UK Met Office API

Weather forecasts from the United Kingdom's national weather and climate service UKMO

Location and Time

Hourly Weather Variables

Daily Weather Variables

Current Weather

Note: Current conditions are based on 15-minutely weather model data. Every weather variable available in hourly data, is available as current condition as well.

Settings

API Response

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Data Source

This API uses global UKMO Global 10 km weather forecasts and combines them with high-resolution UKV 2 km model for the United Kingdom and Ireland. Information about UKMO weather models is available here. For UKMO Global, values are interpolated from 3-hourly to 1-hourly after 54 hours and from 6-hourly data after 144 hours.

Note: UKMO open-data has an additional delay of 4 hours. The forecast is therefore not as accurate as it could be.

You can find the update timings in the model updates documentation.
Weather ModelRegionSpatial ResolutionTemporal ResolutionForecast LengthUpdate frequency
UKMO GlobalGlobal0.09° (~10 km)Hourly, 3-hourly after 54 hours, 6-hourly after 144 hours7 daysEvery 6 hours
UKMO UKVUK and Ireland2 kmHourly2 daysEvery hour
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UKMO UKV 2km model covering UK and Ireland. Source: UK Met Office.

API Documentation

For a detailed list of all available weather variables please refer to the general Weather Forecast API. Only notable remarks are listed below

  • Direct Solar Radiation: UKMO provides direct solar radiation. Many other weather models only provide global solar radiation and direct solar radiation must be calculated user separation models.
  • Shortwave solar radiation: The Global UKMO domain does not include solar shortwave radiation. Therefore diffuse and tilted radiation are not available as well.
  • Wind Forecasts at 100m and above: Wind forecasts at different levels above ground are only available for the 2 km UKV model.
  • Cloud Cover (2m): UKMO UKV 2 km provides cloud cover at 2 metre above ground which can be interpreted as fog. This is remarkable, because only very weather models are capable of modeling low level cloud cover and fog with a good degree of accuracy.