The Officially (Unofficial) Hypermobility Quiz

Discover your connective tissue type and take charge of your health journey today.

Hypermobile? or just a bit bendy?

Curious? Got 3 minutes? take the quiz!

Curious if you’re hypermobile—or just a bit bendy? The Officially Unofficial Hypermobility Quiz is here to help you find out. Whether you’re dealing with joint pain, unexplained injuries, or just wondering why your body moves the way it does, this 3-minute quiz will give you valuable insight into how hypermobility might be affecting your body.

Think You Might Be Hypermobile?

Why Take the Hypermobility Quiz?

Hypermobility goes beyond flexibility—it’s about how your connective tissue influences your joints, muscles, and overall health. By taking the Officially Unofficial Hypermobility Quiz, you’ll get insights into whether hypermobility could be impacting you, and what that means for your joint and muscle health. You'll learn how hypermobile connective tissue can affect injuries, recovery, and your broader well-being.

Who is This Quiz For?

This quiz is for anyone curious about their body who wishes to learn more about hypermobile connective tissue and chronic injury. Knowledge is power, and knowing your connective tissue type can make a real difference in how you care for your health. 

Please note: this quiz is for informational purposes only and not a substitute for professional medical advice.

I’m Alex, your Hypermobility Specialist Osteopath

more about me

hey there!

I’m a UK registered osteopath who specialises in working with hypermobile patients who have complex, chronic, and seemingly ‘treatment-resistant’ injuries. My years of professional experience (as well as my lifetime of personal experience of being hypermobile!) have given me a wealth of knowledge that I use to craft bespoke, scientifically-informed, truly patient-centred treatment plans for hypermobile patients whether they’re dealing with 1 injury or 10! I take pride in offering hypermobile patients healthcare support that addresses and works with their uniquely hypermobile bodies.