Does AirPods Hearing Protection Work for Gunshots? What Apple's Own Data Says

I love my AirPods. It's almost eerie how well they cancel noise on a flight, in the car, or walking down a busy street. Sure, they aren't custom, and they get uncomfortable after a while, but they do their intended job well. They simply weren't intended to protect from gunfire.

Over the years, I've noticed more and more shooters wearing AirPods at sporting clays courses and shooting ranges. Every time I see it, I have the same internal debate: do I mind my own business, or do I become the annoying audiologist? More often than not, the audiologist wins, and I've found myself in more than a few debates over it.

Apple recently introduced a Hearing Protection feature for AirPods Pro, and the name alone raises an obvious question: does it actually protect your hearing at the range? I downloaded Apple's technical data sheets to find out, and the answer is worth walking through in detail, because the fine print is more useful than the marketing name.

A Quick Refresher on Sound Waves

You've likely seen graphics of sound waves, the squiggly line signifying sound. Think of those little waves as a visual representation of two things: pitch and loudness. How close together the up-down squiggles appear denotes pitch. Really squiggly, tight waves are faster, so that's high frequency, high-pitched soprano tones. Waves spread further apart are lower frequency, the low bass tones.

For volume, short squiggles mean the sound is soft, and as those waves get taller, the sound is getting louder. The pressure of the sound is getting stronger, displacing the air more forcefully.

How Active Noise Cancellation Actually Works

With ANC, picture a little robot that can draw sound waves very quickly. As that robot notices a steady pattern to a sound wave, he starts creating a wave that looks exactly like it, then mirrors it. When his opposite waveform hits the incoming one, it effectively cancels the incoming sound, reducing the height of those waves and sometimes flattening them out altogether.

The ANC robot can work better when he can take his time with those slower sound waves, the low-pitch tones. High frequency sounds are much more difficult to reproduce. Our robot has to work harder and faster to mimic those fast, high-frequency squiggles.

Our little robot might do a fine job canceling background noise, wind, or even a chatty shooting partner. But when a gunshot fires, he has no ability to process, create, mirror, and cancel that incoming blast. The amplitude is too great, and the milliseconds of duration come and go before ANC has even had a chance to register it. Plus, gunshots carry considerable energy in the high frequency range where ANC struggles the most to keep up.

Bose, one of the best-known names in noise cancellation, notes that its own ANC works best on steady, low-frequency sound and is less effective against sudden, sharp sounds like a gunshot.

So with this admittedly silly robot analogy, you can see why a gunshot is almost the opposite of what ANC was designed to handle. It is sudden rather than continuous, extremely loud, and fast. By the time the microphones detect the blast and the processor calculates a counter-wave, the sound has already reached your ear.

For context on scale, OSHA's occupational noise standard sets a peak ceiling of 140 decibels for impulsive or impact noise, and its own technical guidance notes that flash-bangs, large caliber firearms, and breaching operations can produce peak levels above 170 decibels. Consumer ANC earbuds are not designed, tested, or rated against sound anywhere near that range.

What Apple's Own Data Sheet Says

Apple's data sheets are worth reading, and I mean that as a compliment: the fine print is refreshingly honest. Right at the top of both the AirPods Pro 2 and AirPods Pro 3 sheets, Apple states plainly that the Hearing Protection feature is not suitable for protection against extremely loud impulse sounds, such as gunfire, fireworks, or jackhammers, or against sustained sounds louder than 110 dBA. That's Apple, in writing, telling you not to use this at the range.

The numbers back it up, with one clarification. Apple's own passive Noise Reduction Rating, the single number used to compare hearing protectors under the same EPA standard, is 10 dB for AirPods Pro 2 and 12 dB for Pro 3. Apple's own reference chart notes that existing hearing protectors range from roughly 0 to 30 NRR on that same scale, with higher numbers meaning better protection, so even the newest AirPods sit near the bottom of it.

There's a footnote worth reading twice: the passive NRR is based on the attenuation of continuous noise, and may not be an accurate indicator of the protection attainable against impulsive noise such as gunfire, fireworks, or jackhammers. In other words, even that modest 10 to 12 dB rating may overstate what you'd actually get from a gunshot blast.

Apple's data sheets do report higher numbers elsewhere, up to 25 to 32 dB of attenuation in active modes like ANC and Adaptive Audio, numbers that look comparable to good passive hearing protection at first glance. But they're measured under a different standard than NRR, so they aren't directly comparable to that 0-to-30 scale, and more importantly, they only apply to sustained environmental noise up to 110 dBA, things like machinery or traffic, not a single blast well over 140 dB. Apple's own data also confirms what we already covered about frequency: total attenuation is frequency-dependent, and noise environments dominated by frequencies above 2,000 Hz result in lower attenuation, which is exactly where gunfire carries so much of its energy.

Apple designed Hearing Protection for sustained everyday noise. It was never tested, rated, or marketed for gunfire, and Apple says so directly in its own documentation.

Passive vs. Active: What Actually Protects You

You might be wondering, "Okay, so what about electronic hearing protection built for shooting? Isn't that different from passive protection because of noise canceling?" No. Whether you're wearing foam plugs correctly or top-dollar electronics, the thing protecting your hearing during the shot is the same: the fit.

Passive attenuation is a physical barrier, a properly sealed earplug, earmuff, or custom-molded protector, that blocks sound mechanically. There is no processing delay, because there is nothing to process.

Active hearing protection refers to what happens between shots. The ability to control the volume of your surroundings, or stream music and calls, makes the time between shots work better for you. These devices have a manufacturer-set Maximum Power Output for the microphones. Any incoming sound over that level shuts the microphones down, and at that moment you're completely dependent on fit to seal your ear canals and block that air conduction pathway to your eardrum.

The electronics make life better between shots. The fit protects you during the shot.

Considering all that, what does an NRR of 10 to 12 dB tell you compared to the NRRs and IPILs of properly fit and rated hearing protection? (More on how NRR and IPIL ratings actually work in the article linked below, I won't bore you here.)

The Bottom Line

When I see shooters, especially young shooters, at sporting clays events wearing AirPods, my maternal instincts kick in. Unfortunately, the shooters least likely to notice the cumulative effects are often the ones with the most shooting still ahead of them. I've heard all the defense arguments over the years, that it's better than nothing, that it's dampening the sound plenty. But that George Strait song about oceanfront property in Arizona starts playing in my head. If the folks at Apple agree with me, I don't think you're going to win that debate.

I'll keep using my AirPods while working in coffee shops or out on a stroll. I suspect most of you will too. Just don't ask them to do a job they were never designed to do.

If you know a shooter, especially a younger one, who's been using AirPods on the line, share this with them. Sometimes it takes hearing it from someone besides Mom.

Where to Go From Here

If you're ready to swap consumer earbuds for something actually built for gunfire, check out OtoPro's vetted offerings. 

For more on how NRR and IPIL ratings work, and why the number on the package rarely matches real-world protection, see our related article, Are Suppressors Enough to Protect Your Hearing?

Grace G. Sturdivant, Au.D., CCC-A is the Founder and Audiologist of OtoPro Technologies, a concierge hearing protection brokerage serving hunters, competitive shooters, musicians, and industrial workers through a network of credentialed clinics across the US, Canada, UK, and Australia.

References

Apple Inc. "Hearing Protection Data Sheet, AirPods Pro 2." October 2024. PDF

Apple Inc. "Hearing Protection Data Sheet, AirPods Pro 3." September 2025. PDF

Occupational Safety and Health Administration. "140 decibels (dB) impact/impulse policy under the noise standard." Standard Interpretation, July 30, 2025.

Occupational Safety and Health Administration. 29 CFR 1910.95, Occupational Noise Exposure, Table G-16.

Bose Corporation. "What Is Active Noise Cancellation?" bose.com/stories/what-is-active-noise-cancellation

Photo by Insung Yoon on Unsplash