Space Shuttle teleprinter reverse engineering
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Re: Space Shuttle teleprinter reverse engineering
#2And all the flaws of the printer that were managed around - turning it off to save power and prevent it overheating with specific tones.
Re: Space Shuttle teleprinter reverse engineering
#3I am fascinated they used 60 pounds and a large amount of space for this teleprinter. At 30K per pound of payload that is $1.8 million per flight. Really shows how important reliable printed updates were considered. And all the flaws of the printer that were managed around - turning it off to save power and prevent it overheating with specific tones.
Re: Space Shuttle teleprinter reverse engineering
#4I am fascinated they used 60 pounds and a large amount of space for this teleprinter. At 30K per pound of payload that is $1.8 million per flight. Really shows how important reliable printed updates were considered. And all the flaws of the printer that were managed around - turning it off to save power and prevent it overheating with specific tones.
IIRC the Zion space habitat in Neuromancer had a state-of-the-art line printer which at one point spews continuous-fold paper into the weightless environment.
They had however got rid of the slide-rules that were essential in early-era Arthur C Clarke spaceships
Re: Space Shuttle teleprinter reverse engineering
#5Re: Space Shuttle teleprinter reverse engineering
#6I am fascinated they used 60 pounds and a large amount of space for this teleprinter. At 30K per pound of payload that is $1.8 million per flight. Really shows how important reliable printed updates were considered. And all the flaws of the printer that were managed around - turning it off to save power and prevent it overheating with specific tones.
I was pretty stuck by that, too, and it made me wonder if maybe I don't understand or underestimate the value of paper transmission. I suppose if radio communication is good but flaky, or for persistence of instruction, like procedures, then it would be good for them to be able to print. But at such a cost!
Re: Space Shuttle teleprinter reverse engineering
#7X (twitter) is useless for threads unless you're logged in. How can I read this thread?
Re: Space Shuttle teleprinter reverse engineering
#8Earlier quoted context omitted.
I was pretty stuck by that, too, and it made me wonder if maybe I don't understand or underestimate the value of paper transmission. I suppose if radio communication is good but flaky, or for persistence of instruction, like procedures, then it would be good for them to be able to print. But at such a cost!
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Re: Space Shuttle teleprinter reverse engineering
#9I am fascinated they used 60 pounds and a large amount of space for this teleprinter. At 30K per pound of payload that is $1.8 million per flight. Really shows how important reliable printed updates were considered. And all the flaws of the printer that were managed around - turning it off to save power and prevent it overheating with specific tones.
I was pretty stuck by that, too, and it made me wonder if maybe I don't understand or underestimate the value of paper transmission. I suppose if radio communication is good but flaky, or for persistence of instruction, like procedures, then it would be good for them to be able to print. But at such a cost!
But of course that is projecting our current capabilities back in time. I looked it up and the "Osborne 1" portable computer[1] was just released 9 days before the shuttle's first flight. It weighed 24.5 lb (11.1 kg) and could display 52 x 24 characters on a small CRT. So yeah, that would not be nice to read manuals with :D
Re: Space Shuttle teleprinter reverse engineering
#10X (twitter) is useless for threads unless you're logged in. How can I read this thread?
(I assume it's the same post, couldn't read the one on twitter)