Forty-three percent of musicians report tinnitus. The general-population number is thirteen. That's the headline of a 2026 meta-analysis published in Otolaryngology–Head and Neck Surgery that pooled sixty-seven studies, twenty-one countries, and more than twenty-eight thousand musicians — and it's the strongest single piece of evidence we have for what the audiology community has been quietly saying for decades.
The headline number is one of three. The full table is short and the comparisons are unforgiving.
| Condition | Musicians | Controls | Ratio |
|---|---|---|---|
| Tinnitus | 42.6% | 13.2% | ~3.2× |
| Hearing loss | 25.7% | 11.6% | ~2.2× |
| Hyperacusis | 37.3% | 15.3% | ~2.4× |
Three-quarters of those tinnitus cases were intermittent. The other one in six were permanent — and applied to the full population the meta-analysis covers, that translates to roughly one musician in fifteen living with continuous ringing. Not "had a bad gig once". Continuous.
Why this matters more than the previous numbers
Single-study estimates of musician hearing damage have been circulating for years and they have always been easy to wave off. Sample of one orchestra in one country. Self-selected respondents. Surveys after a known loud event. The objections were sometimes fair.
This is different. The McCray et al. analysis pools sixty-seven peer-reviewed studies across twenty-one countries into a single statistical picture. When the same effect shows up that consistently across that many independent samples, the discussion stops being about whether the effect is real and starts being about how big it is and what to do about it. The answer to how big is now in print.
No genre is safe
The single most useful finding for working musicians is the one most of the press coverage buried near the bottom. Across all three measures the data tracked together: classical players were at no statistically meaningful advantage over their rock and pop counterparts. That kills the most common excuse in the room.
The intuitive model — "I'm not in a metal band, I play clean styles at moderate volumes, I'm fine" — turns out not to predict outcomes. What does, the authors argue, is granular and personal: the actual SPL your specific instrument throws at your specific ear, modulated by your physical placement around other loud sources, the room's acoustic behaviour, and how disciplined you are about protection when it counts. A first violinist seated immediately in front of a brass section is at meaningful risk. So is a mixing engineer at a near-field for ten hours a day. The genre printed on the album cover doesn't help either of them.
And the real numbers are probably higher
Of the hearing-loss cases the meta-analysis counted, only 37% were confirmed by audiometric testing. The other 63% were self-reported. Self-report is a known under-counter for hearing loss because the early stages don't feel like loss — they feel like "the room sounds different lately" or "vocals are harder to mix" or nothing at all. People do not seek a diagnosis until something has already shifted, and they often do not seek one then either.
The lead author, Shaun A. Nguyen of the Medical University of South Carolina, puts it directly:
"Quietly live with it" is the load-bearing phrase. The 43% figure is what shows up when you ask. The actual prevalence — including everyone whose top-end has crept down a few dB without their realising — is almost certainly higher.
Studio work isn't a quieter category
The meta-analysis covered musicians of every kind, and that includes the part of the profession that doesn't go on stage. Studio engineers, producers, mixers, mastering engineers, composers, sound designers — none of these jobs are quieter than playing live; they are simply louder for longer in a smaller room.
A near-field monitor 80 cm from your head, run at a comfortable mixing level for eight hours, accumulates more A-weighted dose than a two-hour orchestral rehearsal at the same SPL. Headphone editing accumulates more still, because you are coupling the transducer directly to the canal and the brain has no spatial cues telling it the level is high. None of this is dramatic moment-to-moment. It just adds up.
What actually moves the needle
The good news is that nothing in the meta-analysis says any of this is inevitable. The risk factors the authors highlight — instrument, position, acoustics, protection habits — are also the levers. A short list of things that genuinely move the dial, with no product agenda attached:
Calibrate your monitoring level and stay near it. The single biggest behavioural change for studio work. Most engineers, when they actually measure, find they're sitting 4–8 dB above what they assumed. Pinning the monitor controller to a known dB SPL target — 79 for K-14, 83 for K-12, whatever you choose — and treating departures from it as deliberate rather than incidental cuts cumulative dose dramatically. The math is the 3 dB rule: every 3 dB down doubles your safe day.
Wear plugs when the room is actually loud. Tracking, rehearsals, live mixing, gigs, drum sessions. Modern musician earplugs (Etymotic ER series, Westone, Eargasm, custom-moulded options from any audiologist) attenuate flat across the spectrum, so they protect without changing tonal balance. The only earplugs that don't help are the ones still in their case at the bottom of a backpack.
Use the free macOS / iOS hearing protections that ship with your devices. Apple's Headphone Audio Levels in iOS Health quietly tracks dose for anything you listen to through Apple-recognised headphones, and surfaces a warning when you've crossed the WHO weekly limit. The Apple Watch Noise app gives you a passive notification when ambient SPL exceeds 80 or 85 dB for ten minutes — useful in venues, restaurants, the front row of anything. None of this requires installing anything.
Get an audiogram, then get another one a year later. An audiogram is to your ears what a blood pressure reading is to your circulation: cheap, fast, takes twenty minutes, and you cannot make decisions without one. The first one is your baseline. The second one is the only way to know whether what you are doing is working. Find an audiologist, not a hearing-aid retailer; they are not the same thing.
Take breaks. Boring, free, deeply effective. The cochlea recovers temporary threshold shifts in minutes when given silence; it does not recover them when held continuously at fatigue. Step out of the room for ten minutes every hour or two, and your ears go back to baseline rather than slowly settling lower over the course of a day.
Track your daily exposure as a number, not a feeling. A continuous SPL meter — software, hardware, or your phone — turns "today felt loud" into "today was a 73% NIOSH dose day". Numbers are the only thing that lets you compare yesterday to today honestly. Auris, the macOS menu-bar SPL meter I make, is one option here, but the principle matters more than the tool: you cannot manage what you do not measure, and "I think it was OK" is not a measurement.
What it actually says
The meta-analysis isn't telling musicians to stop making music. The closing recommendation in the paper is that the field needs better individual risk profiling — instrument, position, exposure pattern, protection habits — so that protective advice can be tailored rather than generic. That's the realistic ask. Most professionals can keep doing the work they love for a full career if they treat the ears as load-bearing equipment instead of as something the body just comes with.
The 43% number is not a moral judgement. It's a baseline. It says: this is what is happening, in 28,000 working musicians across the world, right now. Whatever you do with that — earplugs in your case, a calibrated monitor reference, an annual audiogram, a passive dose meter on your menu bar, all of the above — the data from now on will be measured against this number. We finally have one to measure against.
Sources
McCray, L.R., Ripp, A.T., Nguyen, S.A., Pelic, J.C., Labadie, R.F., Meyer, T.A. (2026). Auditory Symptoms Among Musicians: A Systematic Review and Meta-analysis. Otolaryngology–Head and Neck Surgery, 174:305–316. DOI: 10.1002/ohn.70094.
Press release, American Academy of Otolaryngology–Head and Neck Surgery: Over 40% of Musicians Experience Tinnitus.
Coverage: The Hearing Review, Hearing Tracker, US News.