NASA just made this Big announcement after Orion unexpectedly Leaked during… === #greatspacex#elonmusk#spacex#nasa === 00:00: BRIEFING OPEN 00:37: AMIT – MISSION SUMMARY & RISK 01:47: FLIGHT DIRECTOR – ENTRY TIMELINE 03:01: VEHICLE STATUS 03:57: ENTRY RISK (13 MINUTES) 04:45: TECH ISSUE – PROPULSION LEAK 05:35: EMOTIONS & CONFIDENCE 06:08: DATA & TESTING 06:48: BIG PICTURE TAKEAWAY 07:26: OUTRO LINE === Advertisers who want to place ads on our channel, please contact the email manager: [email protected] === SpaceX Starship SN Be the first to sponsor us Thank you. https://www.patreon.com/GreatspaceX?fan_landing=true === NASA just made this Big announcement after Orion unexpectedly Leaked during… NASA has just made a major announcement after an unexpected issue with the Orion spacecraft—and it’s raising serious questions about what really happened during the mission. In this video, Great SpaceX breaks down the latest update from NASA, focusing on the reported leak, what it could mean for Orion’s systems, and why this development is getting so much attention right now.
At first, the mission appeared to be progressing as planned. Orion was performing well, systems were stable, and expectations were high. But then came the unexpected—reports of a leak that could point to a deeper technical concern inside one of the most critical spacecraft NASA has built in decades. And now, with NASA publicly addressing the situation, the story is starting to become much more complex. NASA just made this Big announcement after Orion unexpectedly Leaked during… In this video, we explain what NASA has officially said about the leak, what type of system may have been affected, and how engineers typically respond to these kinds of anomalies in deep space missions. Whether it involves life support, propulsion, or thermal control, even a small leak in space can quickly become a major operational challenge.
We also take a closer look at Orion’s design and why reliability is absolutely critical for a spacecraft meant to carry astronauts beyond low Earth orbit. Artemis missions are not short, low-risk flights—they are long-duration journeys into deep space, where every system must perform flawlessly under extreme conditions. NASA just made this Big announcement after Orion unexpectedly Leaked during… This situation also raises a bigger question: if Orion experienced an unexpected issue during a critical phase, how could it impact the timeline and confidence for future Artemis missions, including crewed lunar landings?
But there’s another side to this story. NASA’s response, transparency, and problem-solving approach may reveal just as much as the issue itself. How quickly they identify the cause, how they communicate it, and how they fix it could define the next phase of the Artemis program.
If you’re following NASA, Orion, and the future of human spaceflight, this is an update you don’t want to miss.
Watch until the end as we break down NASA’s big announcement, what the Orion leak could really mean, and whether this is a minor setback—or something much more significant.
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Good afternoon and welcome to NASA's Johnson Space Center for our final mission status briefing
ahead of Artemis 2 splashdown tomorrow evening. We are joined by a panel of specialists today.
Joining us is NASA Associate Administrator Amit Shatria, Artemis 2 Flight Director Jeff Radigan,
and Artemis 2 Orion Vehicle Manager Breniel Rodriguez.
We are going to be taking questions from media here in the room and through our phone bridge
today. But before we get started, we will kick it off with some opening remarks. Amit, go ahead.
Good afternoon. Tomorrow evening, Reid, Victor, Christina, and Jeremy, the crew of Artemis 2,
will come home. They will have traveled 400,000 miles. They will have seen what no living person
has seen. They will have tested every system on the spacecraft and the environment it was built
for. And they will have given us 10 days of data that will shape every mission that comes after.
The test is not complete. Tomorrow, the Orion spacecraft will enter the Earth's atmosphere
at approximately 25,000 miles per hour. That heat shield, the thermal protection system,
which is built by American hands and American factories, or materials designed to withstand
temperatures that approach the surface of the sun, will bear the full force of that reentry.
Every system we've demonstrated over the past nine days, life support, navigation, propulsion,
communications, all of it depends on the final minutes of flight. We have high confidence in
the system and the heat shield and the parachutes and the recovery systems we put together.
The engineering supports it. The Artemis 1 flight data supports it. All of our ground
tests supports it. Our analysis supports it. And tomorrow, the crew is going to put their lives
behind that confidence. Until then, the flight control team, the engineering team, the recovery
forces in the Pacific, to every engineer, every technician that's touched this machine, tomorrow
belongs to you. The crew has done their part. Now we have to do ours. With that, I'll turn it over
to Jeff. Thanks, Amit. I will mention that the crew's had a great time in space and they've
really enjoyed doing all of the checkouts that they've done. Of course, the lunar flyby was
quite a day. But now we absolutely turn towards entry. And so Rick Henfling and the entry team
are on console today getting ready, doing all of the pre-entry checks and ensuring that the
cockpit is configured for entry, which will, of course, occur tomorrow. I do have a few times for
you as the capsule comes in. Of course, we'll hand back from the DSN network to the TDRS network
at 6.15 local central time. And then the crew module and the service module is going to separate
around 6.33. We will do a crew module raise burn to take the crew module slightly away from the
service module as it comes down. And then we'll enter blackout at 6.53 local central time.
About 10 minutes later, the drogue chutes will deploy. That's 7.03. And then the main chutes
will be right behind them a minute later, 7.04. And we'll see those three main parachutes come out
leading down to splashdown at 7.07. And looking forward to a great day tomorrow.
With that, I'll hand it over to Branyel. Thank you, Jeff. So the spacecraft team and the Orion
team, we've been doing assessments over the last few days with an integrated team from
flight operations and all of our subject matter experts here within Orion. And we've reviewed all
the systems. We've reviewed all the reentry procedures and activities. And we are good to go.
And so the team's done an excellent job walking through those, ensuring that those systems on
board Orion and on the ground are ready to support. Orion remains healthy. It's been working
fantastic. And Debbie showed you some images yesterday of our TPS system, our thermal protection
system. And we completed those assessments and everything looks really, really well to continue
on. So we're ready to go in inside the vehicle, the spacecraft systems. It's a nice 75 degrees.
So kind of like a winter day in Houston. And the crew's loving it. So everything is looking
really well from the vehicle standpoint. Thank you. I'm going to tell you, it's 13 minutes of
things that have to go right, is the way I think about it. You know, I have a whole checklist in
my head that we, you know, we're going through of all the things that have to happen. You know,
the forward bay cover has to come off. The drogues have to come out. The main chutes have to deploy.
The reefing systems have to cut. And we have to get the touchdown angle alignment correct.
And then hit the water correctly. And even prior to that, right, we've got the CMSMSEP
separation between the service module and the crew module. That has to go right. And then you
have the heat shield that has to work. So it's not so much 13 minutes. It's more in my head about
an hour and a half of things that have to go right. And that's the way I think of them.
Sure. So it's actually not an oxygen tank issue. It's oxidizer. It's in the propulsion system,
not in the breathable atmosphere system. And so it's, you know, one of our two-part propulsion
system, which, you know, allows us to burn in space. You know, we are seeing what is a small
leak in our pressure and system. The leak is not to space. It's internal to the system, you know,
across some of our valves. And we really need to characterize that to see what, if any, you know,
modifications we might need to make in the future. And so we had some time in the timeline dedicated
to some other activities, right, having the crew pilot the vehicle again. And it made more sense
for us to go ensure that we fully understood the characterization of the service module and the
pressurization system, because we don't get the service module back. There's no question that
I'll be anxious. And, you know, I'll be with the families. We'll be with them. We'll all be
together. You know, I have full confidence in the team. They do too. You know, we've been with them
the whole time. And so, you know, we've done the work. It's impossible to say you don't have
irrational fears left, right? But I would tell you I don't have any rational fears about what's
going to happen. We've done the work we need to. And we, you know, have full confidence in the
team, the recovery team, the flight control team, the analysis and the work we did. Well,
Renny, I'll talk about the details, but I'll tell you the team has extracted every ounce of
test data we can out of it. I'm very pleased with the coordination and the way that we've
added objectives in flight and the way we prioritize, like Jeff said, on cases where
we need actual forensic data on the hardware we're getting back versus not. So we've prioritized that
the right way. But Renny, you want to talk through that a little bit? Yeah, absolutely. As far as the
things that we've learned, right, it is a test flight. And so we are learning things on the
spacecraft. And I think we've talked several of them in these press conferences as we have. But
we gather those data, as Jeff noted. We take characterization tests of systems that we won't
get back home. And when we get back home and the vehicle comes back, we'll do a lot of post
processing of all that data. I think that they said it best. This isn't the trip. It's the first
of many trips. And we just need to continue on because there's so much there. Think about how
much we thought we knew what was going on. And we thought we knew what the moon looked like. And now
we see it a totally different way. I think we're going to see that on the next mission to the moon
as well. And we need to keep going. We need to have the crew home before we do that. Rick
Henfling will be the flight director on console. I imagine he'll have some words for all of us.
But really, we're just focused on getting the crew home. And then we can we can start thinking
about celebrating. All right, that's all the time we have for today. Our special coverage of Artemis
2 splashdown begins tomorrow at 5.30 p.m. Central Time ahead of splashdown at 7.07 p.m. Central Time.
We look forward to seeing you back here tomorrow. Thanks for joining.