top of page
Search

Why Hypermobile People Feel Tight (And What Helps)

Updated: Feb 27

Many people assume that being flexible means feeling loose and being able to put their leg behind their head 👀


But if you’re hypermobile, you might experience the opposite: constant tightness, stiffness, or aching muscles. At Knotty Strokes, we see this all the time. And no, it’s not a contradiction, it’s how your body compensates for joint instability.


What Is Hypermobility?


Hypermobility means your joints move beyond the typical range because your ligaments and connective tissue are more elastic. While this allows impressive flexibility, it also means:


  • Ligaments provide less joint stability

  • Joints can move excessively

  • Muscles must work harder to control movement


Your flexibility isn’t the problem, your body just needs extra support to stabilise.


Why Hypermobile People Feel Tight


When ligaments are loose, your muscles step in to protect your joints. This constant activation can cause:


  • Muscle fatigue

  • Chronic tension

  • Trigger points

  • A persistent feeling of stiffness



In short: tightness is your body’s way of protecting you.




The Nervous System Factor


Hypermobile joints provide less reliable feedback to your brain. To compensate, your nervous system increases baseline muscle tension, which can feel like:


  • Tight hips or hamstrings

  • Shoulder or neck stiffness

  • Difficulty fully relaxing


It’s not a flaw, it’s your body keeping you safe, safe from dislocations, joint injuries etc.


Why Stretching Isn’t Always the Answer


Many hypermobile people instinctively stretch because they feel tight. But aggressive stretching can make joints even looser, which may worsen tension.


Better approaches include:


  • Strength training for joint support

  • Stability exercises

  • Controlled mobility drills

  • Targeted manual therapy


The goal is strength and control, not more flexibility.


How Sports Massage Helps


Massage for hypermobile bodies isn’t just about relaxation. It helps by:


  • Releasing overactive muscles

  • Improving circulation

  • Reducing compensatory tension

  • Supporting proper movement patterns


When done correctly, massage helps your muscles stop overworking while still providing stability.


How do you test if you are hypermobile?


We created this mini self-check chart to help you understand your body & hypermobility a little better:



Can I only be hypermobile in certain joints?


Yes! You can be hypermobile in only certain joints or areas, and this is actually quite common. This is called localized or peripheral hypermobility, as opposed to generalized hypermobility where most joints are extra flexible.


Some things to know:


  • Common localized hypermobile areas: fingers, thumbs, elbows, knees, shoulders, or spine.

  • Causes: Genetics play a big role, but previous injuries, repetitive stretching (like in dance , yoga or gymnastics), or ligament laxity in certain areas can also contribute.

  • Symptoms: Even if only certain joints are hypermobile, you might experience joint instability, occasional pain, or “clicking/popping.”


⚠️ Important: Local hypermobility doesn’t always indicate a medical problem, but if you have pain, frequent dislocations, or other unusual symptoms, it’s worth talking to a rheumatologist or physiotherapist to rule out Ehlers-Danlos syndrome.


Key Takeaway


Feeling tight when you’re hypermobile isn’t contradictory, it’s your body’s intelligent way of protecting unstable joints. Tightness doesn’t always mean you need more stretching; often, it means your body needs more support, strength, and balanced muscle control. If you’re constantly injured and in pain, do see a physiotherapist or rheumatologist to rule out any hypermobility related syndromes.



We can help you with your hypermobility pains, book here for a session 🫶

 
 
 

Comments


As Featured on:

sbo certificate
zula logo
fhysio logo
timeout logo

Address:

5 Coleman St, #B1-21,

Excelsior Shopping Centre,

(S) 179805

Whatsapp: 88741225

  • Instagram
  • Facebook
knotty strokes logo

© Knotty Strokes 2025

bottom of page