Pull-Up Test: protocol, tables, and variations

The pull-up test is one of the most direct indicators of relative upper-body strength-endurance, because it requires moving your own body weight against gravity. It's demanding, especially for people with a high body weight relative to their pulling strength, but that's exactly why it's so informative.

It's a great test for climbers, calisthenics athletes, combat sport competitors, or any program focused on relative strength.

What does this test measure?

It measures the maximum number of full pull-ups a person can perform with good technique, from a fully extended-arm position (dead hang) until the chin clears the bar, then back to full extension. It primarily assesses the strength-endurance of the lats, biceps, and upper back muscles, relative to body weight.

Equipment needed

• A pull-up bar at a height that allows full arm extension without touching the ground
• Optional: chalk to improve grip

Test protocol

1. The subject hangs from the bar with a pronated grip (palms facing forward), arms fully extended (dead hang)
2. They pull up until the chin clearly clears the bar
3. They lower down in a controlled manner back to full arm extension
4. Repeat the cycle without long pauses or swinging (kipping), until technical failure
5. Only count repetitions that meet the full range-of-motion criteria (full extension at the bottom, chin over the bar at the top)

Common mistakes

• Counting reps with incomplete range of motion (not reaching full extension at the bottom)
• Allowing swinging or leg momentum (kipping) in a test meant to measure strict strength
• Not fixing the grip type (pronated, supinated, neutral) in advance, since each variation has different difficulty and they aren't comparable

How to interpret the results

Level	Men (reps)	Women (reps)
Low	0-3	0-1
Acceptable	4-8	2-4
Good	9-15	5-8
Very good	> 15	> 8

The differences between men and women in this test are especially pronounced due to the relationship between absolute upper-body strength and body weight. If someone can't complete a single full-range rep, consider using assisted variations (resistance band, assisted machine) as a starting point and progression.

How it relates to other tests

The pull-up test pairs well with other pulling and grip tests:

• Forearm strength-endurance test (dead hang) — assesses the ability to hold onto the bar, a prerequisite for pull-ups
• Push-up test — complements with the opposite pushing pattern

Track and monitor progress

Going from 0 to 1 pull-up, or from 5 to 8, are huge jumps in relative strength terms, and deserve to be logged. In Movalytics you can record the number of reps, the grip type used, and whether assistance was used, and track each athlete's progression across the different phases of their programming.

Frequently asked questions

What should I do if the athlete can't do a single pull-up? Record the time they can hold the "chin over the bar" top position, or use assisted variations, and retest the full pull-up at future assessments. Does the grip type matter? Yes, a lot. A supinated grip (chin-up) usually allows more reps than a pronated one (classic pull-up) due to greater bicep involvement. Pick one grip type and stick with it across all assessments. Is this test suitable for all populations? It's demanding, so for beginners, the general population, or people with shoulder limitations it may not be the best first assessment; in those cases, other upper-body tests (like push-ups or dynamometry) may be more appropriate to start with.