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Originally posted by davesidious
reply to post by Point of No Return
The holes might not be random - as I've said before, it's far from unthinkable that the third stage maneuvering rockets fired early, which would certainly account for the spiral. And being "next to each other" might make it spin, it all depends on the angle of the ejection.
You can argue all you like but there is NO WAY that the 3rd stage flying in the above configuration could produce an effect that would be visible full on ... only an EDGE-ON view would be possible for the Skjervoy observer.
Originally posted by davesidious
reply to post by tauristercus
Lovely work, as usual.
I have a slight issue with your assumption that the missile was travelling parallel to the field of view of the observer, from right to left. Yes, that might be the case, but couldn't the following be true, too?
Is it not possible that the missile was travelling from right to left, but also travelling away from the observer at a far greater speed than it was travelling from right to left? In that case it would essentially be travelling away from the observer, with a slight lateral motion. That would allow a lateral leak to look as we saw.
I'm all for the black ops explanation, but I seriously doubt a sub-launched ICBM would be the weapon of choice for launching payloads into space, simply due to the size limitations of sub-launched ICBMs when compared to ground-launched ICBMs. Sub-launched ICBMs have more of their size dedicated to the ability to escape a submerged sub, and travel through the water, before firing their main booster and getting into space. It seems the Russians would be engaging in a rather strange methodology to put a secret payload into space that way.
The edition of Vesti Nedeli on the 2 October had quoted a senior naval commander, Adm Mikhail Zakharenko, the man in charge of the Bulava project, as saying that footage of the firing was being kept secret because of the missile’s uniqueness.
www.missilethreat.com...
A word should be said here about the steady stream of reports—coming from President Putin to Sergey Ivanov all the way down—that Russia has supposedly devised new and “invulnerable” strategic systems which have been said to be deployed on the new Topol-M and Bulava missiles. One should take these reports seriously, and if new strategic weapons have been devised, we should consider what sort of strategic defenses are necessary to counter them.
www.missilethreat.com...
Originally posted by davesidious
reply to post by tauristercus
Is it not possible that the missile was travelling from right to left, but also travelling away from the observer at a far greater speed than it was travelling from right to left? In that case it would essentially be travelling away from the observer, with a slight lateral motion. That would allow a lateral leak to look as we saw.
Originally posted by EvolvedMinistry
reply to post by Wolfenz
Wolfenz, the receiver can actually transmit. Don't let them convince you otherwise.
A 1990 internal document obtained by POPULAR SCIENCE says the program's overall goal is to "control ionospheric processes in such a way as to greatly improve the performance of military command, control, and communications systems." It provides a description of the following applications:
# Injecting high-frequency radio energy into the ionosphere to create huge, extremely low frequency (ELF) virtual antennas used for earth-penetrating tomography peering deep beneath the surface of the ground by collecting and analyzing reflected ELF waves beamed down from above.
# Heating regions of the lower and upper ionosphere to form virtual "lertses" and "mirrors" that can reflect a broad range of radio frequencies far over the horizon to detect stealthy cruise missiles and aircraft.
# Generating ELF radio waves in the ionosphere to communicate across large distances with deeply submerged submarines.
And, patent documents filed during an earlier research effort that evolved into the HAARP program outline further military applications of ionospheric-heating technology:
# Creating a "full global shield" that would destroy ballistic missiles by overheating their electronic guidance systems as they fly through a powerful radio-energy field.
# Distinguishing nuclear warheads from decoys by sensing their elemental composition.
# Manipulating local weather.