I would say "maybe they're going to Green Run subsequent SLS cores," but that presumes that they'll ever build more than one...It's staggering to think that NASA has just spent damn near half of the entire development budget SpaceX had for the Falcon Heavy on . . .
A refurbishment of a test stand.
That's only going to be used once for this program.
It's staggering to think that NASA has just spent damn near half of the entire development budget SpaceX had for the Falcon Heavy on . . .
A refurbishment of a test stand.
That's only going to be used once for this program.
I would say "maybe they're going to Green Run subsequent SLS cores," but that presumes that they'll ever build more than one...It's staggering to think that NASA has just spent damn near half of the entire development budget SpaceX had for the Falcon Heavy on . . .
A refurbishment of a test stand.
That's only going to be used once for this program.
If we pool our $$$ and register as “Friends of Starship”, will they give us special passes to the area?Biggest question left unanswered by the video: Who sponsors that 2-mile stretch of highway?
I would say "maybe they're going to Green Run subsequent SLS cores," but that presumes that they'll ever build more than one...It's staggering to think that NASA has just spent damn near half of the entire development budget SpaceX had for the Falcon Heavy on . . .
A refurbishment of a test stand.
That's only going to be used once for this program.
As far as I know, only the first core requires the green run.
Article":29cph5ni said:"Technicians are lifting and installing a replica of the @NASA_SLS core stage in preparation for the SLS Green Run test," the Alabama-based NASA center tweeted. Marshall manages development of the SLS rocket.
NASA has spent about $230 million to renovate and modify the B-2 test stand for this Green Run test-firing of the SLS rocket's core stage. The rocket itself has been under development since 2011, at a cost of about $14 billion and counting. The first test-firing of the rocket may occur next year at Stennis.
I would say "maybe they're going to Green Run subsequent SLS cores," but that presumes that they'll ever build more than one...It's staggering to think that NASA has just spent damn near half of the entire development budget SpaceX had for the Falcon Heavy on . . .
A refurbishment of a test stand.
That's only going to be used once for this program.
As far as I know, only the first core requires the green run.
Aren't they going to do the same thing SpaceX did? After they land their first booster they immediately tested the engines again on the stand?
/s
One of the COPVs came off when it landed.What went flying off to the right, flipping end over end, around 1:08 in the video?
What went flying off to the right, flipping end over end, around 1:08 in the video?
One of the COPVs came off when it landed.What went flying off to the right, flipping end over end, around 1:08 in the video?
https://twitter.com/baserunner0723/stat ... 7861337088
A certain NewSpace CEO did find the F-1 engines used to launch Apollo 11 to the Moon and fish them out of the ocean. It sounds like he donated them to a museum, though.I would say "maybe they're going to Green Run subsequent SLS cores," but that presumes that they'll ever build more than one...It's staggering to think that NASA has just spent damn near half of the entire development budget SpaceX had for the Falcon Heavy on . . .
A refurbishment of a test stand.
That's only going to be used once for this program.
As far as I know, only the first core requires the green run.
Aren't they going to do the same thing SpaceX did? After they land their first booster they immediately tested the engines again on the stand?
/s
edit: As a side note, if someone was to fish out the engines from the ocean after the SLS flight, do they get to keep them? Those engines will have a history from Space Shuttle mission that gives them more value.
It will break up in the atmosphere, long before it hits the water.I would say "maybe they're going to Green Run subsequent SLS cores," but that presumes that they'll ever build more than one...It's staggering to think that NASA has just spent damn near half of the entire development budget SpaceX had for the Falcon Heavy on . . .
A refurbishment of a test stand.
That's only going to be used once for this program.
As far as I know, only the first core requires the green run.
Aren't they going to do the same thing SpaceX did? After they land their first booster they immediately tested the engines again on the stand?
/s
The SLS booster stage will definitely land, it just won't be at the launch pad or in one piece after landing.
Very much looking forward to the suborbital flights. That would be when this starts getting seriously real! So far, so very good ... especially with regards to the raptor engines.
It's staggering to think that NASA has just spent damn near half of the entire development budget SpaceX had for the Falcon Heavy on . . .
A refurbishment of a test stand.
That's only going to be used once for this program.
It had RCS thrusters so considering no major corrections needed to be made with a flight like this I assume that's what it usedHere is a question:
you can see in the video that the rocket is slowing rotating along its vertical axis.
How do you control that with a single engine (presumably along the same axis). Are there other small thrusters? (I could not see them).
Or it is not an issue?
Here is a question:
you can see in the video that the rocket is slowing rotating along its vertical axis.
How do you control that with a single engine (presumably along the same axis). Are there other small thrusters? (I could not see them).
Or it is not an issue?
Right, "the SLS would let us plan a trajectory that's 2.5 years shorter!" doesn't really help if it'll take at least 3 years longer to launch...Great day for SpaceX, was amazing to watch.
Rough day for SLS.
https://twitter.com/SpcPlcyOnline/statu ... 9754913793
The cold gas thrusters are much more apparent on the drone video.Here is a question:
you can see in the video that the rocket is slowing rotating along its vertical axis.
How do you control that with a single engine (presumably along the same axis). Are there other small thrusters? (I could not see them).
Or it is not an issue?
Yes there are small cold gas thrusters on the side. If you watch carefully you can see them fire, well puff actually, to start and null the rotation.