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Originally posted by Credulity Kills
If NASA is in on any cover-up I'm certainly not privy to it!
Originally posted by Guzzeppi
here is my post: www.abovetopsecret.com...
Although I am not yet apt at bringing information here in the colorful way you do...nonetheless, I provided the same information before you with nothing but a shrug. I'm not in this for notoriety. Is this a popularity contest here on ATS or a place to find truth?
I'm here! See me? All I'm saying. I want to contribute to those threads I'm interested in, but damn this stuff bursts my bubble.
I'm your fan mikesingh, don't get this post wrong, but this is about hard work I have done myself.
Guz
Originally posted by OEAOHOO
Originally posted by KSCVeteran
Those advanced technology "objects" were there and were attacked by a weapon we called "Brilliant Peebles" at that time in our US Space Program History.
Hello Clark ..an honor to have you on this board sir.
How much can you tell us about "Brilliant Peebles"?
When was it developed? What type of weapon is it? What is its range? What were they shooting at in STS-48? Why??
Interesting. You mentioned, "The luminous gaseous ether of Tesla's is still an option.
He did it hundreds of times on a table with a coil in front of hundreds
of engineers and scientists, and you never heard, like a hundred years
ago."
I was wondering if there is any more info about this anywhere on the web?
(I wonder what the "luminous gas" is.)
Originally posted by BlasteR
If you missed UFO Hunters lastnight on the History Channel you missed a good one. They talked about this very footage as well as other NASA footage like the Tether incident.
Originally posted by BlasteR
The big prevailing theory, it seems, is that the flash and the object accelerating are both caused by these thrusters. These are the big problems with this theory that were discussed on the history channel lastnight:
Vernier rockets are small rockets engines originally used on these missions to help keep the shuttle on its trajectory. There were four vernier rocket thrusters on the Space Shuttle Discovery during STS-48; two that point outwards and two that point down.
Originally posted by BlasteR
1-The object stops for about a half second before accelerating again.
2-The infamous "projectile" is traveling in a completely different direction (challenging that they were ice somehow broken off from the RCS thrusters).
Originally posted by BlasteR
IMO they could have done more with this video. For example, they didn't mention that what many think is a projectile is
1-Traveling up through the atmosphere and emerges from the cloudcover, then continues to travel upward
2-A meteor does not travel up through the atmosphere but vice versa, elminating this possiblity.
3-This also couldn't have been ice or space junk because of this fact.
Originally posted by BlasteR
Not all of the objects in the video can be explained as ice or junk accelerated out by the RCS. This just because of the simple fact that if you FastForward through the video you see objects traveling in many different speeds and directions before and after the flash.
Originally posted by Guzzeppi
Hey Credulity Kills, are you the expert in this story? The Nasa employee in this story backs up your expertise on this subject.
Originally posted by Credulity Kills
Thanks internos.
I posted this in the other thread but I'll do it again here:
The flash that you see is a shuttle thruster firing - mostly likely an automatic one. Thrusters are used by the shuttle to maintain attitude or to move to different attitudes when required. There's typically a deadband of a few degrees that the shuttle's computers will control within - if it hits a attitude error of ~5 degrees (typical but that's modifiable) in any axis, thrusters will fire to correct the orientation.
As mentioned above, the shuttle sheds quite a bit of ice from different places. It's required to regularly dump water overboard (a byproduct of the fuel cells), uses a FES (Flash Evaporator System) to reject heat before the radiators are deployed, and even expels human waste. All of this stuff freezes almost immediately upon hitting vacuum.
The object that you see trending right to left (object 1) is likely frozen crap (figuratively or even literally) that came off the shuttle. The flash is definitely from the contact of the hypergolic fuel and oxidizer from some nearby thrusters. While the flash is initially visible, the bulk of the thrust comes in the moments after as the gaseous byproducts of the combustion expand. That expansion of gasses is what caused the change in direction of object 1 and made it accelerate. Object 2 (AKA the first streaks) which appears to shoot past object 1 could be more ice or the clumped up residue that collects in the thruster manifolds (unburned fuel that freezes).
The second streak is something I hadn't seen before looking at the video again just now. The thruster firing pushes debris in its path outwards - more or less radially form the thruster itself. I say "more or less" as the thrusters are, of course, directional. Debris directly in front of the thruster will be pushed quickly away from the jet in the direction that the jet faces. Debris which is nearby will get a glancing blow of gas that has already dispersed (and thus decelerated) therefor it will tend to move more slowly and not directly outwards.
Streak 1 is due to debris very close to the thruster (or even in the thruster manifold) whereas streak two is due to more distant debris that got a glancing blow.
The analysis of the video in the above post makes the assumption that the objects are very far away, yet we've got no reason to assume that.
As for the camera moving away 65 seconds later, I really don't think that tells us anything. The INCO officer in Houston will move the camera regularly and will usually point it at the cargo bay. Besides, if there were real concerns about exposing the existence of secret craft in orbit, NASA would just they delay the public video feeds or just stop them all together.
As for the video drop-out, this is hardly unusual. Video from the shuttle or ISS requires Ku-Band communication with the TDRS satellites. Ku-Band is high bandwidth and thus in high demand from other non-NASA users. On the ISS right now, Ku-Band is only available about 30-35% of the time. The lower bandwidth S-Band is available about 80% of the time but is unable to transmit smooth, high FPS video like you see in this video.
That's my $0.02.
[edit on 4-5-2008 by Credulity Kills]
if a thruster went off, the image would change, something would move relative to what the thrusters did, the only things moving are the unidentified flying objects
But how likely is it that the object would actually stop in one spot? I can't answer that, but it is pretty odd don't you agree?