The sprawling spectacle of CES in Las Vegas is known for futuristic gadgets, but I embarked on a personal challenge amidst the flashing lights and crowded booths: to test every exoskeleton I could find. These weren’t the hulking, industrial robots of science fiction, but devices promising to ease fatigue, amplify athletic ability, and redefine human movement.
My initial skepticism stemmed from judging the “age tech” category for the Best of CES awards. Mobility assistance devices were contenders, but I questioned whether consumer exoskeletons were truly ready for prime time – safe, reliable, and genuinely convenient. That question lingered as I began my hands-on exploration, ultimately testing six distinct models targeting the hips, knees, and ankles.
The experience began with the WiRobotics WIM-S, a minimalist design that unfortunately landed at the bottom of my list. While sleek and simple, the device offered little noticeable assistance during a brief test on a small staircase. It felt like a subtle pressure, a gentle reminder of its presence, but lacked the impactful support I’d hoped for.
The Sumbu exoskeleton offered a more promising experience. Strapping on the device felt immediately different, a noticeable assistance as I walked and even jogged in place. A visit to the Sumbu booth revealed its true potential – effortlessly scaling stairs, even taking two at a time, with a surprising ease that defied my expectations.
Ascentiz’s modular exoskeleton, focusing on hip assistance, proved equally impressive. The booth’s strategic location near stairs and open space allowed for a thorough test, including climbs, jogs, and even a sprint. The power felt smooth and natural, seamlessly integrating with my movements at precisely the right moment.
Borrowing a Hypershell X Ultra from a colleague, I took it for an impromptu spin through the conference halls. The “beast mode” lived up to its name, making step-ups feel effortless. But the real test came with jogging, running, and quick turns – the Hypershell responded flawlessly, maintaining pace and providing consistent support.
The Skip Mo/Go exoskeleton presented a unique approach, built directly into a pair of pants and operating at the knee. This design felt particularly relevant, mimicking the function of a quad muscle to assist with both ascending and descending stairs, offering a gentle, controlled motion that resonated with anyone who’s experienced knee discomfort.
Dephy’s Sidekick, dubbed “powered footwear,” stood out as the most refined and comfortable of the bunch. Combining a cushioned shoe with a robotic arm hugging the shin, the device subtly assisted calf muscles, providing a noticeable spring in my step and a surprisingly natural walking experience.
Despite the promising performance of most models, a crucial question remained: are exoskeletons truly useful in the real world? They demonstrably *work*, but the high cost – ranging from $1,000 to $5,000 – presents a significant barrier. Serious athletes might prefer dedicated training, while casual users might hesitate to invest in a niche device.
To gain deeper insight, I spoke with Amanda Clark, a physical therapist and director of Good Shepherd Creates, a rehabilitation network utilizing exoskeletons for years. Medical-grade exoskeletons, used in rehabilitation facilities, can cost upwards of $250,000, requiring specialized training and assistance. The rigorous FDA approval process for medical devices ensures safety and efficacy, a standard not yet required for consumer models.
Clark highlighted the potential for consumer exoskeletons to improve independence and quality of life, but emphasized the critical need for accessibility. “How do you create something user friendly, slim profile…but at a price point that is accessible?” she challenged. The current cost makes them largely inaccessible to those who could benefit most – individuals with disabilities or chronic health conditions.
While the technology is undeniably promising, the path to widespread adoption hinges on affordability and continued innovation. The devices I tested represent a significant step forward, and I’m eager to see how price and performance evolve in the years to come, potentially unlocking a new era of enhanced human mobility.
