Hypermobility: Why Being "Too Flexible" Can Cause Pain and How to Manage It
When Flexibility Becomes a Problem
Most people think flexibility is purely good. Stretch more, feel better, right?
But some people are too flexible. Their joints move beyond normal ranges, their ligaments are lax, and despite being able to do impressive party tricks, they're often in pain.
This is hypermobility—and it requires a completely different approach.
What Is Hypermobility?
The Basics
Hypermobility means your joints move beyond the typical range of motion. This happens because your connective tissue—the ligaments and joint capsules that limit movement—is more elastic than average.
The Spectrum
Hypermobility exists on a spectrum:
Localized hypermobility: One or a few joints are extra flexible (common, often no issues)
Generalized joint hypermobility (GJH): Multiple joints are hypermobile (10-25% of population)
Hypermobility Spectrum Disorder (HSD): Hypermobility plus symptoms (pain, injuries)
Hypermobile Ehlers-Danlos Syndrome (hEDS): A connective tissue disorder with specific diagnostic criteria
The Beighton Score
A simple screening tool. Score 1 point for each:
Score of 5+/9 (or 4+/9 for older adults) suggests generalized hypermobility.
Why Does Hypermobility Cause Pain?
The Stability Problem
Joints need passive stability (ligaments) AND active stability (muscles). When passive stability is lacking, muscles work overtime to compensate.
This leads to:
Common Issues
The Frustrating Paradox
Hypermobile people often feel tight. The muscles are overworking to create stability. Stretching feels good temporarily but doesn't address the root problem—and can make things worse.
What Doesn't Work
More Stretching
If you're hypermobile, you don't need more flexibility. Stretching often:
Stop stretching into hypermobile ranges. It's feeding the problem.
High-Impact or End-Range Activities
These aren't necessarily forbidden, but require careful modification.
Ignoring Symptoms
"It's just how my body is" leads to progressive joint damage. Hypermobility needs active management.
What Actually Works
The Core Principle
Build strength and motor control in mid-range positions. Avoid end-range loading. Create active stability to replace missing passive stability.
Strength Training
This is the foundation. Stronger muscles = more joint stability.
Guidelines:
Key exercises:
Proprioceptive Training
Hypermobile people often have poor awareness of where their joints are in space.
Exercises:
Motor Control Work
Not just strong—controlled.
Focus areas:
Postural Awareness
Hypermobile people often "hang on ligaments" in standing and sitting.
Teach:
Exercise Modifications
Squats
Deadlifts
Pressing Movements
Yoga and Stretching
If you enjoy yoga:
Cardio
Building a Program
Sample Week
Monday: Lower Body Strength
Tuesday: Upper Body Strength
Wednesday: Stability and Cardio
Thursday: Full Body
Friday: Mobility and Stability
Weekend: Active recovery—walking, gentle movement, rest
Progression
Managing Flare-Ups
When Joints Hurt More Than Usual
When to Brace
Bracing can help during flare-ups or demanding activities, but:
Working With Providers
Who Can Help
Red Flags
If you have hypermobility plus:
...you may have a connective tissue disorder and should see a specialist.
The Bottom Line
Hypermobility isn't a sentence to pain. With the right approach—strength over flexibility, control over range—you can build a stable, functional body.
Stop stretching. Start strengthening. Protect those joints with muscles, not movements.
Your flexibility was never the problem. Your stability was. Now go build it.