Find Your Vocal Range
Sing your lowest note, then your highest. Pitch detection runs in your browser and nothing is recorded or uploaded. You get your range, your voice type, and a shareable result card. Also try the Chromatic Tuner.
Two held notes and the test does the rest: range in octaves, closest voice type, and singers whose voices are commonly classified the same way.
Use a quiet room. Sing an open "ah", steady and comfortable. Do not whisper the low note or squeak the high one; the test wants notes you can actually hold.
Track your range over time
A vocal range is not fixed. Warmups, technique work and time all move it, and the interesting number is not today's result but the trend. Player saves every test to your account so you can watch your range grow.
- Save every result and see your lowest and highest notes over time
- Works alongside the tuner's precision mode for target-note practice
- Part of the full toolkit: ear training, drum machine, melody creator and more
How to Find Your Vocal Range
Your vocal range is the distance between the lowest and highest notes you can sing with control, written as two notes such as F2 to G4. The number is the octave, and middle C is C4. Most explanations of voice types make this sound like an audition; it is actually a five minute measurement, and this page does it with the same pitch engine as our tuner.
Use a quiet room and sing an open "ah" at a volume you could hold in conversation. Then:
- Press Record lowest note and allow microphone access when the browser asks.
- Slide down to the very bottom of your voice and hold the lowest note you can keep steady while the meter fills. A croak or vocal-fry rumble does not count, and the test is built to ignore it.
- Press Record highest note and do the same at the top. Head voice counts; a squeak you cannot sustain does not.
- Read your range, your closest voice type, and the comparison chart. Get my result card renders an image you can save or share.
Warm up for two minutes before testing. A cold voice commonly measures two or three semitones short at the top, which is the difference between "Baritone" and "Tenor" on the result screen.
What Your Result Actually Means
The test reports three things. The range is the raw span between your two notes, in octaves and semitones. The frequencies are the same notes in hertz, which matters when you read about microphones or EQ, because a chart that says a mic rolls off below 80 Hz is talking about the bottom of a bass voice. The voice type is the classical category whose typical range overlaps yours most.
Ranges do not map cleanly onto categories, and the test does not pretend they do. If your range sits between two types, the result says so, for example Bass / Baritone. That is not a hedge; a real bass-baritone is a recognized voice, and plenty of famous singers live between the boxes. Range is also only one part of classification: timbre (the color of the voice) and tessitura (where singing feels effortless, not just possible) matter as much, and no browser test can hear those.
The Six Voice Types, Practically
The classical system names three broad male and three broad female categories, low to high:
- Bass (roughly E2 to E4): the rarest voice. Barry White, Johnny Cash and Leonard Cohen are often classified here.
- Baritone (A2 to A4): the most common male voice. Frank Sinatra, Elvis Presley, David Bowie and Hozier are commonly classified as baritones.
- Tenor (C3 to C5): the high male voice. Freddie Mercury, Stevie Wonder, Bruno Mars and Sam Smith are commonly classified as tenors.
- Contralto (F3 to F5): the rare low female voice. Cher, Toni Braxton, Tracy Chapman and Annie Lennox are often classified as contraltos.
- Mezzo-soprano (A3 to A5): the most common female voice. Adele, Lady Gaga, P!nk and Amy Winehouse are commonly classified as mezzo-sopranos.
- Soprano (C4 to C6): the high female voice. Mariah Carey, Whitney Houston, Celine Dion and Ariana Grande are commonly classified as sopranos.
Treat the singer matches as orientation, not identity. Publicly discussed classifications are educated consensus, and artists routinely sing outside their comfortable range in ways a category cannot capture.
Untrained voices usually measure 1.5 to 2 octaves. Trained singers commonly reach 3. If your first result feels small, that is normal, and it is exactly why tracking the number over time is more interesting than measuring it once.
Reading the Comparison Chart
The bars under your result put your range against all six voice types on one axis. Your bar is the red one. Two things are worth noticing. First, the classical bands overlap heavily: the top of a bass range is inside baritone territory, and every mezzo note below A5 is also a contralto or soprano note. That overlap is why classification uses more than range. Second, look at where your bar extends past your matched type. Notes below the band suggest untapped low resonance; notes above it usually mean you already blend into head voice, which is the skill the next section builds on.
How to Extend Your Range Safely
Both ends of a range respond to practice, but differently. The low end is mostly about relaxation: dropping the larynx, easing breath pressure, and letting the note sit rather than pushing it. Most people gain a semitone or two down simply by warming up and not forcing. The high end is technique: consistent breath support, an unstrained larynx, and comfort blending into head voice. That comes from regular, gentle practice at the top of your current range, never from shouting past it.
Pain, tickling, or hoarseness is the stop signal. A note that costs you the next day is not part of your range yet. Re-test every few weeks under similar conditions (same room, same warmup) and watch the trend; single results bounce around by a semitone either way, and the trend is the honest number. That history is what the Player tier saves to your account, alongside the rest of the toolkit.
Using Your Range to Pick Song Keys
The practical payoff of knowing your range is that you stop fighting songs. Look up the highest and lowest notes of the melody you want to sing. If the top sits above your ceiling, move the song down by the difference; if the whole thing sits in your basement, move it up. Every semitone of transposition moves every note by one semitone, so a song whose peak is two semitones over your top note needs the key dropped by two.
Guitarists do this with a capo or by changing chord shapes, and keyboard players transpose directly. Singers with a steady mid range but a fragile top should also look at where the song lives, not just its peak: a song that hammers your top three notes for the whole chorus is harder than one that touches a higher note once.
Recording your voice? Your range tells you where your fundamental lives, which helps you read microphone frequency charts in our vocal mic guide like an engineer instead of a shopper.
Frequently Asked Questions
What is a vocal range?
Your vocal range is the span between the lowest and highest notes you can sing with a controlled, sustainable sound, written as two notes such as F2 to G4. Most untrained voices span roughly 1.5 to 2 octaves; trained singers commonly reach 3 or more.
How accurate is this test?
The pitch detection resolves well under a cent, so the measurement itself is accurate. The honest limit is you: a note only counts if you can hold it steadily, and the test rejects unstable frames rather than crediting a squeak. Treat the result as a solid estimate, not a clinical measurement.
What do the voice types mean?
Voice types are classical categories based on comfortable range: bass, baritone and tenor for lower voices, contralto, mezzo-soprano and soprano for higher ones. The test shows the type whose range overlaps yours most, and shows two when the call is genuinely close.
Is my voice recorded or uploaded?
No. The microphone signal is analyzed in your browser in real time and thrown away. Nothing is recorded, stored, or sent to a server.
Can I make my range bigger?
Usually, yes. Most singers gain usable notes at both ends with consistent warmups and technique work, and the low end especially responds to relaxation rather than force. Test every few weeks under similar conditions and track the trend rather than any one result.