I was looking for another post and came across this one I'd missed.
How could you possibly forget that they're in lunar gravity? The PLSS and OPS (the emergency backup system) weighed a combined 125 lbs. on
earth (not 180). That's only 21 lbs. on the moon. That's like me carrying my biggest house cat on my shoulders, but standing in a pool so that the buoyancy cancels out all but 60 lbs. of our combined weight. Even the combined weight of the astronaut, A7L suit and life support system was only about 60 lbs. on the moon.
No, they don't. There are plenty of photos from the side showing astronauts on the moon standing with a slight forward lean. Maybe you shouldn't claim that all the photos, (thousands of them) show everyone perfectly upright until you've actually, you know,
looked at them.
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Well, we've already seen that Allen is either an idiot or deliberately lying. The problem is that the images he's talking about are almost entirely from the television cameras, especially the RCA cameras attached to the LRVs. So they don't have separate shots. It's not edited like a TV show, there are long, continuous shots. They don't cut from a long shot to a close up. And I've seen Percy's lie about slow motion video exposed by showing unedited shots. Only grifters selling CT videos selectively edit those shots.
Can you please provide a citation for this? The lasers used for ranging with the retroreflectors spread out to cover an area like six kilometers across on the surface of the moon, but that's not enough to pick up multiple retroreflectors. I've seen videos of these lasers being used in real time, and the return from the reflectors is virtually immediate. And the moon's surface isn't reflective enough for them to get any usable signal back from it, it's just background noise because the receiver is looking for the highly specific wavelength of the laser.
The 1962 MIT experiment didn't use a retroreflector. It wasn't until Apollo 11 placed the first one that such ranging measurement became usefully precise.
Lasers don't emit protons. The most sensitive detectors can register as little as a few photons. Again, please provide a citation.
Radio signals? Surely not without a geopositioned satellite they weren't!
And your point?
Was it, now? Can you provide a citation for that? What about all the other facilities around the world using the lunar retroreflectors?
But, again, what about the world's engineering and physics communities, and that pesky overwhelming scientific consensus of theirs? Are they all just impressionable primary school children?
Do you genuinely not see how funny your arguments become once you start pretending to be a world authority who knows more than the actual world's authorities?