Why You Bump Into Everything: hEDS and Proprioception

You have bruises on both hips from door frames. You put a glass down and it wasn't quite where you thought the counter was. You miss the last step on the stairs — not occasionally, but often enough that you've started counting them.

Most people file this under clumsiness. It usually isn't. There's a specific sense responsible for knowing where your body is without looking at it, and in hypermobility it tends to work less well.

🧭 The sense nobody teaches you about

Close your eyes and touch your nose. You can do it because of proprioception — sometimes called the sixth sense — your body's continuous internal report on where each part of you is and how much force it's using.

The receptors doing that reporting sit in muscles, tendons, joint capsules and ligaments. They respond to stretch and tension: as a joint moves, tissue stretches, and the receptors fire.

Here's the problem in one sentence. If the tissue is more lax, it stretches further before the signal is strong enough to register. The information arrives late, or arrives less precisely. Your brain is navigating using a map that's slightly out of date.

That's not clumsiness. It's a sensory difference, and it explains far more than most people realise.

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🔍 What it actually explains

The bruises in the same places

Hips, upper arms, outer thighs. You misjudge the gap between yourself and a door frame by a couple of centimetres, repeatedly, because your internal sense of your own edges is slightly imprecise. Combined with skin that bruises easily anyway, minor contact leaves marks that look worse than the impact.

Dropping things

Grip force is calibrated by feedback. Too little and it slips. Too much and you fatigue your hand, or over-extend the small joints in your fingers. Many people with hEDS unconsciously grip too hard to compensate for uncertain feedback — which is exhausting, and hard on those joints.

Missing the step

Foot placement depends on knowing exactly where your foot is in space. Stairs and kerbs demand precision within a centimetre or two. That's a small margin for a system running slightly behind.

Why it's worse in the dark

This is the detail that tends to make everything click. Vision partly compensates for weak proprioception — you use your eyes to track limbs you can't quite feel. Take the light away and the compensation disappears. If you're noticeably more unsteady in a dark room, or standing with your eyes closed in the shower, that's a strong sign.

Why subluxations happen doing nothing

A joint approaching the end of its safe range should trigger a protective muscular response. If the warning signal arrives late, the correction arrives late too — which is part of why joints slip during entirely ordinary movements.

Why standing still is oddly hard

Standing isn't static. It's thousands of tiny corrections per hour. With imprecise feedback, those corrections are larger and more frequent — which costs energy, and is part of why hypermobility is so tiring.

📈 The good news: this one improves

You can't change your connective tissue. You can measurably improve proprioception, and it's one of the more responsive areas of hypermobility management.

The principle is that the brain gets better at interpreting weak signals with practice — so the training is about repetition and gradual challenge rather than effort. What a physiotherapist will typically build:

• Balance work, progressing from stable ground to unstable surfaces, and eventually to eyes closed — which forces the system to work without visual compensation.

• Joint position sense drills — moving a limb to a target position with eyes closed, then checking. Dull, and effective.

• Slow, controlled movement through range, rather than fast or ballistic movement, so the feedback loop has time to register.

• Compression garments and taping, which increase sensory input to the skin over a joint and can improve awareness without providing mechanical support. This is why a compression sleeve helps some people even though it barely restricts movement.

⚠️ Get the programme from someone who knows hypermobility. Standard balance rehab often progresses too quickly, and end-range stretching — common in generic programmes — is usually the opposite of what a hypermobile joint needs.

🔦 Two things that help immediately

Light your route. A nightlight on the landing and the stairs removes the moment when visual compensation isn't available. Cheap, and it works from the first night.

Slow down on transitions. Stairs, kerbs, stepping off a bus, getting out of the bath. These are the moments demanding the most precision from the least reliable system.

❓ Frequently asked questions

📚 Sources & further reading

The information in this article is drawn from the following sources. We encourage you to explore them.

• The Ehlers-Danlos Society — Proprioception and Physiotherapy in EDS

• Ehlers-Danlos Support UK — Living With EDS: Balance and Coordination

✍️ Written with care by Emma at SpoonieToolkitStudio.