"The heart of the system lies in its modular approach built around two swappable powered modules connected to the Exo-Belt. The Hip H-Module powers uphill climbs and long treks, offsetting up to 66 pounds of load and boosting leg strength by 35 percent while reducing uphill effort by the same amount. The Knee K-Module works as a built-in shock absorber, offloading up to 216 pounds of impact pressure from both knees and improving standing stability by 35 percent.**"
"Wearable robotics has always promised to help people walk farther, lift more, and recover faster, but most exoskeletons have remained trapped in factories and medical facilities. Heavy, rigid, and locked into single purposes, these devices have felt more like industrial equipment than something you'd actually want to wear. The dream of truly personal, adaptable robotic support has remained elusive. Ascentiz changes this narrative by reimagining what wearable support can look and feel like in daily life."
Ascentiz offers a modular wearable exoskeleton system built around two swappable powered modules that attach to an Exo-Belt. The Hip H-Module offsets up to 66 pounds of load, boosts leg strength by 35 percent, and reduces uphill effort by 35 percent. The Knee K-Module offloads up to 216 pounds of impact pressure from both knees and improves standing stability by 35 percent. Users can swap modules in seconds and select adaptive support modes: Ease Mode for stamina, ACC Mode for preemptive uphill power, and Train Mode. The design prioritizes daily mobility, endurance, and joint protection.
Read at Yanko Design - Modern Industrial Design News
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