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A Look At NASA's Orion Project
An anonymous reader writes "People in north Iowa got a first-hand look at NASA's Orion Project. Contractors with NASA were in Forest City to talk about the new project and show off a model of the new spaceship. NASA has big plans to send humans to an asteroid by 2025. The mission, however, will not be possible without several important components that include yet-to-be-developed technologies, as well as the Space Launch System (SLS) and the Orion spacecraft to fly astronauts beyond low-Earth orbit. In fact, Orion's first flight test later this year will provide NASA with vital data that will be used to design future missions."
... this is an Orion.
Get back to us when you can take a crew of 200 to Mars and back. In a month.
It's currently being done in a way that makes in inseparable from the SLS rocket, an out-dated and over-budget project enabled by government inertia and congressional pork. Also, the Orion MPCV itself doesn't represent much of an upgrade over existing manned space capsules; if it's to go anywhere outside of Earth orbit it's going to need a much larger and more complex space habitat attachment: http://en.wikipedia.org/wiki/D... which has yet to be developed.
A fool and his hard drive are soon parted.
Well, if it tries to explode them out its nose, it doesn't go in the right direction.
It took 8 years from Kennedy's speech in 1961 to a human on the moon in 1969. Not only did NASA get a moon rocket designed, tested, and launched in that time, it also got an intermediate rocket program (Gemini) designed, tested, and launched prior to the moon program.
From scratch.
Now we're looking at (maybe) 11 years to develop a working rocket to go to an asteroid. Oh boy, journey to an, umm, space rock. Really stirs the heart, doesn't it? And this after willingly withdrawing from manned spaceflight capacity altogether for at least six years, and counting. Yep, just folding the cards and walking away from the table.
Sure, go ahead and tell me how technically challenging the space rock odyssey will be. But the call of space comes from the same place the call of the sea arose from in the past. To Terra Incognita, where "Here Be Dragons." Sorry, there be no dragons around the space rock.
The technical wizardry missions could and should be handled by robots. Humans should be reserved for missions which stir the soul, or the people who pay for such things (you and me) will stop paying.
It's hard to think of a better demonstration of how the US used to get things done, and how it does things now, than to compare the space program we had 50 years ago to the current version.
"If you want to build a ship, don't drum up people together to collect wood, and don't assign them tasks and work, but rather teach them to long for the endless immensity of the sea." - Antoine de Saint-Exupery
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There is absolutely zero possibility that astronauts are going to be travelling to Mars in Orion which is basically Apollo + 1 extra seat. NASA has been misleading the general public about this for years. Oh yeah, astronauts are going to stay strapped to their seats for 18 months...in a capsule with almost no room to move. Major components of the project - including room to live and move around, along with mild gravity provided by a centrifuge - haven't been even designed yet, let alone price spec'd. No one has any idea how they will work or how they will protect astronauts from radiation from the Sun. I'm betting it's 2100 before we ever get to Mars, at least under NASA.
NASA's vaunted "Asteroid Redirect Mission" is now widely regarded as crap. It doesn't give us any new knowledge, it's not a good intermediate step for human colonization of space, and it's been mismanaged so badly that you could tell me it had been infiltrated by Russians intent on destroying America, and I wouldn't much doubt it.
But it does have one saving grace: it's our best shot if we ever find an asteroid headed for Earth impact.
I found this out sort of by accident - I was playing Kerbal Space Program, which has a NASA-sponsored module for doing asteroid redirects. I had a ship designed for that in orbit, and was looking for a good target.
I found one. On a direct intercept course. About a week out.
To make things worse, it was at like 80 degrees inclination. To cut a very long story short, I managed to redirect it to aerobrake, then stabilized the orbit so it wouldn't eventually deorbit.
Now, I fully realize that was a game, and that rocket science is actually a lot more complex than strapping a shitload of boosters to everything (my standard design). But the basic principle remains - something that can redirect an asteroid to enter lunar orbit is also something that can redirect an asteroid off of an impact course.
I don't know if that fully justifies the program - it's an absurd expense for what we get. On the other hand, what price can we put on avoiding extinction?
NASA, other than a place for research money to go to die.
NASA still produces excellent research. PICA heat shield and the FasTrac experimental rocket which SpaceX developed into PICA-X and Merlin 1. HL-20, which became Dreamchaser. Transhab, became Bigelow. And so on.
It's on the operations side that they suck. Shuttle. ISS. Constellation/Area. SLS. Orion.
NASA would be an amazing place if you could divert the $3b from SLS/Orion and the $3b from ISS into aerospace research and competitive programs like COTS/Commercial Crew.
Science is all about firing a drunk pig out of a cannon just to see what happens.
that somebody apparently taught you.
Werner Von Braun's team of Germans were working for the US Army Ballistic Missile Development organaization in the 1950s where they used their WWII experience with the V2 in conjunction to the experience of their new American colleagues to develop the Redstone and Juno rockets. While Eisenhower was still president in 1958, they began the development of a giant experimental rocket called the "Juno V". The first stage comprised of a Juno rocket body (used as a fuel tank) with 8 redstone bodies clustered around it (half of them used to hold fuel, the others used as oxidizer tanks) with a cluster of Redstone H-1 engines at the bottom. This project was well underway as was construction of launch facilities in Florida (NOT complex 39 yet, rather LC34 and LC37 further south), plans for a liquid hyrdogen-fuelled upperstage, and studies on civilian uses of this rocket (including for possible moon missions) before John F Kennedy even started running for President and before Eisenhower joined with then-Senator Johnson to create NASA.
When NASA was created from NACA in response to Sputnik, the Von Braun team and their projects, including the Juno V, were transferred to NASA and this rocket was renamed to "Saturn I". John F Kennedy won the 1960 election and was sworn-in in January of 1961. He gave his moon speech to congress in May 1961 (and his famous space speech at Rice University in 1962). The first Saturn I flew from Cape Canaveral in October of 1961 (only 5 months after telling congress he wanted to go to the moon). My point is not to take anything away from Kennedy (he had the singular vision to challenge the nation to aim for the goal, and the managerial wisdom to put the right people in place to get the job done) but rather to say that it actually took more than 8 years to get to the moon... it was actually about 11 years from the time the first work started on the Saturn rockets to the time Neil Armstrong planted his boot.
Incidentally, it has now been a decade since the Columbia broke-up on reentry and the Bush Administration set in motion plans to replace the shuttle with Orion sitting atop an expendable rocket for missions to the Moon and Mars, so it's fair to be upset by the sluggish progress on this retro-future path back to the 1960s