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Off the Florida Coast, Astronauts Train For Asteroid Mission

Space.com gives an overview of the training that four astronauts are undergoing over 9 days submerged off the coast of Florida near Key Largo. The training mission, dubbed NEEMO 18, is one step toward a proposed (mid-2020s) mission to actually visit a captured asteroid in lunar orbit. In addition to the complications of working outside their school-bus sized habitat while awkwardly suited up in a low-gravity (or at least high buoyancy) environment, their mission also includes a 10-minute communications delay, to simulate the high-latency communications with mission control that would be inevitable for an actual asteroid mission. The experiments astronauts are doing during the mission, which began Monday (July 21), range from the physical to the behavioral. For example, each of the crew members sports a sensor that records how close the crew members work with each other inside the school-bus-size habitat. ... Communications with NEEMO Mission Control is usually constant, and there is the ability to send items to and from the habitat as needed. Also living inside the habitat are two support staff who are assisting with Aquarius maintenance and systems, as required. The crew members also have Internet and phone service to talk with family and friends.

10 of 84 comments (clear)

  1. Send a robot by Animats · · Score: 3, Informative

    When it's time for an asteroid mission, it will probably be robotic.

    It's amazing how much money NASA can spend not going into space.

    1. Re:Send a robot by ArcadeMan · · Score: 4, Funny

      It's pointless to send robots into space. All they do is waste processing cycles looking at the stars and mess around with fire extinguishers.

    2. Re:Send a robot by KeensMustard · · Score: 2

      When it is discovered, there will follow a final chorus of 'I told you so.'

      - from the people who wanted to invest in robotic missions, because if we had done that, then the big rock could have easily been diverted using an advanced robotic mission.

  2. simulate high-latency communciations? by turkeydance · · Score: 5, Funny

    try Comcast.

    1. Re:simulate high-latency communciations? by NoNonAlphaCharsHere · · Score: 2

      My kingdom for mod points. Really informative.

  3. More "pretend" than "simulation" by NoNonAlphaCharsHere · · Score: 2

    This is kind of like sleeping in a tent in the back yard and pretending you're lost in the jungle. They've still got real-time communications for most things, and they can get materials in and out, so not really like being ten light minutes away at all.

  4. We can have a technician rendezvous with you... by jpellino · · Score: 3, Funny

    ...next Wednesday between 2 and 5 PM. Does that work for you?

    --
    "Win treats sysadmins better than users. Mac treats users better than sysadmins. Linux treats everyone like sysadmins."
  5. 10 light minutes? by twistedcubic · · Score: 2

    I didn't know the moon was millions of kilometers away? By lunar orbit, do they mean some other planet's moon?

  6. "Space Brothers" NEEMO episodes by dbIII · · Score: 2

    The anime "Space Brothers" recently had some NEEMO training episodes. They have advisors from NASA and JAXA so I wonder how closely that holds up to the real training.

  7. From Firsthand experience by Anonymous Coward · · Score: 3, Informative

    I worked at the Saturation Diving Facility (Aquarius) during a handful of NEEMO missions, and noted that in addition to the 'stated' mission plan here, NEEMO missions carry a great deal additional impact.

    Every Astronaut that did a stint at the ISS /after/ a NEEMO mission has described it as the closest analog to the station possible on the planet - the environment is hostile, the conditions and plans are in upheaval, and mission plans are designed to shake down astronaut candidates. Scott Carpenter was a participant in the SeaLab project - the world's first large scale scientific saturation diving project in Panama City in the early 60's, and attested loudly that living under the sea was by far more difficult than living in space. And, the depths they were at, help was a /long/ way away..

    Outreach is also a big objective. Astronaut candidates spend a lot of time doing telepresence with elementary schools, colleges, etc. One remarkable one I was around for was a threeway between the guys up in the space station, the team in Aquarius, and various elementary schools. We kept the connection up to let the ISS guys drive some ROVs on the seafloor over ip, which was fun and resulted in some superb procedure refinements for Aquarius and for the ISS.

    Living in Aquarius is challenging. Getting materials from home takes a few hours - and there's siginificant limitations to what can be brought down 'dry'. Getting the team to the surface takes 17 hours of decompression in the event of an incident - so the team has tremendous pressure to 'fix it yourself'. The facility is small, loud, uncomfortable, crowded, and needs continuous adjustment to maintain life support. The vistas are breathtaking, and the work intense. The reality of these matters carry a massive impact to the psychology of the candidates infinitely more than putting them in a big can down the hall in the surface. ;]

    And, running Aquarius is cheap compared to other aspects of Astronaut candidate training and other research! When I worked there, it was around $15k day.