SpaceX (Vol. 2)
Discussion
Beati Dogu said:
Apparently this won't do a reentry burn like a Falcon 9 booster.
It'll come in like a wrecking ball, then fire up for the landing only.
I think this particular one won't do a rentry at all will it? It's not the orbital booster, just for testing? Losing track a little bit!It'll come in like a wrecking ball, then fire up for the landing only.
Beati Dogu said:
Flooble said:
I think this particular one won't do a rentry at all will it? It's not the orbital booster, just for testing? Losing track a little bit!
Yes, this one is just for static testing. I mean in general they won't do a reentry burn, according to Elon.Superheavy will do a flyback burn and is intended to land next to the launchpad when in service.
For the first launch they are intending to do the flyback burn, re-entry to ~30miles off shore from boca chica and soft touchdown in the water.
annodomini2 said:
Beati Dogu said:
Flooble said:
I think this particular one won't do a rentry at all will it? It's not the orbital booster, just for testing? Losing track a little bit!
Yes, this one is just for static testing. I mean in general they won't do a reentry burn, according to Elon.Superheavy will do a flyback burn and is intended to land next to the launchpad when in service.
For the first launch they are intending to do the flyback burn, re-entry to ~30miles off shore from boca chica and soft touchdown in the water.
ninja-lewis said:
annodomini2 said:
Beati Dogu said:
Flooble said:
I think this particular one won't do a rentry at all will it? It's not the orbital booster, just for testing? Losing track a little bit!
Yes, this one is just for static testing. I mean in general they won't do a reentry burn, according to Elon.Superheavy will do a flyback burn and is intended to land next to the launchpad when in service.
For the first launch they are intending to do the flyback burn, re-entry to ~30miles off shore from boca chica and soft touchdown in the water.
Starship should have ~20% more deltaV than F9 2nd stage, but it needs to be capable of landing.
Superheavy mostly empty will have significantly more surface area than an F9 booster, so maybe they can use more drag due to stainless being more stable than carbon fibre at temperature extremes.
So maybe Superheavy can tolerate a higher re-entry velocity than F9.
Meanwhile the Spacex Inspiration 4 mission is due to launch no earlier than September 15, 2021 with 4 private astronauts. https://inspiration4.com/
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