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That hypershell is a bad design as it transfers all the weight from your waist to your knees which are weaker and more vulnerable to damage. Get rid of back ache but destroy your knees? What is the point? It makes no sense at all. Unless an exoskeleton touches the ground it cannot do anything but add extra weight and transfer weight around your body. It cannot possibly help you carry more weight.
How does it transfer any weight to your knees (other than the 2 kg that it weighs)? The motor applies a torque just above the knee joint to help rotate the hip, not directly to the joint.
@@matthewedwards6405Because the weight of whatever you are carrying is eventually going to transfer to the ground, and unless the exo touches the ground, the weight will transfer through your legs. Basic physics.
@@burritobandit45 Weight being transferred thoug objects is also basic physics. If you feel like correcting someone, please, check if you are right first.
All the military needs is a skeleton that is relatively inexpensive, can ease walking and carrying, have simple climate control, and employ bullet proof modules
This permanently disabled piano tuner-technician thought that the "VEX" might be the most helpful to have had (with adjusted best ranges) perhaps avoided his over 25 years of intense over and mid positioned arm and hands long day and hour use. The final diagnostics were (TOS) Thoracic Outlet Syndrome with lower back damages gained from other similar employments as well that were back-shoulder-arm-wrist-hand-finger fatigue heavy usage with my final fail in 2009, too late for these assists of course, just interested while wondering about future crafts folk of those and similar trades i.e., how they'll be able to pursue vocations with greater success for a lifetime. Thank you!
Many companies around the world have started developing the first generation of things like this, they are absolutely terrible but within 3-4 generations of development they will become life savers, although I see robots replacing most labor intensive jobs within 20-30 years
The marketing strat of the 1st one is dumb. The lazy people that choose the easy mode to stay active are not usually the people that are interested in hiking. Imagine someone who enjoys hiking, who's trying to be closer to nature while improving physical health and conditioning, but they end up being still dependent on technology that enables to stay out of shape. The product seems great, but should not be targeted to activities where one of the main goals is to improve body fitness. Instead should target people who need to get a job done in the easiest and most efficient manner.
I like hiking but don't like wearing camping gear which, although increases my fitness, also makes me sweaty and deducts from the experience. Having a companion robot which would carry my gear would definitely restore my interest in hiking but for now I do other sports where a shower is always nearby. Doesn't make me lazy, just picky.
How much do you think something like that cost? I can see how it would be good for a disabled person but if you're capable of walking around and working then you better get some exercise and not be lazy. Other than that I think it's a great tool for a disabled person or someone who can really use it.
@@br8future if you ever need some more content about back exoskeletons, I would be glad to help as we are ourselves developing one here in Canada. Do not hesitate to hit me up for more details !
After released globally, in the next few years, technology always become more affordable. Not to mention that nowadays chinese manufacture always give people some hope.
If you can’t walk they how do you drive a car? Not all vehicles are modded for the handicapped (like me) 🫤 it would be over a half-million dollars to be outfitted with functioning bionic legs as insurance typically doesn’t cover prostheses of that calibre… 🦿
AI robots will replace much of the repetitive work in factories. Exoskeletons likely more useful in dynamic, changing or medical environments where heavy lifting is needed.
Repetitive robots are very expensive to make and not adaptable, so they generally save them for extremely precise and QC work, otherwise there's stationary machines that humans can use that move around with them. For example in a engine factory almost all the casting work is done by a human and the lifting is outsourced to a overhead machine that can follow the workers to new stations while the engine block is cleaned up and inspected.
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