Can Kids Swim With Ear Tubes? What Parents Ask About Water, Bathing and Earplugs

The pool party invitation arrives three weeks after the surgery. Your four-year-old has two tubes in her ears, a swimsuit she has already tried on twice, and a grandmother who is certain that one splash will undo everything. Somewhere in a drawer sits a pair of silicone earplugs that came with no clear instruction about whether they are essential or optional.

Few questions come up more often in ENT clinics than swimming with ear tubes, and few carry more folklore. For decades, families were told to keep water out at all costs: plugs, headbands, no baths without a towel over the head. The advice felt logical. A tube is, after all, a hole through the eardrum.

The evidence has moved on. This explainer walks through what actually happens when water meets a tube, what the pediatric guideline now recommends, where the genuine exceptions lie, and which signs mean the surgical team should hear from you before the next swim.

What ear tubes are, and why water is even a question

An ear tube, also called a tympanostomy tube or grommet, is a tiny cylinder placed through the eardrum so the middle ear can vent to the outside air. The middle ear is the air-filled space behind the eardrum that normally drains through the Eustachian tube, a narrow channel running to the back of the nose. In many young children that channel is short, floppy and easily blocked, so fluid collects behind the eardrum and stays there.

The procedure itself is brief. A surgeon makes a small opening in the eardrum, suctions out trapped fluid and seats the tube in the opening. Mayo Clinic describes the operation as typically taking about 15 minutes, done under a light general anesthetic in children so they stay still. Most children go home the same day.

Once in place, the tube does two jobs. It lets air pressure equalize on both sides of the eardrum, and it gives any fluid that forms a path out rather than a place to pool. The tube is not permanent. Mayo Clinic notes that most short-term tubes work their way out on their own within about 4 to 18 months as the eardrum heals and pushes them outward.

The water question follows directly from the anatomy. Before tubes, an intact eardrum sealed the middle ear off from the ear canal. With a tube, there is now a channel, roughly the width of a pencil lead, connecting the two. Parents reasonably wonder whether pool water, bathwater or ocean water will travel straight through and set up an infection. The answer depends on physics as much as medicine, and the physics turns out to be reassuring.

Swimming with ear tubes: what the clinical guideline actually says

The most authoritative source is the clinical practice guideline on tympanostomy tubes in children from the American Academy of Otolaryngology-Head and Neck Surgery Foundation, updated and indexed on PubMed. Its statement on water precautions is unusually direct for a guideline: clinicians should not encourage routine, prophylactic water precautions such as earplugs, headbands or avoidance of swimming for children with tubes.

That wording matters. The panel reviewed trials in which children with tubes were randomly assigned to swim with or without protection, and found no meaningful difference in rates of ear drainage. Children who swam freely did not develop more infections than children who were kept dry. The guideline graded this as a recommendation against routine precautions, meaning the evidence favored the benefit of letting children swim normally over the small, unproven benefit of plugs.

The guideline is equally clear that this is a starting position, not a blanket rule. It lists situations where an individual clinician may still advise precautions:

• a child who develops repeated episodes of drainage after water exposure
• a child who reports ear pain or discomfort when water enters the canal
• swimming in lakes, rivers or other untreated water with higher bacterial loads
• diving to depth or vigorous underwater play
• dunking the head in soapy or shampoo-laden bathwater

Each of these is a judgment the treating team makes for a particular child, not a checklist a parent applies alone. The practical upshot for a family is simple. The default is that swimming with ear tubes is allowed. The question to bring to the surgeon is whether anything about this child, this water or this recent surgery moves them off the default, and how soon after the operation ordinary water play can begin.

Why water in ears with tubes usually never reaches the middle ear

Picture the opening of a drinking straw dipped into a glass. Water does not rush in of its own accord; it hesitates at the rim until pressure pushes it. The same surface tension governs a tympanostomy tube, and the tube is far narrower than any straw. Water forms a skin across the opening rather than flowing through it.

The guideline summarizes laboratory and clinical work showing that water needs a pressure gradient greater than that found at ordinary swimming depths to pass through a standard tube. Splashing, floating, dog-paddling and even brief submersion near the surface do not generate that pressure. Only when a child descends well below the surface, or when water is forced in by a jet, does the pressure climb enough to overcome surface tension.

Two other factors help. First, the ear canal is not a straight pipe. It bends slightly, and the tube sits at its far end, so much of the water that enters the canal never reaches the eardrum before it drains back out. Second, the ear canal is lined with wax and a thin acidic film, both of which discourage bacterial growth in the short time water lingers.

Soap changes the equation, which is why bathwater gets separate treatment in this article. Detergents lower surface tension, effectively thinning the skin across the tube opening. Soapy water passes through more readily than clean water at the same depth, and soap residue can irritate the middle ear lining. That single fact explains most of the difference between the relaxed advice about pools and the more cautious advice about dunking a shampooed head in the tub.

What happens if water gets in your ears with tubes?

Usually, nothing. A child surfaces, shakes the head, and the water drains from the canal within minutes. Even when a small amount does pass through the tube, the middle ear is now ventilated, so fluid has an exit rather than a trap. Most exposures end there.

The outcome parents actually worry about is tube otorrhea, the medical term for fluid draining out through the tube. Otorrhea is the most common complication of tubes overall, and it is not primarily a water problem. The guideline reports that drainage occurs in a substantial minority of children in the first weeks after surgery and in roughly a quarter of children at some point while the tube is in place, most often triggered by an ordinary cold. The bacteria that cause it typically arrive from the nose via the Eustachian tube, not from the pool.

Drainage looks like cloudy, yellow or occasionally blood-tinged fluid on the pillow or in the outer ear. It is frequently painless, because the tube prevents pressure from building behind the eardrum. Some children have fever or irritability; many have neither.

When drainage does happen, the guideline favors topical antibiotic ear drops over oral antibiotics for an uncomplicated episode, because drops deliver the medicine directly where the infection sits and spare the rest of the body. Whether drops are needed, which class, and for how long are decisions for the prescribing clinician, who will also want to confirm the tube is open and unblocked.

So the honest answer to the question is: water rarely causes trouble, drainage sometimes happens anyway, and drainage is usually manageable. It should be reported, not feared.

Bathing after ear tubes: tubs, shampoo and the soapy-water exception

Bath time is where the guideline’s carve-outs land most squarely in everyday life. Clean water at the surface of a tub behaves like pool water: surface tension holds, and the ear canal drains. Ordinary bathing, hair washing with the head tilted back, and splashing at the waterline are not restricted for most children.

The specific caution is dunking the head under soapy water. Soap and shampoo are surfactants, molecules that break surface tension so grease lifts off skin and hair. In the ear, that same property lets water slip through the tube more easily, and dissolved soap can irritate the middle ear lining once it arrives. The guideline names submersion in soapy bathwater as one of the situations where a clinician may reasonably suggest keeping water out.

In practice, families find a few habits make the tub a non-issue:

• Wash and rinse hair first, then let a child play in clean water afterward, rather than the other way around.
• Tilt the head back or use a cup to rinse so suds run away from the ears rather than pooling in them.
• Keep the head above the waterline while bubbles are in the tub; once rinsed, ordinary splashing is fine.
• Skip the earplugs unless the surgical team has asked for them; a snug cotton ball coated in petroleum jelly, or nothing at all, is what many teams suggest for the tub.

Showers pose no special concern. The water is clean and pressure at ear level is low. As with swimming, the one question worth asking directly is how soon after surgery bathing can return to normal. Surgeons vary in their advice for the first few days, when the eardrum is freshly opened, and that short-term instruction should come from the team who did the procedure.

Do kids need earplugs for ear tubes? When they help and when they do not

Earplugs for ear tubes occupy a strange spot in pediatric ENT. They are widely sold, frequently recommended by well-meaning relatives, and, according to the best available trials, unnecessary for most children most of the time.

The randomized studies summarized in the guideline compared children who swam with plugs against children who swam without them and found no significant reduction in drainage episodes. Plugs are also imperfect barriers. Custom-molded plugs fit better than off-the-shelf silicone putty, but any plug can shift, and children pull them out. A plug that slides partway in can trap water against the eardrum rather than keep it away. Headbands designed to hold plugs in place add cost, fuss and another thing to lose at the pool.

None of that makes plugs useless. The guideline explicitly preserves them as an option in specific circumstances, and a clinician may recommend them when:

• a child has had two or more drainage episodes that followed water exposure
• a child consistently complains of pain or a strange sensation when water enters the canal
• the water is untreated, such as a lake, river or pond
• the child is a competitive or deep swimmer who spends time well below the surface
• the child will be submerged in soapy water and cannot reliably keep the head up

If plugs are advised, fit matters more than brand. Soft moldable plugs that seal at the canal entrance, rather than push deep into it, are the type most surgeons describe. Never push anything into the canal itself. The plug’s job is to close the doorway, not to reach the tube. If a child is fighting the plugs every time, that is worth telling the team; a miserable swimmer with badly seated plugs may be worse off than a happy one without.

Pools, lakes, oceans and hot tubs compared

Not all water is equal, and the guideline’s distinctions map onto everyday choices. The table below gathers what the evidence and mainstream sources say about each setting for a child whose surgical team has cleared ordinary swimming.

Water setting	Usual guidance	Why
Chlorinated pool, surface play	No precautions for most children	Treated water, low pressure at surface, surface tension holds
Chlorinated pool, deep diving	Ask the team; plugs sometimes advised	Pressure rises with depth and may push water through the tube
Ocean or saltwater beach	Generally treated like a pool	Large volume dilutes bacteria; keep to shallow play
Lake, river, pond	Precautions more often suggested	Higher bacterial load in still, untreated water
Hot tub or spa	Caution, often advised to avoid submerging the head	Warm water favors bacterial growth; jets force water in
Bath, clean water	No precautions for most children	Behaves like surface pool water
Bath, soapy water, head under	Keep head up or use a barrier	Soap lowers surface tension and irritates the middle ear
Shower	No precautions	Clean water, low pressure

Two patterns run through the table. The first is depth and pressure: anything that pushes water in with force, whether a dive or a spa jet, deserves more thought than floating. The second is what is in the water: still natural water and warm recirculated water carry more bacteria than a maintained pool.

The CDC’s broader healthy-swimming advice applies to every child, tubes or not: shower before swimming, avoid swallowing water, stay out of the water with diarrhea, and check that natural swimming areas have not been closed for water quality. Tubes do not change those basics; they simply add one more reason to choose the cleaner water when there is a choice.

Which children are usually asked to take extra water precautions

The guideline frames precautions as something a clinician adds for a reason, so it helps to know what those reasons look like in real children.

The clearest group is children with recurrent otorrhea. If drainage has appeared after two or three swims, the pattern itself becomes evidence for that child, regardless of what population studies show. A surgeon may suggest plugs for pool days, a break from swimming until the current episode has settled, or a closer look at whether the tube is blocked or partially extruded.

A second group is children who feel water entering. A tube-bearing eardrum can transmit an odd cold sensation or a brief sharp twinge when water passes through, and some children find it genuinely distressing. Comfort is a legitimate reason for precautions; nobody benefits from a child who dreads the pool.

Third are children with long-term tubes. These are wider or flanged devices designed to stay in place for years in children who have needed multiple sets. A wider lumen offers less resistance to water, and the guideline notes that long-term tubes carry a higher rate of persistent eardrum perforation once removed. Teams caring for these children often take a more conservative line on deep water.

Fourth are children with other medical conditions affecting immunity or the shape of the ear and palate, such as cleft palate or certain genetic syndromes, whose ears behave differently and who tend to be followed more closely.

Finally, timing. Every child is asked to take precautions in the immediate days after surgery, when the eardrum is freshly opened and any blood or fluid is still clearing. How long that window lasts varies by surgeon, and it is the single most useful question to ask before leaving the recovery area.

Who ear tubes are usually for, and who is usually asked to wait

Parents searching for the best age for ear tubes usually find that the answer is not an age but a pattern. The guideline sets out two main indications. The first is persistent middle ear fluid, called otitis media with effusion, lasting three months or longer in both ears with documented hearing difficulty. The second is recurrent acute otitis media, meaning three or more infections in six months or four in a year, when fluid is present at the time of evaluation.

Mayo Clinic notes that tubes are most often placed between the ages of about one and three years, simply because that is when Eustachian tubes are shortest and infections cluster. There is no age at which tubes are inherently better; a five-year-old with the same pattern is as much a candidate as a toddler. Adults occasionally have tubes too, usually for pressure problems or persistent fluid after infection.

Equally important is who is usually asked to wait. The guideline recommends against tubes for a single episode of fluid lasting under three months, because most such effusions clear on their own. It also recommends against tubes for recurrent infections when the ears are clear at the time of the visit, since a child who fights off infections and drains normally between them may not need a permanent vent. For these children, watchful waiting with a hearing check in three months is the usual path.

The alternatives to tubes are not passive. They include treating allergies or reflux that keep the Eustachian tube swollen, addressing tobacco smoke exposure at home, and monitoring hearing and speech. Whether a particular child crosses the line from waiting to surgery is a judgment for the ENT team, weighing hearing, speech development, quality of life and how often the child is unwell.

What the first days and weeks after tube surgery usually look like

Recovery from tube placement is short compared with most operations, but the first fortnight has a rhythm that helps parents plan water play.

The first day is mostly about the anesthetic. MedlinePlus describes children being groggy, irritable or briefly nauseated for a few hours, then largely back to normal by evening. A small amount of blood-tinged fluid in the ear canal is expected and usually clears within a day or two. Many surgeons prescribe a short course of antibiotic ear drops at this stage to reduce early drainage; that decision, and its duration, belongs to the surgical team.

Hearing often improves almost immediately if fluid had been muffling sound, and some children are startled by how loud the world seems. Parents sometimes notice speech clarity changing over the following weeks.

Water is the main question in this window. Advice varies from surgeon to surgeon: some ask for the ears to stay dry until the first follow-up visit, others allow gentle bathing right away as long as the head stays above water. Ask before discharge rather than guessing.

A follow-up visit, commonly within the first month, checks that the tubes are open and correctly seated, and a hearing test may be repeated. From that point, most children resume unrestricted activity, including swimming, unless the team has flagged a reason for precautions.

Over the following months, the eardrum slowly heals around the tube and eventually pushes it out, typically within the 4 to 18 month range Mayo Clinic describes. Periodic ENT checks, often every six months while the tube is in, confirm it is still working and note when it has fallen out. Most children never notice the moment it leaves; parents sometimes find it on a pillow or in the ear canal at a checkup.

What to avoid with tubes in the ears, beyond water

Water gets the attention, but the day-to-day habits that actually protect a tube have more to do with what goes into the ear canal than what splashes near it.

The first rule is nothing in the canal. Cotton swabs, fingers, hairpins and the corners of towels can push wax against the tube, dislodge it or scratch the canal skin. Wax that would normally migrate outward can build up around a tube, but that is for the clinic to clear, not a swab at home. Clean only the outer ear with a washcloth.

The second is ear drops. Over-the-counter wax-softening drops and many home remedies are designed for an intact eardrum. With a tube in place, whatever is put in the canal may reach the middle ear directly. Only drops prescribed or explicitly approved by the treating clinician should be used while a tube is present.

The third is pressure. Tubes generally make flying easier, not harder, because they equalize pressure automatically, so children with tubes rarely have the descent pain their peers do. Deep diving is the pressure situation that matters, as covered earlier.

Beyond the ear itself, the guideline and mainstream sources point to secondhand smoke as a consistent risk factor for ongoing middle ear problems. Smoke irritates the lining of the Eustachian tube and keeps it swollen. A smoke-free home and car does more for a child’s ears than any earplug.

Finally, avoid ignoring drainage. It is tempting to wait a cold out, but fluid leaking through a tube usually needs a look, partly because a blocked or crusted tube stops doing its job. Reporting drainage early is not overreacting; it is how the tube keeps working.

What people often get wrong about ear tubes and swimming

Ear tubes have been in routine use for decades, long enough for outdated advice to become family tradition. Several persistent beliefs deserve a gentle correction.

“One drop of water and the ear will get infected.” Trials comparing protected and unprotected swimmers found no difference in infection rates. Most drainage episodes are triggered by colds, arriving through the nose, not by water arriving through the canal.

“Earplugs are mandatory.” The guideline specifically recommends against routine plugs. They remain an option for particular children in particular water, chosen by the clinician who knows the child.

“Tubes mean no swimming lessons this year.” For most children the opposite is true: tubes are placed so a child can get on with normal life, including learning to swim. A recently placed tube means a short pause; a settled tube usually means no restriction on ordinary lessons.

“Drainage means the tube failed.” Drainage usually means the tube is doing exactly what it is designed to do: giving infection a way out rather than trapping it behind the eardrum. It still needs assessment, but it is not a sign of failure.

“Tubes are permanent, or need another operation to remove.” Standard tubes fall out on their own as the eardrum heals, most within 4 to 18 months according to Mayo Clinic. Removal in the operating room is reserved for tubes that stay far longer than expected or for long-term designs.

“The hole never closes.” Most eardrums seal within weeks of the tube leaving. The guideline puts the rate of a persistent perforation after a short-term tube at a low single-digit percentage, higher with long-term tubes, and a persistent hole can be repaired surgically if it does not close on its own.

Understanding what the evidence shows lets families relax where relaxing is safe and stay alert where alertness matters.

Questions to ask your care team before the first swim

The most useful conversation about swimming with ear tubes happens before discharge or at the first follow-up, when the surgeon can tailor general guidance to the specific child. Bringing a short list keeps the appointment focused.

• How soon after surgery can my child bathe normally, and how soon can they swim?
• Is there anything about my child’s ears, tubes or medical history that makes you want water precautions?
• If you do recommend earplugs, what type do you mean, and when exactly should we use them: every swim, only in lakes, only when diving?
• What does drainage look like, and how quickly would you want to know about it?
• Should we keep any prescribed ear drops at home for a drainage episode, or call first?
• What is your advice about hot tubs and water slides, where jets can force water in?
• How will we know the tube has fallen out, and what should we do when it does?
• How often will you want to check the tubes and my child’s hearing?
• Are there activities you would rather my child avoided while the tubes are in?
• If my child seems bothered by water in the ear, does that change your advice?

Write the answers down. Instructions given in a recovery bay compete with a sleepy child and a parking meter, and the answer to “when can she swim” is easy to misremember. Many teams provide a printed sheet; if yours does not, ask.

One more point is worth raising directly: whether the team wants to hear about every drainage episode or only ones that persist. Practices differ, and knowing the threshold in advance removes the guesswork on the day a pillow turns out to be damp.

When to call your doctor

Most water exposure with tubes ends uneventfully, and most drainage episodes are straightforward. A few signs, though, should prompt a call to the surgical team or, when severe, urgent care.

Contact the care team promptly if you notice:

• ear drainage that lasts more than a few days, keeps coming back, or has a strong odor
• drainage that is heavily blood-stained rather than faintly pink
• ear pain that is more than mild or that keeps a child from sleeping
• a fever accompanying ear drainage
• a sudden drop in hearing, or a child who seems to hear worse than before surgery
• a tube visible in the outer ear or found on bedding, so the team can confirm the eardrum is closing
• dizziness, loss of balance or new ringing in the ear

Seek urgent medical attention the same day if a child has severe ear pain with a high fever, a stiff neck, unusual drowsiness or confusion, or swelling, redness and tenderness of the bone behind the ear. These are uncommon, but they can signal infection spreading beyond the middle ear and need prompt assessment.

In the immediate days after surgery, call if bleeding from the ear is more than a small amount of pink fluid, if pain is escalating rather than settling, or if a child has persistent vomiting after the anesthetic.

Lower-priority but still worth a message: a child who repeatedly complains of discomfort when swimming, drainage that seems to follow water exposure, or plugs that never seem to stay in. Each of these may change the team’s advice about water precautions.

Every decision about drops, precautions, further surgery or how to handle a tube that has fallen out rests with the treating clinician who can see the ear. This article explains the evidence; it cannot examine your child.

Frequently asked questions

Can you swim if you have tubes in your ears?

Yes, most children with ear tubes can swim without special precautions once the surgical team has cleared them after surgery. The pediatric guideline specifically advises against routine earplugs or swimming bans, because studies found no increase in ear infections among children who swam freely. Exceptions include deep diving, untreated lake water, and children who develop repeated drainage or discomfort after swimming.

What happens if water gets in your ears with tubes?

Usually nothing happens; the water drains from the canal and surface tension keeps it from passing through the tiny tube. If a small amount does get through, the middle ear is ventilated, so fluid has an exit. Occasionally an episode of drainage follows, which should be reported to the care team, who may prescribe topical ear drops and check that the tube is open.

Are earplugs for ear tubes necessary at the pool?

Not for most children. Randomized trials summarized in the clinical guideline found earplugs did not meaningfully reduce drainage episodes, and the guideline recommends against routine use. A clinician may still suggest plugs for a child who has repeated drainage after swimming, feels pain when water enters, swims deep, or uses lakes and hot tubs. Fit at the canal entrance matters more than brand.

Is bathing after ear tubes safe, and can my child wash their hair?

Ordinary bathing and hair washing are not restricted for most children once the team has cleared them after surgery. The specific caution is submerging the head in soapy water, because soap lowers surface tension and lets water pass through the tube more easily. Rinse hair with the head tilted back, keep the head above suds, and ask the surgeon about the first few days after the operation.

What should you avoid with tubes in the ears?

Keep everything out of the ear canal, including cotton swabs and non-prescribed drops, since they can dislodge the tube or reach the middle ear. Avoid dunking the head in soapy water, deep diving without asking the team, and hot tub jets aimed at the ears. Secondhand smoke worsens Eustachian tube problems and is worth eliminating. Report drainage rather than waiting it out.

What age is best for ear tubes?

There is no single best age; the decision rests on a pattern of persistent fluid or recurrent infections rather than birthdays. Mayo Clinic notes tubes are most often placed between about one and three years, when Eustachian tubes are shortest and infections cluster. The guideline generally reserves tubes for fluid lasting three months or more with hearing difficulty, or frequent infections with fluid present.

Can my child swim in a lake or the ocean with ear tubes?

Ocean water is generally treated like pool water for shallow play, since the large volume dilutes bacteria. Still, untreated water such as lakes, rivers and ponds carries a higher bacterial load, and the guideline lists it as a setting where a clinician may advise earplugs or avoiding submersion. Ask the surgical team about your child’s specific situation before natural-water swimming.

How long do ear tubes stay in before they fall out?

Most standard short-term tubes work their way out on their own within about 4 to 18 months, according to Mayo Clinic, as the healing eardrum pushes them outward. Long-term tubes are designed to stay for years. The eardrum usually closes within weeks after a tube leaves, and follow-up visits confirm the tube has fallen out and the ear has healed.

Why does my child's ear drain after having tubes placed?

Drainage means fluid is leaving the middle ear through the tube, which is exactly what the tube is designed to allow. The guideline notes it affects a substantial minority of children in the early weeks and roughly a quarter at some point, most often triggered by a cold. It is usually painless and often treated with topical ear drops, but should be reported to the care team.

Can children with ear tubes fly on airplanes?

Generally yes, and tubes often make flying more comfortable rather than less. An open tube equalizes pressure between the middle ear and cabin automatically, so the descent pain many children feel is usually absent. If a tube is blocked or has recently fallen out, pressure changes may be felt again. Confirm with the care team before travel if there has been recent drainage.

References

• Ear tube insertion, MedlinePlus Medical Encyclopedia
• Glue ear, NHS
• Healthy Swimming, CDC

This article is for general information only and is not a substitute for professional medical advice. Please consult a qualified doctor about your individual situation.