The Space Thread - Launches, Events, Live Streams, Governments, Corporations, drama in Spaaaaaaaaaaaace

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So I happened across a video with alternative launch footage that NASA had but didn't show in the launch stream. Whoever is responsible needs to be kicked in the crotch repeatedly for not showing this.

 
So I happened across a video with alternative launch footage that NASA had but didn't show in the launch stream. Whoever is responsible needs to be kicked in the crotch repeatedly for not showing this.

https://youtube.com/watch?v=WnG9y0JIyIw
how the fuck did they not use this view instead?!?!?

fucking beautiful.PNG
 
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how the fuck did they not use this view instead?!?!?
Their stream producers suck. The hours of pointless yapping, the announcer with a voice for print, it felt like amateur hour compared to even SpaceX streams, and the 1960s presentations and footage make both of them look like titty baby nursery hour.

We're going back to the fucking moon, the presentation needs to have gravitas.
 
I am sure that applies more to the orion spacecraft but not the launch itself.
Short answer from Duck AI-

"Human spaceflight is materially more expensive per mission and per kilogram/seat than uncrewed cargo launches because of safety, life-support, certification, and program-level costs."
 
So I happened across a video with alternative launch footage that NASA had but didn't show in the launch stream. Whoever is responsible needs to be kicked in the crotch repeatedly for not showing this.

https://youtube.com/watch?v=WnG9y0JIyIw
Fantastic footage. The SRB separation is so cool to watch from the rocket POV.

And I forgot that the crew can't see out the windows until they jettison the LES.
 
I am sure that applies more to the orion spacecraft but not the launch itself.

It's a government-run operation, so the inflated price-tag is to be expected. The bureaucracy that oversees these operations is not cheap. Add to that the costs of running the Kennedy Space Center, barely any of the SLS components being reusable, all the one-off tooling and adjustments needed to get the refurbished hardware to work with enough of a safety margin so that you don't turn your astronauts into spam, etc.
 
It's a government-run operation, so the inflated price-tag is to be expected. The bureaucracy that oversees these operations is not cheap. Add to that the costs of running the Kennedy Space Center, barely any of the SLS components being reusable, all the one-off tooling and adjustments needed to get the refurbished hardware to work with enough of a safety margin so that you don't turn your astronauts into spam, etc.
Aside from that, it's the hardware costs per mission. SpaceX Dragon flights aren't notably more expensive than their cargo or satellite flights, because they're saving a significant cost through hardware re-use. They amortise (my favourite word this month, it seems) the cost of the hardware construction across multiple flights, which includes manned flights. Artemis, in contrast, is almost entirely single-use. They're throwing hugely expensive engines into the ocean after a single shot. The only re-usable parts are the solid rocket boosters, but those are pretty much just recycled for scrap when they return.

SpaceX, with Starship, is trying to overcome the issues Orbiter had with heat-shield fitting and maintenance. The heat-shield was one of the reasons Orbiter ended up being so expensive to run, alongside the fact that they also threw away a significant chunk of hardware on every flight. Whether SpaceX can crack the heat-shield issue with Starship is open to debate. I suspect it'll be something they can't overcome, but since they're saving a chunk of money with the re-usable lower stage, they may just eat the cost and compensate by building more starship upper stages. Make it up in volume.
 
Aside from that, it's the hardware costs per mission. SpaceX Dragon flights aren't notably more expensive than their cargo or satellite flights, because they're saving a significant cost through hardware re-use. They amortise (my favourite word this month, it seems) the cost of the hardware construction across multiple flights, which includes manned flights. Artemis, in contrast, is almost entirely single-use. They're throwing hugely expensive engines into the ocean after a single shot. The only re-usable parts are the solid rocket boosters, but those are pretty much just recycled for scrap when they return.

SpaceX, with Starship, is trying to overcome the issues Orbiter had with heat-shield fitting and maintenance. The heat-shield was one of the reasons Orbiter ended up being so expensive to run, alongside the fact that they also threw away a significant chunk of hardware on every flight. Whether SpaceX can crack the heat-shield issue with Starship is open to debate. I suspect it'll be something they can't overcome, but since they're saving a chunk of money with the re-usable lower stage, they may just eat the cost and compensate by building more starship upper stages. Make it up in volume.
tldr: cargo is easy to transport, humans not so much.
 
My only question is what makes the SLS cost 2-4 billion dollars a launch while the Angara-A5 or Space X Falcon heavy are way cheaper to launch.
Taxpayer funded = high cost. Infinite money glitch.
a proper safety analysis.
Debatable.
cool lets just use an ICBM to launch the flesh, is obviously cheaper, who cares if the flesh survives.
Um. NASA did just that with the Mercury program. They were modified ICBMs.
 
Taxpayer funded = high cost. Infinite money glitch.

Debatable.

Um. NASA did just that with the Mercury program. They were modified ICBMs.
awesome! put some people on it!

I pointed out that Dragon flies on the same rockets they use for cargo flights, including re-used lower stages, and isn't notably more expensive. Did you miss that part?
I do apologise, I would have thought trying to keep a human alive on a space trip would need more than just reusable rockets.
 
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cool lets just use an ICBM to launch the flesh, is obviously cheaper, who cares if the flesh survives.
Mercury did this with Redstone and Atlas missiles, Gemini did it with Titan II, and the Soviets did pretty much all of their successful crewed and uncrewed programs like Sputnik, Luna, Vostok, Vokshod and Soyuz on developments of the R-7 Semyorka ICBM.

The Saturn rockets were the first successful ones purpose-designed from the ground up for human travel.
 
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