The first 200 lines.
They're now beginning to pressurize the tanks.
Pressurize all of the tanks in all three stages with gaseous helium.
As the pressurization builds up, it's monitored.
Here in the control center, our status board still indicating all is well.
Network, Flight. You configured for the terminal count?
-Roger, Flight. We're a go. -Okay.
Check status for terminal count, Rooster?
-Go, Flight. -Retro?
-We're a go. -Fido?
-Go. -GMC?
-Go, Flight. -E-CO M?
-Affirmative, Flight. -F-CO M?
Go all the way.
Sony Panel Three, tape recorder forward, switch to forward.
-Verify gray bar. -Roger, we have a gray flag.
DNC is running, Flight.
Roger, in automatic sequence, start on my mark.
-Mark. -All right, Jim.
-Stand by your panel 325 function. -Roger.
-Fuel pre-pressure initiated. -Roger, Fuel.
-This one's gonna light on your toes. -PCS bypass on.
-Glycol radiator full to bypass. -Full to bypass.
-Internal cooling, Flight. -This is launch control.
The second stage fuel tank is pressurized.
The third stage liquid oxygen tank pressurizing at this time.
Ironman One, this is Flight, how do you read?
-Loud and clear, Dick. -All right.
CMP on panel two, verify program two.
-We're a go, Flight. -Roger.
-Flight recorder to record. -GDC, align.
-GDC, align. -All recorders to flight speed.
-Network, Flight. All okay with you? -Affirmed, Flight.
RTC, you got everybody configured for commands?
-That's affirmative. -Internal power and go, Flight.
-You got the transfer? -That's affirmed.
Ironman One, stand by for the 10-second count.
Roger, Ted.
Ten, nine, eight...
...seven, six, five, four...
-Flight, safety is green downrange. -Roger, safety green.
-Booster okay. -Go, Flight.
-Everything okay? -Affirmed.
-GNC? -Go, Flight.
-E-CO M? -Flight, we're a go.
Roger.
D X manual.
-Stand by for mode one Charlie. -Mode one Charlie.
Mode one Charlie.
Rooster, I need your status for staging.
-The tower has jettisoned -Trajectory and guidance are a go.
Roger, trajectory and guidance a go
-Spacecraft systems are a go -Spacecraft systems are go
-All spacecraft systems are go -No mistaking.
-We have CECO -Roger, CECO.
Hey, it looks like a fine day down there!
I can see all the way from Gibraltar to Greece
Coming up on the terminator, should be in our first sunset in a few minutes
-Loss of signal with Canary -Roger, LOS
Okay time to activate TV transmission
We remote to Houston through Araya, Buzz
Araya One, this is Ironman, how do you copy, over?
Ironman One, Araya I read you loud and clear, copy.
I read you the same
On my mark, TV transmission from camera A
-Mark. -Smile!
-How are you getting this? -A little snowy, Ironman.
Clearing up now.
Clear now. Good picture.
Well, say something, Ted. Are we beautiful?
Ironman, this is Houston See you real good, all three of you
-How about the other camera, Jim? -Camera B coming on
Mark
You should be getting me now.
Here's Buzz.
Here's Stoney.
-How's it look? -Sharp and clear
How are you for docking with the lab?
Docking is still planned for the second orbit as advertised.
Roger We have an update on your initial phase maneuver
Delta V, 249 at 3 feet per second
This is mission control, Houston
at 22 minutes into the flight of Ironman One.
After a brief 20-minute flight across the Atlantic
the spacecraft is now crossing the Mediterranean
We begin to look at the business of the flight plan
which shows a rendezvous on docking
with the Saturn 4B orbital laboratory
Buzz, what's our closing rate?
-Closing rate: 50 feet per second -Roger
-Let me know when we have 25 -Roger
This is mission control, Houston
Commander Pruett reported completion of docking the Apollo
at the S-4B laboratory
After completing systems checks, the crew will transfer into the lab...
...in which they will live and work for the next seven months.
This will be a test of the spacecraft, the systems and most of all the men.
In preparation for interplanetary deep-space missions...
...which are now being planned.
During this entire period the astronauts will cover their activities...
...with TV cameras, which will be tape-recorded here on Earth...
...for study and evaluation.
Well, it's not too bad We could use a couple of windows though
I think we're missing the view
What's first, Buzz?
Extra vehicular activities in the S-509 maneuvering unit
You take it out Stoney, you handle the camera
Watch it, Stoney
Try a little aerobatics here
Here goes
Buzz, how about some work?
Yeah, right
I'm coming right down
Okay, Buzz, micrometeorite experiment
-Say again, Stoney -Micrometeorite
Roger, micrometeorite
This material was obtained during their first week in space
I am presenting it as a point of reference
Here is Pruett
Lloyd
Stone
We got this day before yesterday
It demonstrates a serious decline in the ability to perform
even simple manual tasks
Just over five months of the mission have been completed satisfactorily
We wonder if it remains desirable to continue for the full seven months
originally planned
-What are your parameters, Courtney? -EKG, rate and rhythm
-EEG, brain -He's not sleeping
The trend shows definite fatigue
-Is he still losing weight? -Down 16 pounds
The quality of the solar spectral film's been very poor
-Well, you're not gonna see any more -Why not?
Take a look at this
Tired and he's making mistakes
You want to try living in a tin can for five months?
-What else? -We got this yesterday
Some further degradations to our CS system:
We've lost a backup coolant loop in the oil thruster.
Oh, yeah. The washing machine is out.
I was doing some preventative maintenance on it. I shorted it out.
I also discovered some computation errors in the telescope settings.
I guess that accounts for the poor quality in the solar spectral pictures.
I...
I've fixed the razor.
So we can go back to shaving again now.
And I'm sleeping better.
I guess we're all getting our second wind.
And if the hardware holds up, I guess we can make it right to the end.
I know I can.
I think they've done a hell of a job
Bring them down
Yes, sir
Mrs Wheeler, get everyone on the net in mission control
This is mission control, Houston
The crew of Ironman One has closed down the S-4B space laboratory
in which they've worked, lived, slept and eaten for the last five months
Their Apollo spacecraft has separated from the lab
and at this time, the automatic sequence of retrofire is about to begin
Ten, nine, eight
seven, six, five, four
three, two, one, retrofire
The spacecraft should be starting its descent across Australia
towards the splash point in the Pacific
some 400 miles south of Midway Island
They are waiting now for confirmation of retrofire Standing by for contact
Ironman One, Ironman One, this is Houston CapCom, do you read?
Ironman One, Ironman One, this is Houston CapCom, do you read?
After five months in orbit, a mission termed
a successful prelude to the long-term space voyages
that some day will be normal and routine
astronauts Jim Pruett, Buzz Lloyd and Clayton Stone
should be on their fiery way home to the good Earth
Ironman One, Ironman One, this is Houston CapCom, do you read?
Ironman One, Ironman One, this is Houston CapCom, do you read?
Ironman One, Ironman One, this is Houston CapCom on UHF.
Do you read?
Ironman One, Ironman One, this is Houston CapCom on UHF.
Do you read?
Ironman One, Ironman One, this is Houston CapCom on S-band.
-Do you read? -Go ahead, Houston
Hey, you old bum How's the run?
We have negative retrofire
Say again, Ironman
Negative, no burn
Bailey, kill it
-Ironman, wait one -What's wrong, Dick?
Don't know
E-COM, GNC, how does the data look?
A minute and 20 seconds past retrofire
Ironman, Flight. Would you check your circuit breakers...
...and also your Delta V thrust manual A and B switches?
Roger
Glenn, would you punch up channel six?
-All parameters are normal -Then why in the hell doesn't it fire?
-Houston, Ironman -Go, Ironman.
Circuit breakers are closed, SPS switch is on.
Delta V manual A and B switches are on.
Thank you We're affirming new target
Suggest you try manual re-entry on your next pass
Roger, understand manual re-entry using RCS backup system
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