Airplane ear is the discomfort, stuffiness, or pain you feel in one or both ears when a plane changes altitude. It happens because the air pressure inside your middle ear and the air pressure in the cabin change at different speeds, stretching your eardrum inward or outward. Most of the time it resolves on its own within minutes of landing, but in some cases it can cause lasting hearing changes or, rarely, a ruptured eardrum.
Why Your Ears Hurt During Flights
Your middle ear is a small, air-filled space behind the eardrum. It connects to the back of your throat through a narrow channel called the eustachian tube. Under normal conditions, this tube opens briefly every time you swallow or yawn, letting air flow in or out to keep the pressure on both sides of your eardrum equal.
When a plane climbs or descends, cabin pressure shifts faster than your eustachian tube can adjust. During ascent, the air in your middle ear expands and usually vents out without much trouble. Descent is the bigger problem: cabin pressure rises, and if your eustachian tube can’t open fast enough, the higher pressure outside pushes your eardrum inward. That inward stretch is what causes the sensation of fullness, muffled hearing, and pain. The medical term for this pressure injury is middle ear barotrauma.
Common and Severe Symptoms
Most people experience the mild version: a feeling of stuffiness, slight discomfort, and temporarily muffled hearing. These symptoms typically peak during descent and fade soon after landing. If you look at the eardrum right after a flight, you’d often see dilated blood vessels along the tiny bones inside the ear and sometimes slight bruising of the membrane. These are common, transient changes that resolve completely on their own.
In more severe cases, symptoms escalate to sharp pain, significant hearing loss, ringing in the ear (tinnitus), or a spinning sensation (vertigo). Bleeding from the ear or blood-stained discharge can signal that the eardrum has perforated. Vertigo that persists and feels rotary, like the room is spinning around you, is rare but suggests disruption of the inner ear and possibly a fluid leak that needs medical evaluation.
Who Gets It Worse
Anyone can get airplane ear, but certain conditions make your eustachian tube less able to equalize pressure. Flying with a cold, sinus infection, or nasal congestion is the single biggest risk factor. Swollen tissues physically block the tube from opening, so the pressure differential builds with no way to release. Allergies that cause nasal swelling create the same problem.
Chronic ear infections, a history of head and neck radiation, and structural differences like a deviated septum can also make equalization harder. People with a history of healed eardrum perforations carry extra risk: the thin scar tissue where the old perforation healed is weaker than normal eardrum tissue and more likely to give way under pressure. If you’re dealing with significant nasal or throat congestion, the safest approach is to avoid flying until you can equalize your ears without difficulty.
How to Equalize During a Flight
The goal is to actively open your eustachian tube during ascent and, especially, descent. Start equalizing before you feel pain, because once the eardrum is already stretched and swollen, the tube becomes harder to open.
The most widely used technique is the Valsalva maneuver: pinch your nostrils shut, close your mouth, and gently blow through your nose. You should feel a soft pop or click as air pushes into the middle ear. The key word is gently. Don’t blow hard, and don’t hold the pressure for more than five seconds. Blowing too forcefully can damage the delicate membranes of the inner ear.
The Toynbee maneuver works in the opposite direction and is especially useful during descent: pinch your nostrils closed and swallow. Swallowing pulls the eustachian tube open while the pinched nose creates a slight negative pressure that draws air into the middle ear. You can also simply swallow frequently, chew gum, or yawn repeatedly. All of these activate the muscles that open the eustachian tube.
A nasal decongestant spray used about 30 minutes before descent can shrink swollen tissue enough to let the tube function. This is particularly helpful if you’re flying with mild congestion you couldn’t avoid.
Airplane Ear in Babies and Small Children
Infants and toddlers are especially vulnerable because their eustachian tubes are shorter, narrower, and more horizontal than an adult’s, making them less efficient at equalizing. They also can’t follow instructions to swallow on command or perform a Valsalva maneuver.
The best strategy is to encourage sucking and swallowing during takeoff and landing. Nursing or bottle-feeding during these phases gives the baby a reason to swallow repeatedly, which helps open the eustachian tube. A pacifier or teething toy works too. Timing matters: try to start feeding or offering the pacifier just as the plane begins its descent, not after the baby is already crying from ear pain. Once the pressure has built up and the tissues are inflamed, it becomes much harder to relieve.
Recovery and When Symptoms Linger
For the vast majority of people, symptoms resolve spontaneously within minutes to hours after landing. The dilated blood vessels and minor bruising on the eardrum heal without any intervention.
If fluid gets trapped behind the eardrum during a flight, hearing can remain noticeably reduced for a month or more while the fluid slowly reabsorbs. A perforated eardrum typically heals on its own within a few weeks, though it leaves you with reduced hearing in the meantime and, occasionally, a blood-tinged discharge.
Persistent vertigo after a flight is the symptom that warrants the most urgency. A prolonged spinning sensation, especially one that doesn’t improve within hours, suggests possible disruption of the inner ear structures rather than a simple eardrum stretch. This is uncommon, but it’s not something to wait out at home.
Do Pressure-Regulating Earplugs Help?
Several brands sell filtered earplugs marketed specifically for flying. The idea is that a small ceramic or mechanical filter slows the rate at which pressure changes reach your eardrum, giving your eustachian tube more time to catch up. Standard foam earplugs block sound but aren’t designed to regulate pressure changes. If you’re considering earplugs for flight comfort, look specifically for products labeled as pressure-filtering or flight earplugs, not general noise-blocking ones. Many frequent flyers report that these reduce discomfort, though they work best as a complement to active equalization techniques rather than a replacement for them.