AbsPull-up barIntermediate

How to Do Hanging Leg Raises

ยท Updated Oct 1, 2026

A hanging leg raise is a core exercise done hanging from a pull-up bar. Your hip flexors lift your legs to hip height, then your abs curl your pelvis up toward your ribs. It trains the rectus abdominis, hip flexors and obliques. Most lifters do 3 sets of 8 to 15 reps, starting with bent knees.

Sets x reps 3 x 8-15
Muscles Rectus abdominis, hip flexors, obliques
Equipment Pull-up bar
Too hard? Bend your knees
Hanging Leg Raises hang and top positions
  1. 1Hang. Overhand grip on a pull-up bar, arms straight, shoulders pulled down and legs still.
  2. 2Top. Knees above your hips and pelvis curled toward your ribs, so your lower back rounds. Bent knees, as here, make it easier.
Watch 1 video demonstration
Technique

How to do a hanging leg raise

  1. Hang from a pull-up bar with an overhand grip, hands shoulder width apart, arms straight and feet off the floor.
  2. Pull your shoulders down away from your ears and hold your legs together. Stop any swing before the first rep.
  3. Lift your legs in front of you until your thighs are level with your hips. Keep your knees bent if straight legs are too hard.
  4. Keep going by curling your pelvis toward your ribs until your lower back rounds. Breathe out and hold for a second.
  5. Lower over 2 to 3 seconds to a still hang, without letting your legs swing behind you.
Technique

Lift your legs, then curl your pelvis

LiftYour hip flexors raise your legsFrom the hang to hip height, the hip flexors do the lifting while your abs hold your pelvis still.
CurlYour abs tip your pelvis upPast hip height, your pelvis curls toward your ribs and your lower back rounds. This is where your abs shorten.
SwingYour body rocksMomentum lifts your legs, and neither muscle works through the whole rep.
ArchYour lower back stays archedYour legs rise but your pelvis stays tipped forward. The rep is all hip flexor.

Lifting your legs is hip flexion, a job for the psoas, which was most active in hard hip flexion efforts (Juker 1998). Your abs flex the spine, so they only shorten when your pelvis curls at the top. Before that they stop the hip flexors from tipping your pelvis forward: lifting both legs needed ab activity, and lifting one leg did not (Andersson 1997). Done strictly, the rep is hard on the abs. The straight-leg hanging raise drew more than 130% of a max-effort test in the rectus abdominis and 88% in the external obliques (McGill 2015).

Progression

From knee raise to toes to bar

Step 1Hanging knee raiseBend your knees and lift them to hip height. The easiest version.
Step 2Knees to chestKeep lifting until your pelvis curls and your knees reach your chest.
Step 3Straight-leg raiseLegs straight to hip height, then curl. The full hanging leg raise.
Step 4Toes to barStraight legs all the way to the bar. Needs flexible hamstrings too.

Your hip flexors have to lift the weight of your legs, and the further that weight sits from your hips, the harder it is. Bending your knees pulls your shins and feet in, so the same raise gets easier. Straightening them makes it harder without adding any weight. Move up a step when you can do 3 sets of 15 strict reps.

Anatomy

Muscles worked

Rectus abdominis (six-pack)Holds your pelvis still as your legs rise, then curls it toward your ribs. Hanging knee-ups in ab straps drew some of the highest ab activity of the exercises tested in one EMG study (Escamilla 2006).
Primary
Hip flexors (iliopsoas, rectus femoris)Lift your legs from the hang to hip height, in every version of the raise.
Primary
Obliques, internal and externalHelp curl the pelvis and stop the swing. The external obliques worked at 88% of a max-effort test in the straight-leg raise (McGill 2015).
Secondary
Forearms, lats, shouldersHold you on the bar. Grip often gives out before your abs do.
Stabilizer
Research

Hanging leg raise claims the research does not back

Four claims that most hanging leg raise guides repeat, including our old one:

  • Leg raises train the lower abs, crunches the upper. The rectus abdominis is one muscle, and it works along its whole length. EMG found no difference between its upper and lower parts in curl-ups or leg raises (Lehman 2001). One ultrasound study saw the lowest segment change most in a leg raise, but the crunch changed the muscle 36% more overall (Gomirato 2023).
  • Hanging decompresses your spine. Not while you lift your legs. The straight-leg hanging raise compressed the spine with about 3,000 N, more than the body saw plank (McGill 2015).
  • If you feel it in your hip flexors, you are doing it wrong. The hip flexors lift your legs in every version, so you will feel them. Feeling only your hip flexors means you stop before your pelvis curls.
  • Leg raises burn belly fat. Six weeks of ab exercise, 5 days a week, did not reduce belly fat or waist size (Vispute 2011). Visible abs come from lower body fat.
Compare

Hanging leg raise vs captain's chair vs cable crunch

AttributeHanging leg raiseCaptain's chair raiseKneeling cable crunch
Moves atYour hips first, your spine at the topYour hips first, your spine at the topYour spine
Limited byGrip, swingingHip flexors, absYour abs
Make it harderStraighter legs, then a dumbbell between your feetStraighter legs, ankle weightsA heavier pin
Easy to cheat bySwingingStopping at hip heightBowing at the hips
Verdict

The hanging leg raise if your grip holds, the captain's chair if it gives out first. We found no study comparing the two. Both are mostly hip flexion with an ab curl at the top, so pair them with a crunch that curls your spine under load.

Programming

Sets, reps and progression

3Sets
8-15Reps
0-2Reps left

Do hanging leg raises at the end of a session, 2 to 3 times a week. Stop each set 0 to 2 reps short of failure. Sets taken close to failure build muscle across a wide range of reps (Schoenfeld 2021), so pick a range you can keep strict.

There is no plate to add, so progress by lever. When every set reaches 15 strict reps, move one step up the progression and drop back to 8. Past toes to bar, hold a light dumbbell between your feet.

Form

Common mistakes

Variations

Hanging leg raise variations

FAQ

Questions people ask

Do hanging leg raises work lower abs?

They work your whole rectus abdominis, which is one muscle. EMG found no upper vs lower difference in leg raises (Lehman 2001). One ultrasound study saw the lowest segment change most in a leg raise (Gomirato 2023), but no training study has tested whether that grows the lower abs more.

Do hanging leg raises work hip flexors?

Yes. Lifting your legs to hip height is hip flexion, the job of the iliopsoas and rectus femoris. Your abs hold your pelvis still on the way up and curl it at the top.

Are hanging leg raises bad for your back?

Not for most people, but they load it. The straight-leg version compressed the spine with about 3,000 N, more than the body saw plank (McGill 2015). If your back hurts, bend your knees, stop the swing and curl only as far as you control.

How many hanging leg raises should I be able to do?

On Gravitus, as of September 2026, the median best set logged as hanging leg raises is 12 reps for both men and women, and the top 10% have done 20 or more (4,000+ men, 800+ women). Count only strict reps with your legs at hip height or higher.

Why are hanging leg raises so hard?

You lift the weight of both legs on a long lever while hanging by your hands. Straight legs put that weight far from your hips, and grip often fails before your abs. Bend your knees to shorten the lever.

Are hanging leg raises enough for abs?

Not on their own. Most of the rep is hip flexion, and your spine only curls at the top. Add a crunch, which curls your spine through its whole range. The crunch changed the rectus abdominis 36% more than a leg raise (Gomirato 2023).

Gravitus Watch your hanging leg raise climb

Log every set and Gravitus charts your reps, times and records from week to week.

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References
  1. McGill, Andersen and Cannon 2015. J Sports Sci 33(4):419-426.
  2. Andersson et al. 1997. Eur J Appl Physiol 75(2):115-123.
  3. Juker et al. 1998. Med Sci Sports Exerc 30(2):301-310.
  4. Escamilla et al. 2006. Phys Ther 86(5):656-671.
  5. Lehman and McGill 2001. Phys Ther 81(5):1096-1101.
  6. Gomirato and Grenier 2023. Int J Exerc Sci 16(1):1077-1086.
  7. Vispute et al. 2011. J Strength Cond Res 25(9):2559-2564.
  8. Schoenfeld et al. 2021. Sports 9(2):32.