Last week, we introduced hypermobility. We learned what it actually means at the joint level, how it differs from simple flexibility, and why hypermobile EDS (hEDS) and Hypermobility Spectrum Disorder (HSD) are related but distinct diagnoses. We talked about why runners with hypermobility tend to cycle through the same injuries without ever fully resolving them. We also touched on something that surprises many patients: hypermobility isn’t just a joint problem. The same connective tissue laxity that affects your ankles and knees can also show up in your gut, your autonomic nervous system, your skin, and your body’s ability to regulate pain signals.
If that first post was about understanding what you’re dealing with, this one is about what to actually do about it.
Part two is where the rubber meets the road. We’re going to walk through why hypermobile patients often don’t respond to standard physical therapy protocols and sometimes get worse with them. We’ll also talk about what a treatment approach that actually respects the hypermobile body looks like. We’ll break down the single most misunderstood symptom in this population: the chronic “tightness” that is almost never actually tightness. And we’ll make the case for why progressive strength training isn’t just one tool among many for managing hypermobility, it’s the central intervention around which everything else should be organized.
If you’ve spent years stretching muscles that never seem to loosen up, wondering why your body never adapts the way other athletes’ bodies do, and you’re always getting injured, this post is for you.
Why Physical Therapy Looks Different for Hypermobile Patients
Standard physical therapy protocols often fall short for hypermobile individuals, and sometimes make things worse. Understanding why requires stepping back and asking what are we actually trying to achieve in rehab?
For most patients, PT is about restoring range of motion, reducing inflammation, and rebuilding strength. But for a hypermobile patient, range of motion is rarely the limiting factor. Giving a hypermobile person stretching exercises is like giving a rubber band more length. That is not what the rubber band needs. What it needs is the structure and support to be used effectively within a safe range.
Load tolerance is typically lower. Hypermobile tissues don’t respond to loading the same way. They require more conservative progressions, longer loading phases, and more attention to signs of overload. What a typical athlete can tolerate in three sets of ten, a hypermobile patient might need to build toward over weeks or months. This is not to say that hypermobile people can’t achieve the same strength with patience and determination. When a strength plan is prepared specific to you, strength can become your superpower.
Neuromuscular re-education takes center stage. Because proprioception is impaired, a major goal of treatment is retraining the nervous system’s awareness of joint position. This means lots of work in controlled, mid-range positions. This can include single-leg balance progressions on stable and then unstable surfaces. Shoulder strengthening is often done with movements that avoid end-range, avoid joint distraction, and promote the use of the small stabilizing muscles. Movement patterns are practiced slowly with attention to joint centration (keeping the joint in its optimal position rather than allowing it to drift into end range), proper breathing, and core/postural awareness.
Pacing and recovery are non-negotiable. The post-exertional fatigue that many hypermobile patients experience means that more is not better. We use an activity pacing approach, helping patients find their baseline, stabilize it, and build from there rather than pushing through and crashing. This extra fatigue comes from the whole system having to work much harder to maintain stability and safety. Remember, the nervous, digestive, and even cardiovascular systems can be affected. All these systems work together to keep your body aware of its place in space and maintain internal balance, function, and safety.
Bracing and taping have a specific role. Unlike typical rehab, where the goal is to wean off supports, some hypermobile patients benefit from long-term use of supportive devices — particularly for ankles, knees, and the sacroiliac joint. These aren’t crutches; they’re appropriate accommodations that reduce microtrauma during activity. However, progressive rehab and strength training can help you wean off of these extra supports.
The Most Misunderstood Symptom: “Tightness” That Is Actually Weakness
If there is one concept that is most frequently missed by patients and well-meaning providers alike, it’s this: in hypermobility, what feels like tightness is almost always a symptom of weakness.
When the nervous system detects that a joint is unstable, it responds defensively. It increases the tone of the muscles surrounding that joint as a splinting mechanism. It is essentially trying to replace the passive stability that the ligaments aren’t providing. This chronic muscle guarding presents as a feeling of tightness. It feels like a tight hamstring, a tight hip flexor, or tight calves. It can even reproduce some of the symptoms of tightness, such as restricted range of motion in certain positions. As a hypermobile runner myself, I’ve developed tight hamstrings over the years. I may not be able to touch my toes like most hypermobile patients, but when I properly strengthen my hips, pelvis, and core, my toe touch improves significantly.
Stretching a Protective Tight Muscle Makes Things Worse
When a muscle is chronically tight because the nervous system is using it as a stabilizer, stretching that muscle temporarily removes the protection the body has created. This can also happen when targeting the muscle with manual therapy (hands-on physical therapy or massage) to release it. The joint is now more exposed. The nervous system cranks up the guarding again within hours or days, and the patient ends up in a frustrating cycle: stretch, feel temporarily better, tighten back up, repeat.
The solution is not more stretching. The solution is addressing the underlying weakness that is driving the guarding response in the first place.
I get it that the foam rolling, massage, and stretching can feel great. Patients have often been told for years that they need to stretch more. When a physical therapist recommends less stretching and more strength work, it can feel counterintuitive. But this is one of the most evidence-based shifts in thinking for managing hypermobility, and patients who make this transition consistently report better long-term outcomes.
This is especially relevant for runners. The classic runner’s complaints of tight hamstrings, tight hip flexors, and tight calves are often not the primary problem in a hypermobile runner. They’re downstream effects of insufficient strength in the glutes, deep hip stabilizers, and intrinsic foot muscles that should be controlling the lower extremity during the gait cycle.
Strength Is the Most Powerful Tool You Have
If you take nothing else away from this piece, take this: for individuals with hypermobility, strength training is not just a component of treatment. It is the treatment. Nothing else (not dry needling, not massage, not chiropractic manipulation, not stretching, not bracing) produces the same long-term reduction in pain and improvement in function as appropriately designed progressive strength training for the hypermobile body. All of those treatments can help manage pain and symptoms along the way, and they do have their place. Personally, as a hypermobile runner and physical therapist, I am biased toward dry needling as the best treatment for retraining the neuromuscular system. It has helped me immensely, but I always follow it up with a strength-and-stability program.
The reasoning is straightforward. Ligaments cannot be tightened through exercise. Connective tissue laxity is a fixed variable. But muscle strength is absolutely trainable. The stronger the muscles surrounding a joint, the more active stability they can provide, the less the passive structures are stressed, and the better the proprioceptive feedback to the nervous system. Strength is how you replace the stability you can’t get from ligaments.
Strength helps the body feel safe, which in turn can help tune down the nervous system (anxiety, fatigue, digestive issues). That is my personal favorite added bonus of following a routine strength-and-stability program.
What this looks like in practice: The program is built around compound, closed-chain movements (squats, deadlifts, single-leg progressions, step-ups, wall push-ups, bear crawls) and stability exercises (single-leg balance, inverted kettlebell shoulder presses). We prioritize the glutes, deep hip rotators, quadriceps, and posterior tibialis for lower extremity stability. For the upper extremity and spine, serratus anterior, deep cervical flexors, rotator cuff, and thoracic extensors take priority. The load is kept manageable, and the tempo is controlled, with an emphasis on mid-range positions rather than training at end range. Again, it’s also helpful to have a physical therapist who can coach you on breathing and postural control.
Isometrics often come first. Because hypermobile joints are most vulnerable at end range and during dynamic loading, isometric exercises (where the muscle contracts without joint movement) are an excellent starting point. They build strength with minimal joint stress, provide immediate pain-modulating effects via neurological mechanisms, and help re-establish the connection between the brain and the muscle before we layer in more complex movements.
Consistency over intensity. For hypermobile patients, the frequency and consistency of low-to-moderate-intensity training outperform high-intensity, sporadic training. Three to four days per week of structured strength work, maintained over months, produces dramatically better outcomes than aggressive programs that lead to flares and breaks in training.
The Bottom Line: Your Body Is Not Broken. It’s Undertrained.
Hypermobility is not a sentence to a life of pain and limitation. The runners and active adults we work with who have hEDS, HSD, and generalized hypermobility consistently make meaningful progress when they receive the right education, program, and support.
Understanding that your “tightness” may actually be protective weakness, that stretching more may be working against you, and that building strength is the most powerful lever you have. That understanding changes everything. It gives you a path forward that makes physiological sense and, more importantly, actually works.
The key is a program designed with your connective tissue in mind: appropriately loaded, carefully progressed, and guided by someone who understands the full picture of what hypermobility means for your body.
Next week, in part 3, I’ll talk about an aspect of hypermobility that not many physical therapists or healthcare providers are trained to address. It may be the missing piece for patients who have done “all the right things” and still aren’t getting better. Stay tuned!
If you missed it, here is PART ONE
