Joint hypermobility is almost always described in two opposite ways: either as a gift ("you are flexible, make the most of it") or as a sentence ("your joints are fragile, keep still"). Neither version holds up against the data. And there is a third phrase, repeated everywhere, that deserves checking before you build a programme on it: exercise reduces pain in people who are hypermobile.
This article starts exactly there. It tells you what the research has really shown, what is instead clinical caution dressed up as a rule, and how to plan sensible training anyway, because the uncertainty in the studies is not a reason not to train; it is a reason to train with honest expectations.
⚠ Important: read this first before going on
The exercises and advice in this article are general guidance and may not suit your situation. Everyone has a unique clinical history: what works for others could be counterproductive for you.
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Before you train: the signs that should be taken to a doctor
Some manifestations that go with joint hypermobility are not resolved by an exercise and should be assessed before starting any programme:
- Real and recurrent dislocations or subluxations, that is, joints that come out of place and have to be put back.
- Fragile skin that tears easily, wide, thin scars, spontaneous bruises over a wide area.
- A family history of arterial rupture, aneurysm or sudden death at a young age. A sudden and severe chest or abdominal pain in this context is a reason to go to the emergency department, not to wait.
- Fainting, dizziness or a heartbeat that speeds up a lot when you stand up.
- A joint that is hot, swollen and red, fever, or morning stiffness lasting more than an hour: here the suspicion is inflammatory rather than mechanical.
- Loss of strength, tingling or altered sensation that does not go away; problems controlling the bladder or bowel (a medical emergency).
- Pain that wakes you at night or unexplained weight loss.
The reason this list sits at the top and not at the bottom is simple: hypermobility is a feature that appears in many different conditions. The international classification of 2017 recognises thirteen subtypes of Ehlers-Danlos syndrome, all sharing hypermobility, stretchy skin and fragile tissues, and for all of them except the hypermobile type a certain diagnosis requires genetic confirmation. Telling benign laxity apart from a condition involving vessels and tissues is medical work, not a detail to postpone until after the first month in the gym.
Hypermobile does not mean "ill"
Having joints that move more than average is common and, on its own, is not a diagnosis. The same literature on joint hypermobility says it plainly: generalised hypermobility is not a pathology; it becomes one when it comes with symptoms that interfere with daily life.
How strong is the link with pain? Less than people think. In a study of 289 Italian schoolchildren aged 8 to 13, 30.4% reported chronic musculoskeletal pain and 13.2% met the criteria for benign hypermobility syndrome; hypermobility was more frequent among symptomatic children than asymptomatic ones, but the difference did not reach statistical significance. Among children with pain, moreover, hypermobility, "growing pains" and obesity behaved as alternative causes, not as overlapping ones.
Put simply: if your joints are lax and you have pain, hypermobility is a hypothesis to consider, not the automatic explanation. That is exactly why an assessment is needed before choosing exercises.
In 2017 the international community introduced the label hypermobility spectrum disorders precisely for people with symptomatic hypermobility who do not fit any defined syndrome. It is not a bureaucratic technicality: it changes the type of pathway that makes sense to offer you. The period when the question comes back most forcefully is pregnancy: in a longitudinal study about one woman in two became more lax between the first and third trimester, but those with more pain were not the ones with the most mobile joints: what really happens to lax joints in pregnancy.
What the research really says about exercise
This is the point that almost no article on joint hypermobility tells in full.
A systematic review published in Physiotherapy searched for all studies on therapeutic exercise in hypermobility syndrome: out of 2,001 titles examined, only four met the criteria (one controlled trial, one comparative study and two cohort studies). All showed clinical improvement over time, but, in the authors' words, there was no convincing evidence either that exercise was superior to control, or that exercise targeted at a single joint differed from general training.
More recent reviews do not overturn the picture, they soften it. A systematic review of physiotherapy in hypermobile Ehlers-Danlos syndrome included 6 randomised studies, with samples of 20 to 57 patients and programmes of 4 to 8 weeks: pain or proprioception improved in the treated group regardless of the type of intervention, and quality of life improved consistently, but the authors close by writing that robust randomised studies are lacking. A second review, dedicated to exercise and rehabilitation in adults with Ehlers-Danlos syndrome (all subtypes) and hypermobility spectrum disorders, gathered 10 studies and 330 participants in total: all reported some physical or psychological improvement and only one non-serious adverse event was reported. Of the 5 randomised studies included, however, only 2 were of high quality and at low risk of bias, and most of the non-randomised studies were at critical risk.
There is also an uncomfortable result that needs saying. A Swiss randomised study assigned 51 women aged 20 to 40 with generalised hypermobility (a Beighton score of at least 6 out of 9) to 12 weeks of self-managed strength training for legs and trunk, twice a week, or to no change in lifestyle. Be careful about who was enrolled: the main measure was muscle strength, not pain, and only 11 participants per group met the criteria for hypermobility syndrome, although almost all reported some pain. The result: no significant difference between the groups, either on strength or on the other measures. Adherence was good (63% completed more than 80% of the sessions) and adverse events were almost absent; the authors attribute the lack of effect to loads that were too low and to the choice of measures, and conclude that more individualised and better-supervised training is needed.
What to take home from all this: exercise is reasonable, safe and improves the people who do it, but "exercise significantly reduces hypermobility pain" is a bigger promise than the evidence supports. A generic programme, done alone and at low intensity, may very well produce nothing.
An important point: before trying these exercises, make sure you have received a correct diagnosis. People often assume they have one problem when the real cause of the pain is something else. Doing the wrong exercises can make things worse instead of better.
The "mid-range" rule: sensible caution, not law
The classic advice to people with lax joints is: work in the mid-range, avoid the extremes, use light loads. It sounds obvious. It has been tested seriously once, and the result is not what you would expect.
A Danish randomised study enrolled 100 adults with hypermobility spectrum disorder and shoulder pain or instability lasting at least 3 months, assigning them to 16 weeks of exercise (three sessions a week) in two versions: HEAVY, full range and high load, supervised twice a week, or LIGHT, in a neutral position and mid-range with low loads, with only three supervised sessions in total. At the end of the 16 weeks the difference on the WOSI functional questionnaire favoured the high-load group (-174.5 points; 95% confidence interval -341.4 to -7.7), so statistically in favour of HEAVY, but below the minimal clinically important difference, set at 252 points on that scale. There were no serious adverse events; in the high-load group transient muscle soreness (56% against 37%) and headache (40% against 20%) were more frequent.
The one-year analysis of the same patients scaled this back further: the difference had shrunk to -92.9 points and was no longer statistically significant.
The two honest conclusions, then, are these. First: loading well and using the full range of movement did not harm anyone, and in the short term it went slightly better than the cautious protocol. Second: neither approach is resolving at one year. If someone tells you that with joint hypermobility you must never leave the mid-range or touch a barbell, they are expressing a clinical preference, not citing evidence.
This does not authorise anyone to go at random. It means that the criterion is not "how far you have gone into the movement", but how much control you have in that position and that control is trained by gradually increasing the demand, not by avoiding it forever.
Proprioception: where the deficit is real and where it is not
The idea that a hypermobile person "feels" their joints less well has some basis, but it is more selective than it is usually presented. A meta-analysis of 5 studies and 254 people compared the proprioception of people with benign joint hypermobility syndrome with that of people without it: the sense of joint position and the ability to perceive the start of movement were significantly worse in the lower limbs, while in the upper limbs the picture was less clear: no significant difference for the shoulder, a significant difference for the fingers instead.
The practical consequence: proprioception and balance work makes most sense where the deficit is documented, that is, legs, knees and ankles. For the shoulder, the message from the research points more towards strength and progressive loading than towards "awareness" exercises.
How to plan the programme, in practice
No type of exercise has shown a lasting advantage over the others in joint hypermobility: the reviews cited above found no differences between exercise targeted at a single joint and general training, and improvements appeared whatever the intervention. The only documented exception is the one seen above, high load on the shoulder, better than low load at 16 weeks but no longer so at one year. This frees you from the problem of finding "the right exercise" and shifts attention to dose, progression and continuity.
Isometrics to start with. Holding a position against resistance lets you build muscle tension while choosing the joint angle yourself. It is a good starting point when movement hurts or when confidence is lacking, not a permanent goal.
Progressive strength as the body of the programme. The Swiss study's finding, low loads and no result, is the most useful reminder: training must become progressively more demanding, otherwise it asks the body for nothing worth adapting to. Fewer exercises loaded well are better than twenty light ones.
Closed-chain work and core stability. Squats and lunges with the foot on the floor, wall presses, planks, dead bugs and bird-dogs give stable reference points and are easy to adjust in difficulty.
Control before range. If in some position the joint "escapes" or you feel you are about to hit the end of the movement, that is the zone to train with more load and less speed, not necessarily one to avoid.
Less passive stretching. In your case the tissue is already long: stretching further does not resolve the feeling of stiffness, which almost always comes from muscles working too hard to compensate. This remains a matter of common sense; I have not found studies that test it directly.
Progression, pain and realistic timescales
Progression should be guided by how you respond in the following 24 to 48 hours, not by the training card. Diffuse muscle soreness that clears by the next day is normal, and in the Danish study it was in fact more frequent precisely in the group that improved most. Acute joint pain, swelling or a sense of giving way that lasts for days is another signal and calls for a reduction.
On timescales: the programmes studied last between 4 and 16 weeks. So think in months, not weeks, and assess progress over blocks of three to four weeks rather than session by session. It is the same principle that applies to injury prevention: the direction of the curve matters, not the single badly done workout.
Sport and braces
In disciplines such as artistic gymnastics, dance and circus arts, the problem for those living with joint hypermobility is not flexibility but the ability to control it under load and at high speed: progression should therefore be built around the demands of the sport, not a generic strengthening programme. This is clinical experience, not a finding I have seen measured in the studies cited.
If the person training is a young girl doing classical dance, the things to look at are few and precise: where her external rotation comes from, how the move to pointe work is decided, whether she is eating enough for what she does. You will find them in what to look for when your daughter does dance.
On braces, a useful clarification. A Swedish randomised study compared, in an occupational therapy service, 169 adults with hypermobility spectrum disorder or hypermobile Ehlers-Danlos syndrome and pain or paraesthesia in the hands: twelve weeks of progressive wrist stabilisation exercises against the use of a brace during selected activities. Result: no statistically significant difference between the two groups in activity capacity, quality of life, hand function, grip strength, pain or paraesthesia. It should be read with caution, because only 116 of the 169 enrolled completed the pathway: a result like this does not show that the two routes are equivalent, it says that this study saw no difference. It is in any case limited to the wrist and hand, and does not authorise extending it to the shoulder, knee or ankle.
In summary
Exercise with joint hypermobility is safe, well tolerated and worth doing. What we cannot promise, because the evidence does not support it, is that it resolves pain or that there exists a protocol with a lasting advantage over the others. The three things the research really supports are: that hypermobility alone does not explain pain, that the proprioceptive deficit is documented mainly in the lower limbs, and that loading seriously, under supervision, does no harm and in the short term works at least as well as the ultra-cautious protocol.
If you live with lax joints and pain, the right question is not "which exercises for hypermobility" but "which joint limits me, how much load it tolerates today and how I increase it". The physiotherapists at Ri-Hub can assess your case, work out whether hypermobility really plays a part and build a realistic progression with you, entirely by video call. You will find further points in the article on shoulder instability.
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Sources
- The effectiveness of therapeutic exercise for joint hypermobility syndrome: a systematic review, Physiotherapy, 2014
- Short-term effectiveness of high-load compared with low-load strengthening exercise on self-reported function in patients with hypermobile shoulders: a randomised controlled trial, British Journal of Sports Medicine, 2022
- One-year effectiveness of high-load compared with low-load strengthening exercise on self-reported function in patients with hypermobile shoulders: a secondary analysis from a randomised controlled trial, British Journal of Sports Medicine, 2024
- Physical therapy treatment of hypermobile Ehlers-Danlos syndrome: A systematic review, American Journal of Medical Genetics Part A, 2021
- Exercise and Rehabilitation in People With Ehlers-Danlos Syndrome: A Systematic Review, Archives of Rehabilitation Research and Clinical Translation, 2022
- Effect of resistance training on muscle properties and function in women with generalized joint hypermobility: a single-blind pragmatic randomized controlled trial, BMC Sports Science, Medicine and Rehabilitation, 2021
- Do people with benign joint hypermobility syndrome (BJHS) have reduced joint proprioception? A systematic review and meta-analysis, Rheumatology International, 2013
- Wrist Stabilising Exercise Versus Hand Orthotic Intervention for Persons with Hypermobility: A Randomised Clinical Trial, Clinical Rehabilitation, 2025
- The 2017 international classification of the Ehlers-Danlos syndromes, American Journal of Medical Genetics Part C, 2017
- A framework for the classification of joint hypermobility and related conditions, American Journal of Medical Genetics Part C, 2017
- Joint hypermobility, growing pain and obesity are mutually exclusive as causes of musculoskeletal pain in schoolchildren, Clinical and Experimental Rheumatology, 2014
Sources last checked: August 2026.
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