Weather Data in a Fast and Easy-to-Use Way

We provide highly recognizable weather products that simplify working with weather data. We collaborate with millions of developers around the clock, believing that these benefits are suitable for a wide range of applications, from individual projects to complex enterprise systems.

A Spectrum of Ready-to-Use Weather API Products

  • Short-term and long-term forecasts
  • Historical weather data and observations
  • Access to weather information for any location on the globe
  • Transparent pricing and licensing

Our weather products are accessible via fast, reliable APIs that follow industry standards and are compatible with various enterprise systems. All our products contain essential climate variables for any location. Additionally, we offer special products designed for industries affected by weather conditions, such as the Road Risk API, Solar Irradiance API, Solar Panel Energy Prediction, and more.

OpenWeather Products

For every point on the globe, OpenWeather provides hyperlocal minute-by-minute forecasts, historical data, current weather conditions, and weather data ranging from short-term to annual and forecasted information. All data is available through industry-standard APIs.

One Call API by Call:

One Call 3.0 allows users to access various data for a specific location, including:

  • Current weather
  • Minute-by-minute forecast for 1 hour
  • Hourly forecast for 48 hours
  • Daily forecast for 8 days
  • Government weather alerts
  • Weather data for any timestamp from 1st January 1979 until 4 days ahead
  • Daily aggregation of weather data spanning 40+ years of historical archives and 1.5 years of forecast data

Subscribe to One Call by Call

For additional functionality, please explore our generous professional product collections:

Professional Collections:

Current Weather and Forecasts Collection

  • Current weather conditions updated every 10 minutes
  • 4-day forecasts with hourly granularity
  • 16-day forecasts with data provided four times a day (night, day, evening, morning)
  • 30-day forecasts

Learn more

Historical Weather Collection

  • Historical archives spanning over 40 years with hourly granularity
  • Historical forecasts for 16 days ahead for any location on the globe
  • History API with weather data for one month or year back depending on your subscription
  • Statistical Weather API with data on main weather parameters for a chosen date or month of the year, or for the entire year

Learn more

Weather Maps Collection

  • Weather Maps 2.0 with 15 weather layers, displaying historical, current, and forecasted weather data
  • Global Precipitation Maps based on radar data, satellite images, and powered by machine learning
  • Relief maps as a base layer for other OpenWeather maps

Learn more

Other Weather APIs

  • Air Quality hourly data with aerosols properties (PM2.5, PM10), Carbon CO2, Precursors (SO2, NO2), Ozone O3, and AQ Index
  • Geocoding API is a simple tool that eases the search for locations while working with geographic names and coordinates

Learn more

Dedicated Weather Products

In addition to our out-of-the-box products, we provide dedicated weather products that may be helpful for specific applications and industries, including:

  • Solar Irradiance API
  • Solar Panel Energy Prediction
  • Global Weather Alerts
  • Road Risk API
  • Global Precipitation Maps (Forecast and Historical Data)
  • Weather Maps 2.0 with 1-hour step

Detailed information about all our dedicated products can be found on our OpenWeather for business website.

OpenWeather Weather Model

OpenWeather's weather model allows the calculation of weather data for any location. Our advanced machine learning-based numerical weather model operates at up to 500m resolution, enabling the consideration of highly localized nuances of climate to build accurate and efficient products.

The model utilizes a variety of data sources, including radars, models from global meteorological agencies (e.g., Met Office, NOAA, ECMWF), weather satellites, and an extensive network of weather stations. Learn more about the OpenWeather model here.