Hypermobility · Hypermobile EDS · Double-Jointed
If standard strength training, stretching or yoga has left you injured, sublux-prone or in more pain — you don't need to keep mobilising. You need to build whole-body stability around the range you already have.
Written by Louis Ellery • Last reviewed: May 2026
Understanding the Condition
Joint hypermobility means having more range of motion than is typical for that joint. It can show up in a single joint — double-jointed thumbs, hyperextending elbows, knees that bend past straight — or generally across the whole body. Many hypermobile people have no symptoms at all and live with it as a quirk.
Symptomatic hypermobility usually shows up as: persistent joint and muscle pain, recurring headaches, joint clicking and popping, easy fatigue, poor balance and coordination, frequent ankle rolls, shoulder and patellar subluxations, and an exhausting sense that you always have to “hold yourself together.” In hypermobile Ehlers-Danlos Syndrome (hEDS), those symptoms are accompanied by skin and connective-tissue changes — thinner skin, easy bruising, slow wound healing, and often autonomic involvement (POTS, gastrointestinal issues).
If that's you, the most important thing to understand is this: the chronic tightness, the daily fatigue, the pain — those are not failures of strength or flexibility. They are the cost your body pays to keep your joints together when the connective tissue isn't holding them on its own.
The Most Common Mistake
Hypermobile joints already have too much range. The muscles around them feel tight because they're working overtime to stabilise that range. Stretching the “tight” muscle removes the brake the body had put on — the joint becomes even more unstable, the muscle re-tightens within hours, and the pain returns or worsens.
Yoga, deep stretching and aggressive mobility work tend to follow the same pattern. The body feels “open” for an hour, then progressively tightens because that tightness was load-bearing.
Isolated strength training has a different problem: it loads the joint that's already the most flexible. Heavy presses, traditional squats and big-range-of-motion lifts ask the most-mobile joint to bear load through ranges it can't stabilise. That's how hypermobile people end up with shoulder labrum issues, patellar tracking problems and lumbar disc complaints despite training hard.
What's Actually Going On
Three intersecting patterns drive the chronic pain, fatigue and instability that hypermobile clients live with.
A healthy body distributes force through a balance of tension (fascia, muscle) and compression (bone). When connective tissue is laxer than typical, that balance is disrupted — load gets dumped into individual joints instead of shared across the whole structure. Rebuilding tensegrity is the central goal.
Hypermobile fascia is often poorly hydrated and disorganised, which is part of why it doesn't transmit load well. Targeted myofascial work and movement that loads the fascia in integrated patterns is what restores its capacity to stabilise.
When the connective tissue can't hold the joint, the nervous system recruits accessory muscles to brace. That over-recruitment is what produces the chronic tightness, the headaches, the jaw and neck pain hypermobile people often describe. The fix isn't to release the brace — it's to make the brace unnecessary.
Our Approach
We film you walking from four angles to see exactly which joints are bearing the load they shouldn't, where the body is bracing, and how the gait pattern is reinforcing the pain. From this we build a picture of where stability needs to be added — never where range needs to be added.
Instead of stretching or isolated strengthening, we use whole-body movements that load fascia and muscle through integrated lines. Loading is conservative, ranges are controlled, and the goal of every drill is more stability through the same range — not more range.
Hypermobile bodies fatigue faster and inflame more easily. We progress in smaller increments, prioritise recovery, and measure progress in stability gains and pain reduction — not in load lifted or range opened. Most clients work in 1-on-1 sessions before transitioning into our group programs.
The Critical Reframe
Most hypermobile people have spent years being told to stretch, strengthen and improve their flexibility. Many were drawn to yoga, dance or gymnastics precisely because their bodies were “naturally good at it.” By the time they get to us, they have plenty of range. What they don't have is the ability to control it.
The work we do is the opposite of what they're used to. The drills feel small. The ranges feel restricted. The progress feels slow at first. But the pain reduces, the joints stop subluxing, the chronic tightness eases — because the body finally has another option besides bracing to hold itself together.
For people with hEDS specifically, this approach also has the advantage of being kind to the connective tissue itself. Conservative loading, integrated patterns and recovery-prioritised progression don't aggravate the underlying tissue fragility the way heavy isolated training does.
Evidence-Based
Peer-reviewed research supporting this treatment approach:
Common Questions
Joint hypermobility means having more range of motion than is typical for that joint. Many people are hypermobile and have no symptoms. Ehlers-Danlos Syndrome (EDS) is a group of inherited connective-tissue disorders that produces hypermobility plus a wider set of issues — fragile skin, easy bruising, slow healing, autonomic and cardiovascular involvement. Hypermobile EDS (hEDS) is the most common subtype and is the one most often confused with simple hypermobility. The training principles for both are similar; the medical management is not.
Hypermobile joints already have too much range. Stretching adds more, which increases the workload on the muscles and connective tissue trying to stabilise that range. The body then over-recruits accessory muscles to brace, which is what produces the chronic tightness, headaches and pain that hypermobile people often feel. The “tightness” is a stability strategy, not a mobility deficit. Stretching it out removes the brake the body has put on.
Yes, but the approach has to change. Standard strength training that loads isolated joints (e.g. heavy presses, squats with poor pelvic control) tends to reinforce the unstable patterns hypermobile bodies already use. Functional Patterns trains whole-body tensegrity — the integrated balance of tension and compression — so that load is distributed across the system instead of dumped into the most flexible joint. That's how you get stronger without subluxing or aggravating pain.
Yes. We work with clients across the hypermobility spectrum, including diagnosed hEDS. The approach is the same in principle — gait-based assessment, fascial release, whole-body integration — but the loading and progression are calibrated more conservatively. Pain, fatigue and POTS-like symptoms are taken into account when designing each session, and progress is measured in stability gains rather than range-of-motion gains.
Ready to Start?
90 minutes to find the joints that are paying the cost, the patterns that are driving the pain, and the first set of correctives to begin building stability instead of more range.