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The UFO contradiction is that the better quality images are recognisable and thus never end up in the UFO pile, it's a self selecting subset.

It is the Low Information Zone, its a part of the range of images that a sensor can capture, just well enough to determine that something is there, but not well enough to determine what it is. This is why unidentified objects are often captured...

We have long realized that no "disclosure" will satisfy the UFOlogy crowd unless it reinforces what they already think. No disclosure? Angry response: "They're hiding stuff from us!!!1! Disclosure? Angry response: "They're hiding the GOOD stuff...

All sensors have a LIZ

If we look at the highest resolution version of this image, we can compare the granularity of the photo at the edge of the Moon's horizon, and the sharpness of the 'triangle' itself. The Moon image looks fuzzy and granular when seen in close-up...

Lending support to that hypothesis, there are other frames from the various Apollo missions showing blue artifacts, sometimes in areas of the film outside of the exposure window. Frame AS14-66-9274 from Apollo 14 is a good example, where two...

Lending support to that hypothesis, there are other frames from the various Apollo missions showing blue artifacts, sometimes in areas of the film outside of the exposure window. Frame AS14-66-9274 from Apollo 14 is a good example, where two...

Keep in mind a thermal camera is super different from an optical camera, because thermal wavelengths are much larger. The best sensors are still 640x480 — that's what these Reapers have. And the germanium lenses are big and heavy and crazy...

The line in the video, which is likely a contrail, could also have been produced in this manner

Here is a more direct video of a parachute flare shot from a low angle, creating a lens flare Source: https://youtu.be/vwVWXLhFGKc?si=bp97iGz9Vsh_sxT9&t=5

Lending support to that hypothesis, there are other frames from the various Apollo missions showing blue artifacts, sometimes in areas of the film outside of the exposure window. Frame AS14-66-9274 from Apollo 14 is a good example, where two...

If we look at the highest resolution version of this image, we can compare the granularity of the photo at the edge of the Moon's horizon, and the sharpness of the 'triangle' itself. The Moon image looks fuzzy and granular when seen in close-up...

If we look at the highest resolution version of this image, we can compare the granularity of the photo at the edge of the Moon's horizon, and the sharpness of the 'triangle' itself. The Moon image looks fuzzy and granular when seen in close-up...

The line in the video, which is likely a contrail, could also have been produced in this manner

Here is a more direct video of a parachute flare shot from a low angle, creating a lens flare Source: https://youtu.be/vwVWXLhFGKc?si=bp97iGz9Vsh_sxT9&t=5