A few years ago I made a video about various "anomalies" in the photos from the Apollo 7 and Gemini 11 missions, in response to several videos of "UFOs" in those mission. I researched the history of these photos, from storage to scanning. If I'm...
Why assume that?
If "Chandelier" is being viewed in a black= hot mode, it is hot, bright in IR. It has eight spikes projecting from it, evenly spaced.
The imaging device is probably a Raytheon AN/AAS-52, which has four vanes in front of the EO...
This could be the case if the video was a composite TV+IR as @Arthur 33 suggested.
But the video is greyscale to such an extent that I feel like I'd expect it to be less greyscale than it is if that were the case. Plus there's similar color...
Even within the black redaction boxes in the DOD video there are pixels which are not pure black or greyscale, they have differing RGB values. Maybe because the source video they used, even before they added the black boxes, was not pure...
It always amuses me when it's claimed that one (or in this case multiple are implied) modern technologies have been reverse engineered from some kind of recovered, or shared alien technology. This would require there to be some strange "missing...
This could be the case if the video was a composite TV+IR as @Arthur 33 suggested.
But the video is greyscale to such an extent that I feel like I'd expect it to be less greyscale than it is if that were the case. Plus there's similar color...
Why assume that?
If "Chandelier" is being viewed in a black= hot mode, it is hot, bright in IR. It has eight spikes projecting from it, evenly spaced.
The imaging device is probably a Raytheon AN/AAS-52, which has four vanes in front of the EO...
This could be the case if the video was a composite TV+IR as @Arthur 33 suggested.
But the video is greyscale to such an extent that I feel like I'd expect it to be less greyscale than it is if that were the case. Plus there's similar color...
This could be the case if the video was a composite TV+IR as @Arthur 33 suggested.
But the video is greyscale to such an extent that I feel like I'd expect it to be less greyscale than it is if that were the case. Plus there's similar color...
This could be the case if the video was a composite TV+IR as @Arthur 33 suggested.
But the video is greyscale to such an extent that I feel like I'd expect it to be less greyscale than it is if that were the case. Plus there's similar color...
The Sun takes a different arc across the sky every day, so especially at low angles, there are are limited set of days that the Sun will appear at a specific elevation and azimuth angle pair. If it is the Sun and the angles are 5º el and 115º az...
This could be the case if the video was a composite TV+IR as @Arthur 33 suggested.
But the video is greyscale to such an extent that I feel like I'd expect it to be less greyscale than it is if that were the case. Plus there's similar color...
But atually, I already see something useful
This is the camera heading indicator, showing how much it's left or right of the centerline
And, it matches my simulation! I'll have to add a levels slider to Sitrec so we can see this easier.