This is Mission Control Houston
from inside the Artemis flight control room here at the Johnson Space Center.
We are at a mission elapsed time of two days,
17 hours, 58 minutes and counting.
The orbit three team of flight controllers is currently on shift
in Mission Control, and we are gearing up for Crew
Week at a mission elapsed time of two days, 18 hours,
as well as the handover to our orbit, one team of flight controllers,
the Orion spacecraft, is currently 168,000 miles and counting away from Earth
and 110,000 miles away from the moon, while the crew has been asleep,
we have received
some downlinked images from integrity, so let's take a look at them.
Here we can see Commander Reid Wiseman through Orion's window.
We can see him looking out, watching the earth grow smaller.
And we're all reminded that every single giant
leap begins with leaving something familiar behind.
Let's go over to our next image.
And there we have mission specialist Christina Cook looking at our blue marble
that's giving us some perspective on humanity's innate need to explore
very inspirational photos coming down from the crew
while we wait for them to wake up and just under a minute from now.
For now, this is Mission Control Houston.
Good morning.
There's there's a couple of items.
I did want to talk with you before.
We got too much of the day going, so if you had a couple minutes.
I had a few big picture words.
Yeah.
Go ahead.
My big picture.
Today we have canceled ATC to burn.
We are replacing it with some,
maneuvers and a check out of the wastewater dump.
So at 1835, about 30 minutes
from now, we're going to maneuver to, attitude
that will put the sun onto that wastewater vent line.
We have increased the heater temperatures on the nozzle and the lines themselves.
And we're hoping that if the problem is the freezing
of the vent lines, why we couldn't do the wastewater dump last night,
then this, will give us a chance to see if we were able to solve that.
This is Artemis mission control.
Mission elapsed time two days, 18 hours, 45 minutes into the flight of Artemis
two, the first flight of humans aboard the Orion spacecraft.
You're getting a live look outside Orion
right now.
The, teams are maneuvering the spacecraft in the solar array.
Wings.
As you heard earlier, we are not having the outbound trajectory
correction burn today.
This was deemed unnecessary and has no impact on the mission
or the lunar flyby.
The trans lunar injection burn
put the vehicle on the correct path back on flight day two,
and therefore, the team at Mission Control, agreed that we could get both
outbound trajectory correction burn one, as well as that second burn today.
Skipping that second burn also allows the team to continue to continue
troubleshooting some of the universal waste management system.
Issues that cropped up last night.
There was a wastewater dump,
planned last night.
Very routine
and regularly scheduled action, and it terminated after only dumping 3%.
So the wastewater tank is not currently full.
It is at 64% with a limit of 80%.
But the crew was instructed to use backup collection devices overnight
if they needed.
Part of the, reason
for reorienting the spacecraft today is to allow it to be in the sun,
specifically where the primary event nozzle is.
They are hoping that spending some time in the sun will help,
thaw out potential ice that may be on that
bent nozzle.
Meanwhile,
inside the Orion spacecraft, our crew just woke up.
That wake up coming at 11:35 a.m.
central time.
We have a small request for you guys,
with this attitude that we're using for the bake outs,
we're getting the sun on the window shades,
and we're a little worried about them heating up too much.
We would like to request that you please remove the window shades.
We understand that will make it awfully bright for you guys.
And we want to encourage you to use a t shirt,
in the cabin or something similar if needed, to block out that sunlight.
But the shades will help us with the temperature constraint on the windows.
Okay.
So we have our makeshift
t shirt, on window one.
Is that one okay to stay up then? Based on what you said.
And we'll take off the window to shade the other ones are already off.
Yep. That sounds great.
Thanks for.
Huntsville integrity for avatar.
And integrity.
Huntsville's with you.
Yes. Good.
Integrity. Morning.
I think it's afternoon for you, avatar.
Lights to report. All lights are on.
And except for 15, one five.
Okay, we copy you.
Same status as yesterday. All lights on.
Oh one, except for one five.
You recently heard a call from NASA astronaut Christina Cook,
mission specialist on the Artemis two flight down to,
the mission control center at Marshall.
This was to the payload operations director who leads science execution
for the avatar payload, which is specifically what she was, referencing.
Avatar stands for
a virtual astronaut tissue analog response.
This is part of our strategy to get a holistic
understanding of how the deep space environment affects humans.
So this is organ on a chip technology.
It's about the size of a USB thumb drive.
And it measures how individual astronauts respond to deep space stressors.
These organ chips contain cells that were developed from preflight blood.
Donations from the crew for this research is to validate whether those organ chips
can serve as accurate tools for measuring and predicting
human response to stressors.
So scientists will be comparing these avatar,
findings with space station findings, as well as with those samples
taken from the crew before and after the flight.
Hello, Houston.
We are ready for morning sea.
Just a few things.
We heard a rumor up here that it is actually Saturday back on Earth.
We have definitely lost track of the days.
We are showing
151,476 nautical miles from Earth.
And it's going up about one mile every second,
which is still a pretty impressive rate of travel.
And, thanks to your office down there, we have got the sun beaming at all
the windows.
Morale is high on board and looking out window three,
you can see a beautiful crescent earth with the sunlight
glinting off of the ocean and the swirling clouds.
It's just a truly remarkable sight.
We are ready to talk.
Gorgeous read.
We love that description.
And first off, thanks to the Integrity Crew for working on the weekend.
So are we, but we are happy to do it.
I want to start by asking if you would like to turn on the HPE
camera for DPC, because if so, we'd love it.
Yeah, we will work on that right now.
Might just take us a minute and I'll try to start around the video.
This is Artemis mission control.
You're getting a live look inside the Orion spacecraft
named integrity by the Artemis two crew.
They are setting up for a public affairs event today.
They'll be speaking with NBC and CBS.
Integrity, this is Houston.
Are you ready for the event?
Houston, from inside
integrity, we are ready for the event.
NBC News, this is mission control.
Houston, please call integrity for a voice check.
Integrity.
This is Tom Costello with NBC news.
Are you hearing us?
Okay.
Hey. Hey, Tom.
It's great to hear your voice all the way up here.
185,000 nautical miles from Earth.
How are you doing?
I'm. Well.
Congratulations on your mission so far, I'm told this is
the farthest interview ever conducted in history.
And I'm wondering, how does it feel right now to be in a place
that nobody has been since 1972?
Honestly, it
is unbelievable that we in 1972, just being up here
and seeing how difficult this is and how hard the team is working,
we do have a little bit of echo on your call.
We'll try to turn it down when we're answering.
But this is a magnificent accomplishment to be up here, to see the moon,
to see the Earth, and to know that we are between those two celestial bodies.
And you can see it when you look out the window.
The earth is almost in full eclipse, the moon is almost in full daylight,
and the only way you could get that view is to be halfway between the two entities.
It's just it is truly all inspiring up here.
I think as we go into Easter Sunday thinking about, you know, all the cultures
all around the world,
whether you celebrate it or not, whether you believe in God or not.
This is an opportunity for us to remember where we are,
who we are, and that we are the same thing.
And that we got to get through this together.
This is Artemis
mission control at Johnson Space Center in Houston, Texas.
We have now reached exactly
three days since the launch of Orion.
You just heard the call to the crew
that the solar arrays are in motion ahead of taking a photo.
We're looking to get a picture of the crew in the windows of Orion.
Photos are the priority, of this event.
So we'll stand by to see if we still have streaming.
But regardless, we will be very excited to share those photos with you
as soon as we possibly can.
Make sure you follow NASA and NASA Artemis
on all social media that would be at NASA and at NASA.
Artemus.
Integrity.
Houston, our stars are in position to take this family portrait,
so sometime in the next few minutes, we'd love to invite you to the windows
to get it done. Thanks.
All right, everybody, we're taking the pictures.
So stay say cheese and stay still for about 30s
while we perform this photography bracket from this us.
Okay, well, freeze in three, two, one mark.
The Integrated Communications Officer, or Inco,
is helping take this picture of the crew aboard the Orion spacecraft.
Now all smiling in the windows of the place
they've called home.
We've had some great views, both inside the spacecraft as well as outside,
but this is the first time that we're getting to see the crew
and the spacecraft in the same photo.
As mentioned previously,
we are taking pictures right now, so the streaming quality isn't as great.
We look forward to sharing these pictures as soon as we possibly can
and make sure you follow NASA and NASA Artemis on social media.
It's taking a little longer than we thought.
Thanks for holding.
All right, everybody can relax.
That was great.
Thank you so much.
We all look forward to getting your Christmas card.
Come December.
Thanks.
On your screen, a live view
of the Orion spacecraft looking at the moon.
Our destination now.
96,575 miles away.
On the left side of your screen is Canadian Space Agency astronaut
Jeremy Hansen.
And to his right, NASA astronaut Christina Cook.
During this
demonstration, the crew will be able to manually pilot Orion once again
and test its six degree of freedom and three degree of freedom.
If you look closely in the background, you can see NASA astronaut
and pilot Victor Glover filming part of this demonstration.
All right.
And just giving you some cool handling qualities here for the,
we everything was nominal, and I noted that with this warp mount,
but it does have some planet, as we knew.
And so just applying some downward force to try and make sure you don't get
coupling is required, but that's fine.
That's workable.
And then, we had a little bit of coupling and roll,
and both in the same direction on that one,
we had about four degrees of roll through the 20
degrees of the.
Capsule.
Okay.
We just finished the three tough maneuvers.
The rates all seem the same.
The response in the same.
It is difficult
to tell whether you might be might have some cross coupling from the RHC
or if it's from the vehicle, but we are pretty convinced.
And, last role one, the coupling that showed up, which was four
degrees, was coming from the vehicle and not the RHC.
So the vehicle overshot
by seven degrees once it was released from the, left.
And then it built up very slowly, built up a rate, and it looks like
it's trying to take it back to where BRC was released, but it's overshooting again.
Copy all.
And, Jenny, we're going to switch pilots now.
This will be myself in the seat
and making comments.
Copy.
We're following the swap.
Thank you.
And currently on your screen, you can see
CSA astronaut Jeremy Hansen and NASA astronaut Christina Cook swatching,
swapping places as they continue through the manual
piloting developmental flight test objective.
Again, they are performing several different attitude
maneuvers to compare six degrees of freedom and three degrees of freedom.
Attitude control on the spacecraft.
Six Degrees of freedom refers to the six ways that a spacecraft moves.
There are three translational degrees of freedom forward, backward, up,
and down, and left and right, and three rotational degrees
of freedom, which are roll, pitch and your.
Okay, I want to make a comment on the pitch up.
There was some roll there.
I tried a different technique where I actually kind of held the or mount
at the high end of its play,
rather than pressing down at the low end since I was pitching up,
but I think that actually made it a little bit harder
to keep the roll coupling out.
So, for pitch down, I'll go ahead and hold it at the bottom of its play.
So in this again in the direction in this case of the pitch
cup, you
and Houston, we have some earth
and human viewers here who are putting in requests
for different motions so they can see things in the window.
We're seeing them in the camera views and we're enjoying it.
Those look at those scientists go.
Not too long ago,
they did surpass the two thirds mark
as they continue to close in on the moon, and they are expected to make that
closest approach and their lunar flyby on flight day six.
Coming up on April 6th.
Absolutely.
One of the neat things that I'm seeing right now,
is in the sort of largest Murray field, the one that sort of makes up most of the
the very, western side of what you can see on the near side there is the giant.
It's much more obvious now that one of those Mars is a huge basin,
because it's just right now it's kind of at the 1:00 position,
and I don't know the name of that big one.
It's basically just west of where Syrian
Paris and Tranquility Heights are.
But it is it is phenomenal.
And the moon we are looking at is not the moon.
You see from Earth whatsoever.
And Victor is absolutely
mesmerized by Orientale through the 400 lens.
He says that not only in Orientale, but all around the basin,
you can actually see the terrain.
It's not an albino change, it's not shadows.
You can actually just tell that their terrain features of,
the multi ringed crater there.
Christina, we copied all,
Victor's Oriental observations.
That sounds amazing.
And, we think based on your description of the, basin that you saw,
that is Imbrium.
Yes, that sounds right.
I've never noticed that Imbrium has such a distinctive
high albedo ring defining it.
Also worth mentioning, we do apparently have a full moon.
We can't detect any terminator at all.
It looks like full limb all the way around.
And, Jackie, we got Jeremy on there
just for a minute before his POV, and he's just going to look at this.
As soon as I put my hands on the 400.
And it's just,
you know, I'm not one for hyperbole, but it's the only thing I could come up with.
Just seeing Tycho.
There's mountains to the north.
You can see Copernicus, Rainier, gamma.
It's just everything from the training.
But in three dimension, an absolutely unbelievable.
This is incredible.
Coffee moon. Joy.
And, Houston, I can tell you that Christina now has the 400 millimeter.
And she also is the queen of hyperbole.
It's incredible. Wow.
Kathy.
Christina doing her best three impression at the window.
Yeah, I just wanted
to make one kind of correction to what I mentioned before.
I do think that we have a Terminator is on the far western edge.
It's not actually a limb.
It's on the Terminator along with the base,
basically almost in the same places where you would imagine a limb to be.
But it's, very high up, you know, as you would expect from the far side.
And you can see, the topography all along, the Terminator.
It's awesome.
Houston.
Integrity for altitude reference change moment.
Go ahead.
Jackie, with that incredible
viewing behind us of our destination
in the near term, we hereby change our due
PFG altitude reference from Earth to Moon.
We are currently
76,362 nautical miles
from the moon.
And from Earth.
We had been 168,000 nautical miles.
Houston.
Kathy's.