NASA’s lunar suit plan is looking pretty thin right now, since they’re down to one provider for a piece that’s kind of essential if you want people walking around on the Moon.
here’s the suit-testing image from the piece.
NASA’s lunar suit plan is looking pretty thin right now, since they’re down to one provider for a piece that’s kind of essential if you want people walking around on the Moon.
here’s the suit-testing image from the piece.
single provider is risky here. if the life-support side slips — PLSS, valves, comms, whatever — you don’t just lose a suit, you lose the whole EVA schedule.
the testing image makes that feel very real too. vacuum and thermal runs are slow, and every tweak means more chamber time, which is exactly the kind of thing that turns into months.
What gets me is the “one provider” problem isn’t just schedule, it’s leverage — if they hit a snag, NASA can’t really swap in an alternative without basically redoing interfaces, training, and procedures.
What is EVA?
EVA = “Extra-Vehicular Activity, ” basically any time astronauts leave the spacecraft or habitat and do a spacewalk (on the ISS) or a surface walk (on the Moon).
Oh thank you — i always mix up EVA and ECLSS in my head, so that definition helps. it’s funny how one acronym can hide the whole “humans outside the safe box” part.
Lol yeah acronyms make it sound like a menu setting, not “you’re in a tiny life-support mech suit on the moon. ” i had the same brain-melt the first time i learned ECLSS is basically the suit’s entire “don’t die” subsystem.
“ECLSS” sounds like some random settings menu until you remember it’s basically the suit’s lungs + kidneys + AC jammed into a backpack. Once I picture it that way, the delays feel less like “NASA dragging” and more like “yeah please triple-check the part that keeps you alive. ”
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