techeblog.com: "Developed by SARCOS, this wearable robot suit fits around your body like an exoskeleton, enabling soldiers to easily lift 200-pound weights, missiles, and more. Flexible robotic joi...
techeblog.com: "Developed by SARCOS, this wearable robot suit fits around your body like an exoskeleton, enabling soldiers to easily lift 200-pound weights, missiles, and more. Flexible robotic joints mimic your every movement, providing versatility."
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People need to stop bitching about it being made by the military. The military is the only place that has enough money to spend on this type of thing. And, since they built it they get to use for what they want first. It might not be fair, but eventually it will be come to the public.
Anyway, it doesn't look like it would be very effective for combat, did you see how much trouble he had walking? He could very well be unable to crouch, so would only be a big, strong, but vulnerable target.
little Jeep we all know and love today. The point is that the military uses technology to advance the art of warfare, but the designer keeps in mind non-military applications as well. The HAL (Jap) system has no visible atachment for weapons because it is being sold straight to the public. It can't compete physicaly with this system because it doesn't have to. No one needs to be able to lift 200lb 500 times in there home.
For those of you crying about how this will be used as a weapon before it is given to the general public let me make you aware of somethings. The Bow and Arrow were designed and used as weapons before they were replaced by the gun and took on their current job as hunting tools. The gun was first (and still is) used for warfare before it was used to hunt. The Jeep Wrangler was the first light weight, offroad vehicle, designed for use in WWII before it was released to the general public as the....
One of the missing details about Sarcos Exoskeleton...
You see, the creators of Hybrid Assistive Limb HAL-5 did mention about using 100 volt batteries. The Berkeley Bionics Exoskeleton uses a 1 pound battery. What about the Sarcos? They didn't mention a thing about the Sarcos power unit.
actually we were talking more about cars than any type of powered armor. What I have been seeing is a stronger chassis and frame from american vehicles, while a lighter engine built for prolonged use in japanese vehicles.
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Anyway, it doesn't look like it would be very effective for combat, did you see how much trouble he had walking? He could very well be unable to crouch, so would only be a big, strong, but vulnerable target.
You see, the creators of Hybrid Assistive Limb HAL-5 did mention about using 100 volt batteries. The Berkeley Bionics Exoskeleton uses a 1 pound battery. What about the Sarcos? They didn't mention a thing about the Sarcos power unit.
Not thinking about making this the new standard for those who have lost limb control (e.g. new wheelchair etc).