What Are Some Songs That Are 100 BPM for CPR?

“Stayin’ Alive” by the Bee Gees, with its steady beat right around 104 beats per minute, is the most famous example of a song used to pace chest compressions during CPR. But it is far from the only option. Current guidelines call for compressions at a rate of 100 to 120 per minute, and dozens of well-known songs fall in that tempo range, giving you a mental metronome you can recall under pressure. The science behind this idea is surprisingly well studied, and picking the right song turns out to matter more than you might expect.

Why 100 to 120 Compressions Per Minute

The American Heart Association and other resuscitation bodies settled on 100 to 120 compressions per minute as the target rate for adult CPR because research consistently links that pace to better survival. Too slow, and not enough blood circulates to the brain and heart. Too fast, and each compression becomes shallower because the rescuer doesn’t allow the chest to fully recoil between pushes, cutting the blood volume each compression actually moves. One study of in-hospital cardiac arrests found that patients whose rescuers compressed at higher rates were significantly more likely to regain a pulse: survivors received an average of about 90 compressions per minute compared with roughly 79 for non-survivors.¹ Those numbers predate the current 100-to-120 window, but they helped establish the principle that faster-than-instinct compression rates save lives.

Without any pacing tool, people tend to drift. Some compress too slowly, some too fast, and nearly everyone speeds up or slows down as adrenaline and fatigue compete. That’s where music comes in: a familiar song whose beat you can feel in your body acts as an internal clock, keeping your hands moving at a consistent rate even when your conscious mind is occupied by the chaos of an emergency.

The Classic CPR Songs

“Stayin’ Alive” became the poster song for CPR pacing after a widely covered study showed that medical providers who mentally recalled its beat during simulated cardiac arrests maintained compression rates within AHA guidelines both immediately and at long-term follow-up, and reported feeling more confident in their performance.² The song’s tempo sits around 104 BPM, squarely within the target range, and its beat is strong and unambiguous. You don’t need to be a Bee Gees fan to recall it; the opening bass line is one of the most recognizable in pop music.

“Another One Bites the Dust” by Queen is the other song that appears on virtually every CPR playlist. Its tempo lands near 110 BPM, right at the midpoint of the recommended window. The morbid title tends to get a laugh during training classes, but instructors point out that the strong, steady kick-drum pattern is arguably even easier to lock onto than “Stayin’ Alive.” Both songs work well because their rhythms are simple, repetitive, and culturally ubiquitous, meaning most people can mentally replay them even under stress.

A Broader Playlist

If neither of those songs sticks in your head, there are plenty of alternatives in the 100-to-120 BPM range. The key is choosing a song whose beat you know by heart, one you could tap along to without hearing it. Here are some widely recognized options across different genres and eras:

• “Crazy in Love” (Beyoncé): The horn-driven intro sits at roughly 100 BPM, landing right at the floor of the target range.
• “Hips Don’t Lie” (Shakira): Another song close to 100 BPM with a percussive, easy-to-follow rhythm.
• “Dancing Queen” (ABBA): The disco beat clocks in near 101 BPM, giving it a nearly identical tempo to “Stayin’ Alive.”
• “Walk the Line” (Johnny Cash): A country option around 107 BPM; the boom-chicka rhythm is hypnotically steady.
• “MMMBop” (Hanson): Sits around 104 BPM with a driving chorus that’s hard to forget.
• “Just Dance” (Lady Gaga): Closer to the upper end at roughly 119 BPM, so be aware it may push your rate toward the ceiling.
• “I Will Survive” (Gloria Gaynor): Another disco classic near 117 BPM with an upbeat feel and a thematically appropriate title.
• “Rumour Has It” (Adele): The punchy opening rhythm sits around 120 BPM, right at the top of the acceptable range.

These tempos are approximate and can vary by a beat or two depending on the source you check, but all sit comfortably within the 100-to-120 window. The variety matters because “Stayin’ Alive” doesn’t resonate with everyone. Younger people who didn’t grow up hearing the Bee Gees may struggle to recall the beat under pressure, while someone who has listened to Beyoncé a thousand times can summon “Crazy in Love” without thinking. A study that tested culture-specific popular music as a CPR metronome found that participants performing compressions while mentally recalling a familiar local song were significantly more likely to land within the 100-to-120 range compared with those given no musical cue.³ The song itself mattered less than the fact that the rescuer genuinely knew it.

Does Singing a Song in Your Head Actually Work?

The short answer is yes, and the benefit appears to be strongest over time. Several studies have compared people trained with a musical metronome to people trained without one, and the song group consistently performs better when retested weeks or months later. One trial found that subjects trained with a musical mnemonic were more likely to maintain a compression rate of 100 to 120 at follow-up beyond six weeks, suggesting the memory aid doesn’t just help in the moment but makes the correct pace easier to recall long after the training class ends.⁴

A systematic review that pooled results across multiple studies found a similar pattern: groups exposed to songs during CPR showed trends toward improved compression metrics overall, but the gains reached statistical significance primarily when participants were tested more than 30 days after their initial training.⁵ In other words, the biggest advantage of picking a CPR song isn’t during a class where an instructor is coaching you. It’s months later when you’re in a parking lot, someone collapses, and you need to remember the right pace without any external help.

Why the Middle of the Range Is the Sweet Spot

Not all songs within the 100-to-120 window are equally useful. Research increasingly points toward songs near the midpoint of the range, around 105 to 110 BPM, as the ideal choice. The reasoning is straightforward: under stress, people tend to compress slightly faster than the beat they’re imagining. If your reference song is already at 120 BPM, even a small acceleration pushes you above the guideline ceiling. But a song at 110 gives you a buffer on both sides.

A training study that compared a group guided by music at roughly 110 BPM against a group guided by music closer to 120 BPM found that the 110 BPM group scored significantly higher on overall compression quality, including both rate and depth. The 120 BPM group stayed within the acceptable rate window but showed worse depth compliance, while the group with no music at all drifted to a median compression rate of about 124, overshooting the guidelines entirely.⁶ The same systematic review mentioned earlier came to a consistent conclusion, recommending that song selection should favor BPM closer to the midpoint of the range to allow for natural variation.⁵

This means “Stayin’ Alive” and “Another One Bites the Dust,” both in the 104-to-110 BPM zone, are not just culturally convenient choices but biomechanically smart ones. Songs that sit right at 120, like “Rumour Has It,” can still work, but they leave less margin for the natural tendency to speed up.

Speed Isn’t Everything: Compression Depth and Chest Recoil

Fixating on rate alone misses an important part of the picture. Effective CPR also requires pushing the chest at least two inches deep in adults and allowing the chest to spring fully back up between compressions. A song can keep your hands moving at the right pace, but it can’t tell you whether you’re pushing hard enough.

One study using an electronic metronome set to the target rate found that while the metronome dramatically improved the percentage of compressions delivered at the correct rate, the improvement in compression depth was smaller.⁷ Rate jumped from about 28% in-range to over 71% in-range, a massive improvement; depth improved from roughly 29% to about 35%, meaningful but modest by comparison. There’s also reassuring evidence that going faster doesn’t necessarily mean going shallower. A separate study of dispatcher-assisted CPR found no significant correlation between compression rate and depth.⁸ Still, the safest approach is to pair your mental song with a deliberate focus on pushing hard. Think of the beat as handling your timing while you consciously handle the force.

Another factor that rarely comes up in song-based training is chest compression fraction: the percentage of total resuscitation time during which compressions are actually happening, as opposed to pauses for rescue breaths or other interruptions. Higher compression fractions are associated with better chances of the heart restarting.⁹ So while a song keeps your rate steady, minimizing pauses is just as important. If you’re doing hands-only CPR (no rescue breaths), this is simpler: just keep pushing to the beat without stopping.

When the Song in Your Head Gets Drowned Out

Real emergencies are loud. Sirens, bystanders shouting, traffic, and the general chaos of an uncontrolled scene can make it remarkably hard to maintain any internal rhythm. In one study conducted in a noisy environment simulating emergency conditions, 80% of participants reported difficulty mentally counting compressions because the ambient noise disrupted their concentration.¹⁰ A song you know deeply may fare better than counting numbers, because a melody engages a different part of your brain than verbal counting does, but the effect is real: your mental metronome can falter when the world around you is chaotic.

This is one reason why smartphone apps and AED devices increasingly include audible metronome beeps or voice prompts. If you have any pacing tool available, use it. But a song memorized in advance is the one tool guaranteed to be with you when nothing else is, which is why CPR courses still teach it.

Musical Backgrounds and Natural Rhythm

Not everyone finds it equally easy to lock onto a beat, and research suggests that musical experience gives people a measurable advantage. A pilot study comparing musicians to non-musicians during simulated CPR found that musicians maintained an average compression rate of about 111 per minute versus roughly 107 for non-musicians, a small but statistically significant difference. People with any kind of rhythmic training, not just formal musicians, also performed better than those with none.¹¹

This doesn’t mean non-musicians are out of luck. The whole point of the song mnemonic is that it compensates for the lack of an innate sense of tempo. If you don’t naturally keep time well, picking a song with a very prominent, obvious beat matters more. Avoid anything with a syncopated or offbeat rhythm. “Stayin’ Alive” works partly because the emphasis falls squarely on the downbeat, so even someone with no musical background can feel where each compression should land. A jazz track at the same BPM, with the accents landing between the beats, would be a terrible choice.

Songs and CPR for Children

The 100-to-120 range was established for adult CPR. Pediatric guidelines also call for compressions at that rate, but the evidence base is less clear-cut for children. One study of in-hospital pediatric cardiac arrests found that the data did not strongly support restricting compressions to the 100-to-120 range in children the way adult data does.¹² The mechanics are different: children’s chests are more compliant, the causes of cardiac arrest in kids are usually respiratory rather than cardiac, and the optimal balance between rate and depth may shift accordingly.

In practice, most lay-rescuer training still teaches the same 100-to-120 rate for all ages, and using a song mnemonic for pediatric CPR is reasonable. But if you’re a healthcare provider or a parent who wants to be prepared, it’s worth knowing that the pediatric evidence is murkier. The depth target also changes: about 1.5 inches for infants and 2 inches for children, compared to at least 2 inches for adults.

Picking Your Personal CPR Song

The best CPR song is the one you’ll actually remember. Here’s what to look for when choosing yours:

• Strong, obvious downbeat: You want a song where the main beat practically forces your hands to move. Avoid anything subtle or syncopated.
• Tempo near 105-110 BPM: As discussed, the midpoint gives you room to drift without leaving the target range.
• Deep personal familiarity: A song you’ve heard a hundred times is better than one you just discovered, even if the new one has a “perfect” tempo.
• Steady rhythm throughout: Many pop songs slow down for a bridge or speed up for a final chorus. Ideally, your reference song keeps a consistent pace.

You don’t need to literally sing out loud during an emergency, though nobody will judge you if you do. The song runs silently in your head, and your hands follow the beat. Some people find it helpful to mouth the words; others just lock onto the rhythm. Either approach works.

Legal Worries and Bystander Hesitation

A less obvious barrier to good CPR isn’t tempo or technique: it’s fear. Many bystanders hesitate to start compressions because they worry about doing something wrong and facing legal consequences. Every U.S. state has some form of Good Samaritan law designed to protect people who voluntarily help in emergencies, and researchers have called for better integration of this information into CPR training to reduce hesitation.¹³ Imperfect CPR at a slightly-off rate is vastly better than no CPR at all. If you’re ever in a situation where someone’s heart has stopped, push hard, push fast, and if a Bee Gees song helps you do that, let it play in your head without hesitation.

The “Disco Science” Alternative and Crossover Evidence

One study that tends to fly under the radar tested “Disco Science” by Mirwais as a CPR prompt alongside “Achy Breaky Heart” by Billy Ray Cyrus. “Disco Science” has a metronomic electronic beat at roughly 105 BPM, and the study found that 82% of participants using it compressed within the 100-to-120 range, compared with 65% in the no-music group and 64% using “Achy Breaky Heart.”¹⁴ “Achy Breaky Heart” performed poorly as a metronome despite its tempo being in-range, likely because its rhythm is less metronomic and more vocally driven. The takeaway reinforces a broader theme: a song’s usefulness depends not just on its BPM number but on how mechanically steady and clear its beat is. Electronic and disco tracks, with their machine-generated rhythms, tend to outperform songs where the tempo is carried mainly by vocals or loosely played instruments.

If you’re building a CPR playlist for a training class or just for your own mental library, it’s worth tapping along to a few candidates first. If you find yourself guessing where the beat falls, that song is a poor metronome no matter what its listed BPM says. The ideal pick makes you feel like a metronome is already running inside the music, steady and unmistakable, so your hands can follow without any conscious effort to find the rhythm.