Self paced, education focused learning that explores movement, strength, stability and control in depth.
Videos, articles and starter material covering movement, pain and training concepts.
Tailored exercise and education training, shaped around you and what you are working through.
Most people with chronic pain or hypermobility have already been told that exercise is meant to help. What they are rarely given is a way to approach it that actually feels safe.
When your body feels unpredictable, when you are not sure where your joints are, or when previous attempts at exercise have ended in flare ups or injury, movement can start to feel risky rather than supportive. Add in conflicting advice, misinformation and mountains of research, and it becomes even harder to know what to do.
Research exists, but reading it does not tell you what to do on Monday.
That is the gap our work sits in. We take what the research and the clinical world actually shows, and turn it into structured, step by step learning you can apply, so you stop guessing, stop flaring on every push, and start building a body that holds up to the things you actually want to do.
Two paths through the site, depending on where you are.
If you are still figuring out what is going on with your body, start with the condition guides below. Each one explains what the condition actually is, why standard advice often misses, and how we approach it.
Browse the guidesIf you have already been engaging with our work and want the structured, in-depth material, the courses are where everything is laid out step by step.
Go to the coursesEach guide is written for people who have been around the block already, and want a clearer explanation of what is going on.
For when standard PT made it worse, and stretching keeps backfiring.
A full breakdown of what hypermobility actually is, why generic strengthening often fails, and how a neurology first approach changes the picture.
Read the guide
For when every push lands in a flare and you can't find the threshold before you cross it.
How fibromyalgia and persistent pain actually work, why pacing alone tends to fall apart, and what training looks like when the nervous system is the limiting factor.
Read the guide
For when standing up is a problem and no-one has explained why.
What POTS is, how it overlaps with hypermobility and chronic pain, and how training and exposure work when the autonomic system is part of the story.
Read the guide
For when months of frozen-shoulder treatment missed the real diagnosis.
A clear walk through what PTS is, how it is diagnosed, and what rehabilitation actually involves once the nerve is the thing that needs the work.
Read the guideMost traditional exercise programmes assume two things: that your joints are giving the brain accurate information about where they are, and that the passive structures around them are doing their share of the work. In hypermobile and pain sensitive bodies, neither is reliably true. Loading on top of that tends to make things worse, not better, which is why the standard gym route so often leaves people feeling more guarded, not less.
The work we teach starts further back.
Your brain holds an internal map of where each part of the body is and what it is doing. In hypermobility, connective tissue laxity can mean the sensory information coming in is less clear, so the map the brain has to work from is less precise. Many people seem to compensate by bracing, gripping and co-contracting, and that is often what the stiffness in hypermobility turns out to be. It is not usually a muscle that needs lengthening. It is, at least in part, a system trying to protect a joint it cannot reliably sense.
The first job, then, is to make the body more legible. Clearer sensory input. Better awareness of joint position. A sharper map. Once the brain has something accurate to plan from, the protective tension starts to ease on its own.
What we train for is readiness. That means the right amount of tone, in the right muscle, at the right time, without the system reaching for global tension as a back up. Strength tends to follow as a side effect of doing this work well. It is not the headline.
This is why the question we ask is "how good is the signal?" before "how much load?" When the signal is clean, load can be added. When it is not, more load just bakes in the compensation.
Motor learning runs through stages. Effortful at first, then more associative, then genuinely automatic. The literature on this is decades old and reasonably settled: variable practice tends to beat rote repetition for retention, and distributed practice across shorter sessions tends to beat long occasional sessions.
Most rehab and most gym programming ignores all of that and just runs the same exercise, same way, every session. That builds one narrow pattern. We are building something more flexible than that.
A few areas come up again and again in the people we work with:
None of this is exotic. It is just structured, in a sensible order, with attention paid to the steps that usually get skipped. The aim is a body that holds up under the things you actually want to do, without needing to grip its way through them.
We get asked this a lot.
Hypermobility and fibromyalgia are frequently discussed together in research and clinical settings because they overlap far more than most people realise. Research consistently shows a high prevalence of joint hypermobility in people with fibromyalgia, and a high prevalence of chronic widespread pain in people with hypermobility spectrum conditions. Many people experience features of both, even if they only hold one diagnosis.
Across both groups, the research describes differences in how movement is sensed, organised and controlled. That includes proprioception, balance, motor control, body representation, and how movement skills are learned and refined.
Because of this overlap, exercise is widely recommended. The NHS, NICE guidelines and multiple international organisations consistently promote exercise for people living with chronic pain and fibromyalgia. At the same time, charities and clinical guidance around hypermobility emphasise that exercise needs to be approached with more care, structure and progression.
This is where our focus sits.
How exercise is approached matters. Movement strategies commonly used for hypermobility often translate well to fibromyalgia because they prioritise control, proprioception, gradual loading and nervous system tolerance. These approaches tend to be adaptable for pain sensitive bodies.
The reverse is not always true. Exercise approaches designed for fibromyalgia do not always account for joint instability. When hypermobility is present, movement often needs more structure, more attention to positioning and coordination, and a clearer progression to avoid reinforcing unstable patterns.
This is why hypermobility features so strongly in our work. Rather than treating diagnoses, we explore how strength, stability, proprioception and motor learning are discussed in relation to movement, and how these ideas are commonly applied in hypermobile and pain sensitive bodies.
Hypermobility often requires a more deliberate approach to exercise, with greater attention to control, coordination and gradual loading. That makes it a useful framework for teaching movement in a way that prioritises safety, awareness and long term skill development.
Our courses slow things down. They combine clear explanation with guided movement to explore:
This reflects both the research literature and current clinical guidance, and explains why these themes run through everything we teach.
A four week live online workshop built around what actually drives stability in a hypermobile body. Live sessions, structured progressions, and a chance to ask questions while you work through it.
Designed for people who have already tried the standard route and want something with more depth behind it.
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For when you want the full system, in your own time.
A structured course for fibromyalgia and persistent pain. Covers nervous system load, pacing that holds up, and the training principles that change how the body responds.
Explore the course
The structured introduction to working with a hypermobile body. Builds clearer joint awareness first, then layers in the control, coordination and progressions that turn loose movement into reliable movement.
Explore the courseOur approach to movement education has been shared with people and professionals across the world.
If your child has hypermobility, EDS, or chronic pain, they have legal rights at school. Many parents don't know what those rights are, and many schools don't know either.
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Why your body will not let you sleep. A free guide for people with hypermobility, EDS, fibromyalgia and chronic pain. Covers what is actually keeping the nervous system switched on at night, and what to do about it.
Get the ebookIf there is a topic you would like us to cover in an article or a video, let us know. We read every email and use the suggestions to shape what we put out next.
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Your brain has a map of your body, and the map drives joint control, not the muscle. A look at cortical maps, proprioception, vestibular and visual inputs, why the signal goes fuzzy in hypermobility, and how to train for sharper joint awareness.
Constipation in hypermobility and hEDS is not a fibre problem, it’s mostly a sensation and coordination problem. Here’s what the evidence actually says about the mechanisms and what works.
Hypermobility comes with a strange contradiction: muscles that feel constantly tight, while also being told you have low tone. Once you understand how passive, active and readiness tone actually work, that contradiction makes sense, and so does why traditional ‘just get stronger’ advice keeps missing.
Why people with POTS sleep so badly, what the autonomic nervous system does overnight, and what the evidence actually supports for fixing it. The honest version.
Why training for hypermobility and chronic pain is a motor learning task before it’s a strength task. The stages your nervous system runs through, where the science is solid, and what that means for how you actually train.
The most thorough evidence review of fascia and hypermobility on the internet. 50 verified primary references, every claim CrossRef-checked, every fascia release method tested against the actual evidence. Honest about what works, where the marketing breaks bones, and what those with hypermobility should actually be doing instead.
