Unless I heard him wrong I think he says you hold down the trigger and once the sights line up it releases the shot. So I don't think you could easily yank the trigger on this.
Not trying to defend the system and even if I win the Powerball this week I likely won't buy one. But it's pretty cool technology.
C co 1/30th Infantry Regiment
3rd Brigade 3rd Infantry Division
2002-2006
OIF 1 and 3
IraqGunz:
No dude is going to get shot in the chest at 300 yards and look down and say "What is that, a 3 MOA group?"
interesting, thanks c-grunt. i had to use cc on the video instead of listening to it, and that part of the captioning was more or less unintelligible but what you said now makes sense.
that's actually a pretty interesting method. i guess you have to hit it twice, right? essentially put the crosshairs on what you want to hit and press the button? at which point it gets a solution and adjusts the reticle? then you hold down the trigger and when the rifle is on target, it fires? of course i'm still speculating wildly
now i'm extra curious about how it would handle movers, since the picture would change
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Being a tech geek, I find this really cool. Doubtful I could afford it, but that is a very neat idea.
It still does not read the wind at max ordnance or where terminal ballistics begin. Northrup and others have tried and have still not come up with a real deal prototype that can past a TRL-5. So it still only solves 1 piece of the equation which can be done with mil dots or a laser range finder.
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Simply a video gamer's dream firearm come true.
I must be missing something here. The bullet is unguided and firearm is not moving it's self to the target (as best I can tell), so all it's doing is (in essence) clicking the trigger when the pipper's meet right? Ron
Ain't no pockets on a shroud..
how does it account for a running/moving target?
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