Last update (I hope): I guess since I control the blog, I control the parting shots. EODDan in the comments (for those of you too lazy to scroll through them, which is pretty much every one, including myslef normally):
I'm a military Explosive Ordnace Disposal technician. I've seen lots of bomb and lots of bombs being dropped (both in person and in testing videos). I concur with the previous poster about this photo being of a GBU (Guided Bomb Unit). Further, it appears to be a package installed on a 500lb Mk82 bomb. Once the GBU is installed on a particular bomb it gains the appropriate digits 10, 12 etc. I'd have to look at tech data to tell you precisely what the nomenclature of the pictured bomb is, but I can tell you that this picture is bogus. For the fins to still be folded the bomb would have to have just been dropped. You'd still be able to see the plane that dropped it. This would however account for the clarity of the image. A bomb dropped on a combat target, even one dropped at very low altitude, would still be blurred. We're talking about jet fighters here, not biplanes. I've watched test video taken by scientists with high speed cameras designed for the purpose of studying bomb impacts. Even their film comes out blurred sometimes. Also, the scale is definitely off as yet another commenter mentioned. The blast in other fauxtoes is yet another fakery. The apparent blast seat is not in line with impact point you would expect from the previous picture. The blast itself does not look right for a heavy cased bomb either. It looks very much like the result you would get from a bare charge placed on the surface. Finally, as another astute commenter pointed out, neither the fauxtographer or his subjects would have been likely to survive the blast in the image. The blast wave would have knocked them all off their feet and caused serious injuries, but not before they had all been ripped to shreds by primary and secondary fragmentation. In spite of what Hollywood (and Paliwood) would have you believe, it is not possible to outrun a high order explosion.