LatsPull-up barIntermediate

How to Do a Pull-Up

· Updated Sep 30, 2026

A pull-up is a bodyweight pull on an overhead bar with your palms facing away. Start from straight arms, pull your shoulders down, then drive your elbows down until your chin clears the bar. It trains the lats most, with the biceps and mid back helping. Most lifters do 3 to 4 sets of 5 to 12 reps.

Sets x reps 3-4 x 5-12
Muscles Lats, biceps, mid back
Grip Overhand, a little wider than your shoulders
One full rep Straight arms to chin over the bar
Pull-Up demonstration
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Technique

How to do a pull-up with proper form

  1. Grab the bar with your palms facing away, hands a little wider than your shoulders and thumbs wrapped around the bar.
  2. Hang with your arms straight and your feet off the floor. Squeeze your glutes and keep your legs still, straight or crossed behind you.
  3. Pull your shoulders down, away from your ears, before your elbows bend.
  4. Drive your elbows down toward your sides until your chin clears the bar. With an overhand grip they travel down and a little out. Lift your chest to the bar instead of reaching with your chin.
  5. Lower over 2 to 3 seconds until your arms are straight again.
Grip

Grip width and hand position, what changes

Palms away, just outside shouldersStandard pull-upThe default. A grip 20% wider than shoulder width gave the same max and the same reps to failure in 14 trained men (Ortega-Rodríguez 2021).
Palms away, wideWide-grip pull-upIn a computer model of 11 men, the lats did relatively more of the work with a wide grip (Urbanczyk 2020). It also moved the shoulder in ways linked with impingement (Prinold 2016).
Palms toward youChin-upMore biceps and chest, the same lat activity (Youdas 2010). Underhand also moved the shoulder in ways linked with impingement (Prinold 2016).
Palms facing each otherNeutral gripParallel handles. Muscle activity matched the other grips, except the middle traps, which worked harder overhand (Dickie 2017).

Hand position changes the pull-up less than most guides say. In 19 strength-trained men, overhand, underhand, neutral and rope pull-ups drew similar activity in eight shoulder and arm muscles. Only the middle traps worked harder overhand than neutral (Dickie 2017). Pick the grip your elbows and shoulders tolerate and that you can do strictly, and log each grip as its own exercise, since your reps will differ.

Range of motion

Full hang or half reps?

Start every rep from straight arms and finish with your chin over the bar. The bottom of the rep, where the lats are stretched, is the part to keep. Over 8 weeks in 30 trained lifters, partial reps that kept the stretched end matched full reps for arm muscle growth and lat pulldown strength (Wolf 2025). No study has tested top-half pull-ups, where the arms never straighten, so count those as half reps.

A dead hang does not mean hanging loose. Straighten your arms, then pull your shoulders down a little before your elbows bend. In muscle recordings, the lower traps and chest fired first and the biceps and lats peaked later in the rep (Youdas 2010), so the first inch of the pull comes from your shoulder blades.

If the bottom hurts your shoulders, stop just short of locked elbows and keep your shoulders pulled down. Hanging with your arms overhead narrows the space above the rotator cuff (Prinold 2016). Wide and underhand grips moved the shoulder in ways linked with impingement in that study, so a shoulder-width overhand grip is the safer start.

What counts as a rep

Arms straight at the bottom, chin over the bar at the top, legs still. Log anything less as a partial or a different exercise, so your numbers stay comparable from week to week.

Compare

Pull-up vs chin-up vs lat pulldown

AttributePull-upChin-upLat pulldown
GripOverhand, a little wider than shouldersUnderhand, about shoulder widthAny bar or handle
MusclesLats, with more lower trapsLats, with more biceps and chestLats, biceps and mid back
LoadYour bodyweightYour bodyweightAny weight on the stack
Best forBack strength anywhere with a barMore arm work, or when overhand hurtsBeginners, and extra back volume
Verdict

Lat activity was the same in the pull-up and chin-up (Youdas 2010), so pick the grip your elbows prefer and train both. Pulldown strength predicted pull-up strength in men but not in women (Johnson 2009), so practise the pull-up itself if a pull-up is your goal.

Research

Pull-up myths the research does not support

"A wide grip builds a wider back." In 14 trained men, a grip 20% wider than shoulder width gave the same one-rep max, reps to failure and power as a shoulder-width grip (Ortega-Rodríguez 2021). A computer model found the lats took relatively more of the load with a wide grip (Urbanczyk 2020). We found no training study comparing pull-up grip widths for back growth.

"Chin-ups do not work the lats." The lats were the most active muscle in the pull-up and the chin-up, and did not differ between them (Youdas 2010). The chin-up added biceps and chest activity, and the pull-up added lower trap activity.

"Kipping pull-ups work the same muscles." A kip moves work from the arms to the hips and core. Biceps activity dropped, while abdominal and hip flexor activity rose (Dinunzio 2019). Kipping can get you more reps, not more back and arm work per rep.

"You need to lat pulldown your bodyweight before you can do a pull-up." College men's one-rep pulldown was 93% of their bodyweight, while their one-rep pull-up was 116% of it (Johnson 2009). Pulldown numbers run lower than pull-up numbers, so a pull-up can come first.

Anatomy

Muscles worked

Lats and teres majorPull your upper arms down to your sides. The lats were the most active muscle in the pull-up and chin-up (Youdas 2010).
Primary
Biceps and brachialisBend the elbows. The biceps work harder with palms toward you, as in a chin-up (Youdas 2010).
Secondary
Lower and middle trapsPull the shoulder blades down and together. The lower traps start the rep, and the middle traps work harder overhand than neutral (Dickie 2017).
Secondary
RhomboidsPull the shoulder blades together at the top.
Secondary
Lower chestHelps pull the arms down from overhead, more in the chin-up (Youdas 2010).
Secondary
Rotator cuffHolds the shoulder joint steady. The infraspinatus reached 71 to 79% of its maximum (Youdas 2010).
Secondary
ForearmsHold the bar.
Stabilizer
CoreKeeps your legs still so the body does not swing.
Stabilizer
Progression

How to build up to your first pull-up

Step 1Hang and set your shouldersDead hangs for time, then scapular pull-ups. Hang and pull your shoulders down without bending your arms.
Step 2Pull with helpUse an assisted machine or a band for 6 to 12 strict reps. Take assistance off as your reps climb.
Step 3Add slow negativesStep up to the top of the bar and lower over 3 to 5 seconds. Lowering takes less muscle activity than pulling (Dickie 2017).
Step 4Test a full repWhen you can do 8 strict reps with 20% of your bodyweight as assistance, try an unassisted rep at the start of a session.

Strength relative to bodyweight decides your first pull-up. In college lifters, the average woman's one-rep pull-up was 73% of her bodyweight, so she needed help to do one, while the average man's was 116% (Johnson 2009). After a training program, the women who could do a pull-up had more strength for their body mass than those who could not (Flanagan 2003). Getting stronger and losing body fat both move you closer.

Programming

Sets, reps and progression

3-4Sets
5-12Reps
1-2Reps left

Stop each set 1 to 2 reps short of failure, with every rep from straight arms to chin over the bar. Train pull-ups 2 to 3 times a week.

If you can do fewer than 5 strict reps, do several sets of 1 to 3 with full rest, and add assisted reps or negatives after them. When every set reaches 12, add weight with a dip belt or vest, or move to a harder variation, and drop back to 5 or 6 reps.

Form

Common mistakes

Variations

Pull-up variations and progressions

FAQ

Questions people ask

How many pull ups can an average person do?

Among Gravitus lifters who log pull-ups, the median best set was 10 reps for men and 8 for women (Gravitus data from 20,000+ men and 2,400+ women, September 2026). The top 10% reached 16 and 12. These are people who train, so the average across everyone is lower.

How to build up to a pull up?

Hang from the bar, pull with assistance for 6 to 12 strict reps, add slow negatives, and test a full rep once 8 reps with 20% of your bodyweight as assistance feel solid. Getting stronger and losing body fat both help (Flanagan 2003).

Do pull-ups work shoulders?

Yes, but not as the main mover. The rear delts and rotator cuff help: the infraspinatus reached 71 to 79% of its maximum in pull-ups and chin-ups (Youdas 2010). The lats do most of the work.

What muscles does the pull-up work?

The lats most, with the teres major. The biceps, brachialis, lower and middle traps, rhomboids, lower chest and rotator cuff help, and the forearms and core hold you on the bar.

Does pull-up grip width matter?

Less than most guides claim. A grip 20% wider than shoulder width gave the same max and reps as a shoulder-width grip (Ortega-Rodríguez 2021). Wide grips move the shoulder in ways linked with impingement (Prinold 2016), so start with your hands just outside your shoulders.

Should you go to a full dead hang on pull-ups?

Yes. Straighten your arms on every rep, but keep your shoulders pulled down a little instead of hanging loose. If the bottom hurts, stop just short of locked elbows.

Is the pull-up better than the lat pulldown?

For a pull-up goal, yes. Pulldown strength predicted pull-up strength in men but not in women (Johnson 2009). The pulldown is easier to load in small steps, so most lifters do well using both.

Why can I do pushups but not pullups?

A push-up lifts only part of your bodyweight, because your feet carry the rest. A pull-up lifts all of it. In college women, the average one-rep pull-up was 73% of bodyweight, so a full rep needed help (Johnson 2009).

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References
  1. Youdas et al. 2010. J Strength Cond Res 24(12):3404-3414.
  2. Dickie et al. 2017. J Electromyogr Kinesiol 32:30-36.
  3. Johnson et al. 2009. J Strength Cond Res 23(3):1022-1028.
  4. Ortega-Rodríguez et al. 2021. Res Q Exerc Sport 92(4):651-658.
  5. Urbanczyk et al. 2020. Scand J Med Sci Sports 30(11):2205-2214.
  6. Prinold and Bull 2016. J Sci Med Sport 19(8):629-635.
  7. Dinunzio et al. 2019. Sports Biomech 18(6):622-635.
  8. Wolf et al. 2025. PeerJ 13:e18904.
  9. Flanagan et al. 2003. Res Q Exerc Sport 74(1):52-59.