Pull-Up Test

How This Calculator Works

This calculator measures your upper-body pulling strength using the pull-up test — one of the most demanding and informative bodyweight assessments of back, shoulder, and arm strength. You enter how many pull-ups you can complete to exhaustion, and the calculator classifies your result against Amatal’s five-tier scale for your age and sex, then computes your category, your Pull-Up Age, an estimated percentile, and where you fall on a bell curve.

How These Standards Were Set

Strength Level publishes pull-up rep counts at five percentile pointsThe rep counts that beat 5%, 20%, 50%, 80% and 95% of Strength Level users of the same age and sex. (5th, 20th, 50th, 80th and 95th) for every five years of age, separately for men and women. Amatal’s tiers use different cutoffs (35th, 65th, 85th and 95th), so each cutoff is placed between Strength Level’s points on a normal-curve (z-score) scale:

Each result is rounded up to a whole rep once, and those same whole numbers drive your category, the table and the chart. For ages between Strength Level’s five-year rows, values are interpolated in a straight line, so your exact age gets its own standards rather than jumping at a birthday.

The calculator covers ages 15 to 65 and does not extrapolate. At least 20% of women in the data log less than one full pull-up at every age, and at 15 and from 55 on, half or more do. Men’s data thins out at 65. Where that happens, the lower tiers are floored at one rep and should be read as approximate.

Step 1: Enter Your Details

The calculator needs three inputs: your sex, your age, and the number of pull-ups completed.

• SexPull-up standards are reported separately for men and women because of large biological differences in upper-body muscle mass and strength-to-weight ratio, which strongly affect bodyweight pulling. — selects which standard you are compared against.
• Age — determines the standards for your stage of life. Ages 15 to 65 are supported; outside that range the source data is too thin to rate results.
• Pull-Ups Completed — your maximum strict repetitions, performed continuously with good form, until you cannot complete another full rep.

The Test Protocol

For results that match the standards, the test must be performed the way the standards assume:

• Grip:A pull-up uses a pronated (overhand) grip, with the palms facing away from you. This emphasizes the lats and upper back and is harder for most people than the underhand chin-up. Hang from the bar with an overhand (pronated) grip, hands about shoulder-width apart or slightly wider.
• Start position: Begin from a full dead hang with arms completely straight, body still, no kipping or leg swing.
• Each repetition: Pull until your chin clears the bar, then lower under control all the way back to a dead hang with arms fully extended. That is one rep.
• To exhaustion: Perform as many continuous repetitions as possible. The test ends when you can no longer pull your chin over the bar with proper form. Partial reps, kipping, and chin-not-clearing-the-bar reps do not count.

Assisted pull-ups (with a band, a machine or a jump) and chin-ups (underhand grip) are different tests and are not scored here. Amatal has a separate Chin-Up Test.

How Your Category Is Determined

Your result is placed on the same five-tier scale used across this platform, so the pull-up test reads consistently alongside the other assessments:

Your rep count is compared against the minimum repetitions required for each tier at your age and sex, and you are placed in the highest tier you qualify for:

• Low — below the 35th percentile for your group. Beginner or untrained level. A clear starting point with substantial room for improvement — for many people, especially in the strict pull-up, this is where they begin.
• Intermediate — around the middle of the data (35th to 65th percentile). Typical of people who train their upper body regularly. Remember the comparison group is gym users, not the general population.
• Advanced — 65th to 85th percentile. Reflects consistent pulling-focused training over time.
• Superior — 85th to 95th percentile. Characteristic of well-conditioned, strength-trained individuals.
• Elite — 95th percentile and above for your age and sex. Among the strongest pulling performers in the demographic.

How to Read the Standards Table

The standards table lists one row for every five years of age from 15 to 65, plus an extra row for your exact age, and one column for each of the five levels. The header labels are color-coded to match the chart bands — on a phone the headers shorten to single letters (L · I · A · S · E); tap any header to see its full name.

• Each cell is a single number — the minimum. It shows the fewest pull-ups needed to reach that level at that age. If your result equals or exceeds it, you've reached that level.
• The Low column shows a range. Low runs from zero up to one rep below the Intermediate minimum, so it is shown as a range (for example, 0–10) rather than a threshold.
• Your row and level are highlighted. The row for your exact age is shaded, and within it, the cell for your achieved level is filled with that tier's color.

Pull-Up Age

Your Pull-Up AgeThe age at which your rep count would be considered typical (median) performance. Conceptually similar to "fitness age" used in cardiovascular testing. is the age at which your result would be average. If you perform more pull-ups than the typical person of your actual age, your Pull-Up Age is younger; if fewer, it is older.

The typical result at each age is Strength Level’s 50th-percentile rep count. In that data the typical result peaks and holds steady from 25 to 40, then declines, so Pull-Up Age is read from the declining side (40 to 65). A result at or above the peak shows as ≤40, and a result below the typical 65-year-old shows as 65+. If you are under 40 and at or above the typical result for your own age, the calculator says so rather than giving you an older Pull-Up Age.

Percentile Estimate

The percentile estimates the share of Strength Level users of your age and sex who log fewer pull-ups than you. Your rep count is placed between Strength Level’s percentile points for your exact age (5th, 20th, 50th, 80th and 95th), on the same z-score scale used for the tiers, so the percentile always agrees with your category:

Beyond the data’s range the calculator doesn’t guess: above the 95th point it shows >95th, and below the lowest point it shows <5th (or ≤20th, for example, where that share of people log less than one full pull-up).

The Bell Curve

The “Where You Fall in Your Age Group” chart draws a normal curveA bell-shaped curve that describes how results spread around an average: most people near the middle, fewer at either end. fitted to Strength Level’s percentile points for your age and sex, cut off at zero reps. The colored bands are the five tiers, and the dashed line marks your result.

Real pull-up counts are whole numbers and right-skewed, and many people, especially women and older adults, can’t yet do a single strict rep. A smooth bell can’t show that pile-up at zero, so the curve is a positioning aid. Your category and percentile come from the published points, not from the curve.

How Age and Sex Change Your Score

These two inputs do not just describe you — each one directly changes the numbers your result is measured against:

• Age changes the thresholds. The calculator recomputes the rep requirement for every tier at your exact age. Because pulling standards decline with age, the same rep count is judged against lower requirements as you get older — so an identical number of pull-ups can place you in a higher tier at 55 than it would at 25. In this data the standards rise from 15 to 25, hold steady to 40, then decline, which is the shape you see in the table and chart.
• Sex selects a different table. Choosing male or female swaps in Strength Level’s separate men’s or women’s data. The rep counts required for each tier differ between the two, so the same number of pull-ups is scored differently depending on which table applies.

Why Pulling Strength Matters

The pull-up is one of the purest tests of relative strength — the ability to move your own body against gravity. Because you must lift your entire body weight, it rewards a strong back, shoulders, arms, and grip together, and it reflects a favorable strength-to-weight ratio. It also appears in many military and tactical fitness tests.

There is also a meaningful health angle through grip and overall muscular strength. A large international cohort study (the PURE study) found that grip strength was a strong predictor of all-cause mortality and cardiovascular events across populations. Pulling movements like the pull-up are heavily grip- and upper-body-strength dependent, so they sit alongside the broader body of evidence linking muscular strength to long-term health.

Important context: that research shows an association between strength and health outcomes, not proof that pull-ups themselves cause better health. Still, pulling strength is a meaningful marker of overall functional fitness — it supports posture, carrying and lifting tasks, and shoulder health, and it tends to move alongside broader conditioning.

Data Sources and Verification

The pull-up standards come from Strength Level’s community data. The other references support the protocol and the health context:

• Strength Level — Pull Ups Standards (strengthlevel.com/strength-standards/pull-ups). By-age rep standards for men and women, built from 1,348,109 qualifying results (1,220,115 male, 127,994 female) logged by users from December 2016 to March 2026. Source of all thresholds, the percentile estimate, Pull-Up Age and the bell curve on this page. Mapped to Amatal’s tier cutoffs; Amatal uses its own tier names.
• Haff, G.G., & Triplett, N.T. (Eds.) (2016). Essentials of Strength Training and Conditioning (4th ed.), NSCA. Human Kinetics — testing protocols and strength-assessment principles.
• Baechle, T.R., & Earle, R.W. (2008). Essentials of Strength Training and Conditioning (3rd ed.), NSCA. Human Kinetics — muscular strength and endurance testing methodology.
• Heyward, V.H., & Gibson, A.L. (2014). Advanced Fitness Assessment and Exercise Prescription (7th ed.). Human Kinetics — interpretation of muscular-fitness field tests.
• Leong, D.P., et al. (2015). Prognostic value of grip strength: findings from the PURE study. The Lancet, 386(9990):266–273 — source of the grip-strength / mortality association.

Limitations and Important Caveats

This calculator provides an estimate, not a clinical measurement. Several factors affect how precisely it reflects your true pulling strength:

• Self-selected, self-reported data. This is the most important caveat. Strength Level’s data comes from people who log their training online, mostly regular gym-goers, and results aren’t verified for form. Standards are demanding compared with the general population. Treat your category, Pull-Up Age, and percentile as guidance, not clinical norms.
• Smaller women’s sample. The women’s standards rest on about 128,000 results, compared with about 1.2 million for men.
• Low results are imprecise. Strength Level reports anything under one rep as “<1,” so the lower cutoffs are less precise, especially for women and at older ages, where the lower tiers are floored at one rep.
• Modeled steps. The 35th, 65th and 85th percentile cutoffs are placed between Strength Level’s published points on a normal-curve scale, and ages between its five-year rows are interpolated. Ratings cover ages 15 to 65 only.
• Form and range of motion. Dead-hang start, chin clearing the bar, and a fully controlled descent dramatically affect the count. Kipping and partial reps inflate scores — inconsistent form is the largest source of error in self-administered tests.
• Body weight is not scored. Pull-ups are a relative-strength test, so body weight and proportions strongly affect your count. Strength Level publishes no combined age-and-bodyweight table, so this calculator scores by age and sex only.
• Many start at zero. A large share of adults — especially untrained individuals — cannot yet perform a single strict pull-up. A low score is a common and normal starting point, not a failure.
• Single-test snapshot. Fatigue, sleep, time of day, and recent training all affect a single test. For tracking progress, retest under the same conditions every few weeks.

Disclaimer:
This calculator provides an estimate based on Strength Level’s self-logged community data, mapped to Amatal’s tiers; it does not use validated clinical norms. Real pulling strength depends on training history, technique, body weight and proportions, recovery, and individual variation. Always warm up before any fitness test and stop immediately if you experience pain, dizziness, or unusual discomfort. This tool is for general informational purposes only and should not be considered medical, fitness, or training advice. Consult a healthcare provider before beginning a new exercise program, especially if you have a pre-existing condition, are over the age of 45, or have been sedentary for an extended period.