The consumer exoskeleton market is heating up. At CES 2026, companies like WiRobotics, Sumbu, Ascentiz, Dephy, and Skip Mo/Go showcased ambitious designs, while established players Dnsys and Hypershell launched new models. But after head-to-head testing, one brand stands out: Hypershell.
From Rehab to Retail: The Rise of Wearable Robotics
Exoskeletons, once limited to medical and industrial use, are now marketed directly to consumers. This shift reflects a rapidly growing market—projected to surge from $500 million in 2025 to over $2 billion by 2030. Currently, only Hypershell and Dnsys offer commercially available models, and we put both the Hypershell X Ultra ($1,999) and Dnsys X1 Carbon Pro ($1,899) through rigorous tests.
How They Work: Powering Human Movement
These devices typically feature a waist-mounted core with mechanized splints extending down the thighs. They provide robotic assistance to walking, running, and squatting, aiming to reduce exertion and enhance physical activity. Marketing claims include heart-rate reduction, improved endurance, and decreased power demand. However, independent verification of these benefits remains challenging.
The Tests: Performance Under Pressure
To compare the Hypershell and Dnsys, we conducted real-world tests at London’s Lee Valley Athletics Center:
- Slow and Steady: 400-meter runs to assess exertion levels. Both exoskeletons reduced heart rate, but the effect was marginal for fit individuals.
- Max Effort: 60-meter sprints to measure speed gains. Both models improved times, though differences were minimal.
- Stair Climb: Three-minute climbs to evaluate ascending and descending assistance. Again, both reduced strain, but the Hypershell felt smoother.
The Verdict: Hypershell Takes the Lead
Despite comparable specs (Hypershell: 1,000W peak power; Dnsys: 900W), the Hypershell X Ultra emerged as the clear winner. Its superior comfort, natural stride pattern, and silent operation set it apart. The Dnsys X1 Carbon Pro, while offering more power settings, felt jerky and produced an unsettling robotic whine.
“The Hypershell felt smooth and controlled, while the Dnsys jerked our legs up like Woody from Toy Story.”
Key Takeaways
- Comfort and Smoothness: The Hypershell’s design prioritizes natural movement, enhancing usability.
- Noise Factor: The Dnsys X1 Carbon Pro’s loud operation is a significant drawback.
- AI Integration: Both brands claim AI-powered gait adaptation, but the Hypershell’s execution felt more refined.
While exoskeletons may not be essential for elite athletes, they offer potential benefits for individuals with mobility issues or those seeking to reduce physical strain. For now, the Hypershell X Ultra represents the best option for consumers entering this emerging market.
