That was my recollection
I think the issue is the deluge system was basically designed around what was built already after the near-disaster that was OFT1. Plausibly, if starting all new they could work the piping/support/design a bit differently.Decay said:nortex97 said:
Will be curious if any changes for a revised booster bidet system for OLT2 @ BC vs. the first one.
I'm guessing nothing major... Did we get anything from OLT-2 in terms of damage to launch site? Wasn't it practically flawless?
It was.Decay said:nortex97 said:
Will be curious if any changes for a revised booster bidet system for OLT2 @ BC vs. the first one.
I'm guessing nothing major... Did we get anything from OLT-2 in terms of damage to launch site? Wasn't it practically flawless?
nortex97 said:I think the issue is the deluge system was basically designed around what was built already after the near-disaster that was OFT1. Plausibly, if starting all new they could work the piping/support/design a bit differently.Decay said:nortex97 said:
Will be curious if any changes for a revised booster bidet system for OLT2 @ BC vs. the first one.
I'm guessing nothing major... Did we get anything from OLT-2 in terms of damage to launch site? Wasn't it practically flawless?
Flight 3 vehicles on the pad at Starbase for testing ahead of Starship's next launch pic.twitter.com/caIuyE6kCj
— SpaceX (@SpaceX) December 18, 2023
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V8Aggie said:
Right before impact you see the vertical speed drop to 1 MPH. Agree it looked rough though. Likely the thrusters throwing up dust.
lb3 said:
Soyuz is similar.
Yes it does. Seems like the ground would accomplish the same thing if the thrusters never fired.Decay said:V8Aggie said:
Right before impact you see the vertical speed drop to 1 MPH. Agree it looked rough though. Likely the thrusters throwing up dust.
Yep it usually looks rough.
I'm aware of several ballistic entries, a stuck service module, and an abort that roughed up some astronauts but have they ever had a retro rocket fail?Decay said:lb3 said:
Soyuz is similar.
Unless it fails... You'll live, but going from no gravity to getting tossed around in a Soviet-era aluminum can will not feel great
GCRanger said:
Is it me or did the capsule land a little hard. The announcer lady mentioned retro thrusters at last second to land at 1-5 MPH but it seemed to hit at 15 MPH with no thrusters.
Soyuz 1 was parachute failure.bthotugigem05 said:
Soyuz 1 maybe?
SpaceX will also just miss their 100-launch goal for the year, shooting for 144 next year.Quote:
At this time the revised launch date for this mission carrying the X-37B is Dec. 28 7:00 PM EST (00:00 UTC on Dec. 29) giving us, once again, the prospect of a double header launch with a Falcon 9 also lifting off two hours later from the West coast.
This will be the fifth and final Falcon Heavy launch of the year, and the first time it has flown this secret spaceplane. It's the fourth flight for the X-37B Vehicle 2 itself, which previously flew on the OTV-2, OTV-4, and OTV-5 missions.
Its sibling Vehicle 1 is the craft that spent the record 908 days in orbit on OTV-6 but Vehicle 2 spent an impressive 779 days on OTV-5 and, to date, every mission has exceeded the length of its predecessor.
While details of its target destination are classified, we can surmise from the lack of a grey thermal protection stripe on the second stage that the mission is will not be inserting its payload into a geosynchronous orbit (which would require extra flight time and this stripe to help maintain propellant temperature), nor is it heading due east. One possibility is that it could be destined for a highly inclined, highly elliptical orbit.
Side boosters B1064-5 and B1065-5 will be supporting this mission and will both return for a landing at LZ-1 and LZ-2, while the center core B1084 will be expended. These side boosters are due to be expended on its next Falcon Heavy mission, Europa Clipper, next October.
SpaceX is NOT messing around with this launch flow for the third flight. This is some test pace! https://t.co/n0v1EuishI
— Chris Bergin - NSF (@NASASpaceflight) December 20, 2023
Prop loading. pic.twitter.com/5VhrFn7MeA
— Chris Bergin - NSF (@NASASpaceflight) December 20, 2023
STATIC FIRE! Ship 28 conducts its Static Fire test at Starbase ahead of flight three of Starship.https://t.co/s7AWNe6LkA pic.twitter.com/gahRmP3cQw
— Chris Bergin - NSF (@NASASpaceflight) December 20, 2023
December 28th 2023
— . (@Republican4USA) December 20, 2023
I think we're talking different retros.Ag_of_08 said:
The had one that had an issue after it had jettisoned it's Orbital module, but I can't remember the mission number. I swear Scott Manley talked about it at one point.
If I remember correctly they changed the order of operations after that, and now jettison the orbital module after the retro burn and separation, so if something goes wrong they could potentially make an emergency return to the ISS if retro fire fails( in you ditch the OM, it loses some of its rcs ability, and has no docking port)
TexAgs91 said:
No one should be making launch date predictions until SpaceX has its customary tangle with the FAA first.