Like, I’m fucked either way. Who knows, maybe I’ll make it for another sleep cycle, and the last thing I’ll see will be those fragments further scattered. Something pretty, as the liquid in my eyes begins to rapidly boil.
Death by starvation isn’t this person’s fate, is it? I wouldn’t think it would take more than a few days or maybe even hours for the debris to land. I’d just sit there in existential horror while trying enjoying the view, waiting to get taken out instantly by some giant chunk of the mantle landing on my head. Of course that’s mostly because I’d be too afraid of the pain to take off my helmet.
Actually, can you even take one of those helmets off without equalized air pressure or is there a mechanical safety that locks it? If there’s a separate nitrogen tank and you have control over the mixture, just turning off the oxygen would be the way to go.
In this scenario, it would probably be the rational path forward, as you’re in a situation where you’re guaranteed to die either way. So why not make your death as painless as possible?
I dunno… I don’t know how much help they needed from the ground to pilot (I know they needed a lot, but I mean in the case there isn’t any, could they pilot at all?), but if they could manage to get picked up by the guy orbiting it might be interesting to just fly through space for a bit, or even do something super crazy like try to land back on a peice of the earth. Worst case scenario you die crashing into the centre of the earth or something.
So it looks like maybe? But it would be extremely difficult. The suits are internally pressurized and designed for removal when external and internal pressure are closely matched, such as in an airlock.
Depending on which mission this is it could be a lot shorter. The original PLSS backpacks had a two hour air supply. The LM was powered by batteries and could only sustain life for 48-72 hours depending on configuration. If they launch and rendezvous with the orbiting CSM, they can extend their survival by several days, but there’s functionally nowhere to go.
For my money the best way to go is probably in the suit, outside, and let the oxygen run out while the carbon dioxide scrubbers are still working.
I think at that point you would just take of the helmet.
Is it bad that I would possibly give it a bit?
Like, I’m fucked either way. Who knows, maybe I’ll make it for another sleep cycle, and the last thing I’ll see will be those fragments further scattered. Something pretty, as the liquid in my eyes begins to rapidly boil.
Death by starvation isn’t this person’s fate, is it? I wouldn’t think it would take more than a few days or maybe even hours for the debris to land. I’d just sit there in existential horror while trying enjoying the view, waiting to get taken out instantly by some giant chunk of the mantle landing on my head. Of course that’s mostly because I’d be too afraid of the pain to take off my helmet.
Actually, can you even take one of those helmets off without equalized air pressure or is there a mechanical safety that locks it? If there’s a separate nitrogen tank and you have control over the mixture, just turning off the oxygen would be the way to go.
So, uh, is it a bad sign that I put that much thought into hypothetical ways to kms on the moon?
In this scenario, it would probably be the rational path forward, as you’re in a situation where you’re guaranteed to die either way. So why not make your death as painless as possible?
I dunno… I don’t know how much help they needed from the ground to pilot (I know they needed a lot, but I mean in the case there isn’t any, could they pilot at all?), but if they could manage to get picked up by the guy orbiting it might be interesting to just fly through space for a bit, or even do something super crazy like try to land back on a peice of the earth. Worst case scenario you die crashing into the centre of the earth or something.
So it looks like maybe? But it would be extremely difficult. The suits are internally pressurized and designed for removal when external and internal pressure are closely matched, such as in an airlock.
Depending on which mission this is it could be a lot shorter. The original PLSS backpacks had a two hour air supply. The LM was powered by batteries and could only sustain life for 48-72 hours depending on configuration. If they launch and rendezvous with the orbiting CSM, they can extend their survival by several days, but there’s functionally nowhere to go.
For my money the best way to go is probably in the suit, outside, and let the oxygen run out while the carbon dioxide scrubbers are still working.
I’d be out there until I was floating in a most peculiar way.
My thought exactly