When you think of hypermobility, what comes to mind?
Maybe it's being “double-jointed,” naturally flexible, or being able to move into positions that most people can't.
But hypermobility is so much more complex than simply having a large range of motion.
As someone who is hypermobile myself, and through working with other hypermobile individuals, I've learned that there is so much to explore when it comes to how our bodies move, create stability, and respond to strength training.
One of the biggest things I've discovered is that having access to a lot of movement doesn't necessarily mean you have control over that movement.
And that's where strength training can make a huge difference.
Why Can Hypermobility Make You Feel So Tight?
One of the most interesting things about hypermobility is that you can have joints that move a LOT while other areas of your body feel incredibly stiff.
It might seem contradictory. How can someone with so much mobility constantly feel tight?
But this is something I've experienced firsthand, and it's something I see in many of the hypermobile people I work with.
You might notice excessive movement in certain joints while experiencing persistent tension in areas like your:
Feet and ankles
Pelvic floor
Ribcage
Neck and shoulders
In some cases, that sensation of tightness may be related to how the body is managing stability and controlling movement.
When certain joints have more available range of motion, the surrounding muscles may work harder to help manage that movement. This can contribute to a feeling of stiffness or tension, even when mobility itself isn't limited.
That's why simply stretching everything that feels tight isn't always the most helpful approach.
Sometimes, what your body needs isn't more range of motion. It's more strength, control, and support within the range you already have.
Hypermobility and Proprioception: Knowing Where Your Body Is in Space
Another important piece of hypermobility that deserves more attention is proprioception, which is your body's ability to sense where it is in space.
Think about how you know where your arm is positioned without having to look at it, or how you can adjust your balance when standing on one leg.
That's proprioception at work.
Research suggests that some people with joint hypermobility, particularly those with symptomatic hypermobility, may experience differences in joint position sense and proprioceptive awareness.
This is something I've noticed in myself. Another reason I love using a wall for reference.
For a long time, I found it difficult to sense and control what was happening in the middle of a movement. Instead, I would naturally gravitate toward end-range positions.
Think about:
Locking out your knees when standing
Hyperextending your elbows during exercises
Hanging into one hip while standing
Moving from one end-range position to another without much control in between
These positions can provide strong sensory feedback, which may make them feel easier to recognize or maintain.
For years, I was essentially bouncing from one end range to another without realizing how little control I had over the movement in between.
And this is one of the reasons I find strength training so valuable for hypermobile bodies.
The goal isn't to avoid end ranges altogether. It's to develop the ability to move into, out of, and through different positions with control.
3 Ways I Approach Strength Training for Hypermobility
When I'm training myself or working with hypermobile clients, there are a few strategies I consistently come back to.
These aren't about restricting movement or forcing the body into a specific position. They're about creating opportunities to build strength, improve awareness, and explore movement with more control.
1. Use External Feedback to Improve Body Awareness
When it's difficult to sense where your body is in space, external feedback can be incredibly helpful.
This is where I love using constraints.
A constraint is something in your environment or exercise setup that provides feedback or helps guide how you move.
Some of my favorite tools include:
Walls for hand or foot contact
Foam rollers
Mini resistance bands
Long resistance bands
Foot wedges
For example, placing your hands against a wall during an exercise gives your body a physical reference point. Instead of relying entirely on internal sensation, you have something tangible to push into or move against.
Resistance bands can also provide directional feedback. If a band is pulling you in one direction, your body has to actively resist that force.
These simple additions can make it easier to recognize where you are in a movement and how you're producing force.
2. Set Up Exercises to Make Compensations Harder
As a coach, I don't want to spend an entire exercise giving someone ten different cues about what their body should be doing.
I'd rather set up the exercise in a way that makes the intended movement easier to find.
This is another reason I love constraints.
By changing the position, adding a point of contact, or using resistance in a particular direction, we can influence how someone organizes their movement.
For example, using a resistance band that pulls the body in one direction creates an opportunity to actively resist that pull and develop control.
Instead of constantly telling someone to adjust their position, the exercise itself provides feedback.
Of course, there isn't always one correct way to move, and compensations aren't inherently bad. But when we're trying to develop a particular movement strategy or strengthen a specific area, thoughtful exercise setup can be incredibly useful.
3. Spend More Time in Mid-Range Positions with Isometrics
This might be one of my favorite strategies for hypermobility.
When you naturally gravitate toward end-range positions, spending more time in the middle of a movement can feel surprisingly challenging.
That's why I love incorporating slow, controlled repetitions and isometric holds.
Isometrics are muscle contractions where you're producing force without visible joint movement.
For example, you might pause halfway through a squat and hold that position, or push against an immovable object to create tension without changing position.
I often start a set with a short isometric hold before moving into full repetitions.
This gives me a chance to recognize where my body is, feel the muscles working, and establish control before adding movement.
It's a simple adjustment, but it can completely change how an exercise feels.
And over time, building strength and control through those mid-range positions can help expand your movement options rather than relying on the same familiar end ranges.
Strength Training for Hypermobility Isn't About Becoming Less Flexible
One misconception I want to address is that hypermobile people need to avoid certain movements or stop using their full range of motion.
That's not necessarily the case.
Having a large range of motion isn't inherently a problem, and the goal of strength training shouldn't be to eliminate that mobility.
Instead, we want to develop the strength and coordination to use the movement available to us.
That means learning to produce force in different positions, improving awareness throughout a movement, and gradually building the capacity to tolerate load.
It's also important to recognize that hypermobility exists on a spectrum. Some people have increased joint mobility without symptoms, while others experience pain, instability, fatigue, or additional challenges that require a more individualized approach.
There isn't one exercise program that works for every hypermobile person.
But progressive strength training, appropriately adapted to the individual, can be a valuable part of developing physical capacity and supporting joint function.
The Goal Is to Own Your Movement
If there's one thing I want hypermobile people to take away from this, it's that more mobility isn't always the answer.
You might already have plenty of movement available to you.
The opportunity is to explore what happens between those end ranges.
Can you sense where your body is? Can you produce force without relying on a locked-out position? Can you move slowly through a range and feel in control of what's happening?
These are the things I love exploring through strength training.
Because for me, the goal isn't just to become stronger or more flexible.
It's about feeling more connected to my body, developing stability, and learning to actually own the movement I have.
And I think that's a part of hypermobility that deserves a lot more attention. If you’d like to explore movement in your own body, I’d love to chat.