Trial use of exoskeleton.
What is the benefit of this Exoskeleton if its not powered. I thought the whole benefit of wearing one is to reduce exhaustion when carrying heavy load by infantry or medic. If this one is not powered by anything, then the whole load has to be carried by the soldier anyway. So, how does that help?
What is the benefit of this Exoskeleton if its not powered. I thought the whole benefit of wearing one is to reduce exhaustion when carrying heavy load by infantry or medic. If this one is not powered by anything, then the whole load has to be carried by the soldier anyway. So, how does that help?
Close... The weight is redistributed. The wearer is wearing more load but it’s directed around the human skeleton as opposed to through it. This reduces the risk of shin splints and other skeletal damage. It’s analogous to wearing braces. It adds more support. However you are slower and heavier.It still lightens the load by, I believe, directing the weight to the ground with the rigid connecting parts. So while it may not lighten as much as a powered one, it needs no batteries.
The idea is not to give you superhuman strength (which is what a powered exoskeleton - active system - would achieve) but to redistribute your load, let the frame take more weight from your muscle. It's a passive system that allows the user to carry more and fatigue slower. It has no powered component or processor.What is the benefit of this Exoskeleton if its not powered. I thought the whole benefit of wearing one is to reduce exhaustion when carrying heavy load by infantry or medic. If this one is not powered by anything, then the whole load has to be carried by the soldier anyway. So, how does that help?
Yes, at 2:50, these is a demonstration of rapid release by pulling a rope hidden in the right side of the vest.Does the new PLA vest have a rapid release function?