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The SRBs were collected from the sea for reused and the upper stage was reused after landing horizontally. The only thing not reused was the upper stage drop ta
by usrusr 2y ago
The SRBs were collected from the sea for reused and the upper stage was reused after landing horizontally. The only thing not reused was the upper stage drop tank. That single use drop tank was rather big, true, but not a rocket, not a rocket at all.
The Soviet lookalike did use a single use rocket as its second stage, with the reusable part just being an orbiter.
- Sharlin 2y agoInterestingly, the Buran’s Energyia launch vehicle could possibly have been made reusable exactly because the tank and the engines were one unit. At the expense of payload capacity, of course. And anyway the Soviets were confused about the whole shuttle concept because it didn't seem to make economical sense, reusable booster or not – but they assumed the Americans knew something they didn't.
- usrusr 2y agoHow would Energyia become reusable? Tail landing? Is there more to this, something specific that would make Energyia a candidate for tail landing other than just "if F9 can do it, in theory every liquid fueled rocket could do it"?
- vpribish 2y agoall the concepts i've seen were horizontal landing mostly with fold-out wings
- usrusr 2y agoWow, that's ... ambitious. I'd imagine the extra mass to make an energyia-size tank+engines able to land horizontally to be enormous. It's not just wings (plus folding mechanism, if you believe that's worth saving a bit of drag on the way up) but also landing gear plus all the structural strengthening required. Sounds suspiciously like one of those projects you propose when you want something finer short term but assume that they never survive to the point where they actually need to deliver?
- Sharlin 2y agoAh, no, I was mostly just idly speculating that at least it could've been possible in principle, but there in fact were some (possibly unrealistic) plans to make it fully reusable, see https://en.wikipedia.org/wiki/Energia_(rocket)#Energia-2_(GK-175) https://en.wikipedia.org/wiki/Energia_(rocket)#Energia-2_(GK...