Hearing Test — Hearing Age
Find the highest frequency you can hear and your approximate hearing age.
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How young are your ears?
We'll play tones that climb from 8 kHz to 20 kHz. As you age, you naturally stop hearing the very highest ones — so the top note you can still hear hints at your “hearing age.”
⚠️ Start with the volume LOW
High-frequency tones can be sharp. Set your volume low first, then raise it gently using the slider during the test. Protect your ears.
You can change this any time during the test.
Left/right needs headphones — great for comparing your ears.
Your best so far:
For fun & curiosity only — this is not a medical test. Results depend heavily on your speakers/headphones and surroundings. If you have hearing concerns, see an audiologist.
Can you hear this tone?
Tap No the moment a tone is silent for you — that pins your ceiling. The higher the kHz, the harder it gets.
Your hearing age
Top heard
Personal best
Just for fun — not a medical diagnosis. Cheap or limited speakers often can't reproduce 16 kHz+, which can lower your score. Concerned about your hearing? See an audiologist.
Why you’ll love Hearing Test — Hearing Age
Instant & free
No signup, no paywall, no limits — Hearing Test — Hearing Age works the moment the page loads.
Completely private
Everything runs in your browser. Nothing you enter is ever uploaded or stored on a server.
Works on any device
Fully responsive and touch-friendly — use it on your phone, tablet or desktop.
Uses your real device
Taps into your actual camera, mic or motion sensors — right in the browser.
How to use it
Open it
No download and no login — the tool is ready right at the top of this page.
Use it
Enter your details or start interacting. Everything updates live as you go.
Get your result
Copy, download or share your result in a single tap. That’s it.
About Hearing Test — Hearing Age
This test plays pure sine tones that climb in steps from 8 kHz up to 20 kHz — the very top of human hearing. You simply answer "yes, I hear it" or "no, silent" for each tone; the moment a tone goes silent for you, your ceiling is pinned and mapped to an approximate hearing age. The tones are synthesised live in your browser with the Web Audio API, with soft fade-in ramps so there are no clicks, and a volume slider you can adjust mid-test.
Why does the highest frequency you can hear track your age? The cochlea processes high frequencies with hair cells at its entrance, and those cells take the brunt of every sound you have ever heard. They wear out first and never regrow — a process called presbycusis. Newborns can hear to about 20 kHz; by the mid-twenties most people top out around 17–18 kHz, by the forties around 15–16 kHz, and beyond 60 the ceiling commonly sits near 12 kHz. Losing the top octave is completely normal and barely affects daily life, because speech and music live far below it.
Your playback hardware matters as much as your ears here: many laptop and phone speakers cannot physically reproduce tones above roughly 15–16 kHz, which makes you score "older" than you are. Use decent headphones, start with the volume low (high-frequency tones can be sharp), and treat the result as a fun estimate — a real audiogram from an audiologist measures much more than a single upper limit.
Popular uses
Frequently asked questions
Sound enters the cochlea at its base, where the hair cells tuned to high frequencies sit. Every sound you hear passes over these cells on its way in, so they accumulate the most lifetime wear — and human hair cells do not regenerate. Loud-noise exposure (concerts, headphones, machinery) accelerates the same damage, which is why two people of the same age can have very different ceilings.
As rough population norms: teenagers often reach 18–20 kHz, people in their twenties 17–19 kHz, thirties to forties around 15–17 kHz, fifties around 14 kHz, and 12 kHz or so is typical past sixty. This test maps your top heard tone to those bands. Scoring a band or two "older" usually means speaker limitations or background noise rather than a problem.
It is a tone around 17.4 kHz that most adults over about 25 cannot hear. It has been used both as a teen-deterrent device outside shops and, in reverse, as a ringtone teenagers can hear but their teachers cannot. This test's 17 kHz step sits right in that band — if you hear it clearly, your ears are performing like a young adult's.
Not necessarily. This test only probes the extreme top of the range (8–20 kHz), while speech sits mainly between 250 Hz and 8 kHz — so you can "fail" every tone here and still have perfect everyday hearing. The most common culprits are speakers that cannot reproduce high frequencies, low volume, or background noise. If you have real-world symptoms like struggling to follow conversation, see an audiologist for a proper audiogram.
High-frequency sine tones carry a lot of energy into a narrow band of your hearing and can feel piercing at volumes that seem fine for music. Starting low and nudging the slider up protects your ears and also keeps the test honest — cranking the volume can produce audible distortion in cheap speakers that you might mistake for the tone itself.
Hearing Test — Hearing Age is 100% free — no signup, no watermarks and no usage limits. It’s one of 200+ free tools we build and give away.
No. All sensor data is processed live on your device and never leaves it or gets stored.
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