Where to test exoskeleton robots before buying

Before diving into where to test, let's talk about why testing is so critical. Robotic lower limb exoskeletons are not one-size-fits-all. A device that works wonders for a patient recovering from a stroke might feel clunky or ineffective for someone with a spinal cord injury. Similarly, a lightweight exoskeleton designed for daily mobility could lack the support needed for someone with severe muscle weakness. Testing allows you to assess:

• Comfort: Does the exoskeleton chafe, pinch, or feel too heavy after 10–15 minutes of wear?
• Fit: Can it be adjusted to your body type (height, weight, limb proportions)?
• Ease of use: Can you put it on/take it off independently, or will you need assistance?
• Functionality: Does it actually improve your mobility? For example, does it help you walk farther, stand longer, or reduce fatigue?
• Durability: How sturdy does it feel? Is it built to withstand daily use?

Physical therapists and exoskeleton users often emphasize that even "top-rated" models can feel underwhelming in person. As Maria, a spinal cord injury survivor who tested three different exoskeletons before purchasing, puts it: "I read all the reviews and watched demo videos, but nothing compared to strapping one on and taking a few steps. The first model felt like wearing a metal cage—stiff and unforgiving. The second was lighter but kept slipping. The third? It clicked immediately. I walked 50 feet without assistance for the first time in years. That's the difference testing makes."

Medical rehabilitation centers are often the first stop for many people exploring exoskeletons, especially those recovering from injuries or managing conditions like spinal cord injuries, stroke, or multiple sclerosis. These facilities frequently partner with exoskeleton manufacturers to offer cutting-edge rehabilitation tools, including lower limb rehabilitation exoskeletons designed for clinical use.

Why test here: Rehabilitation centers have trained staff—physical therapists, occupational therapists, and sometimes even exoskeleton specialists—who can guide you through a safe, structured demo. They'll adjust the device to your body, monitor your movement, and answer technical questions about how the exoskeleton works with your specific condition. Many centers also have access to a range of models, from basic rehabilitation exoskeletons to advanced "assist-as-needed" devices.

How to find one: Start by asking your healthcare provider for referrals. Major hospitals with rehabilitation departments (e.g., Shirley Ryan AbilityLab in Chicago or the Kessler Institute for Rehabilitation in New Jersey) are likely to have exoskeleton programs. You can also search online for "exoskeleton rehabilitation [your city/state]" or check the websites of exoskeleton manufacturers (like Ekso Bionics or ReWalk Robotics), which often list partner clinics.

What to expect: A typical demo at a rehabilitation center lasts 30–60 minutes. You'll start with a brief assessment of your mobility goals and physical abilities. Then, a therapist will help you put on the exoskeleton, adjust the straps and settings, and guide you through basic movements—standing, sitting, walking, or even climbing a few steps. They may also use software to track metrics like step length, walking speed, and energy expenditure to show how the exoskeleton impacts your movement.

While larger rehabilitation centers focus on intensive care, local physical therapy clinics are increasingly adding exoskeletons to their toolkit, especially for outpatient care. These clinics often cater to patients with chronic conditions (like arthritis or Parkinson's) or those recovering from orthopedic surgeries (e.g., knee replacements), making them a great spot to test exoskeletons designed for daily mobility or post-surgery rehabilitation.

Why test here: Unlike hospitals, clinics tend to have a more relaxed, community-focused vibe, which can reduce anxiety for first-time users. The therapists here may have more hands-on experience with "consumer-friendly" exoskeletons—models that are lighter, easier to adjust, and intended for home use. They can also help you imagine how the device would fit into your daily routine, from navigating your home stairs to walking around the grocery store.

How to find one: Use directories like the American Physical Therapy Association (APTA) database to search for clinics specializing in "neurological rehabilitation" or "mobility assistive devices." Call ahead and ask if they have exoskeletons on-site for patient use or demos. Many clinics are happy to schedule a consultation, even if you're not a current patient.

What to expect: A demo at a clinic might be more casual than at a hospital. You might start by discussing your mobility challenges (e.g., "I struggle to walk more than two blocks without pain") and then try on an exoskeleton tailored to those needs. For example, if you have knee pain, the therapist might fit you with a lower limb exoskeleton that offloads pressure from your knee joint. You'll likely test it in the clinic's gym space, walking on a treadmill or over different surfaces (carpet, tile) to simulate real-world use.

Jake, a physical therapist at a clinic in Denver, notes: "We had a patient, Lisa, who was hesitant to try an exoskeleton because she thought it would feel 'robotic.' After 10 minutes of walking with a lightweight model, she teared up—she hadn't walked her dog around the block in over a year. Testing here let her see, firsthand, that this device could give her back that freedom."

For tech enthusiasts or those curious about the latest innovations, tech conferences and expos are goldmines for exoskeleton demos. Events like CES (Consumer Electronics Show), RehabWeek, or the International Conference on Robotics and Automation (ICRA) often feature booths from exoskeleton manufacturers, showcasing their newest models and offering hands-on demos.

Why test here: Conferences let you compare multiple exoskeleton brands in one place—no need to schedule separate demos at different locations. You'll also get a sneak peek at upcoming features, like improved battery life, AI-powered movement adaptation, or sleeker designs. Plus, you can chat directly with engineers and product designers, who can explain the technology in detail (e.g., "How does the exoskeleton detect my movement intentions?").

How to find one: Follow exoskeleton manufacturers on social media (e.g., Ekso Bionics, CYBERDYNE, Parker Hannifin) for announcements about upcoming events. Websites like Eventbrite or Meetup also list local tech expos focused on healthcare or assistive technology. Many conferences offer free or discounted tickets for patients or caregivers.

What to expect: Conference demos are usually shorter (15–20 minutes) due to high foot traffic, but they're a great way to narrow down your options. You might stand in a short line, then work with a company rep to put on the exoskeleton and take a few steps. Some booths even have interactive displays, like virtual reality setups that let you "test" the exoskeleton in simulated environments (e.g., hiking a trail or walking through a busy airport).

Universities with robotics or biomedical engineering departments are hotbeds for exoskeleton innovation. Many labs partner with manufacturers or government agencies (like the National Institutes of Health) to develop and test cutting-edge exoskeletons, including experimental models not yet available to the public. While these exoskeletons may not be for sale, testing them can give you insight into future trends and help you refine what you're looking for in a commercial model.

Why test here: If you have unique mobility needs (e.g., a rare condition or unusual body proportions), university labs may have custom-built exoskeletons or adjustable prototypes that can accommodate you. Researchers are also eager to gather feedback from potential users, so they'll likely spend extra time explaining the technology and answering your questions. Plus, you might even get to participate in a study, which could include free access to the exoskeleton for a set period.

How to find one: Search for universities with "exoskeleton research" or "rehabilitation robotics" programs (e.g., MIT Media Lab, Stanford Robotics Lab, University of Michigan's Robotics Institute). Check their websites for "participate in research" pages, or email the lab director to inquire about demo opportunities. Many labs host open houses or public demo days a few times a year.

What to expect: A visit to a university lab might feel more "hands-on" than other settings. You could work with graduate students or researchers to adjust the exoskeleton's settings (e.g., changing the level of assistance for your hip or knee joints) and test it on specialized equipment, like motion capture systems that map your movements in 3D. Researchers may also ask you to complete tasks (e.g., "Walk across the room and pick up a cup") to evaluate the exoskeleton's performance.

Dr. Kim, a researcher at a leading university lab, explains: "We often have users tell us, 'I didn't realize how much my balance improves with this exoskeleton until I tried it here.' Testing in a lab lets us quantify those improvements—like measuring how much less energy you use to walk—which can be reassuring when making a purchase decision."

Many exoskeleton manufacturers have showrooms or demo centers, especially in major cities. These spaces are designed specifically for potential buyers to test their products, with staff trained to highlight each model's features and benefits. If you have a specific brand in mind (e.g., ReWalk, Ekso, or CYBERDYNE), this is the place to go for an in-depth, brand-focused demo.

Why test here: Manufacturers have the full range of their exoskeletons on-site, so you can compare models side by side (e.g., the "Pro" vs. "Basic" version of their lower limb exoskeleton). The staff can also customize the demo to your needs—for example, if you're an athlete recovering from a sports injury, they might focus on their "sport pro" model designed for active users. Plus, they can provide details on pricing, financing options, and warranty coverage.

How to find one: Check the manufacturer's website for a "locations" or "demo center" page. For example, ReWalk Robotics has demo centers in the U.S., Europe, and Asia, while Ekso Bionics offers in-person demos at their headquarters in California. If there's no showroom near you, many manufacturers will send a representative to your home or clinic for a private demo (more on that later).

What to expect: A demo at a manufacturer showroom is typically 30–60 minutes long. You'll start with a consultation to discuss your mobility goals, then try on 1–2 exoskeletons. The staff will walk you through setup (how to charge the battery, adjust the straps), basic operation (e.g., "Press this button to stand up"), and advanced features (e.g., app connectivity to track your progress). You might also get to watch video testimonials from current users or read case studies similar to your situation.

If you live in a rural area or can't travel to a physical location, many manufacturers and retailers offer virtual demos or will ship an exoskeleton to you for a trial period. While not as immersive as in-person testing, these options make exoskeleton access more inclusive, especially for those with limited mobility.

Why test here: Virtual demos let you connect with a specialist via video call, where they can walk you through the exoskeleton's features, show you how to adjust it, and answer questions. Some companies even offer "home trial" programs, where you can borrow an exoskeleton for 1–2 weeks to test it in your own environment—arguably the best way to see if it works with your home layout, stairs, or daily routine.

How to find one: Visit the manufacturer's website and look for a "request a demo" or "virtual consultation" button. Fill out a form with your location, mobility needs, and availability, and a representative will contact you to schedule. For home trials, ask about rental fees (some companies waive them if you purchase the exoskeleton later).

What to expect: A virtual demo might involve the specialist showing you the exoskeleton on camera, explaining its parts, and even demonstrating how to put it on using a mannequin or themselves. For home trials, the exoskeleton will arrive with detailed instructions, and you'll have access to support via phone or video if you need help adjusting it. During the trial, take notes on how it performs in real life: Does it fit through your bathroom door? Can you use it to cook or do laundry?

Sometimes the best insights come from people who already use exoskeletons. Peer support groups—whether in-person or online—are a treasure trove of information, and many members are happy to let others test their devices or share their experiences. Platforms like Reddit's r/Exoskeletons, Facebook groups (e.g., "Lower Limb Exoskeleton Users"), or local disability advocacy groups often organize meetups where users can demo their exoskeletons.

Why test here: Peer demos offer unfiltered, real-world feedback. Users will tell you about the "hidden" pros and cons—like how the exoskeleton holds up in rain, or how long the battery really lasts (not just the manufacturer's claim). They can also share tips for daily use, like "I keep a spare battery in my bag for long outings" or "This model is great for travel because it folds up small."

How to find one: Search social media for exoskeleton user groups, or check websites like Meetup.com for local "mobility assistive device" meetups. Disability organizations (e.g., the Christopher & Dana Reeve Foundation) also host events where users showcase their assistive technology.

What to expect: A peer meetup might be held in a park, community center, or someone's home. You'll have the chance to chat with users one-on-one, ask them about their experience, and even try on their exoskeleton (with their permission, of course). These events are usually low-pressure and focused on community building, so don't feel shy about asking to take a short walk or try standing up in the device.

Alex, a long-time exoskeleton user and group organizer, says: "New users are often surprised by how supportive the community is. We've all been there—overwhelmed by choices, worried about cost. Letting someone test my exoskeleton is my way of paying it forward. Plus, it's fun to see someone's face light up when they take their first steps in one!"

Now that you know where to test, here are some tips to ensure your demo is productive:

• Come prepared: Wear comfortable, form-fitting clothing (loose pants can get caught in the exoskeleton's joints). Bring a list of your mobility goals (e.g., "I want to walk my kids to school") and questions (e.g., "How do I clean the exoskeleton?").
• Test in real-world scenarios: If possible, try the exoskeleton on different surfaces (carpet, tile, grass) and practice daily tasks (opening doors, sitting/standing from a chair). The more realistic the demo, the better.
• Take notes (or videos): Jot down how the exoskeleton feels, what you liked/disliked, and any concerns. If allowed, record a short video of yourself walking in it—watching it later can help you notice things you missed in the moment.
• Bring a friend or caregiver: A second set of eyes can help you remember details and offer feedback ("It looked like your knee was rubbing against the exoskeleton—did that hurt?").
• Don't rush: If a demo feels too short, ask to schedule a follow-up. Reputable providers will be happy to give you more time to make a decision.