Hypershell, a company aspiring to redefine personal mobility technologies, have drawn from combined expertise in mechanical engineering, motion algorithms, AI and embedded systems underpins to reimagine how humans can move better. Their breakthrough release, the Hypershell Exoskeleton, brings the concept of wearable robotics fully into the realm of sports and outdoor adventure. Engineered for hikers, cyclists, athletes and explorers, the wearable enhances endurance, speed and load-bearing capacity, delivering up to 1,000 W of assistive power while weighing only 1.8 kg.
The exoskeleton functions as an extension of the human lower body, not an external machine, Through material innovation, biomechanical mapping and adaptive algorithms, Hypershell transforms robotic assistance into a fluid, intuitive design experience Its hip-mounted architecture positions the motor at the body’s natural centre of gravity, allowing torque to flow intuitively through the legs. A combination of IMUs (Inertial Measurement Units), gait sensors and terrain detectors feed motion-control algorithms that synchronise the motor’s power pulses with the wearer’s natural gait. Whether climbing, sprinting or carrying heavy gear, the device amplifies movement at the precise moment human energy dips.
The frame is lightweight and crafted from fibre and titanium alloy which keeps the structure strong yet responsive. The wearable has 12 terrain-specific modes which can adapt power curves for sand, snow, steep inclines and more. Through the Hypershell+ app, users can fine-tune assistance and review performance.
Behind the innovation is a multidisciplinary team with roots at DJI, Nothing, Xiaomi and leading humanoid robotics companies, By merging biomechanical intelligence with wearable design, Hypershell is a exploring a future where technology expands human capability.
