Does Hypermobility Get Worse With Age?
We've all seen it — the friend who can touch their toes without a single stretch, the cousin who bends their elbows behind their back, the coworker who rolls their shoulders in a full circle without a complaint. Think about it: these people are often called "double jointed," and honestly, that's a charming way to describe it. But here's the thing that doesn't get talked about nearly enough: as we get older, even the most flexible bodies can start to feel the weight of time. So does hypermobility actually get worse with age, or is it more complicated than that?
Let's dig into this, because the answer matters a lot more than most people realize.
What Is Hypermobility, Anyway?
Before we can answer whether it gets worse with age, we need to understand what we're actually talking about. Hypermobility is a condition where your joints can move beyond the normal range of motion. It's not a disease — it's a trait, and it's more common than most people think The details matter here. Nothing fancy..
There are two main categories: generalized hypermobility, where multiple joints throughout the body are affected, and localized hypermobility, where only specific joints are loose. And the most well-known clinical classification is the Beighton score, which rates how many joints can bend beyond normal limits. A score of four or more is often considered indicative of generalized hypermobility.
The underlying cause is usually related to the structure of connective tissue — specifically the collagen and elastin that hold joints together. In people with hypermobility, these tissues are naturally looser, which means the joints have more room to move. It's a structural quirk, not a flaw And it works..
Now, here's the part that catches people off guard: just because the joints are loose doesn't mean they stay loose forever Most people skip this — try not to..
Why It Matters — And Why It Matters a Lot
When someone first gets diagnosed with hypermobility, the immediate reaction is often, "Well, I'm flexible, so I'm fine." And that's a dangerous assumption. The reality is that hypermobility can cause real problems over time, and age is one of the biggest accelerators It's one of those things that adds up..
The reason is simple: connective tissue is constantly breaking down and rebuilding. In a healthy, younger body, this happens efficiently. Every single day, the collagen in your joints is under stress from movement, and it needs to be repaired. But in a hypermobile body, the tissues are already more fragile, and the repair process can get overwhelmed.
No fluff here — just what actually works Most people skip this — try not to..
Here's what happens in practice: as you age, the collagen becomes less elastic. It stiffens, it degrades, and it loses the ability to absorb the constant mechanical load that your joints are under. Which means over time, this leads to joint instability, which means your joints don't stay where they should. They drift out of their normal alignment, and that instability is where pain, injury, and dysfunction start to creep in And that's really what it comes down to. No workaround needed..
So yes, hypermobility can get worse with age — but it's not a guaranteed decline. It depends on a lot of factors, and there's a lot of nuance here.
What Actually Changes as You Age
Let's break down the specific ways age affects hypermobile joints That's the whole idea..
Collagen Degradation
As we age, the body's production of collagen naturally declines. This is true for everyone, but for someone with hypermobility, the effect is amplified. The already loose connective tissue loses its ability to maintain structural integrity, and joints become more prone to subluxation — that's when a joint partially slips out of its socket.
Cartilage Wear
Cartilage is the cushion between your bones, and it's made largely of collagen and water. As you age, cartilage naturally wears down, and in someone with hypermobility, the reduced cushioning means the bones are more exposed to friction and pressure. This can lead to osteoarthritis, even in people who never had it before Simple as that..
Muscle Weakness
This is one of the most overlooked factors. Even so, over time, those muscles weaken, and the instability gets worse. In practice, when a joint is unstable, the muscles around it have to work harder to keep it in place. It's a vicious cycle: loose joints → muscles strain to compensate → muscles weaken → joints become even more unstable And that's really what it comes down to..
Inflammation
Age-related inflammation is a natural process, and it can be particularly problematic for hypermobile joints. Chronic low-grade inflammation can break down the connective tissue further, making the joints even more lax. This is why many people with hypermobility report increased stiffness and pain as they get older Still holds up..
Hormonal Changes
As we age, our hormone levels shift. And estrogen, for example, plays a role in maintaining connective tissue health. Women in their 40s and 50s often experience a drop in estrogen, which can make already loose joints feel tighter and more painful. The same goes for men, though the effects are less dramatic That's the whole idea..
Does It Actually Get Worse? The Evidence
The short answer is: yes, it can. But the longer answer is that it's not a straight line.
Studies on hypermobile individuals have shown that joint instability tends to increase with age, particularly in those with generalized hypermobility. The Beighton score, which measures how many joints can bend beyond normal limits, has been shown to remain relatively stable in younger adults but can change over time, especially in people who are more active or who have a history of injury Easy to understand, harder to ignore..
There's also the question of how hypermobile people age compared to non-hypermobile people. Some research suggests that hypermobile individuals may actually experience faster joint degeneration because the tissues are already under more stress. But other research points to the fact that hypermobile people tend to be more careful with their bodies — they're more aware of their limits, and they tend to avoid high-impact activities. So the outcome can vary widely depending on lifestyle choices Which is the point..
This changes depending on context. Keep that in mind.
The Role of Lifestyle
This is the part most people skip, and it's the most important part.
Your lifestyle has a massive impact on how hypermobile joints age. Here's what the research suggests:
- Strength training is the single most important thing you can do. Strengthening the muscles around your joints gives them better support, which reduces instability and slows the degradation of connective tissue.
- Consistent low-impact exercise helps maintain joint health without putting excessive stress on already fragile joints.
- Weight management matters. Extra weight puts more pressure on joints, and in someone with hypermobility, that pressure can accelerate wear and tear.
- Nutrition plays a role too. Collagen-rich foods, omega-3 fatty acids, and vitamin C can all support connective tissue health.
- Rest and recovery are often overlooked. Overworking hypermobile joints can lead to chronic instability, and the body needs time to repair.
The bottom line is that hypermobile joints don't automatically get worse with age. They get worse if you let them get worse. And that's a choice you can make.
Common Mistakes People Make
There are a few things that hypermobile people tend to do that accelerate the problem.
Ignoring pain signals. Many hypermobile people push through pain because they're afraid of losing their flexibility. But pain is a signal that something is wrong. Ignoring it can lead to long-term damage.
Doing too much too soon. A lot of hypermobile people are drawn to extreme flexibility practices like yoga or dance. While these can
be beneficial when done mindfully, jumping into advanced poses or high-intensity classes without building a foundation of strength first is a recipe for injury. The ligaments and tendons in hypermobile people don't provide the same passive stability, so the muscles have to do all the work — and if those muscles aren't ready, the joints take the hit Less friction, more output..
Neglecting proprioception training. Hypermobile joints often have impaired position sense — the brain doesn't get clear signals about where the joint is in space. This makes clumsiness and accidental hyperextension more likely. Simple balance exercises, closed-chain movements, and slow, controlled tempo work can retrain this system, but they're rarely prioritized That alone is useful..
Relying on passive stretching. Stretching into end-range without active control reinforces instability. If you can already touch your palms to the floor, you don't need more hamstring flexibility — you need strength in that range. Passive stretching without concurrent strengthening just widens the gap between what your joints can do and what your muscles can control.
Avoiding movement altogether. On the flip side, some hypermobile people become so fearful of injury that they stop moving. Disuse leads to muscle atrophy, which further destabilizes joints. The goal isn't to move less — it's to move better Simple as that..
When to Seek Professional Guidance
Not all hypermobility is created equal. If you have frequent dislocations, chronic pain that limits daily function, or a family history of connective tissue disorders like Ehlers-Danlos syndrome, it's worth seeing a specialist. A rheumatologist or geneticist can help determine whether your hypermobility is part of a broader syndrome that requires more comprehensive management.
Physical therapists who specialize in hypermobility — often called "hypermobility-aware" or "EDS-informed" PTs — can be game-changers. Worth adding: they understand that standard rehab protocols often fail hypermobile patients because they don't account for the unique neuromuscular challenges involved. A good PT will focus on motor control, closed-chain strengthening, and gradual load progression rather than generic stretching or high-rep band work Small thing, real impact. Less friction, more output..
The Long View
Aging with hypermobility isn't a sentence — it's a strategy. Plus, the people who do best aren't the ones who were born with the stiffest joints or the most collagen. They're the ones who learned early that their bodies play by different rules, and they adjusted accordingly.
They strength train consistently, not sporadically. Still, they respect fatigue and recovery. They build awareness of where their joints are in space. They treat their connective tissue like the finite resource it is — something to be protected, not tested Simple, but easy to overlook. Less friction, more output..
Hypermobility changes over time. But whether it becomes a source of chronic limitation or just a quirk you manage — that part is largely up to you. That's inevitable. The joints you have at sixty are the joints you built in your thirties and forties. Start building them now.
