Loading...
Fetching the latest data.
Airport turbulence guides
Each airport has its own turbulence fingerprint — shaped by latitude, elevation, nearby terrain and the jet streams overhead. Pick a hub to see what drives its bumps and how today's live forecast looks.
Major international gateway serving New York City and the northeastern United States.
View turbulence profileThe busiest airport on the US West Coast and major hub for transpacific travel.
View turbulence profileMajor hub in the Midwest with extensive domestic and international connections.
View turbulence profileOne of the largest airports in the world by area and passenger traffic.
View turbulence profileGateway to the Rocky Mountains and major connecting hub.
View turbulence profileThe busiest airport in the world by passenger traffic.
View turbulence profileMajor gateway for transpacific travel and Silicon Valley.
View turbulence profileGateway to Latin America and the Caribbean.
View turbulence profileCanada's largest airport and major North American hub.
View turbulence profileEurope's busiest airport and major global aviation hub.
View turbulence profileFrance's largest international airport.
View turbulence profileMajor European hub and Lufthansa's primary base.
View turbulence profileMajor European hub known for efficient connections.
View turbulence profileMajor international gateway to Japan.
View turbulence profileTokyo's primary domestic airport with growing international traffic.
View turbulence profileAward-winning airport and major Southeast Asian hub.
View turbulence profileMajor Asian aviation hub and cargo center.
View turbulence profileSouth Korea's largest airport and major Asian hub.
View turbulence profileWe forecast turbulence for every scheduled commercial flight worldwide — pick any origin and destination from the homepage search.
Airports near major jet streams, prominent mountain ranges, or strong seasonal weather systems record the most turbulence reports. Chicago O'Hare (jet stream + winter storms), Denver (Rocky Mountain waves), Hong Kong (typhoons + terrain), and Mexico City (high-altitude convection) are classic examples. Our per-airport pages show the specific drivers for each.
Per-airport characterization is computed from latitude band, elevation, proximity to mountain ranges, coastal exposure, and typical jet-stream position. On top of that static profile, our live forecasts layer NOAA pilot reports, SIGMETs and AIRMETs with physics-based Ellrod and Richardson-number calculations from current pressure-level wind data.
Yes. High-altitude airports like Denver (5,430 ft), Mexico City (7,316 ft) and Bogotá (8,361 ft) have reduced air density — takeoff rolls are longer, climb angles are shallower, and aircraft spend more time in the lower atmosphere where thermal and mechanical turbulence is most common. Summer afternoons are the bumpiest climbouts.
The calmest season depends on your airport's geography. Mid-latitude hubs are typically smoothest in late spring and early autumn (outside the peak jet-stream and thunderstorm windows). Tropical airports follow the local dry season. Pick your airport from the list to see its specific peak and calm windows.