High frequency hearing test: hearing range and hearing age

How old are your ears?

A 20-second high-frequency hearing check. No sign-up, no microphone — tones play out through your speakers; nothing is recorded.

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Use headphones in a quiet room, at a comfortable volume. This is a fun estimate, not a medical test.

Last updated: October 6, 2026

What is a hearing age test?

It is a quick high-frequency hearing check. Young, undamaged ears can hear pitches up to roughly 17–20 kHz; that ceiling drops with age, so the highest tone you can still hear is a loose proxy for a “hearing age.” This one sweeps a pure tone upward from 8 kHz and asks you to stop it the moment it disappears. The pitch at that point is mapped to an age band — a fun signal, not a measurement.

It is a hearing frequency test for the top of your range. Human hearing is usually given as about 20 Hz to 20 kHz; for the low end, the bass test steps down to 20 Hz, and for a per-ear check from 250 Hz to 8 kHz with an audiogram chart, take the online hearing test.

How does this test work?

1. Set a comfortable volume. A 1,000 Hz reference tone lets you pick a level that is clear but never harsh.
2. Run the sweep. A sine tone rises from 8 kHz. We keep its loudness constant as it climbs — some tests quietly turn the volume up at high pitches to make your result look younger; we don’t, because that would be a dishonest number.
3. Read your estimate. The highest pitch you heard maps to an age band, shown alongside what it does and doesn’t mean.

Highest audible frequency by age

The test turns the highest pitch you heard into an age estimate using this chart — the typical ceiling for high-frequency hearing at each age. If you want to check your hearing against your age, run the sweep above and find your result below. The bands are rough, population-typical guides (presbycusis varies a lot from person to person), not medical thresholds.

How accurate is it?

Honestly: it’s an estimate, not audiometry. The result depends heavily on your headphones or speakers (many can’t cleanly reproduce 16 kHz and up), your volume, and the room. It can’t diagnose hearing loss, and a good result doesn’t prove your hearing is fine. For a real assessment, a licensed audiologist uses calibrated equipment in a sound-treated booth.

Why does high-frequency hearing fade with age?

The inner ear’s hair cells that pick up high frequencies are the most fragile and the first to be lost — and they don’t grow back. This age-related decline, presbycusis, is accelerated by years of loud-noise exposure (concerts, power tools, headphones turned up). That’s the preventable part: keep everyday exposure down and you slow the damage. The online decibel meter shows how loud your surroundings actually are, the decibel levels chart marks where hearing risk begins, and our accuracy & calibration page explains the measurement limits. If the sweep stopped early, the speaker test tones generator lets you check whether your speakers reach those pitches at all before you blame your ears.

Does it use my microphone or record anything?

No microphone is used or requested — the test only plays tones outward. Nothing is recorded, stored, or uploaded; it all happens locally in your browser and disappears when you close the tab.

Common questions

What is a high frequency hearing test?

A test of the top of your hearing range, where hearing loss from age and noise shows up first. This one plays a tone that rises from 8 kHz and you stop it when it disappears; the result is the highest frequency you can still hear, in kHz. Everyday speech sits well below that, so you can lose the top of your range for years without noticing.

What is the normal human hearing range?

About 20 Hz to 20 kHz in young people. The bottom end barely changes with age; the top end falls, so many adults no longer hear much above 15 to 17 kHz and many over 50 stop lower still. Your own range also depends on your headphones or speakers, which often cannot play the very top or bottom cleanly. This test finds the top of your range; the bass test checks the bottom.

What is a hearing frequency test?

A hearing frequency test finds the range of pitches you can hear. This one checks the top of the range: a tone rises from 8 kHz and you stop it when it disappears, and the result is the highest frequency you heard, in kHz. Human hearing is usually given as about 20 Hz to 20 kHz, with the top end falling as you age. For the low end, the bass test steps down to 20 Hz; for a per-ear check across 250 Hz to 8 kHz with an audiogram chart, use the online hearing test.

How does a hearing age test work?

It plays a sine tone that rises in pitch from about 8 kHz upward. You stop it the moment you can no longer hear the tone. Because the ability to hear high frequencies fades with age, the highest pitch you still catch maps to a rough, for-fun "hearing age" band.

How accurate is an online hearing age test?

It is an estimate, not audiometry. Your headphones or speakers, your volume, and background noise all change the result — most consumer gear cannot even reproduce the highest tones cleanly. Treat it as a curiosity, not a diagnosis. Only a calibrated test by an audiologist measures hearing properly.

Why does high-frequency hearing get worse with age?

The hair cells in the inner ear that detect high frequencies are damaged first and do not regrow. This age-related loss (presbycusis) is sped up by exposure to loud noise over time, which is why protecting your ears from loud environments matters at any age.

Is this a medical diagnosis?

No. It is an uncalibrated, for-fun screening that cannot diagnose hearing loss. If you notice ringing, muffled sound, or trouble following conversations, see a licensed audiologist for a proper evaluation.

Does it use my microphone or record anything?

No microphone at all. The test only plays tones out through your speakers or headphones; it captures nothing and uploads nothing. Everything runs locally in your browser tab and is gone when you close it.