First Details of Manned Mars Mission From NASA
OriginalArlen writes "The BBC has a first look at NASA's initial concepts for a manned Mars mission, currently penciled in for 2031. The main vehicle would be assembled on orbit over three or four launches of the planned Ares V heavy lift rocket. New abilities to repair, replace, and even produce replacement parts will be needed to provide enough self-sufficiency for a 30 months mission, including 16 months on the surface. The presentation was apparently delivered at a meeting of the Lunar Exploration Management Group, although there's nothing on their site yet."
Just think, when Kim Stanley Robinson released Red Mars he settled the first Mars mission in the late teens and colonization in 2024, intending to be on the safe side in his future chronology compared to much science-fiction. And now our lack of vision as a nation and bureaucratical hassles have pushed the date even beyond that. It's a sad time to be an American. If only we had the drive of the Apollo era.
That's right! Put some mag chrome nozzles at those old babies and nothing beats the classics!
I prefer Flambe as apposed flamebait.
Fry: Back in the 20th century we had no idea there was a university on Mars.
Professor Farnsworth: Well, in those days Mars was a dreary uninhabitable wasteland much like Utah; but unlike Utah, Mars was eventually made livable.
Guaranteed! This comment 100% Anthrax free!
We could have been going in 5 years instead of 25 if we as a species/world community had better priorities.
(example: 500 billion in Iraq, more than enough to fund the complete development and production of everything that would be needed)
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There are MANY ppl on this planet that would be willing to take a 1 way ticket to Mars. Seriously, I would, but I also know that I am too old for that. My belief is that the first mission will be a 1 way ticket (in spite of what NASA wants now). The reason is that it takes a LOT of work to get the ppl back. OTH, if we send supplies/equipment ahead of time, and build a small base, then a small group of ppl can go there and build out. I am also guessing that before 2025, the private world will already be heading there, with just the set-up I described.
I prefer the "u" in honour as it seems to be missing these days.
The funny thing is, the longer they wait to launch a human mission to Mars, the smaller will be the advantage compared to a robotic one. Spirit and Opportunity can already do a lot of exploration on their own but, currently, humans, could do a lot better, faster, etc. I'm not so sure that this will still be true in the 2030-2035 time frame. Regardless of the state of AI then, robots will be a lot more autonomous, capable of fairly advanced decisions and exploration capabilities. And they will be immensely cheaper to deliver to Mars (and anywhere else for that matter). So, the longer they put a human mission off, the least sense it makes.
Can someone please explain to me (and this is NOT meant to be a troll-post) why someone can't volunteer for a manned mission to Mars, raise funding from private companies/organizations and just go to Mars? Yes it would be a suicide mission, known up front and with the intent of it being for pure research and in the name of science, why the hell couldn't someone hit up a few big businesses and/or private investors for the cash to make a ship, buy or make the equipment for data analysis and the necessary supplies to get there and transmit back pictures and data? And more than just the Mars Rover, being able to survey the planet much faster and with more detail.
Is NASA a governing body in the sense that they can mandate who can go into space and moreover, where in space? It is my understanding that when Columbus wanted to find a route to the far East, he submitted his plans to various people and it took two or three tries before they finally granted him the money and ships he needed and I read that some of the terms of the agreement were such that they (King Ferdinand and Queen Isabella) didn't expect him back... why not something similar for Mars? Setting aside things like training, time to build a ship, and most importantly cost, can it be done? Privately? And no, not the Astronaut Farmer-type thing. I'm talking about a legitimate, scientific exploration, in the name of pure science and discovery, privately funded, privately built and controlled, government and nationally independent.
I read in a book about curious annecdotes (supposed to be true) that, in the Middle Age, an astronomer told the Pope that the Antichrist was born in Sicilia. The Pope asked what age he might have at that moment, and was told that about three or four years. Then the Pope thougt about it, and said: "Then it will be my successor's trouble!" and it was the last time it was heard about that problem
:-) )
A program that completes in 25 years gives all of the top staff at NASA time enough to retire and leave the details to the people to come (who will blame his predecessors
It would be more credible if there was a middle step (what about a long -3, 4 months- to the Moon, to check that the technology is improving and see what is still lacking?)
Why can't
I think we have to face facts that once the Shuttle program shuts down and the Russians lose interest in losing money and the ISS reaches the end of its service life that apart from the Chinese and Indians sending a few Nauts into orbit that manned spaceflight is going to take a VERY long break. Perhaps a century or more. Countries and societies seem to have almost no interest in it. Coupled with the enormous ignorance and misinformation about it e.g. a quarter of all Americans think NASA's budget is greater than the Pentagon, coupled with the increasing weaponization of space there just doesn't seem to be any future in it.
I'm a huge space proponent...
But it is not like the U.S. Government won't have all sorts of other debts to pay when the Afghan/Iraq wars end.
Let's try Social Security and Medicare to start.
These two programs are all slated to start running in the red decades before any Mars mission.
- dj
As long as they piddle about with chemical rockets, they won't be doing much more than a very expensive, long and dangerous flag-planting exercise.
Von Braun et. al. were working on a nuclear rocket back in the day for such a mission. Just look up NERVA.
And before anyone jumps on the "danger radiation" bandwagon, I'm not advocating a nuclear rocket for getting from the earth's surface into earth orbit. It would be quite safe to build a reactor, launch it into orbit and to install it on the spacecraft there. It would be quite harmless having never have been taken critical for the first time.
The crew could easily be shielded. Think nuclear submarine. The craft could be much bigger than one chemically-powered. There could be additional shielding for protecting the crew from solar radiation. There would be extra living space, more scientific payload and it would be easier to insert into Mars orbit at the other end.
Fission reactors have been about for 60 years now. We know how to make them safe and efficient. It would be absolutely stupid not to use a nuclear reactor to go to Mars. They could have one designed, built and tested in under 5 years if they put their minds to it.
But they won't. They'll leave that to our grandchildren...
Stick Men
I'm scheduled to be alive for this, Awesome !
Wanna fight ? Bend over, stick your head up your ass, and fight for air.
If you thought that female astronaut who drove across country in a diaper was crazy, just wait untill you see what happens when you send a fat man into space with no food.
Wanna fight ? Bend over, stick your head up your ass, and fight for air.
It would have been an interesting article if it had gotten into how this "cryogenic" propulsion system will actually work. The biggest problems are (1) fuel for the outbound and return trip (2) how to land the craft that has humans in it and (3) how to get off the planet again. Mars' atmosphere is too thin for parachutes, and the gravity is too heavy to use conventional chemical thrusters to brake the landing all the way down (which isn't possible anyways due to the mass of the fuel you would have to haul all the way from Earth with those "cryogenic" thrusters).
No one has an answer to this question yet. There may not be one. It's not just engineering, there are basic scientific barriers. This is why SF always invents Warp Drive or some other back door - the constraints imposed by Newton's Third Law and the limitations of chemical propulsion make this whole thing a big pain in the ass. Funny how all these articles never bother to review the basics before launching into all the speculation.
"NASA does not have the funding it had during the apollo era, so they are doing the best they can on low budgets"
The whole manned space program from mercury to apollo cost $25 billion.
Each Saturn 5 cost $100 million.
Contrast that with the "reusable" space shuttle that has to be pretty much rebuilt from the ground up after every mision - $500 million dollars a flight.
Add to that that the Saturn 5 has 5x the payload capacity (125,000 kg into LEO) of the shuttle (25,000 kg) and this doesn't add the posibbility of increasing the Saturn 5 payload capacity with SRBs, to between 250,000kg and 350,000 kg)... even taking into account inflation, the shuttle is what has been bleeding NASA. A modified Saturn 5 would need a lot fewer missions to assemble shit in orbit, like the ISS.
Kevin Smith on Prince
I'm not about to do the math but I'm pretty sure the year 2031 was picked is because that will be the next time Mars and Earth will be in the right positions to do a Hohmann Transfer orbit there, give the astronauts a decent amount of time on the surface, and then come home with another transfer orbit. http://en.wikipedia.org/wiki/Hohmann_transfer_orbit
Indeed we are getting soft, it is due to prostituting this nation's sovereignty with globalization(in its current form).
Twitter supports and protects racists - by smearing their critics with the "Hate Speech" label.