In San Francisco, AI-driven exoskeletons are beginning to change how Californians hike, walk, and train outdoors.
Previously found mainly in military and industrial settings, as well as rehabilitation centers, these wearable robotic systems are now aimed at consumers looking for enhanced speed, endurance, and a sort of superhuman advantage.
The latest model, called Hypershell’s X Ultra S, combines AI software with electronic hip support, allowing users to tackle steep terrain with reduced effort.
This device features a carbon fiber framework that attaches to the hips and thighs, and it employs dual hip motors that can draw up to 1,000 watts to assist your movements.
The company claims that, in theory, this exoskeleton could enable speeds comparable to an elite four-minute mile.
In a review by the Wall Street Journal, after activating “boost” mode through a companion app, users experienced a notable increase in speed while traversing uphill trails in the Bay Area.
As users increase their stride, the motors become noisier but revert to an eco mode after about 30 seconds.
Hypershell’s AI system learns from your movements, adjusting support levels in real time, which becomes especially helpful on steep hills, stairs, or sandy surfaces where walking is generally tougher.
The company also notes that finer adjustments to fit can improve stability on uneven ground.
Typically, the X Ultra S can travel about 18 miles on a single charge, which might double with an additional battery pack provided.
The review also touched on some concerns regarding consumer robots. For instance, when the device was taken off while still powered, one of its arms unexpectedly resumed full motion.
Fortunately, there were no injuries, but it underlined the need for careful disarming of these systems.
Despite the robotic aid, the physical exertion didn’t vanish entirely, as users still felt calf muscle soreness for days following the test, suggesting that other muscles were compensating while the exoskeleton took on some of the burden.
In recent years, the Bay Area has emerged as a center for the development of exosuits, with various companies and universities working on advancing this cutting-edge technology.
