Equalizing ear pressure is about opening your eustachian tubes to let air flow between your middle ear and the back of your throat. The most reliable methods are the Valsalva maneuver (gently blowing against a pinched nose) and the Toynbee maneuver (swallowing with a pinched nose). These techniques work by using muscle movements or air pressure to pop the tubes open, which relieves the feeling of fullness, pain, or muffled hearing. This guide covers what actually works based on how your ears are built, what research says, and what common advice you should skip.
What Causes Ear Pressure That Needs Equalizing?
Your middle ear is a small air-filled space behind your eardrum. It connects to the back of your throat through a narrow channel called the eustachian tube. Normally this tube opens briefly when you swallow or yawn to keep pressure equal on both sides of your eardrum.
Problems happen when the eustachian tube cannot open. This is common during airplane takeoffs and landings because the pressure outside changes faster than your body can adjust. The same thing happens when you drive up or down a mountain, ride an elevator in a tall building, or scuba dive. Your eardrum stretches inward or outward depending on the pressure difference, which causes that blocked or painful feeling.
Some people have a harder time equalizing because of anatomy or illness. If you have a cold, allergies, or a sinus infection the lining of your eustachian tube swells and narrows. Children have shorter and more horizontal tubes than adults, which is why ear pain during flights is so common in kids. Smoking and secondhand smoke also irritate the tube lining and make equalization harder.
How To Equalize Ear Pressure: The Methods That Work
The goal of any equalization technique is to open the eustachian tube so air can move into or out of the middle ear. Here are the methods with the most evidence behind them.
Valsalva maneuver. Take a deep breath. Pinch your nostrils shut with your fingers. Close your mouth. Then gently blow air out through your nose as if you are trying to blow your nose while keeping it pinched. You should feel or hear a pop in your ears. This pushes air up from your throat into the middle ear. The key word is gently. Blowing too hard can rupture your eardrum or push pressure into your inner ear and cause dizziness.
Toynbee maneuver. Pinch your nose shut and swallow. That is it. Swallowing pulls open the eustachian tube while the pinched nose creates a slight vacuum that helps equalize pressure. Some people find this easier than the Valsalva because it does not require forcing air. The American Academy of Otolaryngology recommends the Toynbee as a first-line technique.
Lowry technique. Combine both methods. Pinch your nose, blow gently, and swallow at the same time. This can work when neither the Valsalva nor the Toynbee alone does the job.
Edmonds technique. Push your jaw forward and down as if you are starting a yawn. Then do the Valsalva maneuver while keeping your jaw in that forward position. This changes the angle of the eustachian tube and can help it open when standard positioning does not work.
| Technique | Action | Best For |
|---|---|---|
| Valsalva | Gentle exhale against pinched nose | Slow pressure changes like descent in a plane |
| Toynbee | Swallow with nose pinched | Mild blockage or sensitive ears |
| Lowry | Blow and swallow simultaneously | When Valsalva or Toynbee alone fails |
| Edmonds | Jaw forward, then Valsalva | Stubborn blockage in one ear |
What Research Says About Preventing Ear Blockage
Studies published in aviation medicine journals show that timing matters more than most people realize. Equalizing before you feel pain is far more effective than trying to fix it after the pressure difference is large. On an airplane the pressure changes fastest during the last few minutes of descent. The CDC recommends starting equalization techniques early in the descent and repeating them every few minutes until landing.
Decongestant sprays and oral decongestants are a debated topic. Research in the journal Otolaryngology-Head and Neck Surgery found that a nasal spray like oxymetazoline used 30 to 60 minutes before descent can reduce ear pain in adults who have cold symptoms. But the same research found no benefit in healthy people without congestion. Oral decongestants like pseudoephedrine have mixed results. Some studies suggest they help prevent ear pain during flights if taken an hour before descent. Other studies show no difference compared to placebo. The evidence is not strong enough to recommend them routinely.
Chewing gum and yawning are widely recommended and do help, but the effect is mild. These methods work by moving the jaw and activating the muscles that open the eustachian tube. They are good maintenance techniques but often not enough when pressure change is rapid or large.
What To Avoid When Equalizing Ear Pressure
Some popular advice can cause harm. Do not use earplugs designed for sleeping or swimming to prevent ear pain during flights. These seal the ear canal completely and can make the pressure difference worse by trapping air outside the eardrum. Special filtered earplugs designed for flying are different — they have a small filter that slows pressure change — but standard foam earplugs do not help.
Do not hold your nose and blow hard. This is the most common mistake. The Valsalva maneuver should be a gentle push, not a forceful blast. Blowing too hard can rupture the eardrum, cause a middle ear infection by forcing bacteria up from the nose, or create a condition called perilymph fistula where inner ear fluid leaks into the middle ear. That can cause hearing loss and dizziness that lasts for weeks.
Do not use ear candles. As of 2026 there is no clinical evidence that ear candles remove pressure or wax from the ear. The FDA has issued warnings about ear candles causing burns and ear canal blockages from melted wax. This is a myth that persists online with no medical support.
When Ear Pressure Will Not Go Away
Most ear pressure resolves within a few hours after the pressure change ends. If your ears still feel blocked after 24 hours or if you have pain that gets worse, you may have developed a middle ear infection or fluid buildup. This is called barotitis media or airplane ear. The CDC estimates that about 10 percent of adults and 20 percent of children experience some form of ear barotrauma during flights.
See a doctor if you have severe pain, fluid draining from your ear, hearing loss that does not improve, or dizziness that lasts more than a few minutes. These symptoms can indicate a ruptured eardrum or inner ear damage. Most eardrum ruptures heal on their own within a few weeks, but you need a doctor to confirm there is no infection or structural damage.
People with chronic eustachian tube dysfunction may need more than self-care. An ear nose and throat doctor can check for underlying issues like enlarged adenoids, nasal polyps, or a narrow tube that does not open properly. Treatment options include balloon dilation of the eustachian tube, which is a procedure where a small balloon is inflated inside the tube to widen it. Research published in the journal Laryngoscope shows about 80 percent of patients with chronic dysfunction report improvement after this procedure.
Does How To Equalize Ear Pressure Work for Scuba Diving?
Scuba diving creates a different challenge because the pressure change underwater is much faster and more extreme than in an airplane. Every 33 feet of salt water adds one atmosphere of pressure. That means your ears need to equalize continuously as you descend, not just once.
Divers use the Valsalva and Toynbee maneuvers the same way as air travelers, but they add a technique called the Frenzel maneuver. This involves closing the vocal cords, pinching the nose, and using the back of the tongue to push air up into the eustachian tubes. The Frenzel is preferred by experienced divers because it uses less force than the Valsalva and gives more control. Dive training organizations like PADI teach the Frenzel as an advanced equalization method.
If you cannot equalize while diving, do not force it. Ascend a few feet and try again. Continuing to descend with blocked ears can cause a reverse block on ascent, which is more painful and harder to fix. Diving with a cold or congestion is risky because swollen membranes make equalization unreliable. The Divers Alert Network advises against diving with any upper respiratory infection.
Common Misconceptions About Ear Equalization
One persistent myth is that tilting your head to the side helps drain fluid from the ear and relieve pressure. This is based on a misunderstanding of ear anatomy. The eustachian tube does not drain by gravity. It opens by muscle action. Tilting your head does not help it open.
Another common claim is that yawning with your mouth wide open is the most effective method. Yawning does help because it activates the muscles around the eustachian tube, but a forced yawn is no more effective than a natural one. The benefit comes from the muscle movement, not the stretch of your jaw.
Some people believe that ear pressure problems are permanent once you have had them. This is not true. Most people can equalize successfully with practice. The eustachian tube muscles can be trained to open more reliably. Frequent travelers and divers often find that equalization gets easier over time as they learn to control the muscles involved.
Frequently Asked Questions
How long does it take to equalize ear pressure?
Most people feel relief within seconds of a successful maneuver. If the blockage does not clear within a few minutes of trying different techniques, stop and try again later.
Can you damage your ears by equalizing too hard?
Yes. Blowing too hard during the Valsalva maneuver can rupture your eardrum or cause inner ear damage. Always use gentle pressure.
Why does one ear equalize but not the other?
Each eustachian tube opens independently. One side may be more swollen from allergies or a cold, or you may have a structural difference in the tube angle.
Does chewing gum really help with ear pressure on planes?
Chewing gum helps because it makes you swallow more often, which opens the eustachian tubes. It works best as a preventive step rather than a treatment for pain.
