How Do I Know If My Eardrum Is Perforated: Signs

A perforated eardrum usually announces itself through a combination of sudden hearing loss, ringing in the ear, and sometimes a sharp pain at the moment of the tear. In a study of blast-related ear injuries, about three-quarters of patients with confirmed perforations reported diminished hearing, and half reported persistent ringing.¹ Those two symptoms are the most reliable self-detected signs, though the full picture depends on what caused the tear, how large it is, and whether infection follows.

The Signs Most People Notice First

The eardrum is a thin membrane separating your outer ear canal from the middle ear. When it tears, you lose part of the barrier that transmits sound vibrations, so the most immediate and common sign is that everything on that side sounds muffled or quieter. The hearing loss is usually noticeable right away, especially if the perforation happens suddenly from a blow, a loud blast, or a rapid pressure change. Among military personnel with blast-related perforations, diminished hearing was the single most frequently reported symptom, occurring in roughly four out of five people who had symptoms at all.¹

Tinnitus, a ringing or buzzing that isn’t coming from anything in the environment, is the second most common sign. It was reported in about half of those same blast-injury patients. Tinnitus after a perforation can be constant or come and go, and it ranges from a faint hum to a loud, intrusive ring. For some people, tinnitus is actually more distressing than the hearing loss itself, especially when trying to sleep or concentrate in a quiet room.

Pain at the moment of the rupture is common but often short-lived. A slap to the ear or a sudden pressure change can produce a sharp, immediate sting that fades within minutes to hours. If the perforation was caused by infection, there’s sometimes a sudden relief from the building pressure pain that preceded it, because the pus now has a way out. That relief can be deceptive: it feels like you’re getting better, but the membrane has actually just torn open.

Ear Drainage and What It Means

Fluid leaking from the ear is one of the most specific signs that the eardrum has a hole in it. In a healthy ear, nothing drains outward because the intact membrane seals the middle ear off from the ear canal. When a perforation opens up, fluid that normally stays behind the eardrum can escape. The type of fluid matters:

Clear or slightly bloody: common right after a traumatic perforation, such as from a blow or a sudden pressure change. A small amount of blood-tinged fluid is typical and usually stops within a day or two.
Thick, yellowish, or foul-smelling: suggests an active infection in the middle ear. This is the classic sign of a ruptured ear infection, and the discharge can continue until the infection clears.
Watery and persistent: less common, but if drainage continues for days without obvious infection, it warrants prompt medical attention to rule out cerebrospinal fluid leakage, which is rare but serious.

Drainage is worth paying attention to because it tells you not just that there’s a hole, but that there’s likely material behind it that needs to come out or that shouldn’t be getting in. Contaminated water entering through the perforation during swimming or bathing has long been recognized as a cause of middle ear infection, which can delay healing and worsen the condition.²

How Much Hearing Loss to Expect

Not all perforations cause the same degree of hearing difficulty. The size of the hole is the strongest predictor. Smaller perforations tend to cause mild muffling, while larger tears produce more noticeable hearing loss. One study that measured hearing across different perforation sizes found that the smallest perforations were associated with hearing loss averaging around 29 dB, while the largest perforations averaged close to 39 dB.³ To put that in everyday terms, 29 dB of hearing loss means you’d have trouble catching whispered speech, while 39 dB means normal conversation volume would sound noticeably quieter.

Location on the eardrum also plays a role. Perforations in the back portion of the membrane tend to produce slightly more hearing loss than those in the front portion.³ Holes that span both front and back, or that touch the handle of the malleus (one of the tiny bones of hearing), cause the most hearing trouble.⁴ Lower-pitched sounds tend to be affected more than higher-pitched ones, which is why people with a perforation sometimes describe voices sounding thin or tinny rather than simply quiet.³

It’s worth knowing that the air-bone gap, the difference between how well sound travels through air versus through the bones of your skull, increases with perforation size at every pitch tested.⁵ In practical terms, this means a doctor performing a hearing test can usually tell the perforation is there and get a sense of its size just from the pattern of hearing loss.

Symptoms You Might Not Expect

Beyond muffled hearing and ringing, a perforated eardrum can produce a few less obvious signs. Some people feel a sensation of fullness or pressure in the affected ear, similar to what you’d feel during a flight’s descent. Others notice a brief episode of dizziness or unsteadiness right after the perforation occurs, especially if cold air or water suddenly reaches the middle ear through the hole. This dizziness is usually fleeting, lasting seconds to minutes, because it’s caused by the temperature difference stimulating the balance organs and not by permanent damage to the inner ear.

An unusual sign that people sometimes report is feeling air escape from the ear when they sneeze, blow their nose, or strain. With an intact eardrum, air pressure changes in the middle ear are equalized through the Eustachian tube connecting to the back of the throat. With a perforation, the air can take a shortcut straight out through the ear canal, and you might hear or feel a small whistle or puff. If you notice that sensation, it’s a pretty reliable indicator.

What Causes Perforations and How the Cause Changes the Symptoms

The circumstances around the tear shape what you feel. A study of over 600 traumatic perforations found that the overwhelming majority were compression injuries, mostly from a slap, fist, or blow to the side of the head.⁶ In those cases, the symptoms arrive all at once: a loud pop, sudden pain, instant muffling on one side, and sometimes ringing. The pain is often sharp but brief.

Infection-related perforations follow a different pattern. You typically experience escalating ear pain, fever, and a feeling of fullness for several days before the eardrum gives way. When it finally ruptures, there’s usually a rush of drainage and sudden pain relief. If you’ve been dealing with an ear infection and the pain suddenly vanishes while you notice fluid on your pillow, that’s a classic sequence suggesting rupture.

Barotrauma from flying or diving can cause perforations when the pressure difference across the eardrum becomes too great. The hallmark symptom here is intense ear pain during a pressure change, followed by a pop and immediate hearing change. Instrument-related injuries, such as poking too deeply with a cotton swab, tend to produce a sudden sharp pain with minimal drainage and an immediate sense that something went wrong deep in the canal.

How a Doctor Confirms the Diagnosis

If you suspect a perforation, a doctor can confirm it quickly and painlessly using an otoscope, the handheld instrument with a light and magnifying lens used to look into the ear canal. A perforation is usually visible as a dark hole or tear in the otherwise pearly, translucent membrane. In most cases, no additional testing is needed to make the initial diagnosis.

When the picture is unclear, or when a doctor needs to understand the extent of the damage, two additional tools are common. The first is an audiogram, a hearing test that maps which frequencies and volumes you can hear in each ear. A characteristic pattern of hearing loss, with a gap between how well you hear through air versus through bone, supports the diagnosis and gives a sense of how much the perforation is affecting your hearing. The second is tympanometry, a test that measures how the eardrum responds to changes in air pressure. In an ear with a perforation, tympanometry produces a distinctive flat reading because the air pressure cannot build up properly behind a membrane that has a hole in it. Tympanometric measurements of middle ear volume in perforated ears tend to read larger than the actual space, because the instrument is measuring the canal and the middle ear as one connected chamber.⁷

Most Perforations Heal Without Surgery

One of the most reassuring things about traumatic eardrum perforations is that the vast majority close on their own. A study tracking the spontaneous healing of over 120 perforations found that roughly 95% had closed completely within six months, regardless of the specific healing pattern involved.⁸ Most small traumatic perforations closed in under three weeks, while others took about five weeks, depending on how the skin cells migrated across the gap.⁸

During this healing window, the main goal is to keep the ear dry and free of infection. That means no swimming, and care during showers to prevent water from entering the ear canal. Water reaching the middle ear through a perforation has been linked to new or worsening infections that can set back healing.² A simple cotton ball coated with petroleum jelly, placed at the opening of the ear canal during bathing, is a widely recommended barrier. Your doctor may also prescribe antibiotic ear drops if there are signs of infection, though certain drops are chosen specifically to avoid irritating the exposed middle ear structures.

When a Perforation Doesn’t Close on Its Own

A small percentage of perforations, especially those caused by chronic infection or repeated trauma, fail to heal spontaneously and become persistent. When that happens, several options exist depending on size.

For the smallest perforations, a doctor can try an office-based procedure called paper-patch myringoplasty. A thin piece of material is placed over the hole to act as a scaffold for the eardrum’s skin cells to grow across. The success rates depend heavily on how big the hole is. One study reported closure in about 78% of perforations that were very small (under 5% of the eardrum’s total area) but only about 45% for slightly larger ones.⁹ Another study comparing paper patches with fat and cartilage-lining grafts found that all three techniques worked reasonably well for perforations under 3 mm, with fat and cartilage grafts closing the hole in about 87% of cases compared to 67% for paper patches.¹⁰

For larger or more stubborn perforations, formal surgical repair called tympanoplasty is the standard approach. A surgeon takes a graft of tissue, often from the connective tissue above the ear or from cartilage, and uses it to patch the membrane from underneath. Success rates for tympanoplasty are generally high, and hearing improvement after successful closure is the norm. The surgery is typically done under general anesthesia and involves a recovery period of a few weeks during which you need to keep the ear dry and avoid heavy exertion or flying.

How Children’s Perforations Differ

Children develop perforations more often from ear infections than from trauma, in part because middle ear infections are so common in early childhood. Young children can’t always articulate what they’re feeling, so the signs parents should watch for include tugging or pulling at one ear, increased fussiness or crying (especially when lying down), sudden onset of drainage from the ear, and a change in how the child responds to sounds or voices on one side.

Another situation specific to children is the perforation that remains after ear tubes are removed. Tympanostomy tubes are small ventilation tubes placed in the eardrum to treat recurrent infections or persistent fluid. When these tubes are removed, the eardrum usually heals over, but a study of over 340 eardrums found that about 13% had a persistent perforation afterward.¹¹ The risk was higher in children who had needed multiple sets of tubes or who had the tubes in for a longer period. The size of the remaining hole and the child’s age at tube removal also affected whether it closed on its own.

In populations where ear infections are extremely common from a very young age, perforations can show up remarkably early. A study of Aboriginal Australian infants found that middle ear disease was present in the vast majority by six to eight weeks of age, with at least one documented perforation in an infant that young.¹² While that represents a high-risk population, it illustrates that perforations are not exclusively an adult problem and that early, aggressive ear disease can outpace the membrane’s ability to stay intact.

Signs That Warrant Urgent Attention

Most perforations heal well with time and basic precautions. But a few patterns of symptoms suggest something more serious is going on and call for prompt medical evaluation:

Severe or worsening dizziness: brief unsteadiness right after a perforation is common, but spinning that persists for hours or gets worse could indicate inner ear involvement.
Complete hearing loss on one side: a perforation alone causes partial hearing loss. If you hear nothing at all from one ear, there may be damage to the inner ear or the tiny bones of hearing.
Facial weakness: the nerve that controls the muscles on one side of your face runs through the middle ear. If you notice drooping or difficulty moving one side of your face after ear trauma, that’s an emergency.
High fever with spreading redness: infection that was contained in the middle ear can sometimes spread to the bone behind the ear (mastoiditis) or, rarely, toward the brain. Fever above 101°F combined with swelling or redness behind the ear needs same-day evaluation.
Clear, watery drainage that doesn’t stop: as noted earlier, persistent clear fluid raises the possibility of cerebrospinal fluid leak, particularly after head trauma.

For the typical perforation from a slap, a cotton swab accident, or a ruptured ear infection, the outlook is excellent. The ear is remarkably good at repairing itself. But recognizing the signs early, keeping the ear dry, and seeing a doctor for a look with an otoscope can confirm what’s going on and prevent a straightforward problem from becoming a complicated one.

Everyday Situations That Can Fool You

A few common scenarios mimic the signs of a perforation without an actual tear in the membrane. Eustachian tube dysfunction, where the tube connecting the middle ear to the throat doesn’t open and close properly, causes muffled hearing, a feeling of fullness, and sometimes even clicking or popping that can closely resemble a small perforation. The key difference is that there’s usually no drainage and no sudden onset event. Earwax impaction is another frequent mimic: a plug of wax pressing against the eardrum can cause sudden hearing loss and fullness that resolves the moment the wax is removed.

On the flip side, some people have a small perforation and barely notice. Tiny holes in the eardrum can cause minimal hearing change and no pain, especially if they develop gradually from a chronic low-grade infection. These are sometimes discovered incidentally during a routine ear exam. If your doctor mentions a perforation you weren’t aware of, the lack of symptoms doesn’t mean it’s harmless, just that it’s small enough not to have crossed your threshold of awareness. The main concern with even a silent perforation is vulnerability: that open hole means water, bacteria, or debris can reach the middle ear, so knowing it’s there lets you take precautions.

1
Journal of Trauma and Acute Care Surgery. Tympanic Membrane Perforation and Hearing Loss From Blast Overpressure in Operation Enduring Freedom and Operation Iraqi Freedom Wounded
2
JAMA Otolaryngology–Head & Neck Surgery. PREVENTION OF OTITIS IN THE SWIMMER
3
Indian Journal of Otology. Tympanic membrane perforation: Its correlation with hearing loss and frequency affected – An analytical study
4
PubMed Central. The Effect of Tympanic Membrane Perforation Site, Size and Middle Ear Volume on Hearing Loss
5
PubMed Central. Determinants of Hearing Loss in Perforations of the Tympanic Membrane
6
PubMed. Traumatic tympanic membrane perforations: a study of etiology and factors affecting outcome
7
PubMed Central. Tympanometry and CT Measurement of Middle Ear Volumes in Patients with Unilateral Chronic Otitis Media
8
PubMed. Spontaneous healing of traumatic eardrum perforation: outward epithelial cell migration and clinical outcome
9
PubMed. Predictors for outcome of paper patch myringoplasty in patients with chronic tympanic membrane perforations
10
PubMed. Comparison of paper-patch, fat, and perichondrium myringoplasty in repair of small tympanic membrane perforations
11
PubMed. Factors affecting persistent tympanic membrane perforation after tympanostomy tube removal in children
12
PubMed Central. Onset of otitis media in the first eight weeks of life in aboriginal and non-aboriginal Australian infants