If you're a man under 45 who trains, the honest benchmark is 39 push-ups in one set โ€” and that's the average, not the goal. It's the median male result on Strength Level, whose push-up standards rest on 2,928,475 logged lifts. Among ordinary working men the bar sits lower: in a study of 1,104 of them, a quarter could manage 20 or fewer, and only 14% could clear 41. So choose your comparison on purpose. Against men who lift, 39 is the middle of the pack. Against men who merely have jobs, 31 already puts you in the top 40%.

How many push-ups can the average man do?

Among men who train, 39 in a single set. That's Strength Level's median for men โ€” its push-up standards rest on 2,928,475 lifts logged by users between 2017 and 2026, 776,543 of them qualifying male results โ€” and it's roughly double what most health sites will tell you.

The full male ladder, in reps of one continuous set:

  • Beginner โ€” 5
  • Novice โ€” 19
  • Intermediate โ€” 39
  • Advanced โ€” 62
  • Elite โ€” 87

Read the label on that data before you read yourself into it. Strength Level's own wording is "the average male lifter can do 39 reps of push-ups," and lifter is the operative word. These are men who downloaded a training app and then used it enough to log three-quarters of a million qualifying results. Nobody logs a set of push-ups into a database by accident. The 39 is real, and it describes a filtered population โ€” men already on the hook for their own numbers.

So why does every website give a different number?

Because they're measuring different men, and almost nobody says so.

Line up what the top results actually claim. Strength Level says 39 for the average male lifter. Health.com publishes an age-band table that puts men in their thirties at 17 to 21. Verywell Health says a healthy adult should manage "seven to 25 consecutive push-ups." Dailyburn puts the range at 5 to 30. That's a spread of 5 to 39 depending on which tab you have open.

None of those pages is lying. They're sampling different men and reporting the answer as if it were universal. A general-population norm table includes the guy who hasn't done a push-up since a high-school fitness test. An app's median includes almost nobody like him. The spread isn't a disagreement about push-ups; it's a disagreement about who counts, and it's invisible because the number always gets printed without the population attached to it.

Which means the first question isn't "how many should I do." It's "compared to whom." Against the general adult male population, 25 reps is respectable. Against men who lift four days a week, 25 sits just past the novice mark of 19 and a long way short of average.

What's a normal push-up count for a regular guy?

In the best measured cohort we have โ€” 1,104 working men, mean age 39.6 โ€” a quarter could do 20 or fewer, and only 14% could do 41 or more.

That comes from Yang and colleagues, 2019 in JAMA Network Open, which had every man perform a supervised push-up test to failure rather than self-report a number. The distribution across 1,104 men:

  • 0โ€“10 reps โ€” 75 men, 6.8%
  • 11โ€“20 reps โ€” 200 men, 18.1%
  • 21โ€“30 reps โ€” 389 men, 35.2% (the largest group by a wide margin)
  • 31โ€“40 reps โ€” 285 men, 25.8%
  • 41 or more โ€” 155 men, 14.0%

So 20 or fewer is the bottom 24.9%, and 31 or more is the top 39.9%. The modal working man lands somewhere in the twenties, which is roughly where Verywell and Dailyburn are pointing, and well under Strength Level's 39.

Here's the limit on that: these men were Indiana firefighters. They hold a job with a physical screen at the door and a real incentive to stay employable. That makes them fitter than the office average, not less fit, so the true general-population numbers are probably lower than the list above, not higher. There is no clean, randomly sampled dataset of adult men being asked to drop and do push-ups. This is the closest thing available, and it's already skewed toward the fit end.

How many push-ups should I be able to do at my bodyweight?

Less than you'd expect. The push-up is one of the two benchmarks where your bodyweight barely moves the standard โ€” the other is the dip, which is flatter still (how many dips you should be able to do has that comparison).

Strength Level's intermediate mark for men runs 42 reps at 110 lb, 40 at 150, 39 at 170, 37 at 200 and 33 at 250. That's a 21% slide across 140 pounds of bodyweight. Put the bench press next to it and the contrast is stark: the intermediate bench standard rises from 183 lb at a 150 lb bodyweight to 265 lb at 220 lb. Add mass and the barbell standard chases you upward. Add mass and the push-up standard sits almost still.

That makes the push-up the fairest single self-test in the gym. You can't out-leverage it with size, you can't buy a better number with a thicker torso and a shorter bar path, and you can't stand next to a guy 60 pounds heavier and claim the comparison was rigged. Two plates means something different at every bodyweight, which is the whole argument in is 225 a good bench press. Thirty-nine push-ups means about the same thing at 150 as it does at 220.

It also isn't the soft option. Van den Tillaar, 2019 put 20 resistance-trained men through bench press at 50โ€“80% of 1RM against push-ups with 0, 10, 20 and 30 kg vests, found no differences in kinematics or muscle activation, and concluded the two can be used interchangeably for strength training. Gottschall and colleagues, 2018 reached the same verdict on the primary muscles, with one addition: the push-up recruited the core harder.

Does your push-up number have to drop after 30?

Not between 25 and 40. Strength Level's age data is completely flat across that window โ€” intermediate 39, advanced 62, elite 87 at ages 25, 30, 35 and 40 alike.

The decline starts at 45, where intermediate drops to 35, and then accelerates: 31 at 50, 26 at 55, 21 at 60. Against that, the age-band table Health.com publishes shows men falling from 22โ€“28 in their twenties to 17โ€“21 in their thirties to 13โ€“16 in their forties โ€” a steady slide that starts a full fifteen years earlier. The two datasets can't both be describing age. One of them is describing training status wearing an age costume: men in their thirties do less, so they can do less.

I'm 37, which puts me on the flat stretch of that curve, and I don't get to treat it as a free pass. I'm a software engineer who sits at a desk all day; the reason my numbers move is four lifting days a week and 10,000 steps, not the birth year. The specifics of what changes and what doesn't are in how to train in your 30s.

Now the caveat that keeps this honest, because it cuts against the flat line I just quoted. Strength Level's users are self-selected, and they drop out. A 45-year-old still logging push-up sets in a training app is a man who never stopped โ€” the ones who quit at 32 aren't in the data, and neither are their numbers. "No decline before 45" is a claim about men who keep training. It is not evidence that age is free.

Is your push-up number telling you something bigger?

It's the cheapest health test you'll ever take. In Yang's 10-year follow-up of those 1,104 men, the group who could do more than 40 push-ups had a 96% lower rate of cardiovascular events than the group who couldn't do 10 (incidence rate ratio 0.04, 95% CI 0.01โ€“0.36).

That's a startling headline, and the paper itself is more careful with it than the internet has been. Three things deflate it.

The confound is right there in the study's own baseline table. The men in the bottom group โ€” 10 push-ups or fewer โ€” averaged 48.4 years old with a BMI of 33.1. The men doing 41 or more averaged 35.1 years old with a BMI of 26.8. That's not two push-up abilities being compared; it's a 13-year age gap and six BMI points. The authors report that adjusting for age and BMI accounted for part of the association, and that baseline differences in blood pressure, lipids and smoking "may explain much of the residual."

The second deflation is the base rate. The whole finding rests on 37 cardiovascular events across 8,601 person-years. Thirty-seven. A confidence interval running from 0.01 to 0.36 is that thinness showing through: the effect is real in direction and extremely loose in size.

The third is the direction of causation, which the study can't settle. Push-ups don't protect your heart. Being 35 and lean and a non-smoker protects your heart, and being 35 and lean and a non-smoker is also why you can do forty of them. The test is a fast, free proxy for a bundle of things that were already true about you. That's still useful, because it costs nothing and takes one set, but it's a readout, not a treatment โ€” the mortality numbers behind the sit and rise test have exactly the same ceiling, and get quoted as if they don't. If you want the number to go up in a way that means something, the thing that has to change is the bundle: the training, the bodyweight, the daily movement. That's the whole system in the Momentum Method โ€” the four-day split, the intake math and the one-screen scorecard that tells you whether any of it is working.

What if your number is low?

Train the movement two to four times a week instead of maxing out once, and stop each set a rep or two short โ€” the same frequency logic that moves your pull-up number.

A single weekly max-out is a test, not a stimulus. Three sets of eight to twelve, three times a week, ending each set with one or two reps still in the tank, will move your max faster than one heroic set to failure on Sunday. When bodyweight reps stop being hard, the answer is to make them harder rather than longer: elevate the feet, slow the lowering, add a vest.

The programming detail belongs in the articles built for it. For the frequency-and-progression template that transfers directly, read how to increase your pull-ups. If you have no equipment at all, the best bodyweight workout is where the push-up sits inside a full week.