Weather in Europe - Weather observation & satellites

Due to technical problems there is temporary no current radar data available
Satellite
Clouds
Rain
RDT-Thunderstorm
Lightnings
Temperatures
SIGMET
Weather radar
Radar

WEATHER OBSERVATION - WEATHER SATELLITE - WEATHER RADAR - NOWCAST
Weather data is recorded, processed and provided every 15 minutes.
Weather radar data every 5 minutes

Click on the map to access the corresponding weather event information
RDT
Rapid Development Thunderstorm
The RDT product (Rapid Development Thunderstorm) was developed as part of the SAF Nowcasting project and visualizes convective systems in satellite images, which are outlined with colored contours that indicate the stage of the thunderstorm cell: Yellow, red, violett and blue for Triggering, Growing, Mature and Decaying. Orange borders show a developing thunderstorm cell after triggering from split. The yellow lines mark the direction.
Lightning strikes
NowCast
Polygons drawn around detected and forecasted lightning strikes
Airport
temperatures
METAR Current & registered temperatures from the airport of the city
Convective
Rainfall Intensity
Note to NWCSAF GEO CRRPh:
Due to missing satellite-derived information during nighttime, the estimation efficiency may vary.

Weather
radar
Precipitation nearly in Real Time & NowCast. The Weather radar can determine the precipitation type (rain, snow, hail, etc.) and it is also possible to predict where the rain will be moving next and how intense it will be

SIGMET AVIATION WEATHER WARNINGS: SIGMET (significant meteorological phenomena) is a severe weather advisory that contains meteorological information concerning the safety of all aircraft. For airmen in the U.S., there is an additional category of SIGMET known as a convective SIGMET. These are issued for convection over the coterminous U.S. There are main types of internationally recognized SIGMETs per ICAO:

Thunderstorm
Icing
Limited visibility
Tropical Cyclone
Turbulences
Volcanic ash
Sand storms
Dust storms
Mountain obscuration
Mountain waves
*Overshooting top: A dome-like protrusion above a thunderstorm anvil, representing a very strong updraft and hence a higher potential for severe weather with that storm. A persistent and/or large overshooting top (anvil dome) often is present on a supercell. A short-lived overshooting top, or one that forms and dissipates in cycles, may indicate the presence of a pulse storm.
More about NWCSAF GEO CRRPh / Convective Rainfall Intensity here
Data sources: Clouds, precipitation intensity and RDT – Product: NWCSAF – copyright 2026 EUMETSAT, Lightning polygons: DWD, Temperatures: Aviation Weather Center

Radar data sources:
The displayed radar precipitation data are based on measurements from the following national meteorological services and institutions:

Agencia Estatal de Meteorología (AEMET) – Spain
Deutscher Wetterdienst (DWD) – Germany
Met Office – United Kingdom
Météo-France – France
Instituto Português do Mar e da Atmosfera (IPMA) – Portugal
Instytut Meteorologii i Gospodarki Wodnej (IMGW-PIB) – Poland
Országos Meteorológiai Szolgálat (OMSZ) – Hungary
Meteorologisk institutt (MET Norway) – Norway
Finnish Meteorological Institute – Finland
Dipartimento della Protezione Civile – Italy
Administrația Națională de Meteorologie (ANM) – Romania

The data are aggregated and harmonized by meteo365.es and – in the event of temporal or spatial gaps – supplemented using proprietary analysis and nowcasting methods. Time stamps and original measurement intervals of the respective data sources are preserved.

Note on data timeliness: In most European countries, radar data are available at very short intervals and almost in real time. For Spain, official radar data are provided with delays or at irregular intervals. To ensure a continuous representation, in such cases intermediate values calculated by our own algorithm are used, based on the most recently available measurements.

All data provided without guarantee