People ask me constantly: "what cushion is that?", "which rollator?", "what electrolytes do you use?" This page is the one answer. Everything my videos, guides, and emails point to lives here, so it can stay current and honest in one place.
How this page works. I only list products I have evaluated myself or use with patients. My endorsement is not for sale, and no company can pay its way onto this list.
Some links on this page may be affiliate links, which means I earn a small commission if you buy through them, at no extra cost to you. Commissions never decide what appears here; evaluation does. Where a partnership or link is still being finalized you will see a "link coming soon" tag instead of a link. I will not post a link to a product I have not vetted.
This page is education, not medical advice. Gear that helps one hypermobile body can be wrong for another, so please run choices past your own clinician.
The gear behind the driving videos. The full method is free to start: the Change the Seat, Not Your Body guide teaches the elbow shelf, and the Car Ergonomics course walks the whole seat setup step by step. The products below are the supporting cast, not the method.
If any link in this section earns a commission, it is disclosed above. Commissions never change what I list.
What it is: a firm foam wedge that raises the back of your seat pan so your hips sit at or above knee height.
Why: when hips drop below knees, the low back rounds and ligaments get handed the job of holding you up. A firm wedge levels the surface so your bones can stack and your muscles can stand down. A cushion also absorbs road vibration, which has been shown to contribute to driving-related back symptoms.
What it is: a small cylindrical or contoured cushion that fills the space between your low back and the seat.
Why: try the fill-the-gap test from the course: if you can slide a hand between your belt line and the seat back, your spine is spanning that gap on muscle effort alone. Filling it lets the seat carry the curve so your back muscles stop guarding mile after mile.
What it is: exactly what it sounds like. Two firm pillows you probably already own, stacked to bring support up to your elbows.
Why: the death grip on the wheel is stability seeking, not a bad habit. Give your forearms a shelf and your shoulders can come down out of your ears, because the shelf provides the stability your grip was working overtime to create. Setup is in the free guide.
What it is: a small attachable cushion that brings the headrest forward to meet your head in neutral.
Why: most headrests sit too far back, so the head drifts forward and the front-of-neck muscles, already overworking in many hypermobile necks, hold it there for the whole drive. Support that meets your head where neutral actually is takes that job away.
What it is: a memory foam or gel cushion that absorbs road buzz before it reaches you.
Why: vibration is a load, and for MCAS-prone and pain-sensitized systems it adds up quietly over a drive. Damping it lowers the total dose a trip puts through your tissues, which is often the difference between arriving okay and arriving flared.
Start with the free Wheelchairs & Mobility Aids for POTS guide, or go deep in the live workshop. A mobility aid is a pacing tool, not a surrender: the energy you do not spend fighting gravity is energy you get back for your actual life.
You will never see a monetized link here for equipment prescribed and billed through insurance. Those recommendations happen in the clinic, uncompensated, the way they should. This section covers cash-purchase consumer gear only.
What it is: a four-wheeled walker with hand brakes and a built-in seat, in frames light enough to lift into a trunk.
Why: every pound you push is a pound you pay for, so frame weight matters more than any accessory. The seat is the quiet superpower for POTS: a place to sit the moment your heart rate climbs, anywhere, without negotiating with your body.
What it is: folding power chairs and power-assist add-ons that take the propulsion work off your arms and joints.
Why: self-propelling a manual chair is real exercise, and for post-exertional crash patterns that cost can wipe out the benefit of going out at all. Power does the spending so you can do the living. I am evaluating specific models now and will not link until that is done.
Compression helps this population two ways at once: it squeezes pooled blood back toward the heart, and it gives wobbly joints a layer of proprioceptive feedback, a constant gentle answer to "where am I in space?"
If any link in this section earns a commission or carries a community discount code, it is disclosed above and next to the link.
What it is: compression shorts and leggings built to support the abdomen, pelvis, and hips, not just the calves.
Why: in POTS, a large share of blood pools in the abdomen and pelvis, so compression that stops at the knee misses much of the problem. Core-level garments address the pooling where it happens and give hypermobile hips feedback to organize around. I am mid-evaluation with a brand for this community, and a discount code should arrive with the link.
What it is: knee-high socks with graduated pressure, firmest at the ankle, easing upward.
Why: the entry-level tool. Gravity pulls blood into the legs whenever you are upright, and stretchy veins let it stay there; graduated pressure helps push it back into circulation so standing costs less. Ask your clinician what pressure rating fits your situation before you buy.
Salt and fluid are how many people with POTS expand blood volume so there is more to circulate. I am extra picky in this category because so many of my patients have MCAS: short ingredient lists, no mystery blends, no ingredient that cannot explain why it is there.
Named picks are being finalized. Sodium targets are individual, so dose per your own clinician's guidance.
What it is: drink powders and tablets with sodium doses actually meaningful for dysautonomia, not sports-drink sprinkles.
Why: more sodium holds more water in the bloodstream, and more blood volume means less racing, less lightheadedness, and more upright minutes. Most mainstream sports products are dosed for sweat replacement, not volume expansion, which is why the specific product matters.
What it is: swallowable capsules of sodium (often buffered) that skip the flavored-drink step entirely.
Why: some people cannot tolerate salty-sweet drinks all day, and MCAS reactors often do best with the fewest ingredients possible. Capsules let you hit a sodium target precisely, with water on the side, and they travel better than powders.
Phone-holding pain is the single question I get asked most. Hypermobile finger and thumb joints collapse into end-range under small sustained loads, and a phone is exactly that: a small sustained load, held for hours.
If any link in this section earns a commission, it is disclosed above.
What it is: small rings, in plastic or silver, that block a finger joint from folding backward past neutral while leaving normal bending free.
Why: when a joint hyperextends, ligaments take the load and tire out fast. A splint gives the joint a hard stop, so your hands last through a day of typing, cooking, and scrolling. Fit is everything here: sizing with a hand therapist or trained fitter beats guessing at a size chart.
What it is: grips and holds that let the whole hand carry the phone instead of a pinching thumb and curled pinky.
Why: pinch is the most expensive grip a hypermobile hand can produce. Moving the phone's weight into the palm swaps a joint-by-joint ligament strain for big, cheap muscle work. I am evaluating an adaptive grip line now and will link when the evaluation is done.
When your interoception is unreliable, hardware can be an honest external meter. The goal is never more data for its own sake; it is catching the overspend before the crash instead of after.
If any link in this section earns a commission, it is disclosed above.
What it is: watches, rings, and armbands that track heart rate continuously through the day, not just during workouts.
Why: heart rate is an effort meter that does not lie to be polite. For POTS it shows you what standing actually costs; for post-exertional patterns it flags the creeping overspend hours before your body files the complaint. Specific devices are in evaluation now.
What it is: apps built for chronic-illness pacing that pair with a wearable and translate readings into a daily budget.
Why: a heart-rate number only helps if it changes what you do next. Pacing apps do that translation: they turn this morning's readings into "today is a smaller day" before you find out the hard way. I am testing options with patients now.
Tell me what you are hunting for, or a product you think deserves an evaluation. One box, one button, done: it sends from right here, and you stay right here. Patient questions are how every section on this page got built.
Got it, thank you. Suggestions like yours are how this page grows. If yours turns into a recommendation, it will show up right here.
Reminder: none of this is medical advice, and gear never replaces individualized care. When in doubt, bring the question to your own clinician.