![]() 08/31/2020 at 10:47 • Filed to: Spacelopnik, nasa | ![]() | ![]() |
Someone compiled all of their workmanship standards into one huge PDF.
!!! UNKNOWN CONTENT TYPE !!!
Related: their lessons learned database.
![]() 08/31/2020 at 11:10 |
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Judging from few cafeterias I have been two, “good enough” varies between centers.
![]() 08/31/2020 at 11:50 |
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NASA used the same scale for grading Nazi scientists
![]() 08/31/2020 at 11:59 |
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Should have just kept the nerds in prison camps like the Soviets tbh
08/31/2020 at 13:03 |
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Anyone following Shelby’s Larceny System already knows what passes for “ good enough ” in government circles:
After discussing this and other details, Lueders then rather casually let it slip that “NASA also aligned the development costs for the SLS and Exploration Ground Systems programs through Artemis I and established new cost commitments.” The new development cost for SLS rocket is $9.1 billion, she said, and its budget for the initial ground systems to support the mission is now $2.4 billion.
This represents a
33-percent increase for the rocket since 2017
, when a “re-plan” of program estimated development costs for the rocket, including a single test flight, would be $7.17 billion. (This was detailed in a US Government Accountability Office
report
published nearly a year ago.) This figure represents only direct development costs. NASA has received more than $20 billion from Congress since 2011 for SLS development and related activities.
One of the commentors on Ars did the math :
Bad napkin math:
~$8.5 billion: Cost of a Nimitz class aircraft carrier.
~100,000 tons: Approximate displacement of a Nimitz.
~$2-10 billion: Estimated development cost of Starship/Superheavy launch system.
~$2-10 million: Aspirational cost of a Starship/Superheavy launch.
~100-150 tons: Ballpark figure for Starship/Superheavy payload to LEO in fully reusable mode.
667-1,000: Number of Starship/Superheavy launches needed to loft 100,000 tons to LEO. (depending on that payload capacity being 100-150 tons, ignoring volume constraints)
Price tag to develop the SS/SH system from scratch, build an aircraft carrier , and launch it into orbit (in pieces, admittedly): $11.8-$28.5 billion, or potentially as little as half of the SLS budget since 2011.
Figures not included:
- Price of the Orion capsule program? I assume the $20 billion that Eric mentioned was only for SLS, SLS ground service equipment, and other SLS stuff although Orion costs weren’t explicitly mentioned in the article.
- Price of all the stuff that goes in the aircraft carrier, because I believe 100,000 tons is the fully loaded displacement, not the empty displacement.
- SpaceX ground service facilities and cost to actually manufacture the unknown number of reusable SS/SH for this task.
![]() 08/31/2020 at 14:03 |
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Well damn....
![]() 08/31/2020 at 14:04 |
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Their Germans are better tha n our Germans!
![]() 08/31/2020 at 14:10 |
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Your Germans
The Germans she told you not to worry about
![]() 08/31/2020 at 17:01 |
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Launch that thing into space and make it maneuverable, and you have the makings of a live-action anime
08/31/2020 at 17:59 |
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Nah, see, you get two o f them, then you connect them to a remodeled alien ship ...
![]() 08/31/2020 at 19:44 |
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Oh wow ! Every once in a while I see somebody share a link to a page on wire splicing, but I didn’t realize it was just an excerpt of a much bigger document . Neat!