Mass-production would make this cheaperStrazdas said:The problem with this is that the cost-per-bullet will be astronomical in comparison to old bullets. while the 3 billion dollar budget sure can afford it, this is going to be like the protective exoskeletons. fully in working order, but deemed too expensive to deploy. its cheaper to replace a wounded solder apparently.rcs619 said:Other than that, I could definitely see a use for this sort of thing on vehicle mounted guns. There's all sorts of potentially crazy applications. Like, take the A-10. Imagine if you had a guy on the ground (or even another A-10 or UAV up in the air) laser-pointing individual targets. All the A-10 has to do is shoot in the general direction and the rounds are going to home right on in.
But still not so cheap to shoot from billion-rounds-per-second-miniguns
So I agree that A-10 most probably won't be loaded with such ammo
Mu issue is with penetrative capabilities of said bullet
To pierce armor bullet need 3 things- energy, mass and strength
Energy is clear (its .50BMG after all)
Mass is questionable but manageable (if bullet is too light just put heavy metals where possible)
What is improbable is strength- I really doubt that camera-tip is strong enough to slice through vehicular armor
And given advanced armor plates (like Cryron for example) eventually will be in vests, soon even soldiers will be protected well enough to withstand hit from such bullet.
So only thing I see this bullet good for is assassinations