@pipeworx/open-meteo

Connect: https://gateway.pipeworx.io/open-meteo/mcp · Install: one-click buttons

Tools: 6

Open-Meteo MCP — global weather forecasts + historical reanalysis. No auth (non-commercial fair-use only).

Tools

• forecast(latitude, longitude, hourly?, daily?, forecast_days?, timezone?) — up to 16-day forecast
• historical(latitude, longitude, start_date, end_date, hourly?, daily?) — ERA5 reanalysis 1940→
• geocode(name, count?, language?) — place-name → coordinates
• air_quality(latitude, longitude, hourly?) — global PM/O3/NO2 forecast
• marine(latitude, longitude, hourly?) — wave height + period
• flood(latitude, longitude, daily?) — river discharge forecast (GloFAS)

Data source

https://api.open-meteo.com/v1/ and friends — public, no auth. Fair-use limit 10k req/day per IP.

Tools

• forecast — “What’s the weather in [city]” / “weather forecast for [location]” / “will it rain tomorrow” / “temperature in [place] this week” / “wind / precipitation / humidity forecast” — global weather forecast
• historical — “What was the weather on [date]” / “historical weather for [location]” / “temperature in [city] last summer” / “rainfall during [period]” / “past weather data” — ERA5 reanalysis covering 1940-present
• geocode — “What are the coordinates of [city]” / “lat lng for [place]” / “find [town] location” — resolve a place name (city, village, region) to lat/lng so the other Open-Meteo tools can use them. Free, keyles
• air_quality — “Air quality / AQI in [city]” / “is the air safe to breathe in [location]” / “pollution levels for [place]” / “smoke / smog / wildfire-smoke forecast” / “pollen forecast” — global air quality and poll
• marine — “Wave / swell / surf forecast for [beach]” / “sea conditions in [bay]” / “wave height at [coordinates]” / “is it safe to sail” — global marine weather forecast (wave height, wave period, wave directio
• flood — “Flood risk for [river]” / “river discharge forecast” / “will [river] flood” / “water levels at [location]” — daily river discharge forecast from the GloFAS global flood model. Returns predicted m³/s