Rhythm Test

By Murat Şahin · Updated November 11, 2026 · How we test

How this rhythm test works

This test checks how accurately you can copy a rhythm you have just heard. There are six short click patterns, played at 120 beats per minute (one beat every 500 ms). They start simple and get harder: even beats first, then eighth notes, a dotted rhythm, syncopation and finally fast sixteenth notes. The patterns have 4, 5, 6, 6, 6 and 8 clicks. The test is about timing, not pitch; for pitch, try the tone deaf test.

1. Press Start rhythm test. Each pattern plays once while the pad says "Listen…". Don't tap yet.
2. When the pad turns coloured and says it is your turn, tap the same rhythm on the pad. You can tap with a mouse or a finger, or press Space or Enter while the pad is focused. The dots on the pad fill as you tap and show how many taps the pattern needs.
3. Start whenever you are ready; there is no count-in to hit. If you want to hear the pattern again before you begin, press Listen again. It works only before your first tap.

The attempt ends when you reach the right number of taps, or 2.5 seconds after your last tap. If the number of taps does not match, the pattern plays again and you get one more try. If the count is wrong a second time, that pattern counts as missed and is left out of your score. The whole test takes about two minutes.

How your score is calculated

Your score is the average timing error in milliseconds, and lower is better. For every pattern, the test looks at the gaps between your taps (the inter-onset intervals) and compares each gap with the gap in the original pattern. It averages the absolute differences for that pattern, then averages across all patterns you copied.

Because only the gaps count, it does not matter when you start, and a constant delay does not count against you. Bluetooth headphones, a slow screen or touch latency shift every tap by roughly the same amount, so the gaps stay the same. What does count is stretching or squeezing a gap, rushing the fast notes or dragging the long ones.

The result card uses four simple bands: within about 30 ms, within about 60 ms, within about 100 ms, and more than 100 ms. These are our own labels to make the number easier to read, not published norms. We do not show a "typical" score, because we found no published reference that used this exact copy-back method on everyday devices. Your best score and recent results are stored in this browser, so the most useful comparison is with yourself.

What affects your score, and how to improve it

• Counting the beat. The patterns sit on a steady 120 BPM pulse. Counting silently ("1-and-2-and") while you listen makes dotted and syncopated rhythms much easier to place.
• Memory. The longer patterns ask you to hold the rhythm in mind for a few seconds. Listen once without moving, then tap.
• Input method. A finger on a touchscreen or a single key is usually steadier than a mouse that moves while you click. Use the same method each time so your runs are comparable. To measure raw tapping speed and evenness without a pattern, try the finger tapping test.
• Musical practice. Research on tapping finds that musicians are generally more precise and less variable than non-musicians (Repp, 2005; Repp & Su, 2013). Drumming, dancing or simply clapping along to music is good practice.
• Tiredness and distraction. A single lapse on the 8-tap pattern can raise your average noticeably.

Copying a rhythm vs. tapping along

Most tapping research studies synchronization: tapping along with a steady beat while it plays. In those studies people's taps tend to land slightly before the beat, an effect called negative mean asynchrony, and timing becomes more precise with musical training (Repp, 2005; Repp & Su, 2013). This test is different. You hear the rhythm first and then reproduce it from memory, with no beat to follow. That combines rhythm perception, short-term memory and motor timing, so it is a practical check of your sense of rhythm rather than a laboratory measurement. Judging a single stretch of time with no sound at all is what the time perception test checks.

Limits of an online rhythm test

Browsers and devices add small, variable delays to taps and sound. The gap-based scoring removes most of the constant delay, but not the jitter, so a few milliseconds of your error may come from the device. Compare results on the same device and with the same input method.

A weak result is not a sign of a medical problem. Some people do have real, lifelong difficulty finding the beat in music; researchers have described this as "beat deafness", a form of congenital amusia (Phillips-Silver et al., 2011). It is identified with laboratory tests, not with an online game. If you notice new problems with timing, coordination or movement that go beyond music, talk to a doctor.

More checks like this are collected on our hearing tests page.

Sources

• Repp BH (2005). Sensorimotor synchronization: a review of the tapping literature. Psychonomic Bulletin & Review 12(6):969–992.
• Repp BH, Su YH (2013). Sensorimotor synchronization: a review of recent research (2006–2012). Psychonomic Bulletin & Review 20(3):403–452.
• Phillips-Silver J, Toiviainen P, Gosselin N, Piché O, Nozaradan S, Palmer C, Peretz I (2011). Born to dance but beat deaf: a new form of congenital amusia. Neuropsychologia 49(5):961–969.

Frequently asked questions