Why Won’t Ear Pressure Clear After a Flight?

It’s a familiar sensation: that feeling of pressure, pain, or discomfort in the ears during and after a flight. It can be frustrating, especially if it feels difficult to pop.

Temporary ear pressure, fullness, or discomfort during air travel, particularly during takeoff or landing, is common. It occurs because the air pressure inside the middle ear falls out of sync with the air pressure inside the airplane cabin.

In most cases, the pressure improves shortly after landing or air travel. However, if symptoms persist, worsen, or consistently occur during every flight, there may be underlying issues with the eustachian tubes. This is only one of many possible explanations.

Here at West Palm Beach Breathe Free, we help patients in West Palm Beach understand ear pressure during air travel, why it happens, and when it might point to a different underlying condition.

Why Ear Pressure Happens During Air Travel

The eustachian tube is a narrow passage that connects the middle ear to the back of the nose and the upper throat. The tube remains closed for the most part, and briefly opens when you swallow, chew, or yawn. This mechanism allows air to enter and leave the middle ear, which equalizes air pressure behind the eardrum and the surrounding environment.

However, during air travel, particularly during takeoff and landing, pressure inside the cabin changes more quickly than the pressure inside the middle ear. When the eustachian tube fails to open quickly enough, it causes the pressure inside the middle ear to temporarily fall out of sync, placing pressure behind the eardrum.

This condition is commonly referred to as airplane ear, which can also be referred to as ear barotrauma, barotitis media, or aerotitis media.

Symptoms may affect one or both ears. Common signs may include:

• Ear pressure or discomfort
• Muffled hearing
• A feeling of fullness or stuffiness in the ear
• Difficulty popping the ear

Should I Be Worried About Airplane Ear?

Mild airplane ear is common during takeoff and landing. Symptoms often improve with swallowing or yawning and usually resolve during or shortly after the flight. 

However, not all cases are harmless. A significant change or difference in air pressure may potentially injure the eardrum or other structures of the ear. More severe symptoms may include:

• Intense or severe ear pain
• Vertigo
• Bleeding or drainage from the ear
• Noticeable hearing loss
• Tinnitus

The symptoms above may warrant additional ENT evaluation.

How Long Should Ear Pressure Last After a Flight?

The duration of the ear pressure or discomfort varies per individual. Mild ear pressure may improve during or shortly after the flight. Sometimes, ear issues may persist for several hours or a few days as air pressure gradually equalizes.

Ear pressure or fullness that worsens, persists longer than a few days, or occurs with significant pain or hearing changes could warrant additional evaluation.

The duration of ear pressure or fullness can depend on a variety of factors, such as:

• How quickly the cabin pressure changes
• The presence of nasal congestion, allergies, or a cold
• The presence of an ear infection
• How effectively the eustachian tubes open
• Whether the air pressure change irritated or injured the eardrum

When Is Ear Pressure ETD?

Eustachian tube dysfunction (ETD) occurs when one or both Eustachian tubes do not open or close as they normally should, which can interfere with pressure regulation in the middle ear.

Common symptoms may include:

• Muffled hearing
• Ear pain or discomfort
• Persistent fullness or pressure in the ear
• Popping or clicking sounds in the ear
• Hearing changes
• Tinnitus
• Mild dizziness or imbalance in some cases

The symptoms above may be associated with ETD. However, their presence alone does not confirm an ETD diagnosis and may result from other ear conditions. A consultation with an ENT care provider can help assess your symptoms and determine potential underlying causes.

What Is Baro-Challenge-Induced ETD?

Baro-challenge-induced eustachian tube dysfunction is a type of ETD that primarily occurs during altitude changes, such as:

• Airplane rides, particularly during takeoff or landing
• Driving through mountains
• Rapid elevator rides
• Scuba diving
• Hyperbaric oxygen treatment

This type of ETD may cause an individual to feel normal at a steady elevation and experience ear issues only during elevation and altitude changes.

What Is It About Flying That Makes Ear Pressure More Likely?

Any condition that narrows the eustachian tubes or interferes with their normal function may increase the risk for ear pressure during a flight. Potential risk factors may include:

• Nasal congestion
• Allergies
• Sinusitis
• The common cold or flu
• A middle ear infection
• Smaller eustachian tubes in infants and young children
• Recent ear surgery
• A history of difficulty equalizing air pressure in the ear

Additionally, sleeping during takeoff or landing can increase the risk for ear pressure problems because you may swallow or yawn less while cabin air pressure is changing.

Is It Airplane Ear or Eustachian Tube Dysfunction?

While airplane ear and ETD may be closely related, they are not the same and interchangeable.

• Airplane ear is pressure-related stress on the eardrum and middle ear when air pressure inside the cabin changes more quickly than what the middle ear can accommodate.

• On the other hand, ETD occurs when the eustachian tube does not open and close as it normally should to regulate air pressure in the middle ear.

Airplane ear can occur even without ETD. However, an individual with an ETD may be more susceptible to ear pressure problems during flights.

Simple Remedies to Help With Equalizing Air Pressure During a Flight

Several strategies can help manage ear pressure during air travel:

• Swallow, yawn, or chew gum during the flight
• Try the Valsalva maneuver, where you close your mouth, pinch your nostrils, and gently blow air through your nose. Stop it if it causes pain or significant discomfort.
• Consider filtered earplugs to slow pressure changes reaching the eardrum
• Stay awake during takeoff and landing
• Use saline nasal sprays for dry and congested nasal passages

Remember, never force equalization of air pressure. Any forceful attempt to pop the ear may increase pain and discomfort or cause injury.

When Is It Time to See a Healthcare Provider?

Consider scheduling an ENT evaluation if you are experiencing:

• Significant or worsening ear pain or pressure
• Ear pressure or discomfort that persists for more than a few days
• Ear issues during nearly every elevation or altitude change
• Persistent muffled hearing even after the flight
• One ear that refuses to clear or pop
• Symptoms that occur with chronic nasal congestion or allergies
• Dizziness, recurring ear infections, or ringing in the ears

Seek prompt medical attention if you are experiencing:

• Sudden or substantial hearing loss
• Intense pain or swelling behind the ear
• Severe vertigo
• Blood, pus, or fluid draining from the ear
• Facial weakness or other neurological symptoms
• High fever accompanied by worsening symptoms

Conclusion: Understanding Airplane Ear and ETD

Clogged ear and ear pressure are common during air travel and occur when the eustachian tube cannot efficiently equalize air pressure in the middle ear. However, persistent, recurring, or worsening symptoms may warrant additional evaluation to determine if ETD or some other ear condition may be contributing.

Schedule a consultation with West Palm Beach Breathe Free to understand the pressure or discomfort in your ear during altitude changes.

We offer ear, nose, and throat care services in West Palm Beach and surrounding communities.