Pull-up pain is one of the most common complaints we hear from people who train. The good news is that it usually points to a specific, fixable weak link rather than something serious. Finding that link is the key to training pain-free again.
A pull-up is a multi-joint movement, so pull-up pain can come from the wrist, elbow or, most often, the shoulder. In this guide we explain how to find the source, whether shoulder pain or limited shoulder mobility is to blame, and how to build pull-up strength without the pain.
Why Pull-Up Pain Happens: A Multi-Joint Movement
It can be confusing because a pull-up is not a single-joint exercise. It loads the wrist for grip and forearm, the elbow for bending and straightening, the shoulder for pulling the arm down and back, and the shoulder blade as it rotates on the ribcage. Each of those joints relies on enough strength and tissue capacity from the muscles and tendons around it. When one link cannot handle the load, that is usually where the pain shows up.
Finding the Weak Link Behind Your Pull-Up Pain
The first job is to work out which joint is driving your pull-up pain. Sometimes it is obvious during the set; other times it shows up in the hours afterwards or the next morning. Once you know the location, the next step is to look at the muscles and tendons that support that joint and find the strength or endurance deficit behind the pain. This is exactly the kind of assessment a physiotherapist does, and it is far more effective than guessing.
Common Causes of Pull-Up Pain
While the source varies from person to person, a handful of areas come up again and again when we assess it.
Thoracic and Shoulder Mobility
Stiffness through the upper back and shoulder is one of the most common contributors. If your thoracic spine or shoulder mobility is limited, the shoulder has to work at the edge of its range on every rep, which can irritate the tissues. Improving thoracic and shoulder mobility often takes pressure off the painful area.
Shoulder Strength and the Rotator Cuff
The rotator cuff and the muscles around the shoulder blade control and stabilise the joint through the pull. Weakness or poor endurance here means the shoulder is less able to handle repeated load, and it is a frequent source of shoulder pain during pull-ups.
Back, Trunk and Grip Strength
The bigger back muscles, the trunk, and the grip all contribute too. Weak scapular and mid-back strength, a trunk that cannot stay controlled, or a grip that fatigues early can all shift load onto structures that are not ready for it, feeding the pain.
Is Shoulder Pain the Main Culprit?
Of all the joints involved, the shoulder is the most common site of the pain, so shoulder pain deserves particular attention. That said, shoulder pain during pull-ups is rarely just a shoulder problem; it often traces back to limited shoulder mobility, a weak rotator cuff, or poor scapular control higher up the chain. Treating the shoulder in isolation without addressing those drivers tends to give short-lived results.
How to Train the Weakness and Build Pull-Up Strength
Once you have found the weak link, a good plan has three aims. First, calm the aggravated joint and remove the factors making it worse, to bring the pain down. Second, build the strength and endurance of the weak link you identified. Third, gradually reintegrate full pull-ups, using modified versions or alternatives in the meantime. Done in that order, you settle the pain and build pull-up strength at the same time, so the problem is less likely to return.
Can I Still Do Pull-Ups While in Pain?
Most of the time, yes. You often do not have to stop pull-ups entirely; the trick is adjusting the variables, such as range, load, volume and grip, so you stay under the level that flares your pain. Getting that balance right is genuinely tricky on your own, which is where a physiotherapist’s guidance helps you keep training while the weak link catches up.
Common Questions About Pull-Up Pain
Why do I get shoulder pain during pull-ups?
Shoulder pain during pull-ups usually comes from the shoulder working at the limit of its capacity, often because of limited shoulder mobility, rotator cuff weakness or poor scapular control. Identifying which of these applies to you is the key to fixing it.
Can poor shoulder mobility cause pull-up pain?
Yes. Limited shoulder mobility forces the joint to the edge of its range on every rep, which can irritate the surrounding tissues and contribute to the pain. Improving mobility is often part of the solution.
How do I build pull-up strength safely?
Build pull-up strength gradually, addressing any weak links first and progressing load and volume in steps rather than all at once. Modified pulls and accessory work help you build pull-up strength without aggravating the painful area.
How BeFit Can Help With Pull-Up Pain
At BeFit Training Physiotherapy, we assess pull-up pain thoroughly to pinpoint the source rather than treating it blind. Our sports physiotherapy team identifies the weak link, then uses evidence-based strength and conditioning to build the strength and capacity you need, while a mobility assessment can check the thoracic and shoulder mobility that so often plays a part. Initial consultations run for 45 minutes, one-on-one, so there is time to work out exactly what is driving your pain.
Our team at Edgecliff and Coogee would be glad to help you get back to pain-free pull-ups. No referral is required, and HICAPS is available on-site for immediate health fund claiming.
Book an appointment at BeFit Training Physiotherapy — no referral needed.
Edgecliff: (02) 9327 7749 | Coogee: (02) 7205 2805 | befittrainingphysio.com/book-now
Related Services at BeFit
Learn more about how our team can help:
Sports Physiotherapy
Strength & Conditioning
Mobility Assessment
References
Cools AM, et al. Rehabilitation of scapular dyskinesis: from the office worker to the elite overhead athlete. Br J Sports Med. 2014.
Escamilla RF, et al. Shoulder muscle activity and function in common shoulder rehabilitation exercises. Sports Med. 2009.
Cook JL, Purdam CR. Is tendon pathology a continuum? A pathology model to explain the clinical presentation of load-induced tendinopathy. Br J Sports Med. 2009.
Australian Physiotherapy Association. Clinical guidelines. physiotherapy.asn.au.
