a reply to:
JohnThomas2
You can believe what you want. I was wrong about it traveling toward Minnesota; I apparently misread the prevailing wind data. But my analysis, other
than that, is solid.
It was not photographed "close up" because we have precious few planes that can get "close up." We're talking about 11 miles above sea level; the air
is thin up there. It's so thin that a plane would have to be moving extremely fast to get that high; only military fighter planes can do that, and
even then barely. So you want a "close-up" picture taken at Mach 2 as the camera flies by? try taking a clear picture of a tree as you drive by at 60
mph... you can't even do that!
Using a helicopter is even more laughable. They can't get that high, because there's not enough air! Helicopters are not space vehicles! That balloon
was flying at close to its maximum height to maintain buoyancy.
What the military has, is
ground-based photographs, in high detail. They can take photographs of a nearby galaxy from a satellite; we can get
high-def pictures at 60,000 feet. We haven't seen them and we're not going to. Why should we? You're thinking a helicopter can go to space! Are you
now going to tell me you would know what you were looking at?
They also are able to monitor any signals emanating from it. Analysis of those signals tells us a lot. We may not know all the data (assuming
encryption), but even with encryption one can see changes in the data as the balloon enters an area, and we already know what signals are present in
that area for it to pick up. We can observe the antennae and get a rough idea of what frequency range it is listening for. We can analyze its
movements and determine what it is interested in.
What we cannot determine from EM radiation or visual examination is whether or not it is "booby-trapped." Ever hear of an accelerometer? It's a tiny
chip, so small most people do not have the ability to work with them directly (it's even hard for me with my equipment). Most people who use them use
a "breakout board" so they can physically access the pins. It sits there and monitors acceleration, and it will work even if buried beneath a mass of
other electronics or behind plating. If it detects a major change in readings, like from a shock or impact, that can then be used to trigger whatever
the designers wanted it to trigger. That could be a gas or particle release (chemical/biological agent) or an explosive charge. And you wanted it shot
down over land? With prevailing winds that would carry it further inland toward populated areas?
Thank GOD you're not in charge of these decisions! You'd kill us all!
I think they should have shot it down the moment it crossed into US air space and was identified as Chinese; that would have minimized public contact.
But once it got further inland, the correct decision was to let it get over the Atlantic. We may have lost some info to China, but at least no one got
hurt... yet.
TheRedneck