The AD's latest offering deserves not to be buried in the compendium of their stupidity I've posted elsewhere.
A quick precis:
The always excellent Dave McKeegan and the Apollo detectives have both posted videos addressing the issue of the use of film in satellites, and whether or not they require pressurising to avoid fatally damaging the film beyond use. McKeegan points out that while some satellites used pressurised film systms, many did not. and that the use of pressurisation was not for the welfare of the film. The ADs, on the other hand, have latched on to Discoverer 14 - the first successful aerial film retrieval mission of the Corona program. All parties agree that no pressurisation was involved there.
Discoverer 14 was launched on August 18 1960, and film was recovered the following day in the Pacific after 17 orbits.
The ADs, which in this instance is Marcus Allen, Robert Williams and Jarrah, have found this image taken by Discoverer:

It's of Mys Shmidta airfield in easternmost Russia, a stone's throw from Alaska (the image here is upside down).
Lawks a Lawdy, they cry - look how degraded and terrible the image is, you can't make any kind of detail at all! This, they conclude, can only be as a direct result of radiation and exposure to vacuum, and therefore Apollo films would have suffered the same fate.
No.
The image they've found is terrible, but if they knew a little bit more about the subject they'd know there are better quality ones available, and that the image isn't all of the actual photo.
Fortunately for us, this website:
https://earthexplorer.usgs.gov/has all the declassified images from Discoverer 4 (and many others) available for download. As an aside, I've used theis site to get Landsat-1 images showing matching ice flows visble in Apollo 17's Blue Marble).
Here's the complete image from which theirs is derived:

I've marked on the approximate area concerned - roughly 20 miles square in a swathe covering (at a conservatice estimate) roughly 800 miles long and 100 miles wide.
It's interesting to note the footprint of that image compared with the ones taken either side of it covering the area to the north-west.

It's odd that this is an oblique image and covering a much wider area - deliberate attempt to capture the airfield, or just a glitch? Just for info, here are the ther swathes covering the USSR on that mission:

So, how do modern scans of the image compare? Here's the entire width of the photograph:

and here's the same area:

It's very obviously much better quality than the one on which the ADs are relying. You can even get closer in:

One of the things they complain about is the lack of detail in the image - the lack of roads and so on. It's the arse end of nowhere chaps there's nothing there.
Now, the labelling system of the images suggests that this photo was taken on the second orbit. If the ADs are correct, then images taken in much later orbits will be even worse! OK, how about this one, taken on orbit 14 showing a 180 mile by 12 strip in the American Midwest (ID DS009009014DV061).


There should be nothing in here right?


Oh! Seems that the images have got better over time!
All the ADs are seeing in the image they've looked at is film grain - a grainy scan of a small part of a much larger image taken on the first successful mission of its kind.
It does not prove their point at all. This cannister has exposed its film to space longer than any Apollo Hasselblad magazine. They were claiming that this supposed damage was from something that wasn't that vacuumy - I'm guessing now it won't have been vacuumy enough.
They can posture all they like about pressurised film systems like lunar orbiter (where the pressure was there to protect the developing process, not the film), they can pretend the Soviet film return missions didn't happen, but they have no evidence other than their own deeply flawed "experiment" that the film used in Apollo, be it in Hasselblads, or the Metric and Panoramic cameras, wouldn't have worked.