One Handed Hang
Also works: Biceps
A single-arm hang from a chin-up bar with your feet still on the floor, so you choose how much bodyweight to pour into one shoulder. It decompresses the lat and the shoulder capsule on one side at a time, and doubles as a cheap grip test.
Own the movement
Set up first, then execute. Every cue below is something you can check on your next set.
Before the first rep
- Set a bar or step so the bar is comfortably above your reach — you want to hang, not to be pulled onto your toes.
- Take a pronated (palm-away) grip with one hand, thumb wrapped around the bar rather than alongside it.
- Keep both feet flat on the floor or a step and stand tall before you start unweighting.
- Chalk or a strap is fair game — a grip that fails at eight seconds gives you no stretch at all.
Every rep
Breathing & tempo — Breathe out as you settle into the hang and keep breathing through the hold — a held breath stiffens the ribcage, which is the exact thing you are trying to let move.
Before you load it
- Keep at least a toe on the floor if you have had a shoulder dislocation or labral injury. A fully unloaded single-arm hang puts real traction through a joint that may not want it.
How much, how often
Where to start, and what to change when it stops being hard.
You set the load with your legs: the more you bend your knees, the more of your bodyweight hangs from that arm. Start at maybe a third of bodyweight for 10 seconds, and progress by taking more weight off the floor rather than by hanging longer. Two or three holds a side is enough.
What goes wrong
The errors that show up most often, and the cue that fixes each one.
Deliberately let the shoulder rise and the arm lengthen. An active hang is a strength exercise; you came here for the passive one, and the two do not substitute.
Bend the knees slowly over two or three seconds so the tissue loads gradually. A sudden drop onto one arm is how people strain a lat insertion or a biceps tendon.
Keep your chest square and let the movement happen in the ribcage. If you have to rotate to feel anything, the bar is too low — find a higher one or a deeper knee bend.
Hang still. Swinging under a single-arm load turns a passive traction hold into a series of small snatch-loads on the shoulder capsule, and you cannot feel where your end range is while you are moving.
Why bother
Hanging from two hands stretches both lats symmetrically, which is exactly the problem if one side is tighter. Taking one hand off doubles the pull on that side and lets the ribcage rotate away from it, reaching a range the two-arm hang never touches.
Keeping your feet down is the whole design. You control the dose by unweighting your legs a little or a lot, which means someone who cannot hold their bodyweight for five seconds can still get the stretch, and someone strong can load it hard.
Where it fits
At the end of a pulling session, or as a between-set filler on a pressing day. Ten to twenty seconds a side is enough; the limiting factor is usually your grip, not your lat, so treat a slipping hand as the end of the hold rather than something to fight.
If this one isn't it
No kit, too hard, or too easy — here's where to go instead.
Same job, different kit
Start here instead
When this gets easy
Asked and answered
Is hanging actually decompressing my spine?
It creates traction through the shoulder and, to a much smaller degree, the ribcage and lumbar spine. Any disc height you gain is temporary and reverses within minutes of standing up. Hang because it feels good and opens the shoulder, not because you expect a lasting change in spinal height.
Can I do this if I cannot do a single pull-up?
Yes, and that is the point of keeping your feet down. Unweight only as much as you can hold comfortably. If you would like it to build toward pulling strength as well, alternate it with band-assisted pull-ups on the same day.
How is this different from a two-arm dead hang?
A two-arm hang splits the traction evenly and locks your ribcage between two fixed points. One hand doubles the pull on the working side and frees your torso to rotate and side-bend away from it, so you reach lat range the symmetrical version never gets near.