Neat:
J. Michael Straczynski To Write Spike TV’s ‘Red Mars’ Drama Series Project
“Red Mars” is quality science fiction literature. Let’s hope it translates into quality science fiction television.
Neat:
“Red Mars” is quality science fiction literature. Let’s hope it translates into quality science fiction television.
Now available: US Spacecraft Projects #02, the “Spaceplane Special.” This is done in the same style as the other US Aerospace Projects publications, but this issue is focused specifically on lifting spacecraft… and is more than twice as long as usual with more data and more diagrams.
USSP #02 includes:
USSP #02 can be downloaded as a PDF file for only $6:
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The publishing industry goes through fads. UFO abduction stories are popular for a while. Then sparkly teen vampire stories. And then starting few years ago, yarns claiming to be non-fictional biographies of people who died, went and saw Heaven, then came back. Many people have seized on these books to back up their religious beliefs.
Whoops:
In short: in 2004 a six-year-old (with the unfortunate name “Alex Malarkey”) was in a car crash, seriously injured and pounded into a coma. Two months later he woke up and began to regale with tales of being shown around Heaven. Small problem: he now says that he made it all up as a way to get attention.
Amusingly, he apparently tried to tell the world of this fraud a while back, by posting message saying as much on the “Alex Malarkey Facebook fan page.” The moderators there deleted his message and banned him.
I have been plugging away on USSP#2, pretty much to the exclusion of all else, for a little while now. Shown below is the current status of the diagrams. USSP#2 has substantially more diagrams than the usual US Aerospace Projects publication. The empty spots are for two further spaceplanes. I really wish I was a faster draftsman, but there it is.
Generally I release these sort of things two at a time, but this might be released on its own.
A nice writeup of some of my Orion drafting & scribbling here:
Some of my Orion diagrams:
I suppose I really do need to finish that book some day. Having the publisher vanish on me kinda sucked the joy out of it, though. You’d think I’d be used to that sort of thing by now… I guess that there just might not be a maximum level of disappointment. You can always be more disappointed.
“Ignition! An informal history of liquid rocket propellants” was written by John D. Clark and published by Rutgers University in 1972. It is a classic text on the subject… a text which has not been reprinted since except by some print-on-demand types. If you find a copy of this book for less than several hundred dollars, you’ve lucked out. It’s a good read, both informative and entertaining.
Fortunately, someone went to the bother of scanning the whole thing and posting it as a PDF. I’m honestly unclear about the copyright implications, if any… but the scan has been openly and freely available for some years, so…
http://library.sciencemadness.org/library/books/ignition.pdf
Hmmm. It seems that I’ve completely flaked out on the PDF reviews for quite a while. And nobody said anything. Makes me wonder if maybe there’s just no interest in these? Shrug, oh well, moving on…
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Here’s how Space Station V can service an Orion and an Aries simultaneously. The manipulators arm that reaches out from the Station and grabs the Aries has to be not only nimble, but pretty strong; the boarding deck is under 0.02 G’s. Not a whole lot, but for a vehicle massing (handwave) a hundred thousand pounds, it’s a fair weight to be cantilevered out like that. The arm grasps of one the landing legs, roughly swings the ship into position, and then an arm from the “top” of the lander projects and grabs an extendable structure that projects from the bay. This second arm stabilizes the lander and precisely orients it for the dock that projects from the face of the station and fits over the boarding door. A third, smaller arm snakes out from the lander and mates with the extendable structure. Both of the landers arms contain umbilicals to transfer consumables and propellants and such.
Why not dock it in the bay?
The Aries does not fit in the bay. It just doesn’t. Parsecs are not a unit of time and the Aries Ib doesn’t fit in the Space Station V docking bay. And even if you scale up the SSV so that the Aries does fit… you won’t be able to service both an Aries and an Orion at the same time unless the station is so vast that you’ve got room to move a ship in, then shove it over to one side of the bay and bring in another along the centerline.