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NASA Gets $75 Million For Europa Mission

astroengine writes "It may not be a lander or an orbiter, but its something. Europa, one of Jupiter's largest moons, has been the focus of much scrutiny over its potential life-bearing qualities. It has an icy crust over a liquid water ocean and now salts have been detected on its surface, suggesting a cycling of nutrients from the surface to the interior. This only amplifies the hypothesis that Europa not only could support basic life, it could support complex life. But how can we find out? The proposed Europa Clipper received interest at NASA HQ last year as it would optimize the science while keeping the mission budget under $2 billion. It would be a spacecraft that will be in orbit around Jupiter, but make multiple flybys of Europa to assess the moon for its habitable qualities. Now, in a bill signed by President Obama and approved by lawmakers, $75 million has been allocated (for the remainder of this fiscal year) for a 'Jupiter Europa mission.' Could it represent the seed money for the Europa Clipper? We'll have to wait and see."

135 comments

  1. Countdown by Anonymous Coward · · Score: 0

    Clarke quote in five, three, two, one...

    1. Re:Countdown by fustakrakich · · Score: 1

      Who?

      --
      “He’s not deformed, he’s just drunk!”
    2. Re:Countdown by Anonymous Coward · · Score: 0

      Didn't even get to three.

    3. Re:Countdown by Anonymous Coward · · Score: 1

      Arthur C. (2001)

    4. Re:Countdown by Anonymous Coward · · Score: 0

      and skipped four :)

    5. Re:Countdown by DougOtto · · Score: 5, Funny

      Five is right out.

      --
      Solving Unix problems since 1989...
    6. Re:Countdown by Anonymous Coward · · Score: 0

      No, just the Doctor.

    7. Re:Countdown by Anonymous Coward · · Score: 0

      Wait, could you ask me that again?
      I never realized how much I enjoy hearing that question

    8. Re:Countdown by Anonymous Coward · · Score: 0

      Five is right out.

      Evidently not.
      Well played.

    9. Re:Countdown by Anonymous Coward · · Score: 0

      Someone please mod this down to minus infinity.

  2. Warning by Animats · · Score: 3, Interesting

    "All these worlds are yours, except Europa. Attempt no landing there."

    1. Re:Warning by ackthpt · · Score: 4, Funny

      "All these worlds are yours, except Europa. Attempt no landing there."

      I knew I should have made that left turn at Albuquerque.

      --

      A feeling of having made the same mistake before: Deja Foobar
    2. Re:Warning by Anonymous Coward · · Score: 0

      completely fucking lame and predictable.

    3. Re:Warning by Anonymous Coward · · Score: 0

      Yes, Cheesy and predictable, but there are still a lot of us who love it.

  3. In Before 2001 Space Odyssey References... by Anonymous Coward · · Score: 2, Funny

    In Before 2001 Space Odyssey References...

    Don't hide the truth NASA...you found a monolith on the moon didn't you?

    1. Re:In Before 2001 Space Odyssey References... by Anonymous Coward · · Score: 0

      We really need HAL to teach us chess and compliment us on our sketches. *reaches for DVD* Ahh, thank you /.

    2. Re:In Before 2001 Space Odyssey References... by Anonymous Coward · · Score: 0

      A real nerd would know it's from the movie 2010, not 2001.

  4. All these worlds.... by Anonymous Coward · · Score: 0

    ...are yours except Europa, attempt no landing there.

    1. Re:All these worlds.... by davester666 · · Score: 1

      Won't the people in Europe be surprised when we land there and plant a flag? I mean, other then the French.

      --
      Sleep your way to a whiter smile...date a dentist!
  5. Over my head ... by Anonymous Coward · · Score: 0

    "All these worlds are yours, except Europa. Attempt no landing there."

    I knew I should have made that left turn at Albuquerque.

    That last one went over my head.

    Albuquerque?

    1. Re:Over my head ... by sribe · · Score: 1

      That last one went over my head.

      Albuquerque?

      Bugs Bunny

    2. Re:Over my head ... by GodfatherofSoul · · Score: 1

      That last one went over my head.

      Albuquerque?

      lol, I know I'm getting older when...

      --
      I swear to God...I swear to God! That is NOT how you treat your human!
    3. Re:Over my head ... by NoNonAlphaCharsHere · · Score: 3, Funny

      What a maroon.

    4. Re:Over my head ... by denvergeek · · Score: 1

      Get Off My Lawn.

  6. $75 Million huh? by Westwood0720 · · Score: 1

    I'm sure that's what Congress spends on office supplies for a year.

    1. Re:$75 Million huh? by schneidafunk · · Score: 2

      The bill authorizes: “That $75,000,000 shall be for pre-formulation and/or formulation activities for a mission that meets the science goals outlined for the Jupiter Europa mission in the most recent planetary decadal survey” – H.R. 933, p. 64

      Also, reading the summary, I stumbled across this gem in the bill (now law), funding for "former Soviet Union cooperative threat reduction".

      --
      Some people die at 25 and aren't buried until 75. -Benjamin Franklin
    2. Re:$75 Million huh? by Anonymous Coward · · Score: 2, Interesting

      Europa is tough. It is theorized that there are several kilometers of ice above the liquid oceans. But they could be slushy instead, or who knows. So the first priority is doing a detailed survey to find out where the ocean begins. Once that is known, then ideas like cryobots can be developed to penetrate into it. An orbiter might be able to use very large solar arrays, but an RTG is more likely. For a cryobot, a nuclear reactor will be needed. Both of these will cost billions, so the $75 million is just how to research how much is actually needed.

    3. Re:$75 Million huh? by MightyMartian · · Score: 5, Interesting

      Indeed. We're a long ways away from having the technical know-how to drill through several kilometers of ice (and lets' face it, we really have no idea how thick the ice "crust" may be), either by robot or even manned mission. First things first.

      I think something like Cassini–Huygens is probably the way to go. If I was in charge and had a good budget, I'd probably have two probes; a lander that could attempt some surface measurements, perhaps land near where surface ice is the youngest for possible signs of biological activity, and a seismometer onboard. The other probe would just smash into the moon to try to ring it like a gong to get some good seismic readings that ought to reveal more about the thickness of the ice crust, the depth of the liquid ocean beneath and data on the core. You would also have the main spaceship which could fly around the Jovian system for several years, get some data on some of the other cool Jovian satellites.

      At some point we'll be able to get a probe to the liquid ocean on Europa, but until then we can take some good initial steps like we've done with Titan.

      --
      The world's burning. Moped Jesus spotted on I50. Details at 11.
    4. Re:$75 Million huh? by Anonymous Coward · · Score: 0

      Also, reading the summary, I stumbled across this gem in the bill (now law), funding for "former Soviet Union cooperative threat reduction".

      I think this is legal speak for saying that NASA can buy RTG fuel from Russia even though they are generally restricted from doing business with them due to other laws.

    5. Re:$75 Million huh? by GreenTom · · Score: 3, Informative

      That cooperative threat reduction is basically helping the FSU keep track of and dismantle their nukes. http://en.wikipedia.org/wiki/Nunn%E2%80%93Lugar_Cooperative_Threat_Reduction

    6. Re:$75 Million huh? by hawguy · · Score: 4, Informative

      Indeed. We're a long ways away from having the technical know-how to drill through several kilometers of ice (and lets' face it, we really have no idea how thick the ice "crust" may be), either by robot or even manned mission.

      I don't think it's technical know-how so much as the cost to get the drill payload there. Scientists drilled through a kilometer of antarctic ice sheet to explore the lake beneath, so we have the know-how.

    7. Re:$75 Million huh? by OlRickDawson · · Score: 2

      The last version that I read about had them melting through the ice, instead of drilling. The probe would be hot enough to melt its way down, and leave just a wire for communications back to the surface, probably using a super hot radioactive component. It would be much lighter and easier to get there, if only they could get approval to make such a device.

      --
      Ol' Rick Dawson had a farm EIEIO
    8. Re:$75 Million huh? by cusco · · Score: 1

      Impactor/penetrators were already developed for Mars (and then cancelled, repeatedly). It should not be all that difficult to adapt the plans for use on Europa. They had seismographs, mineral analysis tools, thermometers, I forget what else, and of course a transponder and antenna that would stick up above the surface so that the signal could be relayed by an orbiter back to Earth.

      --
      "Think about how stupid the average person is. Now, realise that half of them are dumber than that." - George Carlin
    9. Re:$75 Million huh? by MightyMartian · · Score: 1

      I think getting a good idea of the internal structure of Europa should be the first order of business, and that's where the whole seismograph-impactor idea comes from. Besides, if you can get a probe to smack into Europa at a reasonably decent speed you might be able to get some good spectrographic data from the ice cloud it produces.

      --
      The world's burning. Moped Jesus spotted on I50. Details at 11.
    10. Re:$75 Million huh? by MightyMartian · · Score: 1

      But even drilling into the Greenland and Antarctic ice sheets took considerable effort, and that was with manned crews who could be on site to manage the process. The best we can do right now is have a lander that can drill a few inches into the surface. While I think that might be valuable, particularly as it seems likely that at least some areas of Europa's surface are geologically active (and thus we might get some signature of any complex chemistry going on in the ocean deep underneath), I still think we are a long way from getting any kind of automated drilling rig through.

      --
      The world's burning. Moped Jesus spotted on I50. Details at 11.
    11. Re:$75 Million huh? by MightyMartian · · Score: 1

      I had read about that. I think there are concerns about contamination, not to mention launching a pretty powerful radioactive payload.

      Sigh, things would be a lot easier if we had mining, refining and spaceship/probe assembly plants in orbit.

      --
      The world's burning. Moped Jesus spotted on I50. Details at 11.
    12. Re:$75 Million huh? by WindBourne · · Score: 1

      And a CHEAP drilling from red dragon is simply a small heated ball using radiation for heat. Then have a FEW small experiments on board (ph; temp; salt; etc). As it drops, it sends a signal back to dragon that relays it back to home or clipper. Regardless, this would be relatively cheap to do. Note that the dragon could take samples above and do a lot more experiments on the ice/ground that it finds. The ball by sending back the small info would then confirm that it is similar composition or something different. Finally, it tells us how far we need to drill.

      --
      I prefer the "u" in honour as it seems to be missing these days.
    13. Re:$75 Million huh? by buchner.johannes · · Score: 1

      An orbiter might be able to use very large solar arrays, but an RTG is more likely. For a cryobot, a nuclear reactor will be needed.

      Wouldn't it be possible to generate power from the planet flying through the magnetic field of Jupiter?

      --
      NB: The message above might reflect my opinion right now, but not necessarily tomorrow or next year.
    14. Re:$75 Million huh? by Nikker · · Score: 2

      The mission at the Antartic was complex because we were trying to preserve the ice we were digging through (ice cores). Since what ever is being deployed on Europa isn't likely going to be able to bring back core samples the goal of just melting kilometers of ice could possibly as simple as a piece of radioactive material on a rope.

      --
      A loop, by its nature, continues. If that didn't make sense, start reading this sentence again.
    15. Re:$75 Million huh? by khallow · · Score: 2

      Scientists drilled through a kilometer of antarctic ice sheet to explore the lake beneath, so we have the know-how.

      I'd have to disagree. That drill probably involves tens of tons of metal from the drilling platform to the well shaft to the bits. Now try to drill through a kilometer of ice with at most a few hundred kilograms of stuff for everything.

      If I were doing it, the drill would just be a large piece of plutonium 238 (or maybe some other radioactive isotope with a shorter half life) completely encased with something hardcore chemically inert like platinum or iridium. There'd be a reel of fiber optic playing out behind it and you would just drop it on the ice and let it go.

      Or maybe you could communicate with it via very low frequency radio waves and skip the fiber optic cable altogether.

    16. Re:$75 Million huh? by tehcyder · · Score: 1

      Sigh, things would be a lot easier if we had mining, refining and spaceship/probe assembly plants in orbit.

      Well, yes.

      I love how when it comes to space technology, you get people making breathtakingly sweeping handwaves to get round problems. "It's just engineering". No shit. Just because something's not made of magic and fairy dust doesn't mean it's feasible.

      --
      To have a right to do a thing is not at all the same as to be right in doing it
    17. Re:$75 Million huh? by whitroth · · Score: 1

      A long way from having the technical knowledge to drill through the ice?

      In space, no one can hear you *sigh*

      Take one small solid fuel strap-on rocket. Strap on small asteroid. Aim, Fire, from space, at orbital velocities.

      *After* you've checked to make sure that you're not right above one of the Europans sub-ice cities, and that the Monolith's not there.....

                        mark

    18. Re:$75 Million huh? by samwichse · · Score: 1

      Why not a two part probe: half is a broadcast station to relay info home, the other half is a capsule with a spool of wire (fiber, whatever), and RTG, and whatever science tools are feasible.

      The probe lands, splits into two, and the RTG side just sort of melts/sinks its way in with the spool playing out wire to the surface station. Spool has to be on the sinker side because the ice will refreeze on the wire as you go. Don't know how long it would take for it to sink say... 2 kilometers, but assuming it melting a meter a day, that would be 5.5 years to hit the ocean.

      We don't know too much about the seismic activity and makeup of the ice, so I'd give a well-engineered probe like this a 1 in 3 chance of reaching the liquid part. But if it did... what a payoff!

    19. Re:$75 Million huh? by bill_mcgonigle · · Score: 1

      It may be more expensive to man a 5-year monitoring effort than to build a hotter sinker to speed up the process.

      If I could expand your proposal a bit - once it's past the ice, let the second stage attach to the bottom of the ice sheet and spread out a bunch of antennas, and then drop a third-stage ROV to do the actual exploration. I think that would call for a total of three RTG's, but it would probably be worth the effort for expanded range. The main melting RTG would double as the ROV's power source, since they'd both need substantial power.

      --
      My God, it's Full of Source!
      OUTSIDE_IP=$(dig +short my.ip @outsideip.net)
    20. Re:$75 Million huh? by khallow · · Score: 1

      This sounds pretty sweet. I got $28. How much more do we need?

  7. Fhloston Paradise by Iniamyen · · Score: 1, Funny

    Fast forward a few billion years to when the sun explodes and everyone is gonna be all over this place for its tourism potential. Invest now, and get in on the ground floor!

  8. Why so expensive by Anonymous Coward · · Score: 4, Insightful

    I am a huge fan of NASA and wish the budgets between the Pentagon and NASA were switched...more bombing runs on other planets, less on our own. But why is everythng a $2 billion (before inevitable overruns) project?

    Each planetary mission is somehat different, but it really seems to me that they are re-inventing the wheel every time. What about standardizing on a vehicle platform, with some set instrumentation and a little room for customization if necessary. Make each one substantial enough (RTG's for power) And then start firing these off to Mercury, moons of Jupiter, Saturn, where-ever.

    The launch cost of an Atlas V or Delta IV is somehere in the neighborhood of $150 million, so the other $1.8 billion is for mission development and support?

    SpaceX, here's a tip...get into the science mission hardware game too.

    1. Re:Why so expensive by Anonymous Coward · · Score: 0

      Because you don't have the leg room to build crazy things like gps, or microwaves, or lasers, or cell phones, or all the other things we take for granted today because the NASA of 50 years ago was faced with a challenge and had the budget to over come it.

      I'm be happy if 150 million goes into parts for the spacecraft and the other 1.85 billion goes into R&D into cool things that our grand kids will take for granted when we're dead.

    2. Re:Why so expensive by poly_pusher · · Score: 1

      I'm sure glad we had the foresight to reinvent the wheel over and over again out of different materials after that first stone one arrived...

    3. Re:Why so expensive by denvergeek · · Score: 2

      Maybe because it's fucking hard?

    4. Re:Why so expensive by necro81 · · Score: 2

      Part of the cost is in the lengthy design, development, and testing process. Another huge chunk is the support of the craft during flight. A final huge chunk is the support of the mission once it arrives, and analyzing the data going forward. In other words, you are talking about thousands of man-years of highly skilled labor, which runs $100,000 - $200,000/yr in terms of salary, benefits, overhead, and support staff. $10^5/yr * 10^3 yrs * several gets you up to a decent fraction of a billion dollars in a hurry.

    5. Re:Why so expensive by DerekLyons · · Score: 1

      But why is everythng a $2 billion (before inevitable overruns) project?

      Because building one-of-a-kind equipment designed to operate for years in extreme environments is hellishly expensive.
       

      What about standardizing on a vehicle platform, with some set instrumentation and a little room for customization if necessary. Make each one substantial enough (RTG's for power) And then start firing these off to Mercury, moons of Jupiter, Saturn, where-ever.

      That's like taking a submarine and giving it wheels so it can explore the Sahara desert (except being insulated to survive the cold of the depths means it overheats there) and wings so it can fly to the top of Mt Everest (except the pressure hull and wheels are too heavy) and then sending it to the bottom of the Atlantic (where the water pressure crushes the wheels and the dynamic pressure tears the wings off). Seriously, while I exaggerate a little for effect, then environment and propulsion requirements for different planets (and different missions for the same planet) vary radically. In the same way, a camera that can image at Saturn is mildly blinded by how bright Jupiter is, completely blinded at Mars, and totally fried (as in serious physical damage) at Mercury. (Making the ungrounded assumption we're even looking for the same things at the different potential destinations.)
       
      And I haven't mentioned how the instruments evolve over time, not only due to changing technology but as we learn things at the planetary destination and need to either look more closely at something or look at something else instead.
       

      SpaceX, here's a tip...get into the science mission hardware game too.

      SpaceX's business model depends on (relatively) cheap "commodity" grade hardware where the costs of development and production can be amortized over a large number of missions (and crossing their fingers and hoping they don't lose too many while climbing up the learning curve). A model worse suited for mission hardware development can hardly be imagined.

    6. Re:Why so expensive by Anonymous Coward · · Score: 1

      Yes, its effing hard, but they've also been doing it for 40 effing years. Pretty much have that Newtonian physics part down to be able to get these things in orbit around most of the hevaenly bodies in the solar system. The cameras from Cassini are pretty nice, as is the data relay, power gen and so on. So why not re-use the cassin design and plug in new coordinates?

        If NASA keeps developing effing $2 billion projects they won't effing get any money from the effing congress. They don't have the effing "sex appeal" like the military has, and will be killed by every effing Red state Rep outside of FL and TX.

    7. Re:Why so expensive by Anonymous Coward · · Score: 1

      Uh, if Toyota redesigned the Camry every year from they'd go bankrupt. I'm just saying use and reuse a platform over and over agian to save costs. Cassini has been pretty successful, dust off those blueprints and plug in the coordinates for Europa.

    8. Re:Why so expensive by cusco · · Score: 1

      SpaceX wants to be the WalMart of surface-to-orbit transport. Fine for those things that you only need WalMart quality for, but sometimes you really do need a 4 meter titanium I-beam.

      --
      "Think about how stupid the average person is. Now, realise that half of them are dumber than that." - George Carlin
    9. Re:Why so expensive by Anonymous Coward · · Score: 0

      You start comparing travel to Jupiter with what SpaceX does? There are many orders of magnitude between them.

      Consider geostationary orbits are around 42,000 km away.

      Jupiter is at least 630,000,000 km away.

      The little pictures they draw in news articles are not to scale.

    10. Re:Why so expensive by WindBourne · · Score: 1

      Actually, there is very little that is commodity grade hardware with them. They use the same equipment in terms of strength, etc that NASA, L-MART, etc. use. They use the same Al-Li tanks, frames, etc. As far as that go, the dragon and the rest of their system is equal OR BETTER than anything coming our of L-Mart, Boeing, etc. And in fact, it makes perfectly GOOD sense to take the dragon, make a solid bus internally for equipment to hook to, add antenna on the outside, provide various forms of power (solar and nukes), and then you have a solid system to send to various destinations. They can send to Mars, or Europa. Heck, they can use this for a satellite to send to Jupiter, Saturn, etc. All on the cheap.

      --
      I prefer the "u" in honour as it seems to be missing these days.
    11. Re:Why so expensive by poly_pusher · · Score: 1

      As mentioned below, the requirements for different missions produce many different variables that require specific redesigns. We also learn a great deal from each mission and improve our methods. The purpose of these missions is to get information on specific topics but it is also to improve our ability to travel in space in general. If your thinking was employed 40 years ago would we have ever moved past Voyager?

      There is no "dust of those blueprints and plug in the coordinates for Europa" The "blueprints" are a small portion of the overall costs. So to gain as much knowledge and advancement as possible, we need to redesign each time.

      In reply to what you say about the Camry, there wouldn't be one if we hadn't reinvented the wheel in wood, metal, then rubber and so on. Something tells me the Camry wouldn't handle well with stone wheels...

    12. Re:Why so expensive by Anonymous Coward · · Score: 0

      Don't tease the puppy; it will remember to bite you one day.

    13. Re:Why so expensive by khallow · · Score: 1

      Because you don't have the leg room to build crazy things like gps, or microwaves, or lasers, or cell phones, or all the other things we take for granted today because the NASA of 50 years ago was faced with a challenge and had the budget to over come it.

      Nonsense. GPS is DoD not NASA. Microwaves, lasers, cell phones, etc were developed anyway.

    14. Re:Why so expensive by khallow · · Score: 1

      If your thinking was employed 40 years ago would we have ever moved past Voyager?

      I think we would be well ahead of where we are today because we'd be building infrastructure and doing space exploration instead of one off disposable technology development. To be blunt, the space science and exploration community is profoundly ignorant of economics and that has hurt us a lot.

    15. Re:Why so expensive by DerekLyons · · Score: 1

      Actually, there is very little that is commodity grade hardware with them. They use the same equipment in terms of strength, etc that NASA, L-MART, etc. use. They use the same Al-Li tanks, frames, etc

      That's why "commodity" was in quotes - because relative to the rest of the industry, that's what it is. It's not just about materials, but how they're used... better tank designs, mass produced on automated equipment, re-use within the same vehicle of the same components with minor modifications (if any)... etc... etc...
       

      As far as that go, the dragon and the rest of their system is equal OR BETTER than anything coming our of L-Mart, Boeing, etc.

      From a certain emotional fan boy perspective, I can see how people might believe that. From an engineering point of view, while the jury is still out, SpaceX's performance record to date isn't all that impressive.
       

      And in fact, it makes perfectly GOOD sense to take the dragon, make a solid bus internally for equipment to hook to, add antenna on the outside, provide various forms of power (solar and nukes), and then you have a solid system to send to various destinations.

      Other than the fact that Dragon is optimized for LEO and completely unsuitable for operations beyond the Moon... sure. But by the same measure, it makes perfectly good sense to outfit my minivan with scuba gear and send it out with James Cameron the next time he heads to the bottom of the Challenger Deep. Or to put it more clearly - it's a laughably *STUPID* idea. Starting with the tons of heat shielding a deep space probe doesn't need, to the enviromental controls for men that will never ride such a probe, to the extremely limited capacity of the RCS... etc... etc...

    16. Re:Why so expensive by DerekLyons · · Score: 1

      Exactly.

    17. Re:Why so expensive by khallow · · Score: 1

      Fine for those things that you only need WalMart quality for,

      Space probes should fall solidly in that category. If you look at most science done in the world, it's not pretty and it sure as hell isn't made of perfect, 4 meter titanium I-beams. I think we'll start seeing some real space science once mission costs drop about two orders of magnitude.

    18. Re:Why so expensive by khallow · · Score: 1

      Consider geostationary orbits are around 42,000 km away.

      Jupiter is at least 630,000,000 km away.

      So what? Distances in space aren't like distances on Earth. If I drive ten times as far on Earth, I use ten times as much fuel. But I can fly orders of magnitude beyond geostationary orbit without using significantly more fuel. Escape velocity from the Solar System itself is roughly as much delta v from low Earth orbit (LEO) as LEO is from the surface of the Earth. And there are a variety of circumstances that make that a much simpler problem propulsion-wise (Orberth effect, high efficiency propulsion without atmosphere or gravity losses).

      So leaving the Solar System is less than twice as hard propulsion-wise as getting to orbit. Getting there in a timely fashion with working gear makes those sorts of problems harder. But merely being four orders of magnitude further away just isn't that big a deal. If you can get your stuff working in space in isolation for long periods of time, you have it.

    19. Re:Why so expensive by Anonymous Coward · · Score: 0

      100k/yr is what a newbie costs. Figure more like 300k/yr. 100k/yr in salary (senior guy or gal), vacations and benefits add 50k. generalized burden (heat light power) is about 25//hr or 50k/yr. Computer sitting on the desk, network hookup, telephone, space on institutional servers, etc., About $500/mo, so another 6k. Your engineer has a supervisor.. add 5% for their (burdened)salary, and a shared secretary (another 5%)... so we're up to around 220k/yr There's enough other stuff to bring it up another 50-60k.

      MSL had something like 3000-4000 FTE working on it at the peak. That's a fairly hefty annual burn rate (about 1B/yr). JPL has an annual budget of about 1.5B/yr, about half of which gets sent out in the form of contracts and procurements

    20. Re:Why so expensive by Anonymous Coward · · Score: 0

      What you wrote isn't true at all. Orbiting a planetary body is pretty much the same throughout our solar system. You can make allowances for distances (takes much longer to go to Jupiter than to Mars, and the communication lag is much greater, etc.) but if you are going to tell me that a Cassini style craft couldn't perfom basically the same around Juptier I call BS.

      The way we get better at space travel is doing a lot more of it, more frequently. If we did what I propose above, we wouldn't just have Voyager 1 & 2, but 3, 4, 5...20. And would be better off for the experience. NASA is giving us the Concorde, we need a 737.

    21. Re:Why so expensive by Anonymous Coward · · Score: 0

      Exactly. I'll reiterate that it's criminal the small budget that NASA gets, but they often don't help things by the costs of a lot of the projects. Something like a planetary tour through the Discovery program is what I am envisioning.

    22. Re:Why so expensive by Anonymous Coward · · Score: 0

      If you look at most science done in the world, it's not pretty and it sure as hell isn't made of perfect, 4 meter titanium I-beams.

      It's not the science, it's the engineering. Engineers (both software and hardware) are costly. If you look at most engineers around the world, they aren't cheap. If your engineers happen to use the public education system to get their skills/knowledge, that's another hidden cost

      Many on slashdot are probably part of the problem. If *points around* you and you and especially you aren't so expensive to hire, things could be cheaper. If you and you and especially you paid for your own education to become an engineer, things would be cheaper.

      I think we'll start seeing some real space science once mission costs drop about two orders of magnitude.

      Yes, real space science done by True Scotsmen!

    23. Re:Why so expensive by Anonymous Coward · · Score: 0
      Reusing old designs would save less than 10% of the cost and reduce the quality of the science by 90%. Your optimization is just silly.

      To be blunt, the space science and exploration community is profoundly ignorant of economics and that has hurt us a lot.

      To be blunt, you have no idea what you are talking about. Do you honestly believe you're that much smarter than everyone at NASA?

    24. Re:Why so expensive by HarvardAce · · Score: 1

      So leaving the Solar System is less than twice as hard propulsion-wise as getting to orbit. Getting there in a timely fashion with working gear makes those sorts of problems harder. But merely being four orders of magnitude further away just isn't that big a deal. If you can get your stuff working in space in isolation for long periods of time, you have it.

      How are you going to get the mass of the propellant into LEO? For every pound of payload (which in this case, includes the propellant to go from LEO to an escape trajectory from the solar system) it's something like 50 times as much propellant you need. So even if the propellant you needed was only 10% of what you needed to get into LEO, you would still need a launch vehicle that has 5 times as much propellant.

      Hand-waving the time issue away is a big reach as well. Good luck getting anyone to spend a significant amount of money now for something that may pay off in 30-40 years.

      --
      Note to self: Stop putting jokes in my insightful comments so I can get something other than +1 Funny!
    25. Re:Why so expensive by WindBourne · · Score: 1

      Sigh.
      So, when you have nothing to say intelligently, you resort to trying to put-downs. Okay.
      First off, what engineering issues are there with SpaceX vs. say Ares I or Atlas V?
      One thing that you should realize is that hand production makes for issues with quality. OTOH, mass production on very accurate automated equipment means reproducability.

      Sadly, your own fanbozism is getting in the way of clear thought on this. SpaceX's record is actually not that much different than any others. Yes, they had issues with F1. Of course, that last decade and last rocket, not this decade or this rocket. And most of the issues on F9/Dragon have not been quality or designs, but software. BUT, you will find that Atlas and Delta actually had a number of small issues. At least, I know that the Atlas did. I have friends that worked on it here in Colorado. And they will tell you that they required 3 launches to get it right (and even then they had an issue later on due to too much hand manufacturing). The biggest issue that SpaceX has now, is getting a single stable launcher that has only bug fixes. Supposedly, that is F9 V1.1, but I worry that they will change that after FH. We will see. BUT, the only way to make this work CORRECTLY, is to have a single well tested, well known system without part changes (or at least fully tested part changes). Simple as that.

      How is the dragon optimized for LEO? It has the same PICA heat shielding. It has the same large trunk. It does have only 10 m^3, but this was not designed to got to mars on its own. It is designed to hook up with a BA unit or other transhab type item for living in. Its walls are as thick as Orions, with similar composition. Likewise, similar lifesupport. The real issue is consumables, which would be in the BA unit.
      OTOH, those like you who push the Orion fail to note that 2 orions going to mars would have less than 40 m^3 of pressurized space, and far too little for 2 ppl to spend 6 months, let alone 12-15 months. They would be at each others throats by the time the mission was done.
      As somebody else said, the orion to dragon is ford expedition to a ford explorer comparison. Pretty much the same vehicle, but one is larger. The difference is that the dragon never intended to go it alone, but add 180 m^3 (sundancer) extra space.

      So, why do you declare otherwise, when NASA says that this is the case? What do you base it on?

      --
      I prefer the "u" in honour as it seems to be missing these days.
    26. Re:Why so expensive by WindBourne · · Score: 1

      Though to be fair, it was L-mart that claimed that 2 orions could go to mars and back. I note that Boeing pushes a new vehicle called the MTV. Basically, their idea of what would be in place of Bigelow's unit.

      --
      I prefer the "u" in honour as it seems to be missing these days.
    27. Re:Why so expensive by cusco · · Score: 1

      Not at all. An orbiter around Mercury is 80+ percent different than an orbiter for Titan which is probably 90 percent different from a flyby for Pluto. The mission profiles aren't even vaguely similar, the sensing equipment is utterly different, the shielding is different, the power supply is different, you can't even use a common wiring harness or mounting rails.

      --
      "Think about how stupid the average person is. Now, realise that half of them are dumber than that." - George Carlin
    28. Re:Why so expensive by khallow · · Score: 1

      How are you going to get the mass of the propellant into LEO?

      Launch it. It's mass. We already know how to get mass into orbit. We also have some pretty good ideas on how to store propellant in space.

      Hand-waving the time issue away is a big reach as well.

      We already have probes that have lasted long enough. It's a solved problem.

      Good luck getting anyone to spend a significant amount of money now for something that may pay off in 30-40 years.

      The original post was about sending a unmanned Dragon capsule-based probe to Jupiter. It'll take 5 years or less. That's in a lot of peoples' investment horizons. I don't expect anything resembling a financial profit, but you'd see in a few years your spacecraft do what it's intended to do.

      So sure, I handwaved the problems away. They are hard problems, but they are solved hard problems. I'm justified here.

    29. Re:Why so expensive by khallow · · Score: 1

      Reusing old designs would save less than 10% of the cost

      I don't know where you get that from. R&D is traditionally a lot more than 10% of the cost. Most of that goes away with reuse of the design. Then you have economies of scale from building multiple copies of the same design.

      To be blunt, you have no idea what you are talking about. Do you honestly believe you're that much smarter than everyone at NASA?

      I didn't say that. I merely said space scientists, which would include those at NASA, are profoundly ignorant of economic matters. That is evident from their actions.

    30. Re:Why so expensive by khallow · · Score: 1

      In other words, you are talking about thousands of man-years of highly skilled labor

      In other words, if we cut a few orders of magnitude off the R&D per vehicle, we'd end up with a much cheaper vehicle. Here's my counter proposal. We put a small team together for a few man-months to man-years, depending on the problem and they put a prototype together.

      It doesn't have to be perfect, just good enough to fit some generous mission constraints.

      Once they're done, we stick it in orbit and see what happens. A few more more man-months to man-years to iron out the difficulties discovered.

      Launch it to Jupiter or whatever. Send a second one as well. At this point, you've burned no more than ten man-years plus launch costs of the prototype test and the two real launches. You've spread those costs out between two vehicles.

      Does it appear to work? Yes, then launch more to similar targets. Now the already minuscule development and operations costs are spread out among a bunch of vehicles. And you still aren't anywhere near thousands of man-years of labor in total.

    31. Re:Why so expensive by khallow · · Score: 1

      An orbiter around Mercury is 80+ percent different than an orbiter for Titan which is probably 90 percent different from a flyby for Pluto.

      But an orbiter around Mercury isn't going to be much different from an orbiter around Venus or flyby's of inner system asteroids and sungrazing comets. Similarly, an orbiter for Titan would be useful for all sorts of work around the gas giants. You could send one to Chiron or the Trojan asteroids. And the vehicle for the Pluto flyby could be flying by some of the other notable Kuiper Belt objects.

      It doesn't take much imagination to come up with similar missions. It does take a little ambition, planning, and economic sense.

  9. Getting Through That Ice Cover by Anonymous Coward · · Score: 1

    It could be done in a two-stage process. First, find a modest asteroid and send it crashing down into Europa. Then send a probe through the hole the asteroid made in the ice, before the opening re-freezes.

    1. Re:Getting Through That Ice Cover by Punko · · Score: 5, Funny

      Oh, that's nice. Cause an extinction level event then send information back saying no live here.

      --
      If only we could fall into a woman's arms without falling into her hands
    2. Re:Getting Through That Ice Cover by gagol · · Score: 1

      It would be like me sending high explosive shells on your house wall to see if you are home. Kinda pointless, don't you think?

      --
      Tomorrow is another day...
    3. Re:Getting Through That Ice Cover by cusco · · Score: 1

      Not if you work for the Pentagon.

      --
      "Think about how stupid the average person is. Now, realise that half of them are dumber than that." - George Carlin
  10. Not Getting My Hopes Up by Anonymous Coward · · Score: 0

    From the Article: "Perhaps the $75 million seed money is a strong sign that NASA headquarters wants to see the Clipper take flight in 2021?"

    We'll have a new president and administration by then. Even if we didn't, that's plenty of time for our government to change their minds, even multiple times. I'm not getting my hopes up.

  11. PREPOSTEROUS! by Anonymous Coward · · Score: 0

    This is absolutely scandalous! That money could be spent building bombs!

  12. direct link by schneidafunk · · Score: 4, Informative

    Here is the actual link to the bill (now law):

    "For necessary expenses, not otherwise provided for, in the conduct and support of science research and development activities, including research, development, operations, support, and services; maintenance and repair, facility planning and design; space flight, spacecraft control, and communications activities; program management; personnel and related costs, including uniforms or allowances therefor, as authorized by sections 5901 and 5902 of title 5, United States Code; travel expenses; purchase and hire of passenger motor vehicles; and purchase, lease, charter, maintenance, and operation of mission and administrative aircraft, $5,144,000,000, to remain available until September 30, 2014, of which up to $14,500,000 shall be available for a reimbursable agreement with the Department of Energy for the purpose of re-establishing facilities to produce fuel required for radioisotope thermoelectric generators to enable future missions: Provided, That $75,000,000 shall be for pre-formulation and/or formulation activities for a mission that meets the science goals outlined for the Jupiter Europa mission in the most recent planetary science decadal survey: Provided further, That the formulation and development costs (with development cost as defined under section 30104 of title 51, United States Code) for the James Webb Space Telescope shall not exceed $8,000,000,000: Provided further, That should the individual identified under subsection (c)(2)(E) of section 30104 of title 51, United States Code, as responsible for the James Webb Space Telescope determine that the development cost of the program is likely to exceed that limitation, the individual shall immediately notify the Administrator and the increase shall be treated as if it meets the 30 percent threshold described in subsection (f) of section 30104."

    --
    Some people die at 25 and aren't buried until 75. -Benjamin Franklin
  13. Insignificant by Anonymous Coward · · Score: 0

    75 Million is a insignificant amount of money for them.

    Why such a small amount?

    1. Re:Insignificant by gagol · · Score: 1

      You should learn to read, just writing is not enough sometime.

      --
      Tomorrow is another day...
    2. Re:Insignificant by Anonymous Coward · · Score: 0

      You should learn to write, because it is written sometime(s).

    3. Re:Insignificant by gagol · · Score: 1

      Now, go ahead and write that in french without a single mistake, and google translate is not allowed. Then we will be on a level playing field. You realise for the majority of the world english is a second or third language, right? And that this Internet thing goes far beyond the borders of USA, right?

      --
      Tomorrow is another day...
  14. Contamination by hawguy · · Score: 2, Insightful

    At least they aren't planning on landing (yet).... If there's no life before we land a spacecraft on the Europa, there will be afterwards.

    We should probably become better at sterilizing our spacecraft before we land one on a moon where water is known to exist, and seed its oceans with earth-based life.

    1. Re:Contamination by gl4ss · · Score: 2

      At least they aren't planning on landing (yet).... If there's no life before we land a spacecraft on the Europa, there will be afterwards.

      We should probably become better at sterilizing our spacecraft before we land one on a moon where water is known to exist, and seed its oceans with earth-based life.

      you know, that kind of philosophical statement needs to answer the question why the fuck would that be a problem, what do you know about how they're going to sterilize and do you propose we sterilize this planet first? and how would we know if we have sterilized well enough?

      --
      world was created 5 seconds before this post as it is.
    2. Re:Contamination by SleazyRidr · · Score: 1

      It would be a problem because if we go looking for life we'll find the contaminations we brought, and it'll be difficult to tell if life arose on Europa or not.
      As they're not landing I assume they won't be sterilizing the craft at all.
      Why would we sterilize the planet?
      The last question is interesting, we could use the same techniques we plan on using to find life on the planet to see if any show up on the spacecraft, although no matter how good you can do it, the possibility remains that in (some) years time better techniques will be developed and we'll want to try again. Then we'll have difficulty determining if the life we find grew there on its own, or came from the last lander.

  15. Interesting cost comparison by sl4shd0rk · · Score: 4, Interesting

    $75 million will buy a little more than 3 F-16 Falcon fighter jets.

    --
    Join the Slashcott! Feb 10 thru Feb 17!
    1. Re:Interesting cost comparison by GodfatherofSoul · · Score: 1

      I don't know what the current numbers are, but at one point we were spending almost on defense as the rest of the world...COMBINED! I think we accounted for 47% of world defense/intel spending.

      --
      I swear to God...I swear to God! That is NOT how you treat your human!
    2. Re:Interesting cost comparison by lgw · · Score: 3, Interesting

      The height of the cold war was a different time. We have far fewer, far older aircraft and ship hulls today. We now spend more than 3x as much in checks sent to the poor and the old (many of whom are not poor) as we do on defense and wars. What most people think of as government spending: freeways, NASA, federal court system, etc, all together is small in comparison.

      Very round numbers in $Trillions:

      2.2 - Mailing checks to old and poor people
      0.7 - Defense and wars
      0.2 - Interest on the debt (at record low interest rates)
      0.5 - Everything else the government does

      The tiny NASA budget is just a glimse into the problem: the federal government is a pension plan with a military, and everything else is a dwindling afterthought. Oh, and let's not forget:

      2.5 - Total federal revenue - no amount of cutting that "everything else" bucket will make this balance.

      --
      Socialism: a lie told by totalitarians and believed by fools.
    3. Re:Interesting cost comparison by cusco · · Score: 4, Informative

      More than the rest of the world. Since we finally retreated from Iraq our spending has gone down slightly and China's has risen we're now 'only' 41 percent. As a percentage of GDP we're only after Israel and the various Arab countries that we sell weapons to defend themselves from Israel. We could reduce our military spending by 80 percent and still be the #1 spender. Reduce it by 70 percent and we're still spending more than China and Russia combined. Keep in mind that doesn't count the (entirely unconstitutional) Black Budget, the alphabet soup of intel agencies, the free weapons we give away, or the mercenaries we are paying. Nor does it count things like the State Department paying Blackwater (or whatever its name is this week) to guard the US embassies worldwide, or the other mercs that are supposed to guard the consulates (like Benghazi) or oil and gas pipelines in Colombia.

      --
      "Think about how stupid the average person is. Now, realise that half of them are dumber than that." - George Carlin
    4. Re:Interesting cost comparison by cusco · · Score: 1

      Your first number, "Mailing checks to old and poor people", completely ignores the fact that most of that comes out of the Social Security Trust Fund, which they PAID INTO IN ADVANCE. They're not taking tax dollars, they're receiving the money that they already earned and which had been deducted from their paychecks during their working lives. The military (calling it 'defense' is ridiculous) is a direct leech on the national revenue, brings in nothing and saves nothing for the future.

      --
      "Think about how stupid the average person is. Now, realise that half of them are dumber than that." - George Carlin
    5. Re:Interesting cost comparison by DMUTPeregrine · · Score: 1

      And a lot less than one F-35 Lightning II fighter jet. They're $107-238 million dollars each, depending on the variant.

      --
      Not a sentence!
    6. Re:Interesting cost comparison by lgw · · Score: 1

      Your first number, "Mailing checks to old and poor people", completely ignores the fact that most of that comes out of the Social Security Trust Fund,

      By "most" do you mean "less than 1/3rd, if we pretend there really is a trust fund"?

      There are no marketable securities in the trust fund any more, just an IOU where the money was spent from the Reagan-though-Bush2 presidencies. Any check that social security sends out going forward must be directly funded by taxes or borrowing by the general fund. The young pay the old, a direct transfer from the less-wealthy to the more-wealthy (on average). People seem OK with that.

      But either way, Social Security is only about $0.7T of that $2.2T - a bit more than defense and wars, but less than medicare/caid.

      --
      Socialism: a lie told by totalitarians and believed by fools.
    7. Re:Interesting cost comparison by Anonymous Coward · · Score: 0

      and apparently a cost feasibility study, which is the first step in any major government program whether it be NASA, DoD, DoE, etc, and is exactly what the $75,000,000 is for. In fact, from my experience with DoD contracting, $75M is a really high number for a survey of technologies and cost numbers, so this is either heavily inflated or, more likely, they have a lot of development work to figure out how this will actually work.

      To be honest, this seems like the fun part of the mission. This funding is for the project where the smartest guys in the room will brainstorm ideas about what science you need, how you build a probe to get said science, and how you launch the probe and get it there. Then they'll see the merits of each of those ideas. Probably the most innovative time in a project like this.

    8. Re:Interesting cost comparison by WindBourne · · Score: 1

      That stuff is total BS. The truth is that nations like China and Russia do NOT tell their full budget. In addition, it is already known that China is outspending us in terms of buying ability. Hell, even in terms of their % of GDP. And we had 2 wars going when they passed us in 2005.

      --
      I prefer the "u" in honour as it seems to be missing these days.
    9. Re:Interesting cost comparison by WindBourne · · Score: 1

      it is a pension plan because most of the money came from Social Security taxes, etc.
      What is needed is to return our taxes to sanity and make some other cuts, while doing some smart investments.

      --
      I prefer the "u" in honour as it seems to be missing these days.
    10. Re:Interesting cost comparison by TheNastyInThePasty · · Score: 1

      That's why I love Republicans who use the phrase "Non-defense Discretionary Spending" when they're talking about "saving the country from this crushing deficit"

      --
      The best thing about UDP jokes is I don't care if you get them or not
    11. Re:Interesting cost comparison by Anonymous Coward · · Score: 0

      $75 million will buy a little more than 3 F-16 Falcon fighter jets.

      Well, then at least we could send those to Europa.

  16. I want to see the fishies! by k6mfw · · Score: 1

    Ever since I attended a SETI forum and panel of scientists discussing life on other planets, Cynthia Phillips said when looking for life, "go where the water is." And there's lots more water on Europa than on Mars. There are many challenges of a lander, drilling into the ice, launching a submarine, etc. Radiation is intense (until you get into the ice), Europa is much farther away, it hasn't been mapped extensively like Mars, navigation, time delay, etc, etc. But I cannot stop imagining of a submarine cruising in the waters below the ice taking video and pics of the little fishies swimming about (if any). However, I think finding microbes or plankton would be very exciting.

    --
    mfwright@batnet.com
    1. Re:I want to see the fishies! by GodfatherofSoul · · Score: 1

      I am not a scientist, but I don't get the wank fest with Mars. We can go there and hope to find fossils, or we can go to Europa or Encelaedus [sic] and *maybe* find a live specimen.

      --
      I swear to God...I swear to God! That is NOT how you treat your human!
    2. Re:I want to see the fishies! by PlastikMissle · · Score: 2

      Well Mars is a lot closer, and better understood.

    3. Re:I want to see the fishies! by cusco · · Score: 1

      Also has an atmosphere, which makes landing a lot easier and cheaper, and an average temperature that our equipment can deal with.

      --
      "Think about how stupid the average person is. Now, realise that half of them are dumber than that." - George Carlin
    4. Re:I want to see the fishies! by Strider- · · Score: 2

      Also has an atmosphere, which makes landing a lot easier and cheaper, and an average temperature that our equipment can deal with.

      Actually, the Martian atmosphere is a huge hinderance, and one of the reasons why so many missions have failed. The fundamental problem is that Mars has just enough atmosphere that you need to deal with it (heat shields, atmospheric entry, etc...) but not enough to actually be useful for anything. This is how you end up with rube-goldbergesque landing systems like what MSL used.

      Landing on a planetary body without an atmosphere is actually much simpler, as you can just do a pure rocket descent. May not be as efficient, but it is certainly easier, hell they landed the NEAR Shoemaker probe on the asteroid it was orbiting, and it wasn't even designed to land (of course, the gravity on an asteroid is weak enough that you could throw a baseball on an escape trajectory, but that's another matter). The most obvious example, of course, is the Moon landings. The moon has effectively no atmosphere of any kind, yet the incredibly lightweight and delicate LEM was able to land on the surface and return to orbit with aplomb.

      --
      ...si hoc legere nimium eruditionis habes...
  17. “Cool, except it should be Enceladus!” by Ken_g6 · · Score: 3, Informative

    - Carolyn Porco

    To get good information on Europa, you really need a lander. You might not even need to drill - organics may flow up from the ocean and get frozen in the crust. But a lander is necessary to get actual samples. In fact, if they send that Curiosity clone they're planning to Europa instead of Mars again, it might get much more interesting results!

    Enceladus, on the other hand, is like Soviet Russia: Because of its geysers, samples go to you.

    --
    (T>t && O(n)--) == sqrt(666)
  18. Expensive for Europe! by Anonymous Coward · · Score: 0

    What kind of hotels are they staying in for that budget!?!

    1. Re:Expensive for Europe! by gagol · · Score: 1

      Its all about buying the right to cook with dynamite! It gets expensive after a couple places.

      --
      Tomorrow is another day...
  19. Why orbit Jupiter? by LiavK · · Score: 1

    Are the orbital dynamics harder if you orbit Europa?

    1. Re:Why orbit Jupiter? by necro81 · · Score: 3, Interesting

      You need to expend a whole lot more energy to get into Europa orbit compared to just Jupiter orbit. Plus, if you are spending all your time in the orbit of a Galilean satellite, you are spending all your time in Jupiter's radiation belts. As mentioned in the article, this would limit your spacecraft life to perhaps 100 days.

  20. Slashbot groupthink... by Anonymous Coward · · Score: 0

    ...in full effect. YAWN!

  21. Re:“Cool, except it should be Enceladus!&rdq by Tim+the+Gecko · · Score: 2

    To get good information on Europa, you really need a lander. You might not even need to drill - organics may flow up from the ocean and get frozen in the crust. But a lander is necessary to get actual samples. In fact, if they send that Curiosity clone they're planning to Europa instead of Mars again, it might get much more interesting results!

    There may be some fun 10 meter long ice blades ("penitentes") on the surface of Europa that would be amazing to see close up (though maybe not so great to land on). Dr Hobley: "We are expecting a band around the equator where it is spiky."

  22. Expensive? by symbolset · · Score: 1

    This is for meetings to select the Top Guys who will look into the challenges and opportunities, work up some papers on various potential solutions to investigate. Not to actually go anywhere yet. Except maybe DC and Florida. Pretty sure there will be some trips to DC and Florida.

    --
    Help stamp out iliturcy.
  23. Meh.. by gallondr00nk · · Score: 1

    Could it represent the seed money for the Europa Clipper?

    It'd be so much cooler if it represented the seed money for a full scale Panther Clipper.

  24. 7.5E7$? by Anonymous Coward · · Score: 0

    That's just enough for a few CGI shots, some websites and maybe a lunch. But I guess the private space probe market will just jump in, right?

  25. Dreams by Anonymous Coward · · Score: 0

    NASA Dreams Small.

  26. We Come in Peace! by reluctantjoiner · · Score: 1

    Even better, make them self assemble from raw materials found in the Solar System.

    1. Re:We Come in Peace! by Capt.DrumkenBum · · Score: 1

      Even better, make them self assemble from raw materials found in the Solar System.

      This is already being done.
      I admit using the rather inefficient organic assemblers is currently slowing the process down a bit.
      Things should speed up once we get the mechanical assemblers working on the problem.

      --
      If I were God, wouldn't I protect my churches from acts of me?
  27. Final step - Io Flyby? by reluctantjoiner · · Score: 1

    I wonder if flying the probe between Jupiter and Io would be enough to sterilize the probe? Of course, the radiation and magnetic field might be enough to ruin the probe as well...

  28. Red Dragon instead by WindBourne · · Score: 1

    It makes far more sense to send the red dragon. It can do it for a fraction of the price.

    --
    I prefer the "u" in honour as it seems to be missing these days.
  29. Re:“Cool, except it should be Enceladus!&rdq by DerekLyons · · Score: 1

    To get good information on Europa, you really need a lander.

    But to get the answers the lander designers will need to know before they can design their equipment - you need flybys if not an orbiter. One step at a time, each building on the last.

  30. wrong. by WindBourne · · Score: 1

    Red dragon FLOATs. Send it to europa, along with the clipper. Once on the surface a number of experiments can be done and the data sent to clipper or home.

    --
    I prefer the "u" in honour as it seems to be missing these days.
  31. SpaceX by WindBourne · · Score: 1

    Look up Red Dragon.

    --
    I prefer the "u" in honour as it seems to be missing these days.
  32. Don't turn the lights on by kriston · · Score: 1

    Make sure they don't turn the lights on. Remember what happened to the Tsien when it landed on Europa.

    --

    Kriston

  33. Why flybys? by Chance+Phelps · · Score: 1

    Does putting it in orbit around Europa cost more or something? Wouldn't that be a better solution than making flybys?

    1. Re:Why flybys? by Chance+Phelps · · Score: 1

      Oh got it, nvm.

  34. Re:“Cool, except it should be Enceladus!&rdq by Anonymous Coward · · Score: 0

    Not to disagree with your general sentiment, but:

    In fact, if they send that Curiosity clone they're planning to Europa instead of Mars again, it might get much more interesting results!

    Curiosity's landing system is deeply incompatible with a non-atmospheric moon landing. Mars's atmosphere dissipated 99.97% of Curiosity's kinetic energy. A Enceladus lander would have to do that solely with rockets.

  35. A Diversion Of Support by Anonymous Coward · · Score: 0

    J.E. Hansen, Dir. of the NASA GISS, a GISS employee for 46 years got the bad news from NASA on Monday.

    Today, J.E. Hansen Director of the NASA Goddard Institute of Space Sciences (GISS), quits !

    The 'Media' and much of the 'Blogsphere' are crying a river for their little "Jimmy Road His Boat Ashore Hale-a Lew Ya."

    Well.

    The Inspector General of NASA and the Inspector General of the Department of Commerce and the Inspector General
    of the Department of Interior and the Inspector General of the White House in addition to a battalion of attorneys, legal
    teams and council and the IRS Accountants and the Department of Justice Attorney General ... have something else,
    very different, in mind for a one Mr. J.E. Hansen former Director of GISS.

  36. Wow by Anonymous Coward · · Score: 0

    What is kinda scary but an awesome thought is we can do all this with the tiny, pathetic budget that NASA gets. Imagine if we had a REAL budget like we use on our military or no budget (fantasy dreamland lol). We've put rovers on Mars with this tiny budget... imagine what we could do if we had the military's. God, we'd probably already be there with a base set up. lol

  37. $75 Million to get to Europa! by Dabido · · Score: 1

    Pttthhh, I did it on a much smaller budget and got to see Paris, Rome and even Prague!!!!

    --
    Sure enough, the cow costume was hanging up next to the superhero outfit and sailors uniform. (S,Spud)