If you’re reading this, I can probably guess why. You’ve got a dull, dragging ache that sits across the back of your neck and spreads out over the tops of your shoulders, it’s worse when you’re upright, and it eases off the moment you lie down. You went looking for an explanation, and just about everywhere you turned you got handed the same tidy little story. Blood pools in your legs when you stand, the muscles holding your head up run short on oxygen, they ache, you lie down and it settles. Neat, isn’t it? Easy to picture. The trouble is, it’s only about half right.
I want to go deep on this one, because coat hanger pain is a subject where the internet has settled on a comfortable explanation and then stopped reading. You’ll find the same 93 percent figure and the same blood flow story copied across a dozen sites, usually with no reference attached and no mention of the bits of the research that don’t fit. And those inconvenient bits are the interesting part. They’re also the reason so many people spend years being told their neck pain is “just posture” or “just anxiety” when it’s neither. So let’s actually go through it. What coat hanger pain is, what the evidence genuinely supports, where that evidence argues with itself, and what you can do about it. No hand-waving.
What coat hanger pain actually is
The name is the most useful thing about it. The pain sits across the back of the neck, in the suboccipital region at the base of the skull and the paracervical muscles either side of the neck, and then it fans out across the tops of the shoulders. Draw that distribution on a body and you get the rough outline of a coat hanger. Hence the name [1].
But where it sits isn’t really the defining feature. What defines it is what makes it come and go. Coat hanger pain is postural. It gets worse when you’re upright, especially after you’ve been standing or sitting still for a while, and it eases when you lie down flat [1]. That pattern is the single most important clue you have, and it’s what separates coat hanger pain from the ordinary neck and shoulder ache that everyone with a desk and a phone picks up sooner or later.
Where the “93 percent” figure comes from, and what it quietly leaves out
Almost every article on this subject quotes the same number at you. You’ll have seen it: coat hanger pain affects 93 percent of people with dysautonomia. It gets repeated so often that nobody stops to check it, which is a shame, because it isn’t quite what the source actually says.
The figure comes from a 1998 study by Bleasdale-Barr and Mathias, who asked people with chronic autonomic failure about their pain [1]. That 93 percent refers specifically to patients with pure autonomic failure, which is a particular and fairly severe form of autonomic disease. In multiple system atrophy, a different autonomic condition, the figure was 51 percent [1]. So “93 percent of people with dysautonomia” is a broad-brush version of a much more specific finding.
And here’s the part that almost never gets quoted. In that same study, somewhere between 38 and 47 percent of the comparison groups, people who did not have autonomic failure at all, also reported neck pain [1]. Roughly four in ten people with no autonomic problem whatsoever had an aching neck too.
That matters more than it might first appear, so I want to sit on it for a second. It means neck and shoulder pain on its own diagnoses precisely nothing. Plenty of people have a sore neck for reasons that have nothing to do with blood pressure or the autonomic nervous system. What points towards coat hanger pain specifically isn’t the presence of neck pain, it’s the postural pattern. The pain tracking with how upright you are, and easing when you lie down. Miss that distinction and you end up chasing the wrong thing entirely.
The blood flow story, and why it’s only half of it
The standard explanation is something called muscle hypoperfusion. The muscles that hold your head up, the ones across your neck and shoulders, are working more or less constantly against gravity the whole time you’re upright. Constant work needs a constant blood supply. So if your blood pressure drops when you stand, the theory goes, those muscles get less blood than they’re asking for, waste products build up, and you’re left with an ache that behaves a lot like the burn of an overworked muscle [1].
There’s decent support for this, and I don’t want to wave it away. In the 1998 data, the neck pain was related to the degree of orthostatic hypotension, meaning the bigger the drop in blood pressure on standing, the more likely the pain, and it was reliably relieved by sitting or lying flat and by anything else that pushed blood pressure back up [1]. A separate, smaller study in people with spinal cord injury found the same coupling between neck pain and the postural fall in blood pressure [2]. It’s a modest study and I won’t oversell a single small cohort, but the fact that the very same link turns up in an entirely different population is worth taking seriously.
But if hypoperfusion were the whole story, coat hanger pain ought to show up whenever blood pressure drops and disappear whenever it recovers. And it just doesn’t behave that cleanly. In a 2012 study, Khurana followed 22 people with autonomic dysfunction and found that while 13 of them, 59 percent, reported coat hanger ache in ordinary daily life, only 4 actually reproduced it during a head-up tilt test, which is the controlled situation designed to provoke exactly this kind of blood pressure drop [3]. The author’s conclusion was blunt. The findings “militate against direct association” between orthostatic hypotension and coat hanger ache, and point to “a complex pathophysiology” [3].
It’s worth being straight about the state of this evidence, because it’s thinner than the confident tone of most articles suggests. The foundational studies are now more than two decades old and come largely from the same small circle of autonomic researchers, and Khurana’s paper, for all that it’s the most revealing of the lot, followed just 22 people and has never been repeated. Nobody has published fresh primary research dedicated to coat hanger pain in well over a decade. None of that makes what we do know wrong, and the postural pattern is about as consistent a finding as you’ll get. It just means the honest position here is a bit of humility rather than the tidy certainty you’ll find on most sites.
Out of journal-speak and into plain English: low blood flow is part of the picture, but it isn’t a simple plumbing problem where less blood equals more pain in a nice straight line. How much pain you feel is shaped by how your nervous system is processing and amplifying those signals, not just by the raw oxygen supply. And if you’ve read much of our work, you’ll know this is the same story we tell about persistent pain generally. The link between what’s actually going on in the tissue and what you end up feeling is loose and messy rather than mechanical. Coat hanger pain sits squarely inside that gap, and once you accept that, what you do about it changes. We’ll come back to that.
The POTS and hypermobility connection
If you’ve found your way to this article, there’s a fair chance you also carry a diagnosis of POTS, hypermobility, or Ehlers-Danlos syndrome, because these things tend to travel together. The link between joint hypermobility and autonomic dysfunction is well recognised now, with the prevalence of dysautonomia in Ehlers-Danlos syndrome reported in some studies as high as 78 percent [5].
The mechanism most often put forward for POTS in hypermobile people is a connective tissue one. If the walls of your veins are more stretchy than average, blood pools more readily in the lower body when you stand up. Less blood makes it back to the heart, cardiac output drops, and the heart rate shoots up to compensate, which is the defining feature of POTS [5]. Because that whole cascade kicks off with the same upright posture and the same drop in effective circulation, it’s not hard to see why coat hanger pain and POTS keep turning up in the same people.
I do want to be honest about the limits here, though. That same 2024 review is talking specifically about headache in POTS when it says the underlying mechanism “is even less clear and there is need for further research” [5], and coat hanger pain, which has been studied far less than headache, sits on no firmer ground. So if anyone tells you they know exactly why your neck hurts, they’re telling you more than the evidence can currently back up.
Not everything that aches across your shoulders is coat hanger pain
This is the section other articles skip, and skipping it is how people end up in real trouble.
Orthostatic pain around the head and neck in a hypermobile person can have more than one cause, and some of them matter a great deal. A 2024 review of headache in Ehlers-Danlos syndrome and hypermobility spectrum disorders lists several conditions that can all produce head or neck pain that shifts with posture. POTS, yes, but also a spontaneous cerebrospinal fluid leak, which causes a headache that’s worse upright and better lying down, exactly like coat hanger pain, along with craniocervical instability, migraine, and raised intracranial pressure [5]. These aren’t exotic footnotes. They’re all more common in hypermobile people than in the general population.
There are two flags here worth taking seriously. First, if your main symptom is a headache rather than a muscular neck ache, and it’s clearly worse when you’re upright and better when you lie flat, that pattern can point to a cerebrospinal fluid leak and is worth raising with a doctor rather than quietly filing under coat hanger pain [5]. Second, craniocervical instability has become a very popular explanation online, often bolted onto expensive and invasive treatment. The same review is careful to point out that it “remains a controversial diagnosis with a limited treatment evidence base”, that there’s currently no reliable way to tell ordinary hypermobility apart from genuine instability, and that its symptoms overlap almost completely with POTS and migraine anyway [5]. That’s not me dismissing anyone’s suffering. It’s me telling you to be extremely cautious about surgery or injection procedures being sold on the back of a diagnosis the field itself can’t yet pin down.
So the short version. If a postural neck ache is your main problem, coat hanger pain is a perfectly reasonable working explanation. If there are red flags, a severe orthostatic headache, neurological symptoms, anything that’s getting steadily worse, get it properly assessed before you accept the easy label.
What actually helps
Because low blood flow genuinely is part of the mechanism, the first line of management is aimed squarely at keeping more blood where it needs to be. The evidence here is decent but uneven, some of these measures are better proven than others, so it’s worth knowing which is which rather than treating them all as equal [4][6][7].
Fluid and salt. Bumping your fluid intake up to around two to three litres a day expands your blood volume, which is one of the most direct ways to blunt that postural drop in blood pressure [4]. One neat, well-evidenced trick within that is drinking a large glass of water fairly quickly, roughly 500 ml, which gives a short but genuine bump in blood pressure when you need it [4]. Salt is more of a mixed bag. It gets recommended almost everywhere, but the evidence for loading up on it as a matter of routine is thinner than that popularity suggests [7], and it isn’t for everyone, so it’s worth doing with medical guidance rather than on a hunch, particularly if you’ve any history of heart or kidney problems [4].
Compression. Compression garments reduce the venous pooling that starts the whole cascade off in the first place, but where you put them matters more than people realise. Compression over the abdomen does more than compression on the legs alone, and plain below-knee stockings have less evidence behind them than their popularity implies [4][7].
Physical counter-manoeuvres. Crossing your legs, tensing your lower body, squatting, and similar tricks give you an immediate, mechanical bump in blood pressure when you feel symptoms coming on [4][6][7].
Lying down. It’s not a long-term plan, but it reliably aborts an acute episode, because it takes the gravitational challenge away entirely [1].
Not deconditioning. This is the one that gets missed, and it’s the one I care about most. When being upright hurts, the natural instinct is to do less of it. The problem is that prolonged rest actually worsens your orthostatic tolerance and feeds a downward spiral. Graded, structured exercise, including lower-body strength work, is a core part of managing orthostatic intolerance, not an optional extra you get round to later [4][6].
And that last point is where our approach parts company with the standard advice, and where that “complex pathophysiology” finding really starts to earn its keep. If coat hanger pain were purely a blood supply problem, exercise would be about circulation and nothing else. But because your nervous system’s processing of these signals is part of the picture [3], how you exercise matters every bit as much as whether you do.
For hypermobile people, and especially those with significant POTS, the exercise that works isn’t the exercise most people get handed. It starts horizontal or semi-recumbent, using things like recumbent cycling, rowing or swimming, so we can load the cardiovascular system without asking it to fight gravity at the same time. It prioritises the quality of the movement, and the brain’s map of the body, over sheer strength, because in hypermobility the thing holding you back is usually the precision of the control signal, not the size of the muscle. And it progresses slowly and deliberately, so the nervous system gets a chance to update its predictions about what’s safe rather than bracing against everything. We’ve covered the reasoning behind all of this in far more detail in our work on hypermobility and exercise, and it’s the backbone of what we do in the studios.
The muscular side is worth a word too. Building tone in the deep stabilising muscles around the neck and shoulder girdle gives those anti-gravity muscles more to work with and, done properly, sharpens up the body’s sense of where it is in space. It’s not a cure for the autonomic side of things, and I won’t pretend it is. It’s a way of making the sheer mechanical demand of staying upright less punishing while the rest gets managed.
When to get it checked
See a doctor rather than trying to manage it yourself if the pain is severe, if it’s more of a headache than a muscular ache and clearly changes with posture, if you’ve got neurological symptoms like double vision, difficulty swallowing or weakness in a limb, or if anything at all is getting steadily worse [5]. None of the self-management above is a substitute for a proper assessment when there are red flags. It’s there to help with the ordinary, postural, muscular version of the problem once the alarming causes have been ruled out.
Frequently asked questions
A dull, tight ache across the back of the neck and the tops of the shoulders, in the shape that gives it its name. The giveaway is that it gets worse when you’re upright and eases when you lie down.
No. It’s strongly associated with autonomic conditions, but that postural pattern can also come from a cerebrospinal fluid leak, craniocervical issues or migraine, and plenty of people without any autonomic condition have neck pain for entirely unrelated reasons. The pattern is a clue, not a diagnosis.
Yes, reliably, for an acute episode. Lying flat removes the gravitational challenge and lets your blood pressure recover, which is exactly why it’s one of the clearest features of the condition. It’s a rescue, though, not a treatment.
Done the wrong way, it can. Done the right way, starting horizontal, building up gradually and prioritising control, it’s one of the most effective things you can do, because avoiding activity worsens your orthostatic tolerance over time.
Coat hanger pain is usually a symptom of an underlying autonomic or connective tissue condition, so the honest answer is that it’s managed rather than cured. Most people can reduce it substantially by getting on top of the underlying orthostatic intolerance and training the body to tolerate being upright again.
Getting on top of the underlying orthostatic intolerance is the real work here, and the step most people skip with POTS exercise covers how to build that tolerance without making things worse. Coat hanger pain also turns up alongside a much wider set of symptoms, so it’s worth checking what you’re dealing with against the fuller list of hypermobility and EDS symptoms.
References
- [1] Bleasdale-Barr KM, Mathias CJ. Neck and other muscle pains in autonomic failure: their association with orthostatic hypotension. Journal of the Royal Society of Medicine 1998;91(7):355-359. doi: 10.1177/014107689809100704
- [2] Cariga P, Ahmed S, Mathias CJ, Gardner BP. The prevalence and association of neck (coat-hanger) pain and orthostatic (postural) hypotension in human spinal cord injury. Spinal Cord 2002;40(2):77-82. doi: 10.1038/sj.sc.3101259
- [3] Khurana RK. Coat-hanger ache in orthostatic hypotension. Cephalalgia 2012;32(10):731-737. doi: 10.1177/0333102412449932
- [4] Cutsforth-Gregory JK, Low PA. Neurogenic Orthostatic Hypotension in Parkinson Disease: A Primer. Neurology and Therapy 2019;8(2):307-324. doi: 10.1007/s40120-019-00152-9
- [5] Mehta D, Simmonds L, Hakim AJ, Matharu M. Headache disorders in patients with Ehlers-Danlos syndromes and hypermobility spectrum disorders. Frontiers in Neurology 2024;15:1460352. doi: 10.3389/fneur.2024.1460352
- [6] Wieling W, Kaufmann H, Claydon VE, van Wijnen VK, Harms MPM, Juraschek SP, Thijs RD. Diagnosis and treatment of orthostatic hypotension. The Lancet Neurology 2022;21(8):735-746. doi: 10.1016/S1474-4422(22)00169-7
- [7] Fedorowski A, Ricci F, Hamrefors V, Sandau KE, Hwan Chung T, Muldowney JAS, Gopinathannair R, Olshansky B. Orthostatic Hypotension: Management of a Complex, But Common, Medical Problem. Circulation: Arrhythmia and Electrophysiology 2022;15(3):e010573. doi: 10.1161/CIRCEP.121.010573
