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I do not think there would be any noticeable benefit out of incorporating ISS into a new shipyard. Indeed, as others have pointed out, trying to grow a shipyard out of ISS' side would *hamper* the new shipyard, not the least because of the gimped location on low orbit rather than a Lagrange.
No, a shipyard would be better off built as an entirely separate project. It'd need to be 100 times the size of ISS anyway, so it'd be silly to gimp such a large project by the need to be compatible with some piddly little cramped canister.
Well, Romney's a non-issue now anyway.
The best candidate for space at the moment is Hillary.
I'll admit it's 99% certain, but I won't agree with 100%.
That is not 100% certain. I've known plenty of projects that haven't used adequate safety precautions and have resulted in no deaths.
Firstly, it's not a risk, it's an assurity.
Secondly, that devalues human life.
Firstly, yes, if we take a 120 year time span, then everybody involved with the project will die. If we take a shorter time span, then it is *not* certain.
Secondly, it does value the human race's achievements higher than any individual human life, yes.
It comes down to this: If you don't spend money on safety, someone will die eventually.
And I accept that risk.
And what if it doesn't?
If it were a guaranteed, automatic return on investment, you wouldn't need to be pressuring people to do it, now would you?
Ergo, it is not a guaranteed, automatic return on investment.
sacrifice progress for safety
The two are by no means mutually exclusive.
Every $1000 spent on safety is $1000 off research.
A given quantity of money can only be spent on one thing. As such, each $1000 *is* mutually exclusive. It's given to one aspect, or to another.
The idea that there should be less safety in a more dangerous environment is counter to what everyone does. Racing car drivers, mountineers (...) etc etc all take safety very seriously
Yes but they just do unimportant stuff that doesn't matter. They can afford to sacrifice progress for safety because it doesn't matter how much progress they make, none of it matters to our race.
Or spend $1 million on safety and go nowhere.
I know which I prefer.
I do see your point, Austin, but in my view, they are all part of the same process and same budget. As I see it, every $1000 more they have to spend on test firing safety precautions is a $1000 off the R&D. And to me, the R&D is so important nothing should take precedence.
But I guess that's just me.
If the safety regulating bureaucrats will pay for the increased safety out of their own pockets instead of mandating the company spend their own money on it, then I'm all for safety regulations, though. Safety is great, but the company shouldn't have to spend its own money on it -- money that should go on the important R&D.
No, instead they can fly...I'm not sure that's a negative.
I suppose, but I think the ability to move much heavier things I think is a bigger gain so I think it's a net plus...but YMMV.
Any company can claim it, but any fool can see what is and what isn't leading edge work.
As I said, if you truly cannot see the difference between building a bog standard car and putting people in orbit, then there is no point whatsoever served by this discussion.
why is building a suborbital vehicle (something that was first done 46 years ago) be considered so important that it's worth ignoring basic safety standards?
Because it's mankind's road to space and our future.
A car is mankind's road to nowhere.
I don't see *anything* about a *car* "leading edge". Or even an airplane.
If you can't see the difference between, say, Audi, and Scaled Composites, then there's absolutely no point in continuing this discussion.
Hell yes. If you can't stand the heat, get out of the kitchen.
Columbus would never have gotten out of the harbor if he'd had to fulfill modern safety regulations.
There's the same amount of solar energy per unit area on a NEO as on the Moon. Constructing mirrors and beaming power around is also applicable on the Moon. It's also very expensive, complicated and unnecessary for the first missions.
One advantage NEOs have over the Moon re: solar power is that facilities will be much easier to construct in microgravity. On the moon, an astronaut might be able to move a 100kg array -- at a NEO, an astronaut might be able to move a 1000kg array.
http://www.latimes.com/features/health/ … nes-health
Summary: Scaled Composites, a private space tourism company, had poor safety protocols and a bunch of people were killed in an explosion.
What pisses me off is the government daring to mandate higher safety regulations from here on ("We cooperated fully with Cal/OSHA during the investigation, and we continue to work with the agency so that the enhanced procedures already implemented promote the safest workplace conditions possible."). That's bullshit. "Safest possible"? What kind of absolute moron demands safety out of the *leading edge* of orbital transportation?
Did governments demand the "safest workplace conditions possible" of Columbus when he discovered America? Of Magellan when he circumnavigated the globe? Of the Wright Brothers or Gottlieb Daimler? Were Livingstone's expeditions "the safest possible"? How about Sir Edmund Hillary's? Thor Heyerdahl's? Being on the leading edge of science and exploration is *by nature* unsafe business! If you try to mandate safety out of the leading edge, you *gut* it like NASA has been gutted!
40 years ago we were sending people regularly 384,000 km away to the Moon -- now we're barely managing to send them 350 km away to low Earth orbit, and not even that if Obama has his way! Governmental manned space exploration has been *gutted* to a thousandth of the distance it was reaching during Apollo, and when private companies try to make up for the government's pussyness, they get slapped down! How DARE they! Some motherfucking pencil-necked bureaucrat geeks who sit in their office, having NO CONCEPTION of the risks men need to take to advance the race! If you can't stand the motherfucking heat, then get out of the goddamn kitchen! PEOPLE WILL DIE when we're on the leading edge. Nobody LIKES that, but you either ACCEPT it, or let safety paranoia CRIPPLE and GUT you when you end up spending more time on safety than on actual engineering. Fuck that shit!
Companies on the leading edge should be exempt from any and all safety regulations. You wanna work there, you accept the goddamn risks. If you can't handle the risk, then go work for some unremarkable automobile manufacturer who's kept making the same model for 50 years and where every single procedure is tested and true. The leading edge DOES NOT NEED people who are afraid.
Motherfucking safety bureaucrats should all be lined up and executed.
So in fact, higher gravity would indeed evolve orgasms!
The valuable metals in a small, typical stony asteroid would more than pay back the mission investment, but pay off the national debt.
I agree with every other statement you've made, John, but can you back this one up?
NEOs are interesting places to visit, but they are far longer voyages than the moon.
But shorter than Mars. We already know there isn't all that much interesting on the Moon, we might as well look at the next closest things before Mars.
They are not helpful for testing habitats or low gravity physiology research.
They can house any habitat that would go on the Moon. Same vacuum. As for gravity research, they will be much better for microgravity research than Moon with its fairly heavy gravity. And if we want higher gravity, we can finally make those experiments to spin asteroids for artificial gravity. You cannot try to implement artificial gravity on ISS (too small), Moon (too big) or Mars (too big) -- NEOs are the only viable option to learn how to do it right, and once that's accomplished, we can have *any gravity we desire* on any given NEO, whereas the Moon will always be locked onto a single setting.
Lagrange points are even less interesting, there's nothing there to explore.
But there are entire cities there waiting to be built!!
I strongly endorse this article.
They were in cIclops' post but he seems to have edited it retroactively to cover up his activities.
Humans evolved to hunter-gatherers. Physically, we are mammoth-hunters. Our physiology is evolved to be at its best when we are regularly exerted during each day. Putting aside the concept of orgasms needing to evolve (which I don't think they need to, they're quite wonderful as-is), we are currently *lacking*, due to societal reasons, the physical exertion that our bodies are evolved to need to stay healthy.
Our bodies are evolved to require exertion. The current Western sedentary lifestyle does not automatically provide it. Hence, a higher gravity would only be restoring something that societal development took away.
It's like suddenly exhausting vitamin C supply in your area, by extincting oranges or something. Your body is still evolved to need it to stay healthy, but it's now gone from your world.