US Army Furthers Development of Robotic Suits
An anonymous reader writes "The BBC reports on advancements in the US military's robotic exoskeleton program. It's being spearheaded by Sarcos, a research laboratory in Utah. The firm has designed the XOS exoskeleton for US Army use, a lightweight frame that gives the user greater strength and endurance. 'With the exoskeleton on and fully powered up, Rex can easily pull down weight of more than 90 kilos, more than he weighs. For the army the XOS could mean quicker supply lines, or fewer injuries when soldiers need to lift heavy weights or move objects around repeatedly. Initial models would be used as workhorses, on the logistics side. Later models, the army hopes, could go into combat, carrying heavier weapons, or even wounded colleagues.'"
Remote control will probably never be quite as good as having a human brain inside guiding it. The idea is to augment a soldier's physical abilities. As we know they already have battle robots that are operated remotely. This fills a different need. It's hard to judge how fast technology progresses or will progress, but I can conceive of Starship Trooper (the book, not that horrid movie) style gear in a hundred years or less.
Harry G. Stine's old Warbots series seems like a more realistic view of high-tech combat in the future, not as much Starship Troopers, though I would dearly love to have a combat suit like that.
The other factor that made these weapons so effective was a god-like view of the battlefeld thanks to sensory fusion software and tiny observation robots. You know how you can see everything so well in video games but generals on the ground are stuck with maps and radio reports? Imagine having a view of the battlefield as detailed as the video game, and pushing the fog of war back to boot. That's what they're already working on at the Army testing ranges today, using low-observable drones to loiter over the battlefield.
Now if we ever get the quantum entanglement stuff sorted out and can come up with an untrackable instant communication technology like the ansible of scifi, then hooooooly shit. Right now the biggest drawback to remotely operated robots is that the AI's just aren't good enough yet to rely on local control in the event contact is lost. Predator drones can continue their mission on autopilot and fly back in range but the last thing I want to see is an armed combat bot on the ground trying to pick targets without a human to say "no, not a target, bad robot!" If they default to inactivity when jammed, that just means the enemy gets to pick them off as their leisure.
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This Mahdi took Shaddam's Throne
Heinlein was in the army in his youth. No need to predict "the future of the military": armor has to be heavy to be truly effective, but if it's heavy, it limits the mobility of the soldier. Generals have been drooling for ways to make soldiers able to carry bigger guns and thicker plates for millennia.
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Tanks are only a compromise, since you get only one cannon for 4 to 6 crew: crew members are much harder to replace than tanks or cannons, and they would be a lot more effective and less vulnerable if you could spread them instead of having all 4 in the same place.
During WWI, before armored vehicles became used, old style armor was tried, but it was too heavy: one example here (not in English, but the pictures don't need translation) http://historiasconhistoria.blogia.com/2008/021401-luchas-medievales-en-el-siglo-xx.php