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www.abovetopsecret.com... Though it does seem he has mistaken the location of the image and the mountain in it for Nordfjellet it does seem to indicate that the spiral was in the east.
The mountain is called Nordfjellet, and is about 620 meters high.
And the long exposure shot is taken almost in direct eastern direction.
Originally posted by EvolvedMinistry
reply to post by JayinAR
As a person who has seen quite a few missile launches, I can say that I HAVE NEVER, EVER, SEEN A BLUE TRAIL LEFT AS A RESULT OF A MISSILE TEST. This would be the first missile ever to leave such a remnant/artifact.
I would again like to commend the OP on the work showing that the spiral was caused by the Bulava missile.
So the inevitable conclusion is that a stable, front on viewed spiral would be impossible to create and maintain over an extended period of time based on the possible missile flight attitude modes.
All the evidence points to it being a missile. None doesn't.
So the inevitable conclusion is that a stable, front on viewed spiral would be impossible to create and maintain over an extended period of time based on the possible missile flight attitude modes.
Originally posted by daddio
reply to post by tauristercus
The "blue" material, whatever it may be, can not be rocket exhaust, for anyone who has witnessed a rocket launch the exhaust does not end up in a perfect line and does not swirl, nor does it spread out in a blue hue.
Originally posted by JayinAR
reply to post by Point of No Return
Mostly because the missile is, as of now, classified in terms of propulsion and manouverability.
A failure of flight control computers, attitude control thrusters or jamming of the main propulsion system's nozzle in a wrong position could all lead to the tumbling of the the missile in flight.
The entire space vehicle itself can be spun up to stabilize the orientation of a single vehicle axis. This method is widely used to stabilize the final stage of a launch vehicle. The entire spacecraft and an attached solid rocket motor are spun up about the rocket's thrust axis, on a "spin table" oriented by the attitude control system of the lower stage on which the spin table is mounted.
For a nuclear explosion, the fireball would radiate mainly in the x-ray and ultraviolet, which are not visible to the eye, although the visible part of the radiation would produce a blue-white flash. The expansion speed would be many hundreds or thousands of times faster than for a chemical explosion, so that the time scale would be less than a millisecond. All the material near the source would be vaporized, so there would be no fragments.