and gust in mph, wind direction as a cardinal bearing, cloud cover percentage, visibility, probability of precipitation, and rain or snow accumulation values. The forecast also captures 3-hour interval data for the operational window around midday, giving you a picture of conditions during the hours you’re actually likely to be flying.
Weather data is cached with a 4-hour freshness window. If you run the update again within four hours, FlightDeck skips the weather fetch for sites that are still current — the data doesn’t get stale, and you’re not burning API calls on information you already have.
Reading the Forecast Across a Region
When you’re looking at 50 remaining sites across a 200-mile project corridor, the weather picture is often uneven. One end of the corridor might be clear for three days while the other end has persistent wind and afternoon storm risk. The FlightDeck forecast data lets you sequence work toward the favorable end while the unfavorable end improves — rather than trying to push through marginal conditions because the schedule doesn’t account for the weather gradient.
The Forecast Scheduler map displays your remaining sites as color-coded pins by airspace authorization status, with the weather and scheduling data available in each pin’s popup. Green pins are scheduled. The other colors — dark red for COA-required sites, orange for sites needing 72-hour LAANC coordination, light blue for instant LAANC, light green for Class G — tell you the authorization picture at each location so you can prioritize work that’s ready to fly and use weather windows efficiently.
When Weather Forces a Delay
Sometimes the forecast isn’t marginal — a system rolls through and a week of planned work has to slide. FlightDeck’s Weather Delay tool handles this in one step: specify the number of days to add, and every unflown site’s forecast date moves forward.
The tool automatically skips sites with active LAANC authorizations. LAANC windows are time-bound, and blindly pushing the forecast date on an authorized site doesn’t extend the authorization — it creates a conflict. The Weather Delay tool protects those records so you can address them individually, while everything else shifts in one operation.
The Scheduling Edge
Weather-aware campaign scheduling isn’t about having better forecasts than your competitors. It’s about having the workflow to act on what the forecasts tell you — to sequence work intelligently, push delays cleanly, and show clients that schedule disruptions are being managed rather than simply absorbed.
The operators who consistently deliver projects on time in regions with volatile weather aren’t operating on luck. They’re making better daily decisions with better information.