active body armor

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taliv

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An anonymous reader writes with news that IBM has filed a patent for "Bionic body armor" that would protect a wearer from long-range gunfire by detecting the incoming bullets and administering small shocks to the appropriate muscles required for moving out of the way. Quoting the patent: "When a marksman (such as a sniper) is attempting to fire a projectile from a firearm, the marksman typically prefers to be as far away from the target as possible, thus giving him or her a head start for the escape after the firing. As an example, the longest reported sniper hit was from a distance of about 2500 meters, resulting in a time of flight of about 4 seconds for the projectile/bullet. Had the target been aware of the inbound projectile, avoiding it by simply walking away would have been possible." After detecting the projectile, the armor would calculate the trajectory and "stimulate the target to move in a predefined manner ... sufficient to avoid any contact with the approaching projectile."

i'm always amazed by the cool things that come out of IBM research
 
Better check the cigarette vending machine contents, IMO.

Bullets are supersonic, so they get there long before the sound of the shot. From the target's aspect a bullet has an exceptionally "stealthy" profile, so radar/ladar is out as well.......That leaves detecting the "shock"......plus accurately detecting/resolving minute angular change.

Sounds like a Hollywood fantasy to me... >MW
 
so it was IBM that found my bag of magic dust.

of course this only works if you are Barry Allen
 
Millwright said:
Bullets are supersonic, so they get there long before the sound of the shot. From the target's aspect a bullet has an exceptionally "stealthy" profile, so radar/ladar is out as well.......That leaves detecting the "shock"......plus accurately detecting/resolving minute angular change.

I think a radar unit with a high enough resolution/sensitivity could pick up the extreme Doppler shift from an incoming projectile and work off of that. There's still, however, the problem of effectively scanning the area as well as calculating trajectory fast enough to make a reaction possible.
 
geting Tazed beats geting shot anyday.
but how are they planing to detect the bullet?

current Active defense system for Main Battle Tanks still have problems detecting incoming RPGs at a 100% rate and it still happens that they get False/Positives (bird mush! :p).
not to speak of Trajectory of bullets and the external influences on it.
on top of that, even Snipers rarely ever take a shot past 800meters, that leaves less then 1 second for Detection + Trajectory Calculation + Tazeing the soldier so he can fall out of the way.

that stuff is probably far far in the future..
 
Suspending disbelief for the moment, I suppose a millimeter wave Doppler radar might be able to sense an incoming projectile. Of course then we start the discussion about stealthing projectiles to avoid detection and jamming the radar to actively interfere with its functioning. Heck, let's just do away with the projectile entirely and use a laser. Shoots, literally, laser straight and travels at the speed of light which negates the advantage of the sensor.

I should never post after having a beer.
 
Let's not get our knickers in a knot, folks.

This is an "idea" at this time, not a proven system.

Technology advances daily, you know, and just because it doesn't work today, doesn't mean it won't work tomorrow. . .
 
and administering small shocks to the appropriate muscles required for moving out of the way.

haha I would sit there and throw marshmallows at the person wearing the bionic armor and watch them flail around...

all kidding aside, I am skeptical...
 
im gunna have to agree with BS claim.

the idea of forcefully causing muscle contractions could be all kinds of bad results for the human body.

what if your running forward, and it decides the best direction to avoid a round is to go backwards.
 
All kidding aside, I see a problem here. People actually believe this crap is possible. This is the same type of belief that you see when the mass media buys into BS arguments like you should shoot to wound because there's no need to go for the kill shot when a bullet in the leg will disable an attacker. As if we all have the time and luxury to take such carefully aimed shots when some scum bag is trying to decapitate us, and we all know that bullets always act exactly like they do on CSI.

Come on people, we ain't Roy Rogers, and this is not a Hollywood set.

There is no such body armor, as it would take a radar sighting system that would fry the user, and super computer to process the information. The bulk alone would require a semi tractor to haul it around, not to mention a second rig to haul the cooling equipment.

All of that is fine when you have the powerplant on a navy destroyer to feed your vulcan phalanx providing that you are only targeting one object at a time. However, a suit you can wear on your back that can watch everything within a twenty five hundred yard range on a battlefield?:scrutiny:

This type of nonsense is ok to poke fun at, as long as we all understand that Mr. Wizard hasn't invented the means to do it, and probably won't for a very long time.
 
I don't think so. Sounds too easy to defeat, with hilarious results as a bonus -- like the marshmallows. Or, set off a shell full of tinfoil chaff a few hundred feet above ground and watch all the soldiers do the herky-jerky.

I hope IBM is reading this.
 
This is an "idea" at this time, not a proven system.

IBM and a few other companies have made an art of writing patents for systems that are mostly theory and little technology. Then, if somebody does actually come up with something that works, they can sue for patent infringement and take over somebody else's work.
 
You know, I remember watching something on the Discovery channel back in the 90's about a computer system that could pick up and track incoming bullets using some sort of system. They demonstrated it with picking up both individual shots and even being able to track the bullets from a spray of full-auto fire, tagging each bullet and its trajectory with a unique has mark identifier (Hello Mr. Excel!). They demonstrated this with an MP5 best I can remember. The most interesting thing was this system could not only track the bullets but also detect where they were going to hit prior to them hitting that spot. This was circa 1995 or so.

Since then, I think this technology has come into use with active bullet screens, a-la the one Obama and McCain gave speeches behind while campaigning or the one that President Musharef hid behind when he went on the Daily Show. System picks up bullet and throws up some sort of bullet resistant blankets to stop the bullet before it stops in the Target. You can usually notice them up if you look for large black rectangular boxes at the edge of the stage in front of the politician. Also, I think TIME magazine had an article on this system back during the campaign trail as well.

I think same idea here, pick up the incoming bullet, predict its point of impact, zap muscles to twich in the right direction. A little far fetched? Yes. But the basic technology to do this is here already.
 
heron, ROTFLMAO

All I could think about with that mental image was the old Alexei Sayle BBC routine about why it's a good thing the Romans didn't have electricity.
 
Just imagine the poor sap that wares its armor around base. Guy would be throwing anything they could grab.


Wait, what about riot control, arent things commonly thrown. You could throw a rock in the middle and "bowl" a split.
 
I absolutely refuse to get into any kind of argument over whether or not this drivel is possible, but my wife just made an interesting observation.

Ever had your arm shocked hard enough to cause a muscle twitch? Did it in turn make your finger twitch as well? Just what the troops need more chance of friendly fire!
 
couple problems here.

First off, the radar would have to detect the bullet from the front of the bullet. due to advances in stealth technology, we realize that the ogive on a bullet is an ideal to near optimal design to deflect radar waves to the side, and thus let it slip through radar.

A radar system this size would have to be extremely large to get complete coverage. The unit would also have power requirements that it would littler need the user to pull around a portable generator behind him in his radio flyer wagon.

also, if it is sooo sensitive as the op seems to think it is, it would most likely activate anytime someone in the same platoon fired at the enemy. and anytime they went in an area with weeds, bugs, waving fields of grain, etc, the system would activate.

as military systems go, a heavy hail storm would reduce an entire brigade of troops into an academy award winning show of epileptic siezures.
 
Or, set off a shell full of tinfoil chaff a few hundred feet above ground and watch all the soldiers do the herky-jerky.

Heh, I was thinking entire units of soldiers in a firefight pop locking during the fray.
 
i think you guys are making a lot of poor assumptions, and as -v- pointed out, apparently not familiar with current technology.

read the associated article and you'll see the patent mentioned electromagnetic waves to detect the bullet, and given the primary use case seems to be protecting politicians and the like, there's no reason the wave would have to emanate from the armor, and certainly not an assumption that it would. some of you are apparently not even familiar with how compact super-computers are these days. (not that these relatively simple calculations would require that much horsepower. heck, i'll bet you wouldn't even need as much juice as you'd find in a high-end graphics processor these days)

also, if it is sooo sensitive as the op seems to think it is, it would most likely activate anytime someone in the same platoon fired at the enemy. and anytime they went in an area with weeds, bugs, waving fields of grain, etc, the system would activate.

no reason to make wild speculation. go read the article. the patent says the device would track the bullets and calculate whether their trajectory would collide with the path of the person wearing the armor, and only in that event would it actually take action.
 
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