Recommended Posts

I covered this in the Bigelow update, but with NASA Administrator Charles Bolden's comments in Aviation Week about wanting a heavy lift rocket that could evolve up to orbiting 130 metric tons (Satrn V was up to 120 metric tons) this needs to be easier to find.

NAUTILUS-X would be a large, exploration-class spaceSHIP that would be built in 2 versions-

for CIS-Lunar space - the moon, near-Earth asteroids etc.

for deep space - Mars & its moons, the main asteroid belt (Ceres etc.) and beyond

The basic structure would be a longitudinal truss system, to which other mission modles would be attached. A standard feature eould be robotic arm(s), similar to those on the shuttle and ISS.

The power modules could be swapped out based on the mission: chemical, nuclear thermal, the VASIMR plasma rocket etc.

Power would be solar, with the option of nuclear augmentation if a nuclear-electric driven VASIMR were used.

The habitats would use Bigelow Aerospace's expandable module tech for theif high habitable volume/mass, high impact resistance and resistance to radiation.

The hexagonal command structure would also include air locks, docking ports for the NASA Orion and commercial spacecraft like Dragon.

Also attached to the truss would be what best can be described as pod bays for exploration pods, landers or whatever small vehicle is needed.

A new feature would be -tada- artificial gravity by way of a toroidal centrifuge about 12 meters in diameter, very similar to that depicted in 2001's Discovery spacecraft. This would be tested at ISS. To counter the torque effects a counter-rotating mass (smaller diameter, but rotating faster) would be mounted just ahead of it. Vacuum sealing by way of ferrofluidic seals.

Pics:

CIS-Lunar

nautilus%2Dx800.jpg

Deep space

nautilus-x.jpg

Video

http://www.youtube.com/watch?v=8zJ__F7ktvo

Link to comment
https://www.neowin.net/forum/topic/986032-nasa-nautilus-x/
Share on other sites

The habs, deck, centrifuge etc. would all be connected by way of a system of berthing hubs. Connections would be by way of the same berthing interface used on the ISS, cargo Dragon, the European & Japanese cargo carriers etc.

Bigelow has already designed the basic hubs for their commercial space complexes, and a 180,000+ sq/ft factory opens late this year in Las Vegas to produce the habitats, the hubs, their propulsion systems and for integrating their life support and other systems.

always cool to read about this one, but it's too small for Mars travel, i'd go nuts in something this tight. For Mars the ship should be bigger. i'm not picky though, if this is what we have to make do with, so be it. the sooner the better. for the Moon this is more than fine.

Urine can be recycled into potable water. Solid human waste can also be processed & the water extracted, and the remains of each can be used for hydroponic galrdening after sterilization. Bigelow's habs can also process some waste water into thruster fuel. Tested techs.

although all of this would be amazing even if they were to build any of this it would take decades before they would be ready to test let alone build anything and by then the technology would have changed.

Doc, i mean the actual plumbing...what do they do for flushing toilets and the like?

neutrino - decades? five bill dollars and this thing can be up and flying in a couple of years. right Doc? we spent more on the Libya operation, to put things in perspective.

EDIT: not that the people of Libya didn't need help, but just to show the fact it's all funding. that's the only bottleneck at this point. when we have ships that can travel at lightspeed, then yes, that's when reality becomes the bottleneck. until then it's all us.

This topic is now closed to further replies.
  • Recently Browsing   0 members

    • No registered users viewing this page.