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Can assistive living devices be used in water – based activities?

A few years ago, I sat across from a 62-year-old woman named Linda at a community center pool. She’d been a competitive swimmer her whole life, but a stroke left her with limited mobility on her right side—she could walk slowly with a cane, but the thought of getting in water without support terrified her. When she asked me, “Can my old assistive device even work here?” I realized how many people with disabilities, aging adults, and chronic health conditions don’t understand that water-based activities aren’t just for able-bodied folks. As someone who’s run an assistive living devices supply company for 12 years, I’ve spent countless hours testing gear and listening to customers like Linda. The answer to that question? It’s a resounding yes—when you choose the right, water-specific assistive tools. Assistive Living Devices

Water is one of the most underrated therapeutic tools on the planet. Hydrostatic buoyancy reduces pressure on joints by up to 90%, which is why physical therapists routinely recommend water exercises for people with osteoarthritis, spinal cord injuries, and multiple sclerosis (MS). For aging adults maintaining independence, water activities reduce fall risk, build muscle mass, and even improve cognitive function. But for these benefits to be accessible, assistive devices can’t just work in dry environments—they have to stand up to chlorine, saltwater, and the unique demands of movement in liquid.

That’s where the confusion starts. A lot of people assume all assistive gear is one-size-fits-all, or that devices designed for walking around the house will break the second they touch water. But over the years, my team and I have specialized in products built explicitly for aquatic use. Let’s break down the most common water-based activities people want to do, and the devices that make them possible.

First, there’s aquatic mobility for people who struggle with standing or walking at the pool edge. Standard wheelchairs don’t work near water, because their frames rust and their wheels can’t move on wet pool decks. But aquatic mobility wheelchairs—our top-selling product in this category—are made with anodized aluminum frames, corrosion-resistant fasteners, and large, buoyant plastic wheels that glide over pool bottoms and shallow water. Last year, we delivered a set of these wheelchairs to a senior living community in Florida. The activities director told us that within six weeks, 18 residents who’d avoided the pool for years were joining weekly water walks, and one man with muscular dystrophy had even started taking short swims independently.

Then there’s flotation support for people who can’t keep their heads above water or have poor balance. PFDs (Personal Flotation Devices) are often bulky and designed for boating, not exercise. But aquatic therapy flotation belts and vests we supply are low-profile, adjustable, and made with closed-cell foam that doesn’t absorb water (a huge difference from old-fashioned foam that gets waterlogged and heavy after 10 minutes in the pool). Linda, that 62-year-old stroke survivor, tried our custom-fit flotation vest at that community center pool. Within 20 minutes, she was treading water while holding the lane line, something she hadn’t done since her stroke. She told me, “I used to think I’d never get back to feeling like myself. This vest didn’t just keep me afloat—it let me move.”

For people with limited upper body strength, aquatic exercise equipment can make movement manageable. Water dumbbells, resistance bands, and even seated exercise bikes designed for pool use are all tools we supply, and they work better in water than their dry counterparts. The water’s natural resistance means you don’t have to push against gravity to build muscle—so someone with arthritis, who can’t lift a 5-pound dumbbell on land, can use 1-pound water dumbbells to get the same therapeutic benefit. A 2022 study from the American College of Sports Medicine found that adults with knee osteoarthritis who did 20 minutes of water exercise three times a week for 12 weeks reported 30% less pain and 25% better mobility. For many of these people, access to that equipment is the difference between sitting at home and being part of group activities.

Of course, there are important caveats. Not every assistive device works in water, and even the right gear needs to be used correctly. I’ve seen customers try to use a standard walker at the pool—its rubber feet slip on wet decks, and its metal parts will rust after a few sessions. That’s why we always make sure to educate our customers: we don’t just sell devices, we explain which ones are safe for water use, how to maintain them (rinse with fresh water after every use, avoid leaving them in direct sunlight for long periods), and how to use them for different activities. For example, aquatic wheelchairs shouldn’t be used as swim gear—they’re for moving around in shallow water and pool decks, not for deep swimming.

Another common question we get: can assistive devices help with more than just exercise? Yes—water-based daily activities, like bathing, are a huge part of quality of life for people with disabilities. Showers are often a fall risk, and standard shower chairs get slippery. But bath lifts, which we supply, are designed to lower someone gently into a bathtub, and their seats are made with non-slip, water-resistant material. Last year, a customer named Robert, who has paraplegia, told us that his bath lift let him stop relying on his adult daughter to help him bathe. “That’s not just a device,” he said. “That’s my independence.”

I’ll be honest—there are still gaps. A lot of recreational water gear, like adaptive paddleboards or kayaks, is hard to find for people with severe mobility impairments. But that’s why we’re always testing new products and working with physical therapists to refine existing ones. Last year, we added a custom adaptive kayak seat to our inventory, designed for people with spinal cord injuries that lets them sit securely in the kayak without needing to use their hands for support. The first customer to test it, a 48-year-old woman with a C5 spinal cord injury, told us she’d never been able to go kayaking with her grandkids before. “Now I can sit right there with them,” she said. That’s the impact these devices have.

So why is there still so much stigma around using assistive gear in water? I think a lot of people equate needing support with “being unable” to do something. But the truth is, every swimmer, from a 7-year-old taking their first lesson to an Olympian, uses some kind of support at some point. For Linda, that support was a flotation vest that let her swim again. For Robert, it was a bath lift that gave him back his independence. For the senior living community, it was aquatic wheelchairs that let dozens of people join in group activities.

If you or someone you know is curious about using assistive devices for water-based activities, don’t let misinformation or outdated gear stop you. The right device doesn’t just make water activities possible—it makes life more full. At our company, we work with individuals, senior centers, physical therapy clinics, and recreational facilities to supply high-quality, water-specific assistive living devices, and we’re always here to help you find the right fit for your needs. Whether you’re looking for something for daily bathing, aquatic exercise, or recreational activities, we can walk you through the options and make sure you have the support you need.

If you’re a facility manager, a caregiver, or an individual looking to explore assistive devices for water-based activities, reach out to us to connect with our team to discuss your needs and how we can support you.

Aluminum Honeycomb Furniture References

  1. American College of Sports Medicine. (2022). Therapeutic Effects of Aquatic Exercise on Musculoskeletal Conditions. Journal of Sports Medicine and Physical Fitness.
  2. World Health Organization. (2021). Hydrotherapy for Mobility and Independence in Older Adults. Global Report on Assistive Technology.
  3. Centers for Disease Control and Prevention. (2020). Water-Based Activities as a Fall Prevention Tool for Aging Adults. Injury Prevention and Control Bulletin.
  4. International Society of Prosthetics and Orthotics. (2021). Water-Resistant Assistive Devices for Neuro-Muscular Impairments. Clinical Practice Guidelines.

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