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Are flights safe during rain?

The simple answer is yes, airplanes can fly in the rain. Modern aircraft are designed to operate safely in a wide variety of conditions, including rain and snow. The most extreme example is the NOAA Hurricane Hunters, who fly right into some of the fiercest weather on the planet day in and day out.



Yes, flying in the rain is extremely safe and a routine part of modern aviation. Aircraft are rigorously tested to operate in wet conditions, featuring advanced systems like high-speed windshield wipers, hydrophobic coatings, and anti-ice systems to maintain visibility and performance. Pilots use sophisticated onboard weather radar to distinguish between harmless rain and dangerous storm cells, which they will actively avoid. Rain itself does not cause turbulence; most "bumps" are instead caused by the winds and temperature changes associated with thunderstorms. During takeoff and landing, pilots utilize Instrument Landing Systems (ILS) to navigate even when visibility is low and adjust their braking techniques to prevent "aquaplaning" on wet runways. In 2026, airline safety protocols are so robust that flights are only delayed or canceled if the rain is accompanied by extreme crosswinds, lightning, or hail that exceeds the specific safety margins of the aircraft. For a passenger, a rainy flight is simply a testament to the incredible engineering and training that makes air travel the safest way to see the world.

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Turbulence might occur during your flight in rainy weather due to the presence of different air masses mixing together and causing disturbances aloft. Warm and cold air masses interacting with each other can result in turbulent conditions high in the sky, making your flight potentially more uncomfortable.

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Jet aircraft can safely fly over thunderstorms only if their flight altitude is well above the turbulent cloud tops. The most intense and turbulent storms are often the tallest storms, so en route flights always seek to go around them.

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Those irregular motions in the atmosphere create air currents that can cause passengers on an airplane to experience annoying bumps during a flight, or it can be severe enough to throw an airplane out of control. (The pilots) aren't scared at all.

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You might be wondering, is turbulence strong enough to cause a plane to crash? The answer is: it's extremely rare. Modern aircraft are designed to withstand turbulence and continue flying safely. In fact, planes undergo rigorous testing to ensure they can endure the forces of turbulence.

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Turbulence, associated with thunderstorms, can be extremely hazardous, having the potential to cause overstressing of the aircraft or loss of control. Thunderstorm vertical currents may be strong enough to displace an aircraft up or down vertically as much as 2000 to 6000 feet.

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The type of weather that delays and cancels flights is called inclement weather. Inclement weather is categorized as thunderstorms, snowstorms, wind shear, icing, and fog. Any inclement weather is by far the most hazardous. This is the type of weather that causes the most cancellations and delays, not just rain.

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Crosswinds greater than 50-60 km/h may cause airlines to delay or cancel flights. Even lower gusts can trigger flight delays or cancellations if the runways are wet or icy, as stiff winds can reduce a plane's ability to brake on the runway.

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Before departure, call 1-800-WX-BRIEF for latest weather and file flight plans. Miscellaneous Items: Text Notam Information.

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Rain doesn't usually affect a flight much. Combining with hefty winds causes extra challenges to flight planning. The combo can even cause a change of route or a delay if the conditions are extreme. But generally speaking, airplanes are well-equipped to deal with a bit of the wet stuff!

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When an aircraft experiences turbulence, the plane can drop or change altitude suddenly. This is why pilots always caution passengers to buckle up and stay seated when they are experiencing flight turbulence. The sudden movements put passengers at risk.

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At flight cruising levels, only about 3% of the atmosphere has light turbulence, about 1% has moderate turbulence and a few tenths of a percent has severe turbulence at any given time, says Paul Williams, a professor of atmospheric science at the University of Reading who researches turbulence.

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Routes with the Most Turbulence
  • New York to London.
  • Seoul to Dallas.
  • Flying into certain airports near the equator. There are certain airports which are located close to the equator which means frequent thunderstorms, especially in certain seasons. ...
  • Flying into Reno, Nevada. ...
  • London to South Africa.


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How to Deal With Turbulence Anxiety
  1. Trust the Flight Crew. ...
  2. Choose the Right Seat. ...
  3. Stay Informed with Turbulence Forecast Tools. ...
  4. Practice Relaxation Techniques. ...
  5. Distract Yourself. ...
  6. Seek Professional Help If Necessary. ...
  7. Understand the Nature of Turbulence.


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Winter has strong winds and blizzards, and summer's hot heat can create unstable air, thunderstorms, and tropical storms. That means flying during the holidays often means more turbulence than other times of the year. So if possible, avoid flying between December and February or June and August for a smoother flight.

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Your cabin crew may look calm and collected when the plane starts shaking, but inside we know that it can be really dangerous. We are trained to deal with different levels of turbulence, they range from moderate to severe and then extreme.

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Sometimes it's unavoidable to fly through light and moderate turbulence, but rest assured your pilots are working to find smooth air. If they encounter severe or extreme turbulence not forecasted, pilots will quickly climb or descend to a safe and smooth altitude.”

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Even large airliners cannot safely fly through typical cumulonimbus (thunder) clouds. The winds and other factors simply exceed the design limitations of even the most advanced airliners.

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When lightning strikes a plane, it enters through the metal skin of the aircraft and is conducted along its exterior. The aircraft's highly conductive aluminum skin acts as Faraday cages, which safely distribute electricity.

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