How many pull-ups can the average person do?

Thirteen is the male median on Strength Level, but that figure describes people who log pull-up sets into a training app — not the general public. No trustworthy dataset exists for the average untrained adult, so treat 13 as the middle of the lifting population and nothing more.

How rare is it to do 10 pull-ups?

It depends entirely on what you weigh. Ten strict reps sits just under the intermediate mark for a 200 lb man, which Strength Level puts at 12, and lands exactly on it for a 250 lb man. Same reps, different verdict.

Do pull-ups give you a V shape?

They build the lats and teres major that make your back look wide, so they're the right exercise for the job. But the taper people mean by 'V shape' is as much about waist size as back width, which is a nutrition outcome, not a training one. You can add pulling volume for a year and see none of it under a soft midsection.

How Many Pull-Ups Should I Be Able To Do? (Your Bodyweight Changes the Answer)

Thirteen, if you're a man who trains — and thirteen is the middle of the pack, not the target. That's the male median on Strength Level, whose pull-up standards rest on 4,852,758 logged lifts and 1,220,115 qualifying male results. Seven reps is novice, 21 is advanced, 30 is elite. But the pull-up is the one lift where the answer moves with what you weigh: the intermediate mark runs 14 reps at 140 lb and 10 reps at 250 lb, because you are the weight on the bar. Find your row before you judge your number.

How many pull-ups can the average man do?

Thirteen in one continuous set, among men who log them. The full male ladder:

Beginner — under 1 rep
Novice — 7
Intermediate — 13
Advanced — 21
Elite — 30

Read that first line again, because it's the honest version of a stat the internet loves to make up. Strength Level's beginner tier for men isn't a low number — it's printed as < 1, and it never climbs past a single rep anywhere on the table, from 110 lb to 310 lb. A man who cannot complete one rep is not an outlier in this data. He's a whole tier.

The dataset has a shape you should know before you rank yourself inside it. Those 1,220,115 male results, collected between 4 December 2016 and 8 March 2026, come from people who opened a training app and logged a set of pull-ups. That filter selects for men who already train and already care what the number is. Thirteen is an accurate median of that group and a poor estimate of the guy next to you at work.

Age barely moves it, at least among the men still logging. The standards are identical at 25, 30, 35 and 40 — 7 novice, 13 intermediate, 21 advanced, 30 elite, four times over. The first real drop lands at 45 (5/11/19/27), and 50 is where it gets steep (3/9/15/23). Hold that flat stretch loosely. Ability isn't the only thing holding steady there — so is the willingness to keep opening the app, and those two are impossible to separate inside a self-reported dataset.

If you're counting chin-ups instead, you're counting a slightly different lift — and the standards come out almost the same. Strength Level keeps a separate chin-up dataset of 1,225,888 lifts, and the male ladder reads 1 / 7 / 13 / 21 / 30. Identical from novice up, and never more than a rep apart on the bodyweight rows. The underhand grip feels easier, and across 229,507 male results it apparently isn't worth a single rep at the median.

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

The intermediate mark falls from 14 reps at 140 lb to 10 at 250 lb — roughly a 30% swing across the range most men live in. Your row, in novice / intermediate / advanced / elite reps:

110 lb — 6 / 14 / 24 / 34
140 lb — 7 / 14 / 23 / 32
170 lb — 7 / 13 / 21 / 29
180 lb — 7 / 13 / 21 / 28
200 lb — 7 / 12 / 19 / 27
220 lb — 6 / 11 / 18 / 25
250 lb — 6 / 10 / 16 / 23
270 lb — 5 / 10 / 15 / 21

I care about this one more than most people do, because I used to live at the bottom of that table. I started at 285 lbs. At 285, the intermediate mark drops to about 9 reps, and the bar lowering itself for me was no kind of mercy — I still had to haul 285 lbs to a bar with my hands.

Then 85 pounds came off over the next stretch of my life, and the pull-up got easier in a way that had almost nothing to do with my back. I didn't add 85 pounds of pulling strength. I subtracted 85 pounds of me. That's the whole lesson of this table in one sentence, and it's why "how many should I be able to do" is an incomplete question until you say what you weigh.

How many pull-ups should a 200 lb man be able to do?

At 200 lb: 7 reps is novice, 12 is intermediate, 19 is advanced, 27 is elite.

That's my row now — 5'8", about 200 lbs, 8–10% body fat held year-round rather than pulled off for a photo. It's also the row where a lot of trained guys get quietly annoyed, because 12 looks soft next to the 14 a 140 lb lifter needs for the same label.

Run the arithmetic before you take the insult. Twelve reps at 200 lbs moves 2,400 lbs of bodyweight. Fourteen at 140 moves 1,960. Fewer reps, more total load. That's a rough proxy — it ignores range of motion, limb length and how efficiently either man hangs — but it's directionally right, and it's the reason the standard bends. The table isn't handing heavy lifters a discount. It's correcting for the fact that they're lifting more.

Why does bodyweight matter so much for pull-ups but not push-ups?

Because the pull-up scores strength-to-mass ratio, not absolute strength. In a push-up your feet stay on the floor and you press a fraction of yourself. In a pull-up, all of you leaves the ground.

The research pointing at that mechanism is Flanagan and colleagues, 2003, in Research Quarterly for Exercise and Sport. They trained a group to perform a pull-up and then compared the people who got there with the people who didn't. The successful group had significantly greater 1RM strength, a greater strength-to-mass ratio, and a greater strength-to-fat-free-mass ratio — and the authors' own predictive model ran on percent body fat plus strength-to-fat-free-mass ratio. Not strength on its own. Strength divided by what it has to move.

The honest limit on that paper is its population: college-age women learning a first pull-up. The mechanism transfers to a 210 lb man; the specific cohort does not, and anyone citing it as a universal law is over-reading it.

The size of the effect is smaller than the internet implies, though. Strength Level's push-up standards slide too — intermediate runs 42 reps at 110 lb down to 33 at 250 — so the difference between the two lifts is one of degree, not kind. That's a 21% slope against the pull-up's 29%. If you want the push-up side of this in full, including why it's the fairer self-test, that's how many push-ups you should be able to do.

What the ratio framing actually buys you is a second lever. Everyone attacks the numerator — more sets, better grip, heavier rows. The denominator is sitting right there, and it moves faster. Drop 15 lbs and every rep gets easier without a single extra set. The catch is that the wrong kind of weight loss takes strength off the top while it takes mass off the bottom, and you end up at the same ratio in a smaller body. Doing it the other way — lose the fat without losing the muscle — is what actually shifts the ratio instead of shrinking both halves of it.

When should you stop adding reps and start adding weight?

Around the intermediate mark. Past roughly 12 clean reps, a set of pull-ups is measuring your endurance more than your strength, and grinding toward 20 buys you less than hanging 25 lbs off a belt and going back to sets of six.

Be clear that this is a training judgment, not a finding in the dataset — Strength Level publishes the ranks, not the advice. But the same page quietly tells you where the ladder continues. Alongside the rep column there's a weighted column, labelled "1RM Weight," with a note that a negative standard means assistance and a positive one means weight added on a belt. For men it reads: beginner −6 lb, novice +29 lb, intermediate +69 lb, advanced +114 lb, elite +162 lb. At 200 lb specifically, intermediate is +78 lb.

That's the useful reframe. A man doing 13 bodyweight reps and a man doing 6 reps with 70 lbs on a belt are sitting on the same rung. One of them is going to keep progressing for years, because added weight is a dial you can turn by 5 lbs, and rep count past 12 is a grind with a ceiling.

Which means the real answer to "how many should I be able to do" is a programming answer, not a number — how often you pull in a normal week, how close to failure those sets go, and what you add once the reps stop being the hard part. That week, written out as a four-day Push/Pull/Legs/Upper split with the two pulling slots and the progression rule already placed, is The Momentum Method.

What if you can't do a single pull-up?

Then you're at the bottom of a chart whose beginner standard is already under one rep, and you have a training problem with a documented fix. Remember what Strength Level prints at the beginner line: < 1 rep for the community overall, and never more than 1 at any bodyweight from 110 lb to 310 lb.

The cleanest recent evidence that a low rep count climbs fast comes from an odd place. Li and colleagues, 2025, in Life, set out to test whether transcranial direct-current stimulation — running a mild current across the scalp — would improve pull-up performance on top of resistance training. Twenty-five male college students, eight weeks, lat pull-downs at 4 sets of 12, three sessions a week, 24 sessions total.

The brain-stimulation group went from 2.69 ± 1.80 pull-ups to 7.38 ± 2.63. The group that just did the lat pull-downs went from 2.58 ± 1.88 to 6.25 ± 3.55. The difference between them wasn't significant (p = 0.157). The electrodes were the interesting part of the study and the boring part of the result: men who could manage two or three pull-ups roughly tripled that in eight weeks on a pull-down machine, three times a week.

Hold the size of it loosely — 25 men, college-age, already training two or three times a week, and every one of them able to do at least one pull-up before the study started. It's evidence about a low number, not about zero. A trained lifter stuck at 10 will not triple. But if you're near the bottom of the table, the finding that matters is that a machine most people dismiss as the easy option moved the number, and moved it without anything exotic bolted on.

From there it's frequency, range and rep quality rather than heroics, and that's a separate article: how to increase your pull-ups has the two-to-four-times-a-week template, the case for stopping each set short, and how to use bands and negatives so you're training a whole rep instead of the top half of one.