True tone deafness (amusia) is rare — only a few percent of people have it. Most
people who "can't sing" hear pitch just fine. This quick, informal screening checks both sides:
Part 1 — Listening (~1 min): 8 pairs of notes. Tell whether the second note is
higher, lower, or the same. No microphone needed. Part 2 — Singing (~1 min, optional): sing 5 notes back into your mic and see how
close you land.
Turn your sound on. Headphones help but aren't required for Part 1.
Part 1 — Listening
Question 1 of 8
Was the second note higher, lower, or the same?
Part 2 — Singing (optional)
Now let's hear you match a note
We'll play 5 notes, one at a time. After each one, sing it back and hold it — the
test measures how close you land, in fractions of a semitone. Octaves count as a match, so sing
in whatever octave is comfortable. This part needs your microphone; your voice is analyzed in your
browser and never recorded or uploaded.
Microphone blocked — allow access in your browser and try
again, or skip to your listening-only result.
Part 2 — Singing
Note 1 of 5
Listen…
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Your result
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Listening
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Semitones off (singing)
This is an informal screening, not a medical diagnosis. True congenital amusia
affects only ~1.5–4% of people, and pitch skills improve with practice at any starting point.
"Tone deaf" gets thrown around whenever someone sings off-key at karaoke, but the real condition —
congenital amusia — is a rare perceptual disorder in which the brain can't tell
musical pitches apart. Research puts it at roughly 1.5–4% of the population. The
other 96%+ of people who "can't sing" hear pitch differences just fine; they simply haven't trained
the vocal control to reproduce them. That distinction is exactly what this free 2-minute tone-deaf
quiz looks at.
How the test works
Part 1 — Listening (no microphone needed). You hear 8 pairs of notes and answer
whether the second note was higher, lower, or the same. The pairs start
far apart (a fifth or more) and narrow down to a single semitone — the smallest step on a piano.
Amusia makes even the wide pairs sound identical, so this part is the actual tone-deafness screen.
Part 2 — Singing (optional, uses your microphone). The test plays 5 notes; you
sing each one back and hold it. Real-time pitch detection measures how close you land, in fractions
of a semitone (musicians call hundredths of a semitone "cents"). Singing in a different octave counts
as a match, so the test works for
any voice. If you deny microphone access, you still get a full listening-based result.
At the end you get a friendly interpretation of both scores and a shareable one-line result.
Everything runs in your browser: your voice is analyzed on your device and never recorded or
uploaded.
Hearing it vs. singing it — two different skills
Pitch perception (hearing that two notes differ) and pitch
production (making your voice land on a note) are separate skills. Almost everyone
who scores well on Part 1 but poorly on Part 2 is not tone deaf — they're an untrained singer with
working ears, which is the ideal starting position. Vocal pitch matching is a motor skill, like
throwing darts: it improves fast with immediate feedback. That's precisely what our
sing-the-note ear trainer provides — it plays a note, listens to your voice, and
shows in real time which pitch you're actually hitting.
What your score means
7–8 correct: your pitch discrimination is fine, down to a semitone. Not tone
deaf.
5–6 correct: you hear medium and large intervals clearly; the smallest ones need
a little sharpening. Very common, very trainable.
3–4 correct: small intervals gave you trouble, but catching the large ones
already argues against amusia.
0–2 correct: retest in a quiet room with headphones first — setup problems cause
most very low scores. If it persists, you might find formal amusia research interesting, but
remember this is a screening, not a diagnosis.
Frequently asked questions
How do you test if you are tone deaf?
The standard quick check is a same-or-different task: listen to pairs of notes and say whether the
second one is higher, lower, or the same — exactly what Part 1 of this quiz does. If you can
reliably hear a one-semitone difference, you are not tone deaf. A fuller check adds pitch matching:
singing a note back while software measures how close you land, which is Part 2 here.
What does tone deaf actually mean?
True tone deafness (congenital amusia) means the brain can't perceive pitch differences — even large
jumps between notes sound the same. Singing off-key while hearing that it's off-key is not
tone deafness; it's just untrained singing.
How common is real tone deafness?
Studies estimate congenital amusia at about 1.5–4% of people. If you can tell that two notes a few
semitones apart are different, you're very unlikely to be amusic.
Why can I hear that I'm off-pitch but not sing in tune?
Because perception and production are different skills. Your ears work; your voice just hasn't
learned to obey them yet. With real-time feedback — hearing a note, singing it, seeing how far off
you are — most people improve within weeks.
Can tone deafness be fixed?
If you pass the listening part, there's nothing to fix — just a voice to train, and
pitch-matching practice does exactly that. Discrimination of very small intervals
also improves with regular ear training.
Is this a medical diagnosis?
No. It's an informal, friendly screening. Clinical amusia assessment uses longer instruments like the
Montreal Battery of Evaluation of Amusia, administered by researchers.
More free tools on PitchTest
Passed the test and curious what your voice can do? Measure your lowest and highest notes with the
vocal range test, or build real pitch accuracy with the
ear trainer — hear a note, sing it back, get instant feedback.
PitchTest
ear trainer