he is merely taking a scientific stance towards it - devil's advocate, if you like.
A devil's advocate still has to have reliable facts and sound logic, otherwise it's just a waste of time. The point of devil's advocacy is to use
good rebuttals to identify weak parts of an argument. An argument that can withstand stupid rebuttals doesn't need to be especially strong.
About seven minutes into your video, you hear Allen talk about how bad a lot of the Apollo photography is: sunstrikes, poor framing, poor focus, poor exposure. I don't disagree. These are all problems that we would expect from someone trying to use that type of camera on the Moon. Side-to-side framing is easy, up-and-down framing is hard. Zone focusing isn't entirely accurate. The Ektachrome E-3 emulsion is notoriously sensitive to exposure settings. Allen just dismisses that. He's not interested in it, even though it's what you expect from authentic lunar surface photography.
Allen wants to concentrate on what he thinks are the few good shots. For some reason known only to him, they're "too good." Therefore he just up and claims they have to be shot on Earth. Ironically he shows us the famous Man on the Moon photograph of Aldrin, which is actually poorly framed. The top of Aldrin's backpack is cut off, but we simply crop it these days and add some black above his head to make it look good in publication. It's this "doctored to look good" version that Allen waves in front of the camera.
Can't you see how this is just post hoc reasoning? There's absolutely no science involved; he just wishes his conclusions into being. On the other hand, I took an actual Apollo camera and shot some identical film under those same conditions. Unlike the Apollo astronauts, I had little time to practice. Some of my shots were poorly framed. Some of my shots were poorly focused. Some of my shots were overexposed. And I even managed to sunstrike the roll, even though my magazine had a dark slide. But a few of the shots came out nicely. I still have all that original film.
Which of us did actual science?
Later, Allen makes the ridiculous comparative claim that all the hoax claimants make. Computer A is much less powerful than Computer B, therefore Computer A cannot possibly have worked. How is that any sort of logic? The question is not whether A meets some ad hoc standard, but whether Computer A is demonstrably capable of performing the tasks assigned to it. We don't even have to reach to science to see through this one. That's just a basic failure of logic.
Around 17 minutes into the film, Allen claims expertise in photography. (But strangely he never seems to have tested his claims using actual cameras.) Then he just says he doubts that we've been told the truth. Do you see how there's a vast amount of the argument missing? No actual reasons stated for his disbelief. How is that in any way scientific? It's just some guy saying, "Nuh-
uh!" All through the video, all you get from Allen is his wildly inconsistent personal incredulity. This then is countered by his betters, who can explain all the things Allen is supposedly befuddled over. Allen's betters put their claims to the test. Allen doesn't. How is that any sort of science?
Without evidence, Allen claims the famous Aldrin photo was taken with a spotlight. That is, he can't show evidence of the actual light he claims is there. He merely
infers that one was used because he can't otherwise explain why the lighting appears a certain way. He says it must have been a "whopping" 12K Arri spotlight. Does he test that theory? No, not at all. I did, with a whopping 12K spotlight. And I get very different results from what Allen thinks. The Apollo photograph doesn't show any of the distance falloff you get from a single "brute." Arguments from ignorance are not science. They're the arguments that science was invented to combat. Allen claims to be an experienced photographer, but seems to know nothing about indirect lighting or spill.
Allen claims photographic film cannot survive the vacuum of space. That's why Kodak invented the ESTAR polyester film base for that purpose, which was used extensively in U.S. CORONA spy satellites at the time and in the U-2. Thinbase ESTAR will hold onto the emulsion quite nicely. Allen could have found this out by a single phone call to NASA or Kodak. But in 30 years he never made the call. He just kept crying hoax.
And then he waves his hands vaguely about "radiation." Not a single number, not a single experiment. He just announces that the film wouldn't have survived. A little digging would have found the company in Hollywood that modified the Hasselblad longroll magazine for thermal and radiation protection. The company doesn't exist anymore, but the specs they worked to do. As do the magazines themselves.
Allen is befuddled at why Artemis I would need to send the Orion capsule into the Van Allen belts to test its shielding if they had already solved this problem for Apollo. Well, yes, they solved it for Apollo using the Apollo capsule. The Orion capsule is (gasp!) a different spaceship. It uses different materials and a different construction method. Maybe NASA is smart, and thinks it would be a good idea to validate the new shielding layup in flight test. Allen wants to pretend NASA is only just now figuring out the basic problems of going to the Moon, ignoring the far more parsimonious answer.
Allen claims the lunar samples were just lunar meteorites collected from Antarctica. He notes that Wernher von Braun went to Antarctica sometime before Apollo 11. Allen wants to say that was to collect the meteorites. If you were going to fake the Moon rocks that way, why would you send your main celebrity engineer and a NASA PR team to do it? Wouldn't it be better to, you know, do a secret mission secretly? Why would von Braun necessarily have been the one to collect the rocks? Finally, Allen fails to mention that the reason we know that some meteorites in Antarctica are from the Moon is that someone
later noticed that they resembled the Apollo samples, and that's when we first started picking them up. This happened in 1979, not 1969. Allen has to turn the timeline topsy turvy for his farfetched story to work.
No, Marcus Allen wasn't being a dispassionate scientist. He wasn't taking a measured, well-considered scientific approach. He wasn't being an honest devil's advocate. He was lying. He was ignoring pertinent facts. He was making stuff up. He was trying to sell magazines to an audience that was expecting lurid tales of coverup and fakery. He gave his paying audience what he knew they wanted to hear.