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Weather Insights To Ensure Safer and Efficient Flights

Weather Solutions for the Aviation Sector

Safer, More Efficient Flights with Real-Time Data and Planning Tools

Our customers report:

  • Reduced weather-related operational costs
  • Lower fuel burn with optimized flight paths
  • Improved on-time performance with weather insights
  • Enhanced safety with turbulence forecast data

We Work With Groundbreaking Companies

Together with leading aviation companies, we use weather insights to improve safety, streamline operations, and reduce delays — helping to lower costs and increase efficiency.

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Yannik Nager
Yannik Nager
Robotics and Machine Learning Engineer
Sunflower Labs
We tried numerous providers, but ultimately the conclusion was clear: the data from Meteomatics are reliable to keep our drone systems flying safely and on schedule.
Simon Ashton Airbus
Simon Ashton
Principal Meteorologist for Airbus Zephyr & Expert Meteorologist Airbus Group
Airbus
The combination of the Meteomatics data and visualisation software matched with Airbus designed tools provides the most advanced suite of weather forecasting systems available today, guiding Zephyr safely to the stratosphere.
ARIS Julian Santen 3811 min
Anna Sulzer
System Engineer
Swiss Academic Space Initiative (ARIS)
The wind data from Meteomatics for all altitude levels was really valuable for us to properly prepare the rocket launch leading to a successful mission.
Yannik Nager
Yannik Nager
Robotics and Machine Learning Engineer
Sunflower Labs
We tried numerous providers, but ultimately the conclusion was clear: the data from Meteomatics are reliable to keep our drone systems flying safely and on schedule.
Simon Ashton Airbus
Simon Ashton
Principal Meteorologist for Airbus Zephyr & Expert Meteorologist Airbus Group
Airbus
The combination of the Meteomatics data and visualisation software matched with Airbus designed tools provides the most advanced suite of weather forecasting systems available today, guiding Zephyr safely to the stratosphere.

Customer Success Stories

Our expert team of meteorologists and scientists is continuously working on the optimization, accuracy and availability of our data to deliver reliable solutions for your business. Select a customer story and get insights from our various use cases.

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Airbus uses Meteomatics' data to guide Zephir operations up to 76,145 ft (23,209 m).

  • Meteomatics' data enables Zephir to safely navigate the stratosphere.
  • Airbus saves time through easy data integration into their systems.
  • Operators improve mission efficiency and operations thanks to clear visual data from MetX.
Read the story
ARIS 2022 BRANDED header image v2

ARIS uses Meteomatics' data to simulate rocket launches and predict trajectories.

  • Prize awarded for rocket liftoff and recovery using Meteomatics' data.
  • Weather data enabled safe landing with autonomous recovery system.
  • Wind data across altitudes ensured reliable launches.
Read the story
Sunflower labs 2022 BRANDED header image v2

Sunflower Labs uses Meteomatics' API to assess weather for autonomous drone flights.

  • Meteomatics keeps Sunflower Labs’ drones flying safely.
  • Accurate forecasts keep flights on schedule.
  • Global insights help predict drone maintenance needs.
Read the story

Meteomatics for Operational Efficiency: Sunflower Labs

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Meteomatics Solutions for the Aviation Industry

Weather Solutions Based on the Most Accurate Weather Data in the Market


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Weather API

Get weather forecasts for any location in the world downscaled to 90 meters. Through the Weather API, you get access to Meteomatics' exclusive high-resolution weather models capable of predicting even the most localized weather events, such as thunderstorms, hail, fog, and more.

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MetX - Weather Maps

Visualize weather events in real time and high resolution on MetX, Meteomatics' web-based weather map tool that provides the precision and clarity you need to make informed decisions

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Meteodrones

Meteodrones are Meteomatics' proprietary weather drones that fly up to 6 km collecting atmospheric weather data to enable hyperlocal forecasts. 

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Weather API for Aviation

Everything you need on call

The Meteomatics Weather API simplifies access to global aviation weather data, enabling fast, reliable processing for dispatch tools and flight planning systems.

Weather Parameters for Aviation

From wind and visibility to icing risk and turbulence, our 90-meter high-resolution data supports safer flights, efficient routing, and better weather preparedness.

Specific Parameters for Aviation

On top of fundamental weather parameters, Meteomatics has a suite of parameters dedicated to the aviation sector, including:

Fast and Flexible Access to Weather Data

  • One source, one interface: query multiple parameters simultaneously for single or multiple sites and entire areas
  • Query data in real time with a response time of a few milliseconds
  • Real-time access to several data petabytes thanks to unique data processing technology (Meteocache)
  • "On the fly" downscaling using topographic maps enables 90 meter resolution worldwide, greatly improving accuracy at the local level
  • High-resolution data available every minute
  • Highest data quality: over 1640 updates per day ensure accuracy and timelines
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See the Skies in Unmatched Detail with EURO1k and US1k

Meteomatics' EURO1k and US1k models deliver ultra-high-resolution aviation weather data, with forecasts at a native 1-kilometer scale—downscaled to 90 meters—offering unmatched precision across Europe and the U.S.

These models enhance aviation weather services by providing accurate real-time forecasts for airport operations, turbulence prediction, wind shear analysis, and thunderstorm tracking for pilots. Integrated with METAR and TAF data, satellite weather for aviation, and radar imagery for flight planning, they support better risk management and flight safety.

When incorporated into aviation weather software, dispatch weather tools, or a weather decision support system for airlines, EURO1k and US1k enable smarter airline route optimization, reduce weather-related delays, and promote fuel-saving flight operations globally.

What Makes 1k Models So Special?

  • Native spatial resolution of 1 km (further downscaled to 90m)
  • Native temporal resolution of 15 minutes
  • Forecast lead time of 72 hours
  • Geographical coverage across all of Europe (EURO1k) and the United States (US1k)
  • Hourly updates, integrating all available measurement and observation data from Europe
  • Exclusive integration of weather data captured by Meteodrones   
  • Over 1800 weather parameters
  • Real-time data and historical data
  • Boundary condition: ECMWF-IFS
  • Running on ca. 100,000 CPUs across 600 HPC compute nodes
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MetX

Every Cloud, Mapped: Total Weather Visibility in One Tool 

MetX transforms complex aviation weather data into intuitive, high-resolution maps—supporting flight planning, risk management, and real-time decision-making.

Designed for operational efficiency, it allows users to monitor multiple parameters at once by dividing a single dashboard into up to six customizable views.

An overview of the US1k domain, showing weather systems, precipitation and aloft winds at FL330
An overview of the US1k domain, showing weather systems, precipitation and aloft winds at FL330


An example of US1k EDR mountain wave turbulence around Denver, CO area
An example of US1k EDR mountain wave turbulence around Denver, CO area


An example of forecasted convection, approaching the Atlanta, GA region
An example of forecasted convection, approaching the Atlanta, GA region

Hyperlocal Airport Forecasts Powered by Meteodrones

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Weather Drones

Real-Time Meteorological Data From the Atmospheric Boundary Layer

Meteodrones collect high-resolution atmospheric weather data — even under severe conditions — bridging a critical observational gap in the lower atmosphere.

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Accurate Real-Time Forecasts for Airport Operations

Accurate real-time forecasts for airport operations depend on understanding low-level weather events like fog, hail, and localized storms. These can disrupt takeoffs and landings, yet traditional aviation weather data sources — like satellite weather or METAR and TAF data — often miss them.

To close that gap, Meteomatics developed Meteodrones — specially designed weather drones that collect high-resolution data up to 6 km altitude, even during severe weather. This data feeds directly into Meteomatics’ forecasting models, significantly improving predictions for fog, thunderstorms, and other high-impact events.

Meteodrones have already proven their value in aviation through successful collaborations, including with Zurich Airport and national weather services in Switzerland. Projects like DETAF and its successor, DETAF 2.0, are helping reshape how airports manage weather risks with more accurate, localized forecasts.

Talk to an Expert To Improve Your Aviation Operations

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