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AVIATION · LIGHTNING PREDICTION DATA FOR AVIATION

Clear the ramp before the first strike, plan around the convection

Government models update every one to six hours, and a thunderstorm lives about thirty minutes. Flash refreshes every 2 minutes at 1×1 km, which is the data flight planners and airline meteorologists ask for.

lightning accuracy
Up to 99.6%
lead time
Up to 60 min
forecast cell
1×1 km
A thunderstorm anvil towering over open ground, the convection a flight is planned around
First strike predicted · clear the rampIllustrative example · not live weather

Skye · ask in plain language

Ask the question your crew actually asks.

Pick your industry. Skye, Flash Weather's AI weather agent, answers from the same 1×1 km forecast, refreshed as often as every two minutes, then acts in the tools you already run.

SKYE can connect to your CRM and ERP.

Your tools and data

Sites, limits, schedules

CRM · ERP · Procore · Slack

Prediction engine

15+ forecasts, 1×1 km

Lightning every 2 min, hail every 5

Power
Skye, the Flash Weather agent

Skye

Combines both, answers in plain language, proposes the action.

You and your crew

Ask in plain language

Get the answer in seconds

Your decision

  • Go / No-go
  • Reschedule
  • Alert the crew
Pick your industry

Questions crews ask

Illustrative example · not live weather

What the storm costs in aviation

  1. Ground crews on the ramp when the first strike lands

    Flash predicts cloud-to-ground lightning for the 1×1 km cell the ramp sits in up to an hour ahead, with a predicted all-clear, so ground handlers come off the ramp before the first strike and go back on evidence rather than a countdown.

  2. Delays, diversions and fuel burned around convection

    Airlines use a private weather provider when a better forecast turns into savings: fewer delays, less fuel burned avoiding turbulence, fewer diversions. Flash delivers higher-resolution products that update faster than the government models.

  3. A forecast that updates slower than the storm

    A model that updates once an hour misses whole storms. Flash re-runs every 2 minutes and downscales to 1×1 km, which is why it rarely misses an event and why its false-alarm rate is low.

Who brings Flash into aviation, and why

The titles that make the call, the problem they describe on the first conversation, and where they gather.

Who buys

  • CEO or CTO at a flight planning or flight tracking company
  • Developer tasked with choosing the weather provider
  • Airline meteorology team

When they buy No particular season.

The problem on the first call

  • Flight planning and tracking providers are filling a need for their own customers, who plan flights on the data.
  • Airlines want higher-resolution models that update faster than government models, especially for fast-changing weather like convection and wind shear.
  • A better forecast has to turn into savings: fewer delays, less fuel burned avoiding turbulence, fewer diversions.

Where these buyers gather

  • NBAA
  • EBACE
  • Airline & Aerospace MRO & Flight Operations IT Conference
  • Global Aviation Conference

Questions about Flash for aviation

Yes. The Flash API delivers lightning prediction for every 1×1 km cell across the continental U.S., refreshed every 2 minutes, with over 100 atmospheric parameters beside it. JETNET and SmartSky have integrated Flash lightning data for business aviation.

Traditional models update every one to six hours. The Flash lightning model refreshes every 2 minutes, with hail every 5 minutes, so a storm with a thirty-minute life cycle is seen while it is forming.

Up to 99.6% on the one-hour window, verified over five years across the contiguous U.S. against independent cloud-to-ground strike records. The method is published on the accuracy method page.

Yes. The all-clear is predicted on the same model as the first strike, so ground operations resume on evidence rather than a fixed wait after the last strike.

Live demo · No sensors required for the forecast

See your own sites on the map before the next storm.

We'll load your locations, replay last season's strikes against Flash's predictions, and show you the alert log your safety officer would have received.