WEBVTT FILE

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-Approximately
1 hour and 11 minutes

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remaining in this built-in hold.

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The ice team is at the pad doing
their inspections at this time

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and is reporting some limited
ice found on the external tank

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but not of any consequence.

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We are now in the breakfast room
at the astronaut quarters,

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where the STS-31 crew
is having breakfast.

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Mission specialist
Dr. Steve Hawley,

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who will be deploying
the telescope

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from the remote manipulator arm,

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Colonel Charlie Bolden,
the pilot on this mission,

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the commander, Loren Shriver
for the space shuttle Discovery,

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Dr. Kathy Sullivan,
mission specialist,

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and Navy Captain
Bruce McCandless,

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mission specialist.

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The mission emblem on the cake
on the breakfast table,

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which is Discovery with
the Hubble Space Telescope

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on a field of planets,
stars and galaxies.

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After breakfast, they will
receive a weather briefing

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and then don
their flight suits and depart

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for the pad about
5:15 this morning.

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This is Shuttle Launch Control
at T-minus 3 hours and holding.

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Approximately 9 minutes
remaining in this built-in hold.

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We are watching
the astronauts suit up.

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This is commander Loren Shriver
having his helmet attached.

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Shriver is an Air Force Colonel
and is the mission commander.

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There is Marine Colonel
Charlie Bolden, the pilot,

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also having his helmet

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and communications
attachments completed.

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On the other side of the room

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is mission specialist
Dr. Kathryn Sullivan

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awaiting the helmet attachment.

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Otherwise, her suit up
is essentially complete.

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There is Navy Captain
Bruce McCandless.

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McCandless and Kathy Sullivan

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will be doing
the contingency EVA

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on this flight,
should one be necessary.

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And Dr. Steve Hawley
ready to go.

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He will be operating
the remote manipulator arm

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to deploy the Hubble Space
Telescope on flight day 2.

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The crew now headed
for the elevator

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that will take them down
to the first floor,

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where they'll board the Astrovan

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for the 20-minute
ride out to Pad B.

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Commander and the pilot,

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Commander Shriver
and Pilot Charlie Bolden.

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Bruce McCandless.

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And members
of the support team

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that will be going out.

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There is a crew headed
down the elevator,

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and momentarily we'll see them
boarding the Astrovan.

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And numerous KSC employees
usually wait by the walkway

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to greet them
as they head out.

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[ Cheers and applause ]

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-This is a view of
the Orbiter Access Arm,

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and we can see our
five-member flight crew

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crossing from the fixed service
structure into the white room,

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where they will be assisted
by the closeout team

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And other astronaut
support crew members.

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Commander Loren Shriver
has just entered

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the access hatch of Discovery,

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assisted by closeout crew.

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Pilot Charlie Bolden
will be next,

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and as they enter their seats

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and begin their
communications checks,

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we'll be hearing those
checks being conducted.

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-OTC, CDR, how do you read?

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-CDR, I read you loud and clear.

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-I hear you loud and clear.
Good morning.

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-Good morning, Loren.

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-Good morning, Stan.

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-NTZ, CDR, how do you
read this morning?

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-I read you loud and clear,
Loren. How about me?

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-Loud and clear.

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And Houston CDR,
how do you read?

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-CDR Houston. Good morning,
Loren. You're loud and clear.

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-You're loud and clear,
also, Steve.

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-OTC, OVTC.
-Go ahead.

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-Yeah, our last crew member
is boarding at this time.

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-Copy that.

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-Houston, MS1 radio check, over.

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-MS1 Houston,
you're loud and clear.

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Good morning, Bruce.

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-Good morning, and looks
like a nice day down here.

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-That's good.
We're working on other places.

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-OTC, OVTC.
-Go ahead.

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-Yes, sir, our report set up 20,
side hatch closed out,

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and white-room configuration
is complete.

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We're ready to clear the pad.
-Okay.

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-T-minus 7 minutes,
30 seconds and counting.

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-Go for
Orbiter Access Arm retract.

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-This arm can be re-extended
in less than half a minute

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if that's necessary.

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Coming up on T-minus
5 minutes and counting.

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-Go for Orbiter APU start.

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-And we have a go for APU start.

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-APU, please.

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-Final purge sequence
of the main engines is in work.

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-We're now transferring
to internal power

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and switching off the
Orbiter's ground power supply.

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At this point,
Discovery is being powered

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by the on-board fuel cells.

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Standing by now,
here is the retraction

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of the gaseous-oxygen vent hood.

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Gimbaling of the main
engines is complete,

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and the aerosurfaces
have been verified

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that they are positioned
for launched.

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External tank now is reported
to be at flight pressure.

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-OTC, 212,
close and lock your visors

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and initiate your O2 flow,

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and y'all have a good trip.

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-Roger that.

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-Standing by now for a go for
auto sequence start, T-minus 33.

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-Will hold at T-minus
31 seconds due to a failure.

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-What has happened is
the ground-launch sequencer

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would not hand off to
the Orbiter's computers

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to complete the count

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because the liquid-
oxygen-fill-and-drain valve

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was showing "off"
when it should be "on."

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-The valve is closed.
We're go.

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-There's the confirmation that
we have successfully recycled.

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-That's affirmative.
We're go. We're in good shape.

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-Okay, you have a go to proceed.

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-This is go
for auto sequence start.

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-We are go for start.

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-25.

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-Booster-hydraulic-power units
have started.

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-20.

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-Sound-suppression
water system has started.

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-15.
-T-minus 13 seconds.

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-10.
-T-minus 10. Go for main start.

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-We are go for main engine
start, T-minus 6...

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5...4...

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3...2...1...

00:10:00.000.00:10:02.834
and liftoff
of the space shuttle Discovery

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with the Hubble Space Telescope,

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our window on the universe.

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-Mission control Houston.

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-Roll program.

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-Roger, roll, Discovery

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-The roll maneuver
puts the vehicle

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in the proper launch plane.

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Guidance officer confirms
a good roll maneuver,

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engines now throttling back.

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The throttle-down
maneuver assists

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in reducing the aerodynamic
loads on Discovery

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as it passes through the area
of maximum dynamic pressure.

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Velocity now at
1.200 feet per second.

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Discovery downrange
3 nautical miles.

00:11:07.300.00:11:10.167
-Discovery,
go with throttle up.

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-All three engines
now throttled back.

00:11:11.701.00:11:14.400
-Roger, doing throttle up.

00:11:14.400.00:11:17.834
-Engines at 104%, the go
at throttle up call signifies

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that all systems
are performing well.

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All three auxiliary-power
units look good.

00:11:22.767.00:11:26.300
Discovery's velocity now
2.300 feet per second.

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and it's downrange
8 nautical miles.

00:11:42.367.00:11:45.300
Standing by for SRB separation,

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and both solid rocket
boosters have separated.

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Discovery's velocity now
4.300 feet per second

00:12:01.667.00:12:04.734
at a downrange distance
of 35 nautical miles.

00:12:08.033.00:12:09.934
Booster officer reports
all three engines

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stable at 104% performance.

00:12:13.033.00:12:15.734
-Discovery, Houston,
performance is nominal.

00:12:19.701.00:12:24.300
-Discovery, Houston, you have
a go to open the doors.

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-Roger, Houston.

00:12:27.300.00:12:29.767
-Houston, Discovery.

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-Go ahead, Charlie.

00:12:32.300.00:12:33.634
-Yeah, I think y'all
can probably see.

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It's looks like that oxygen
around the left dome

00:12:36.767.00:12:38.901
is kind of getting noisy,

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and it's tripping
the caution and warning.

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-Roger that.
Stand by, Charlie.

00:12:47.801.00:12:50.200
We're talking about it,
no action for you right yet.

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-Houston, Discovery.

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-Go ahead, Charlie.

00:12:59.434.00:13:01.501
-Yeah, Steve, we'd like
to know if we can go ahead

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and get a jump
on Ku band deploy.

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-That's affirmative, Charlie.

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You have a go
for a Ku band deploy.

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-And, Houston, you've probably
seen all the IMUs and stuff,

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looks complete.

00:13:32.334.00:13:34.367
-Roger that, Loren.
We've been watching you.

00:13:34.367.00:13:38.133
The IMUs look good, and we
concur that you're complete.

00:13:53.701.00:13:56.767
-And this is mission control
Houston at 3 hours, 2 minutes

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into the flight of Discovery.

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We're now seeing payload
-bay views from camera "A."

00:14:01.901.00:14:06.067
That's on the forward bulkhead
of Discovery looking aft.

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We're seeing the remote
manipulator system arm

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as it is being put through

00:14:10.934.00:14:15.100
it's paces, being checked out
for tomorrow's activities

00:14:15.100.00:14:17.467
related to the
Hubble Space Telescope.

00:14:23.234.00:14:24.734
-Discovery, Houston.

00:14:24.734.00:14:27.501
We're getting some real good
payload-bay-television downlink,

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and we see that Steve
has been hard at work

00:14:29.501.00:14:32.000
getting the RMS deployed.

00:14:36.934.00:14:38.968
-Okay, he is getting
a good start into

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RMS checkout right now.

00:14:42.367.00:14:44.200
-Roger, Loren.

00:15:11.734.00:15:15.200
-This is mission control,
mission specialist Steve Hawley

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continuing to take the RMS

00:15:17.634.00:15:20.300
through it's
checkout procedures.

00:15:20.300.00:15:22.434
We are looking at
the end effector as it is

00:15:22.434.00:15:26.901
run through
the snare-drive test.

00:15:26.901.00:15:30.434
The end effector will be
used to grapple

00:15:30.434.00:15:33.000
the Hubble Space
Telescope tomorrow

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and will be used
to release the telescope,

00:15:36.634.00:15:40.968
and the end effector is about
13 inches in diameter.

00:15:45.400.00:15:47.801
-Houston, Discovery.

00:15:47.801.00:15:51.300
-Go ahead, Discovery.

00:15:51.300.00:15:53.901
-Back again, we think RMS
checkout is complete.

00:15:53.901.00:15:55.567
We think the arm is --

00:15:55.567.00:15:57.367
We didn't see
any anomalies at all.

00:15:59.400.00:16:02.200
-That sounds great, Steve,
and we concur.

00:16:08.033.00:16:09.834
-Discovery, Houston,
just wanted to let you know

00:16:09.834.00:16:12.067
that the ground
is currently configured

00:16:12.067.00:16:16.167
for HST main bus activation,
so we're ready when you are.

00:16:20.667.00:16:26.234
-And, Houston, we just put
the main-bus power on.

00:16:26.234.00:16:28.834
-Roger, Loren. We copy.

00:16:31.834.00:16:37.133
!!musiC@!!!musiC@!

00:16:37.133.00:16:40.934
-!!musiC@! Good morning, outer space
from all the human race !!musiC@!

00:16:40.934.00:16:44.801
!!musiC@! It's time to stow
your sleeping gear !!musiC@!

00:16:44.801.00:16:49.067
!!musiC@! We know you had a blast,
you're up in space at last !!musiC@!

00:16:49.067.00:16:53.467
!!musiC@! Now your
main objective's clear !!musiC@!

00:16:53.467.00:16:58.534
!!musiC@! Deploy the Space Telescope !!musiC@!

00:16:58.534.00:17:01.200
!!musiC@!!!musiC@!

00:17:01.200.00:17:07.033
!!musiC@! To carry on our dreams
and hopes !!musiC@!

00:17:07.033.00:17:08.901
!!musiC@! Space is our world !!musiC@!

00:17:08.901.00:17:10.667
!!musiC@!!!musiC@!

00:17:10.667.00:17:14.400
!!musiC@! We're living our destiny !!musiC@!

00:17:14.400.00:17:16.601
!!musiC@! Space is our world !!musiC@!

00:17:16.601.00:17:18.634
!!musiC@!!!musiC@!

00:17:18.634.00:17:21.934
!!musiC@! The spirit of Discovery !!musiC@!

00:17:21.934.00:17:25.834
!!musiC@! Space is our world !!musiC@!

00:17:25.834.00:17:29.467
!!musiC@! Space is our world !!musiC@!

00:17:29.467.00:17:31.400
!!musiC@! Space is our world !!musiC@!

00:17:31.400.00:17:33.267
!!musiC@! Space is our world !!musiC@!

00:17:33.267.00:17:37.033
!!musiC@! Space is our world !!musiC@!

00:17:37.033.00:17:40.667
!!musiC@! Space is our world !!musiC@!

00:17:40.667.00:17:44.400
!!musiC@! Space is our world !!musiC@!

00:17:44.400.00:17:47.834
!!musiC@! Space is our world !!musiC@!

00:17:47.834.00:17:49.200
-Good morning, Discovery.

00:17:49.200.00:17:50.501
Your wake-up music today

00:17:50.501.00:17:52.801
is compliments of
your training team.

00:17:52.801.00:17:54.701
We want you to
make them proud today.

00:18:01.067.00:18:03.534
-Discovery, Houston.

00:18:08.100.00:18:10.767
-Good morning.

00:18:10.767.00:18:12.367
-Good morning, Discovery.

00:18:12.367.00:18:14.601
Good morning from Bill Reeves
and Orbit 1 team,

00:18:14.601.00:18:17.434
and you got a go
for HST deploy ops.

00:18:22.100.00:18:25.901
-That's outstanding, thank you.
-It sure is.

00:18:31.434.00:18:32.734
-This is Mission Control
Houston,

00:18:32.734.00:18:36.267
this digital animation
being fed by live telemetry

00:18:36.267.00:18:38.801
depicting the motion
of the robot arm

00:18:38.801.00:18:41.334
as mission specialist
Steve Hawley

00:18:41.334.00:18:43.200
begins to put it
through its paces.

00:18:43.200.00:18:48.834
This live view coming from
the forward-port bulkhead camera

00:18:48.834.00:18:52.267
aboard Discovery, gives us
a look at the real thing.

00:18:52.267.00:18:55.701
Steve Hawley has unberthed
the arm and has begun to move it

00:18:55.701.00:18:59.434
into position for grapple
of the Hubble Space Telescope.

00:19:08.033.00:19:10.634
This is Mission Control Houston.

00:19:10.634.00:19:13.067
Our PDRS officer here
in the flight control room

00:19:13.067.00:19:15.667
confirms via telemetry

00:19:15.667.00:19:19.767
that the Hubble Space
Telescope has been grappled.

00:19:26.200.00:19:27.701
This is Mission Control Houston.

00:19:27.701.00:19:30.234
We're continuing to take live
television from the shuttle

00:19:30.234.00:19:34.100
Discovery, this from the aft
flight deck of the vehicle

00:19:34.100.00:19:36.467
as mission specialist
Kathy Sullivan

00:19:36.467.00:19:40.200
continues to prepare
for deploy operations,

00:19:40.200.00:19:44.200
at this point, beginning to
set up photographic equipment

00:19:44.200.00:19:49.133
on the flight deck to document
the deploy activities.

00:19:52.634.00:19:56.200
-Discovery, Houston.

00:19:56.200.00:19:58.734
-Go ahead.

00:19:58.734.00:20:01.334
-You got a go to release
the pillars

00:20:01.334.00:20:04.968
and a go to transfer Hubble
to internal power on time.

00:20:07.868.00:20:10.133
-Roger that. Understand.
Go for pillar release

00:20:10.133.00:20:13.801
and go for transfer
to internal power on time.

00:20:13.801.00:20:15.334
-It's affirmed.

00:20:27.701.00:20:31.634
-And Houston, Discovery,

00:20:31.634.00:20:33.968
the transfer to
internal power is complete.

00:20:33.968.00:20:36.133
The umbilical is steadfast,

00:20:36.133.00:20:39.734
and we'll be standing by for
your go for umbilical release.

00:20:42.834.00:20:45.334
-Roger, Discovery.

00:20:49.734.00:20:52.400
Discovery, you're go
for umbilical disconnect.

00:20:56.067.00:20:58.901
-Copy that, go for
umbilical disconnect

00:20:58.901.00:21:00.334
-It's affirm.

00:21:05.767.00:21:08.434
-You have this solar-array-
deploy attitude that

00:21:08.434.00:21:10.734
Discovery is in at the time,

00:21:10.734.00:21:14.367
which has the Sun
constantly off the nose

00:21:14.367.00:21:16.767
of the Orbiter Discovery.

00:21:16.767.00:21:20.234
The image in the majority
of the field of view

00:21:20.234.00:21:23.601
is a reflection of
the forward bulkhead

00:21:23.601.00:21:27.501
and the metallic aperture door
of the telescope.

00:21:31.400.00:21:34.834
-You know, pitch is about
4 degrees off. attitude-wise.

00:21:34.834.00:21:37.334
-Okay.

00:21:40.200.00:21:43.300
-Maybe that's what's making
it look like that.

00:21:43.300.00:21:45.334
You're going to pitch it up?

00:21:45.334.00:21:48.434
-Okay.

00:21:48.434.00:21:52.534
-I see you coming up.

00:21:52.534.00:21:55.334
How does it look out your window
as far as clearance?

00:21:55.334.00:21:56.767
Because that's the only thing.

00:21:56.767.00:21:58.501
Oh, you can't see.
-I really can't see.

00:21:58.501.00:22:03.634
-I can't see out
the window either.

00:22:03.634.00:22:07.534
I'd show us about
2 inches starboard.

00:22:07.534.00:22:10.133
Good clearance.
Still looks good.

00:22:15.167.00:22:18.968
And...

00:22:18.968.00:22:21.901
it's about an inch forward,
but I think that may be pitch.

00:22:21.901.00:22:24.133
Pitch, again, kind of sagged.

00:22:24.133.00:22:26.434
It's 355 right now.

00:22:41.400.00:22:43.167
-It sure looks like
I want to go to starboard.

00:22:43.167.00:22:46.701
-Starboard, yeah, I'd go ahead
and do it because you got --

00:22:46.701.00:22:51.100
Over here,
I can see lots of clearance,

00:22:51.100.00:22:52.667
coming to starboard nicely.

00:22:58.234.00:22:59.634
-Charlie, coming in
over your shoulder.

00:22:59.634.00:23:01.567
-A little bit more.

00:23:01.567.00:23:03.100
-Okay, still coming.
-Okay.

00:23:03.100.00:23:08.734
-What's my "Z?"
-Okay, "Z" is minus 538,

00:23:08.734.00:23:10.601
and it's coming up nicely.

00:23:25.801.00:23:29.167
-And this is Hubble
Telescope Control in Greenbelt.

00:23:29.167.00:23:31.534
We have been given the go-ahead

00:23:31.534.00:23:35.667
to begin commanding release
of the forward latches,

00:23:35.667.00:23:38.968
which hold the solar arrays
in place during launch

00:23:38.968.00:23:41.801
along the side of the telescope.

00:23:41.801.00:23:44.667
The forward latches
are on both sides.

00:23:44.667.00:23:47.000
The port and starboard side
of the telescope

00:23:47.000.00:23:51.267
are released simultaneously.

00:24:07.567.00:24:10.033
-Discovery,
no need to acknowledge.

00:24:10.033.00:24:12.067
The forward latches
are in motion.

00:24:16.267.00:24:17.968
-Roger, Houston, we copy.

00:24:23.300.00:24:25.400
-Discovery, we'll take
this attitude right here.

00:24:25.400.00:24:31.167
We'd like you to go free drift
for PDM deploy.

00:24:31.167.00:24:32.901
-Roger, free drift.

00:24:36.033.00:24:37.934
-This is
Hubble Telescope Control,

00:24:37.934.00:24:41.934
Greenbelt, 1 day, 1 hour,
54 minutes. mission-elapse time.

00:24:41.934.00:24:43.767
continuing to receive television

00:24:43.767.00:24:48.667
through the Vandenberg
Tracking Station,

00:24:48.667.00:24:52.634
and it is clearly
showing the deployment

00:24:52.634.00:24:56.434
of the solar-array mass

00:24:56.434.00:25:01.901
with the solar-array package
in stowed position.

00:25:01.901.00:25:07.067
The arrays are wound much
like a pair of window shades

00:25:07.067.00:25:14.734
around a roller and kept in that
configuration for launch,

00:25:14.734.00:25:20.334
and once the primary deployment
activity has been completed,

00:25:20.334.00:25:25.133
the crew tweaks the attitude

00:25:25.133.00:25:28.534
and replaces the vehicle
in free drift.

00:25:28.534.00:25:32.534
The operations team here will
begin commanding

00:25:32.534.00:25:36.000
the solar-array blankets
to unfurl.

00:25:48.601.00:25:52.100
-Discovery, in order to
preserve an orbit-20 release,

00:25:52.100.00:25:54.267
I'd like you
to get into EVA prep.

00:25:59.234.00:26:03.901
-Okay, we're proceeding
with that.

00:26:03.901.00:26:06.400
-Thank you.

00:26:12.868.00:26:15.701
-So, we see both
high gains moving.

00:26:17.801.00:26:19.434
-Thank you, Loren.

00:26:23.334.00:26:26.601
-And that's
Commander Loren Shriver,

00:26:26.601.00:26:29.300
just confirmed
what our data screens

00:26:29.300.00:26:31.133
are showing here
in the control center,

00:26:31.133.00:26:33.901
that the motors
are in operation,

00:26:33.901.00:26:36.300
and the two high-gain
antenna masts

00:26:36.300.00:26:38.567
are in the process
of swinging 90 degrees

00:26:38.567.00:26:40.334
to the perpendicular position.

00:26:49.400.00:26:53.634
-Discovery, go free drift
for Plus SDM deploy.

00:26:56.300.00:26:58.801
-We have free drift starting,

00:27:01.968.00:27:04.400
and we see first motion --
looks good.

00:27:15.767.00:27:20.033
-And as the crew just confirmed,
we're seeing both blankets

00:27:20.033.00:27:24.767
beginning to unfurl
on the port side solar array.

00:27:28.400.00:27:32.133
-So far, we see good,
smooth motion, both sides.

00:27:34.267.00:27:37.968
-And we got TV down here, Loren.

00:27:37.968.00:27:39.734
-Roger that.

00:27:54.934.00:28:00.701
-The solar arrays are driven out
of their cassettes by bi-stems,

00:28:00.701.00:28:04.367
which are at each side
of the array.

00:28:04.367.00:28:09.834
The bi-stem is visible
in the television

00:28:09.834.00:28:11.868
being downlinked from
the spacecraft at this time.

00:28:11.868.00:28:15.834
It's attached at the end of
the array to the spreader bar,

00:28:15.834.00:28:19.267
and the spreader bar is,
in turn, attached to the array,

00:28:19.267.00:28:24.334
which literally pulls the array
out of the cassette,

00:28:24.334.00:28:27.467
which held it packaged
during the launch.

00:28:40.234.00:28:45.267
-And as you can see,
we've got three panels out.

00:28:47.367.00:28:49.234
-Thanks, Loren.

00:28:52.901.00:28:55.968
-When fully deployed,
both of the arrays together

00:28:55.968.00:28:58.234
produce about 6,000 volts,

00:28:58.234.00:29:02.767
about half of which is required
to operate telescope systems,

00:29:02.767.00:29:05.734
and during the daylight side
of the path, the other half,

00:29:05.734.00:29:10.534
is used to recharge the six
nickel-hydrogen batteries.

00:29:16.267.00:29:18.234
Ship supervisor Pete Peterro

00:29:18.234.00:29:23.000
just checking
with his control team,

00:29:23.000.00:29:25.968
receiving a report that,
from the ground,

00:29:25.968.00:29:28.400
as confirmed by
the crew from orbit,

00:29:28.400.00:29:32.667
the deploy activity,
so far, is going very smoothly.

00:29:32.667.00:29:36.267
We see no indications
of any problems at this time.

00:29:40.834.00:29:43.000
-Discovery,
you can go autovern.

00:29:43.000.00:29:46.901
We're setting up
for the other array.

00:29:46.901.00:29:49.400
-Okay, we'll go autovern.

00:29:49.400.00:29:50.934
-It's affirm.

00:29:53.300.00:29:54.968
Discovery, Houston.

00:29:57.734.00:29:59.567
-Go ahead.

00:29:59.567.00:30:02.834
-We're looking more and more
like an orbit-20 release.

00:30:02.834.00:30:05.501
We'd like you to press on
with the EVA prep.

00:30:10.467.00:30:12.000
-Okay, we copy.

00:30:12.000.00:30:14.033
-We'll press on with that.

00:30:25.000.00:30:28.100
-Discovery, your aperture
door latch is open.

00:30:32.133.00:30:33.901
-Copy that. Thank you.

00:30:45.567.00:30:47.801
And status for you, Houston.

00:30:47.801.00:30:50.601
Charlie is downstairs in the
process of getting Bruce

00:30:50.601.00:30:52.834
and Kathy buttoned up
in the suits.

00:30:54.934.00:30:58.100
-EVA copies, and we're watching
the fans come on.

00:31:02.601.00:31:07.300
Discovery, we'd like free drift
for minus SDM deploy.

00:31:11.934.00:31:14.767
-Okay, we copy free drift.

00:31:14.767.00:31:17.567
-It's affirmed.

00:31:17.567.00:31:20.000
-Okay, you're in free drift now.

00:31:20.000.00:31:21.901
-Thank you.

00:31:24.667.00:31:28.400
-All right, we see motion.

00:31:28.400.00:31:30.000
-So do we, Loren.

00:31:43.200.00:31:46.767
-As the blankets
begin deploying,

00:31:46.767.00:31:51.234
the orbital verification team
is watching very closely,

00:31:51.234.00:31:55.634
the tension being placed
on those wings so far,

00:31:55.634.00:31:57.067
looking good.

00:32:07.634.00:32:09.767
-Houston, Discovery,
it looks like motion

00:32:09.767.00:32:14.934
stopped with just about
one panel showing.

00:32:14.934.00:32:16.567
-And we see that, too, Loren.

00:32:16.567.00:32:18.300
The DCE is off.

00:32:24.200.00:32:26.234
-This is
Mission Control Houston.

00:32:26.234.00:32:28.868
Flight controllers here
in Mission Control Center

00:32:28.868.00:32:32.400
discussing an
impending deadline.

00:32:32.400.00:32:35.400
Within about 13 minutes,
we will reach a point

00:32:35.400.00:32:37.267
of having concluded
the prebreathe,

00:32:37.267.00:32:39.667
and in order to provide
enough rapid

00:32:39.667.00:32:43.434
response time to support an EVA,

00:32:43.434.00:32:46.767
we would need to begin
depressurizing the air lock

00:32:46.767.00:32:50.067
in about 12 to
13 minutes from now.

00:32:52.834.00:32:55.067
-The other thing I need
an answer to

00:32:55.067.00:32:58.300
is if I can go ahead
and commit to EVA,

00:32:58.300.00:33:01.501
the thought of going out
and cranking it out,

00:33:01.501.00:33:03.467
if whatever they're
about to do fails,

00:33:03.467.00:33:06.033
do they want us to just
press on to back them up?

00:33:06.033.00:33:09.667
We need to get on with it.

00:33:09.667.00:33:11.901
-Okay, Flight.
I'll come back with the answers.

00:33:11.901.00:33:15.300
-I need answers now.

00:33:15.300.00:33:16.734
-Flight.
-Go ahead.

00:33:16.734.00:33:19.234
-Yeah, I don't feel comfortable
waiting until after 6:20.

00:33:19.234.00:33:20.934
-I don't either. That's why
I want the answers now.

00:33:20.934.00:33:25.801
-Yeah, 6:20 is my drop-dead time
from adding up all the times.

00:33:25.801.00:33:27.234
-Okay, I'm going
to have them press on.

00:33:27.234.00:33:30.234
All right, CAPCOM, tell the crew

00:33:30.234.00:33:33.601
we want them
to press on into EVA,

00:33:33.601.00:33:36.267
and we'll stop them
whenever we have to.

00:33:36.267.00:33:38.634
So, quickly, we have 4 minutes
on this pass.

00:33:42.000.00:33:47.300
-Discovery, Houston.

00:33:47.300.00:33:48.834
-Discovery. Go ahead.

00:33:51.133.00:33:54.567
-Okay, with the panels they you
got out there right now,

00:33:54.567.00:33:57.567
that's not satisfactory
to stay overnight,

00:33:57.567.00:33:59.801
so we're going to have
to move out on the EVA.

00:34:04.100.00:34:05.767
-Okay.

00:34:08.567.00:34:11.367
-Discovery, Houston.

00:34:13.467.00:34:16.767
-Discovery, go ahead.

00:34:16.767.00:34:18.701
-We think there may be
some problem

00:34:18.701.00:34:21.868
with the tension-
monitoring software.

00:34:21.868.00:34:23.467
We've got the DCE back on.

00:34:23.467.00:34:26.234
We're going to disable
the tension monitoring

00:34:26.234.00:34:31.000
and resend the prompt
to deploy the minus SDM.

00:34:31.000.00:34:33.133
-Okay, hit it.

00:34:44.834.00:34:47.634
Okay, Houston.
We see motion.

00:34:47.634.00:34:49.701
-We've got the image
down here, Loren.

00:34:57.234.00:35:01.334
-Houston, we think it stopped.

00:35:01.334.00:35:02.834
-It's fully deployed.

00:35:02.834.00:35:06.601
The microswitches confirm it.

00:35:06.601.00:35:09.100
-Okay.

00:35:09.100.00:35:10.601
-And for Bruce and Kathy,

00:35:10.601.00:35:14.167
we'd like you to start the air
lock depress at 5, please.

00:35:19.267.00:35:23.801
-Okay, they copied you,
and we're at 5.5 right now.

00:35:23.801.00:35:25.534
-Okay, Charlie.

00:35:30.868.00:35:33.234
-Houston, for Loren.

00:35:35.968.00:35:38.334
-Go ahead, Houston.

00:35:38.334.00:35:41.400
-You can maneuver right to
the release attitude right now.

00:35:41.400.00:35:45.501
That's in the CAP page 3-20.

00:35:45.501.00:35:50.033
-Page 3-20, we'll maneuver
to the release attitude.

00:35:50.033.00:35:51.467
-That's affirm.

00:35:56.100.00:35:57.267
-Rendezvous.
-We're go.

00:35:57.267.00:35:59.067
-FIDO.
-Go.

00:35:59.067.00:36:00.534
-Eagle.
-Go.

00:36:00.534.00:36:01.968
-DCOM.
-Go.

00:36:01.968.00:36:03.634
-INCO.
-We're go.

00:36:03.634.00:36:05.434
-FAO.
-Go.

00:36:05.434.00:36:06.968
-Max.
-Go.

00:36:06.968.00:36:08.434
-Peter S.
-Go, Flight.

00:36:08.434.00:36:09.868
-EVA.
-We're go.

00:36:09.868.00:36:12.167
-Sergeant, you're still go?
-Go.

00:36:12.167.00:36:13.901
-G.C.
-Go.

00:36:13.901.00:36:15.534
-And we're go.

00:36:15.534.00:36:17.367
Payloads, waiting on you.

00:36:19.601.00:36:21.567
-Flight payloads, we are go.

00:36:21.567.00:36:24.033
-CAPCOM, we have
a go for release.

00:36:24.033.00:36:28.000
-Discovery,
go for Hubble release.

00:36:28.000.00:36:29.334
-Okay, we have a go for release,

00:36:29.334.00:36:31.567
and we're going
to be a minute late.

00:36:31.567.00:36:35.767
-Okay, Charlie.

00:36:35.767.00:36:38.734
-Houston, Discovery.

00:36:38.734.00:36:41.167
-Go ahead, Charlie.

00:36:41.167.00:36:44.300
-Okay, we've been taking marks.

00:36:44.300.00:36:46.133
Residuals and ratios look good,

00:36:46.133.00:36:53.767
and we'd like to go ahead
and go to filter state.

00:36:53.767.00:36:57.067
-We concur, Charlie.

00:36:57.067.00:36:59.767
-I was taking pictures.

00:36:59.767.00:37:01.133
I may have missed your call.

00:37:01.133.00:37:04.067
You want us to go ahead
and do the RMS power-down,

00:37:04.067.00:37:05.234
so we get the guys
out of the air lock.

00:37:05.234.00:37:07.567
Is that affirm?

00:37:07.567.00:37:09.868
-That's at your convenience,
Steve.

00:37:09.868.00:37:15.300
Once we do have the RMS stowed
in, we'll back out of EVA.

00:37:15.300.00:37:17.434
-Okay.
I'll tell you what.

00:37:17.434.00:37:18.934
We'll spend just
a few more minutes then

00:37:18.934.00:37:21.133
getting some pictures here.

00:37:21.133.00:37:23.801
-Yes, sir.
Do just that.

00:37:38.334.00:37:41.033
!!musiC@!!!musiC@!

00:37:41.033.00:37:44.667
-!!musiC@! You've been so good to me !!musiC@!

00:37:44.667.00:37:48.133
!!musiC@! You've been so good to me !!musiC@!

00:37:48.133.00:37:49.901
!!musiC@! You know
you make me wanna !!musiC@!

00:37:49.901.00:37:51.601
-!!musiC@! Shout !!musiC@!
-!!musiC@! Lift my hands up and !!musiC@!

00:37:51.601.00:37:53.234
-!!musiC@! Shout !!musiC@!
!!musiC@! Throw my hands up and !!musiC@!

00:37:53.234.00:37:54.868
-!!musiC@! Shout !!musiC@!
-!!musiC@! Come on now !!musiC@!

00:37:54.868.00:37:56.501
-!!musiC@! Shout !!musiC@!
-!!musiC@! Come on now !!musiC@!

00:37:56.501.00:37:58.100
-!!musiC@! Shout !!musiC@!
-!!musiC@! Come on now !!musiC@!

00:37:58.100.00:37:59.634
-!!musiC@! Shout !!musiC@!
-!!musiC@! Come on now !!musiC@!

00:37:59.634.00:38:01.234
-!!musiC@! Shout !!musiC@!
-!!musiC@! Take it easy !!musiC@!

00:38:01.234.00:38:02.934
-!!musiC@! Shout !!musiC@!
-!!musiC@! Take it easy !!musiC@!

00:38:02.934.00:38:04.601
-!!musiC@! Shout !!musiC@!
-!!musiC@! Take it easy !!musiC@!

00:38:04.601.00:38:06.167
-!!musiC@! Shout !!musiC@!
-!!musiC@! Take it easy !!musiC@!

00:38:06.167.00:38:07.834
-!!musiC@! Shout !!musiC@!
-!!musiC@! A little bit softer now !!musiC@!

00:38:07.834.00:38:09.467
-!!musiC@! Shout !!musiC@!
-!!musiC@! A little bit softer now !!musiC@!

00:38:09.467.00:38:11.067
-!!musiC@! Shout !!musiC@!
-!!musiC@! A little bit softer now !!musiC@!

00:38:11.067.00:38:12.634
-!!musiC@! Shout !!musiC@!
-!!musiC@! A little bit softer now !!musiC@!

00:38:12.634.00:38:14.300
-!!musiC@! Shout !!musiC@!
-!!musiC@! A little bit softer now !!musiC@!

00:38:14.300.00:38:15.734
-!!musiC@! Shout !!musiC@!
-!!musiC@! A little bit softer now !!musiC@!

00:38:15.734.00:38:17.501
-!!musiC@! Shout !!musiC@!
-!!musiC@! A little bit softer now !!musiC@!

00:38:17.501.00:38:19.133
-!!musiC@! Shout !!musiC@!
-!!musiC@! A little bit softer now !!musiC@!

00:38:19.133.00:38:20.767
-!!musiC@! Shout !!musiC@!
-!!musiC@! A little bit softer now !!musiC@!

00:38:20.767.00:38:22.300
-!!musiC@! Shout !!musiC@!
-!!musiC@! A little bit softer now !!musiC@!

00:38:22.300.00:38:24.000
-!!musiC@! Shout !!musiC@!
-!!musiC@! A little bit softer now !!musiC@!

00:38:24.000.00:38:25.601
-!!musiC@! Shout !!musiC@!
-!!musiC@! A little bit softer now !!musiC@!

00:38:25.601.00:38:27.267
-!!musiC@! Shout !!musiC@!
-!!musiC@! A little bit louder now !!musiC@!

00:38:27.267.00:38:28.934
-!!musiC@! Shout !!musiC@!
-!!musiC@! A little bit louder now !!musiC@!

00:38:28.934.00:38:30.567
-!!musiC@! Shout !!musiC@!
-!!musiC@! A little bit louder now !!musiC@!

00:38:30.567.00:38:32.200
-!!musiC@! Shout !!musiC@!
-!!musiC@! A little bit louder now !!musiC@!

00:38:32.200.00:38:33.868
-!!musiC@! Shout !!musiC@!
-!!musiC@! A little bit louder now !!musiC@!

00:38:33.868.00:38:35.434
-!!musiC@! Shout !!musiC@!
-!!musiC@! A little bit louder now !!musiC@!

00:38:35.434.00:38:37.400
-!!musiC@! Shout !!musiC@!
-!!musiC@! Heeeey !!musiC@!

00:38:37.400.00:38:38.934
-!!musiC@! Heeeey !!musiC@!

00:38:38.934.00:38:40.601
-!!musiC@! Heeeey !!musiC@!

00:38:40.601.00:38:42.133
-!!musiC@! Heeeey !!musiC@!

00:38:42.133.00:38:43.868
-!!musiC@! Heeeey !!musiC@!

00:38:43.868.00:38:46.834
-!!musiC@! Heeeey !!musiC@!

00:38:46.834.00:38:48.901
-Good morning, Discovery.

00:38:48.901.00:38:51.400
I guess you're awake
after that song.

00:38:51.400.00:38:53.133
There are a lot of happy
people down here.

00:38:53.133.00:38:54.901
We saw a great deploy yesterday,

00:38:54.901.00:38:59.100
and Hubble had a good night
while you were asleep.

00:38:59.100.00:39:01.734
-Tell them they better find that
guy and sign him up for max "Q"

00:39:01.734.00:39:03.434
that did the wake-up music.

00:39:08.033.00:39:09.334
-And we're here this morning

00:39:09.334.00:39:14.033
to perform Student Experiment
82-16 for Greg Peterson.

00:39:14.033.00:39:16.968
This is an experiment
designed to investigate

00:39:16.968.00:39:19.601
what effects
gravity-driven buoyancy

00:39:19.601.00:39:22.367
may have on the behavior
of an electrical arc

00:39:22.367.00:39:24.334
as you observe it
on the ground in 1 "G,"

00:39:24.334.00:39:27.467
say, during a Jacob's Ladder
experiment in high school,

00:39:27.467.00:39:29.133
and that is exactly, in fact,

00:39:29.133.00:39:32.767
the kind of experiment that
first gave this idea to Greg.

00:39:34.901.00:39:37.701
What you see on your right here,
taped to the forward lockers

00:39:37.701.00:39:39.434
is the arc chamber itself

00:39:39.434.00:39:42.501
and the Aeroflex camera is
set up to look into the arc.

00:39:42.501.00:39:43.834
There are mirrors behind the arc

00:39:43.834.00:39:46.534
so that you get in fact
three different views of it.

00:39:46.534.00:39:48.067
The first thing we're
going to do here

00:39:48.067.00:39:50.300
is photograph the arc behavior

00:39:50.300.00:39:53.133
in the ambient magnetic
fields of the Orbiter,

00:39:53.133.00:39:55.968
and we in fact will look
at three different orientations.

00:39:55.968.00:39:59.267
The path of the arc as the
experiment is currently placed

00:39:59.267.00:40:01.534
goes parallel to
the Orbiter's "Y" axis

00:40:01.534.00:40:02.868
through the wings.

00:40:02.868.00:40:06.133
We will then rotate the box
and camera 90 degrees

00:40:06.133.00:40:09.734
to look at the Orbiter's
"Z" axis, vertical like this,

00:40:09.734.00:40:12.934
and then, again,
we will rotate it 90 degrees

00:40:12.934.00:40:14.701
and tape it on
the overhead panel

00:40:14.701.00:40:18.434
so that we can look
at the ambient magnetic field

00:40:18.434.00:40:20.701
parallel
to the vehicle's "Z" axis.

00:40:23.501.00:40:24.868
-We'll show you this
a little bit.

00:40:24.868.00:40:29.667
We have actually, as you can
tell, turned the power on,

00:40:29.667.00:40:32.501
and we have actually
applied a magnetic field,

00:40:32.501.00:40:34.601
so we're stepping
through the field.

00:40:34.601.00:40:38.434
The reason we think you see
a very finely defined arc

00:40:38.434.00:40:41.901
on your right is because
that's the tip of a nail.

00:40:41.901.00:40:47.133
The other part of the arc system

00:40:47.133.00:40:49.434
is actually the round
head of the nail,

00:40:49.434.00:40:51.634
and we think that
the arc is just --

00:40:51.634.00:40:54.067
or the charge is just
kind of jumping around

00:40:54.067.00:40:55.734
from place to place
on the head of the nail,

00:40:55.734.00:40:57.400
and that's what allows
it to go that way.

00:40:57.400.00:40:58.767
So, you guys can get Greg
to come in,

00:40:58.767.00:41:01.834
he can probably tell you
whether we're right or wrong.

00:41:01.834.00:41:04.901
But we did notice that
the behavior of the arc

00:41:04.901.00:41:07.000
became more and more erratic,

00:41:07.000.00:41:13.334
and it's amplitude increased
as the field went up,

00:41:13.334.00:41:16.133
and just as they had told us
pre-flight,

00:41:16.133.00:41:18.701
once you put a charge
into the system,

00:41:18.701.00:41:19.834
it never comes out of there.

00:41:19.834.00:41:22.133
So, even when we go back
to no field at all,

00:41:22.133.00:41:26.367
we still have the
erratic behavior on the arc.

00:41:26.367.00:41:28.868
-Okay, thank you, Charlie.

00:41:31.767.00:41:35.234
That's Hubble we're
looking at, huh?

00:41:35.234.00:41:36.767
-Yes, sir.

00:41:36.767.00:41:39.801
-And through the gyro-stabilized
binoculars,

00:41:39.801.00:41:42.100
I convinced myself that I could
still make out

00:41:42.100.00:41:45.634
the orientation
of the solar arrays.

00:41:45.634.00:41:48.934
-Fantastic.

00:41:48.934.00:41:52.434
!!musiC@!!!musiC@!

00:41:52.434.00:41:55.167
-!!musiC@! Aruba, Jamaica, !!musiC@!

00:41:55.167.00:41:56.968
!!musiC@! Ooh, I want to take you !!musiC@!

00:41:56.968.00:41:59.167
!!musiC@! Bermuda, Bahama !!musiC@!

00:41:59.167.00:42:01.367
!!musiC@! Come on, pretty mama !!musiC@!

00:42:01.367.00:42:03.400
!!musiC@! Key Largo, Montego !!musiC@!

00:42:03.400.00:42:06.267
!!musiC@! Baby, why don't we go,
Jamaica !!musiC@!

00:42:06.267.00:42:12.567
!!musiC@! Off the Florida Keeeys !!musiC@!

00:42:12.567.00:42:16.501
!!musiC@! There's a place
called Kokomo !!musiC@!

00:42:16.501.00:42:19.400
!!musiC@! That's where
you want to go !!musiC@!

00:42:19.400.00:42:22.601
!!musiC@! To get away from it all !!musiC@!

00:42:22.601.00:42:24.801
!!musiC@!!!musiC@!

00:42:24.801.00:42:28.734
!!musiC@! Bodies in the sand !!musiC@!

00:42:28.734.00:42:32.934
!!musiC@! Tropical drink melting
in your hand !!musiC@!

00:42:32.934.00:42:35.300
!!musiC@! We'll be falling in love !!musiC@!

00:42:35.300.00:42:39.267
!!musiC@! To the rhythm
of a steel drum band !!musiC@!

00:42:39.267.00:42:40.868
!!musiC@! Down in Kokomo !!musiC@!

00:42:40.868.00:42:42.634
!!musiC@! Aruba, Jamaica, !!musiC@!

00:42:42.634.00:42:44.334
!!musiC@! Ooh, I want to take you !!musiC@!

00:42:44.334.00:42:46.734
!!musiC@! To Bermuda, Bahama !!musiC@!

00:42:46.734.00:42:48.701
!!musiC@! Come on, pretty mama !!musiC@!

00:42:48.701.00:42:50.868
!!musiC@! Key Largo, Montego !!musiC@!

00:42:50.868.00:42:52.601
!!musiC@! Baby, why don't we go !!musiC@!

00:42:52.601.00:42:55.000
!!musiC@! To the Kokomo !!musiC@!

00:42:55.000.00:42:59.334
!!musiC@! We'll get there fast,
and then we'll take it slow !!musiC@!

00:42:59.334.00:43:03.767
!!musiC@! That's where we want to go !!musiC@!

00:43:03.767.00:43:05.467
!!musiC@! Way down in Kokomo !!musiC@!

00:43:05.467.00:43:09.334
!!musiC@! Martinique,
the Monserrat mystique !!musiC@!

00:43:09.334.00:43:12.033
!!musiC@!!!musiC@!

00:43:12.033.00:43:13.901
-Good morning, Discovery.

00:43:13.901.00:43:16.267
For Max Q's keyboard,

00:43:16.267.00:43:18.701
that's the way that song
should really be done.

00:43:18.701.00:43:21.100
Your next practice is
Sunday evening in the gym.

00:43:21.100.00:43:22.801
Don't be late.

00:43:26.501.00:43:28.400
-We're getting TV down here.

00:43:28.400.00:43:32.601
Is that lightning
that you see down here?

00:43:32.601.00:43:33.868
-That is extreme lightning.

00:43:33.868.00:43:35.501
That's correct.

00:43:35.501.00:43:36.834
-Boy, you bet.

00:43:36.834.00:43:39.434
On CCTVs, I've never seen them
pick it up like that.

00:43:44.834.00:43:48.968
-This is the Hubble Telescope
Control in Greenbelt.

00:43:48.968.00:43:53.701
Commands have been sent up
to open the aperture door.

00:44:04.234.00:44:06.300
And we have confirmation
that the motor

00:44:06.300.00:44:09.067
is running on the door,

00:44:09.067.00:44:11.000
and the door
is beginning to open.

00:44:29.601.00:44:32.133
And we have confirmation
from the stock

00:44:32.133.00:44:34.868
that the aperture door is open.

00:44:47.300.00:44:49.200
-Okay, thank you, Steve.

00:44:52.300.00:44:54.968
-You know what that is, I bet.

00:44:54.968.00:44:58.000
-Not only what it is
but whose it is.

00:45:01.133.00:45:03.767
-How much do you think
it's worth to have it back?

00:45:15.200.00:45:17.701
And it's still running, too.

00:45:24.100.00:45:27.534
-Well, that watch gets two rides
for the price of one.

00:45:30.367.00:45:31.834
-Absolutely.

00:45:37.033.00:45:41.567
What we wanted to do was say

00:45:41.567.00:45:44.767
a little bit of well-deserved
thanks to our training team

00:45:44.767.00:45:47.467
who worked really
so hard with us

00:45:47.467.00:45:50.067
for actually quite a long time,

00:45:50.067.00:45:52.767
a couple years while I've been
with the crew anyway,

00:45:52.767.00:45:57.200
so we really appreciate
all the long hours

00:45:57.200.00:46:00.634
and late hours and all
the hard work that they did.

00:46:00.634.00:46:03.801
And it's really paid off,
we believe.

00:46:03.801.00:46:08.067
And we'd like to thank them
for the little cards

00:46:08.067.00:46:10.667
they gave us to read
while we're here on orbit.

00:46:10.667.00:46:15.534
They're really appropriate, and
we'd just like to let them know

00:46:15.534.00:46:18.634
that all is going well,
we're feeling great,

00:46:18.634.00:46:21.968
and to give Nicky
our send signal.

00:46:25.567.00:46:27.868
-Okay.
I'm sure they're watching.

00:46:27.868.00:46:32.167
If they don't happen to be
right now, I will call them.

00:46:32.167.00:46:34.000
-Roger.

00:46:38.100.00:46:41.968
-Let me start with a little bit
of a perspective comment.

00:46:41.968.00:46:44.734
Many of us were assigned
to this crew back in 1985

00:46:44.734.00:46:46.801
and have been working
like many with others

00:46:46.801.00:46:48.167
on the telescope project

00:46:48.167.00:46:50.434
for a long time
to bring this mission off,

00:46:50.434.00:46:52.434
and we, again, as many others,

00:46:52.434.00:46:54.133
have thought numerous times

00:46:54.133.00:46:56.467
about the historical
significance

00:46:56.467.00:46:58.434
that the advent
of an observatory

00:46:58.434.00:47:01.200
such as the HST would have

00:47:01.200.00:47:04.634
and how it stands in comparison
to the advances of Galileo

00:47:04.634.00:47:07.133
and even to the advances
of Edwin Hubble's

00:47:07.133.00:47:09.467
periods of observation.

00:47:09.467.00:47:12.167
And in searching for some way
to possibly commemorate that

00:47:12.167.00:47:14.467
or betoken that
during our flight,

00:47:14.467.00:47:16.300
I happened upon the idea

00:47:16.300.00:47:18.968
that there must be some
astronomical artifact

00:47:18.968.00:47:22.267
from one of the observatories
Hubble worked

00:47:22.267.00:47:25.100
on that we possibly could
take along as memento.

00:47:25.100.00:47:26.701
And with some
considerable assistance

00:47:26.701.00:47:28.968
from the Smithsonian Museum,

00:47:28.968.00:47:32.100
we managed to obtain
this device,

00:47:32.100.00:47:35.634
which is the guiding eyepiece,
we are assured,

00:47:35.634.00:47:41.067
from the 100-inch telescope
on which Edwin Hubble

00:47:41.067.00:47:44.067
did many of his observations out
at Mount Wilson in California,

00:47:44.067.00:47:47.267
some of his most
fundamental work, in fact.

00:47:47.267.00:47:49.267
We have it with us here,
as I said,

00:47:49.267.00:47:50.701
courtesy of the Smithsonian

00:47:50.701.00:47:53.133
and the American
Astronomical Society.

00:47:53.133.00:47:54.968
It was, in fact,
presented to the crew

00:47:54.968.00:47:56.167
at the 100th anniversary

00:47:56.167.00:47:58.868
meeting of the AAS
back in January.

00:47:58.868.00:48:01.067
It's a great pleasure
to have something

00:48:01.067.00:48:02.634
of such historical significance,

00:48:02.634.00:48:05.400
of something that
so directly symbolizes

00:48:05.400.00:48:09.434
Edwin Hubble's fundamental
contributions to astronomy.

00:48:09.434.00:48:12.267
-And you can see at Orion's Belt

00:48:12.267.00:48:15.334
that the stars
are gradually dimmed

00:48:15.334.00:48:18.100
as they pass through
the Earth's atmosphere,

00:48:18.100.00:48:20.868
which is, of course, the problem
that Earthbound astronomers

00:48:20.868.00:48:22.501
have faced a long time.

00:48:22.501.00:48:25.801
Not only does it diminish and
spread out the amount of light

00:48:25.801.00:48:29.334
that you can see, but
additionally, the atmosphere

00:48:29.334.00:48:31.200
is not transparent
to all wavelengths

00:48:31.200.00:48:33.133
that are of interest typically,

00:48:33.133.00:48:36.634
and Hubble Space Telescope will
be able to observe wavelengths

00:48:36.634.00:48:39.601
both short and longer
of the wavelengths

00:48:39.601.00:48:44.100
that aren't visible to
telescopes on the ground.

00:48:44.100.00:48:46.400
!!musiC@!!!musiC@!

00:48:46.400.00:48:48.601
-!!musiC@! And there is nothing
in the void where the bang !!musiC@!

00:48:48.601.00:48:50.634
!!musiC@! Caused the hole
in the middle of it all !!musiC@!

00:48:50.634.00:48:52.200
!!musiC@! There is nothing
in the void where the bang !!musiC@!

00:48:52.200.00:48:53.968
!!musiC@! Caused the hole
in the middle of it all !!musiC@!

00:48:53.968.00:48:55.300
!!musiC@! There's a hole !!musiC@!
-!!musiC@! There's a hole !!musiC@!

00:48:55.300.00:48:56.567
-!!musiC@! There's a hole !!musiC@!
-!!musiC@! There's a hole !!musiC@!

00:48:56.567.00:48:59.067
-!!musiC@! There's a hole
in the middle of it all !!musiC@!

00:48:59.067.00:49:01.133
!!musiC@! And now I'm looking
for the nothing in the void !!musiC@!

00:49:01.133.00:49:03.367
!!musiC@! Where the bang caused the hole
in the middle of it all !!musiC@!

00:49:03.367.00:49:04.968
!!musiC@! I'm looking
for the nothing in the void !!musiC@!

00:49:04.968.00:49:07.167
!!musiC@! Where the bang caused the hole
in the middle of it all !!musiC@!

00:49:07.167.00:49:08.501
!!musiC@! There's a hole !!musiC@!
-!!musiC@! There's a hole !!musiC@!

00:49:08.501.00:49:09.667
-!!musiC@! There's a hole !!musiC@!
-!!musiC@! There's a hole !!musiC@!

00:49:09.667.00:49:11.334
-!!musiC@! There's a hole
in the middle of it all !!musiC@!

00:49:11.334.00:49:12.667
!!musiC@! There's a hole !!musiC@!
-!!musiC@! There's a hole !!musiC@!

00:49:12.667.00:49:13.868
-!!musiC@! There's a hole !!musiC@!
-!!musiC@! There's a hole !!musiC@!

00:49:13.868.00:49:15.267
-Assuming the theory holds.

00:49:15.267.00:49:17.868
!!musiC@! There's a hole
in the middle of it all !!musiC@!

00:49:20.801.00:49:23.601
-This is something like
eight TB tests at once.

00:49:23.601.00:49:29.133
There's a certain toxin on each
one of those sets of tines,

00:49:29.133.00:49:30.667
and the idea is to determine

00:49:30.667.00:49:33.767
whether the body's
response to --

00:49:33.767.00:49:37.167
immune system response
varies at all in zero "G."

00:49:37.167.00:49:38.801
Some of the body's immune
response, of course,

00:49:38.801.00:49:40.434
is governed by the blood system,

00:49:40.434.00:49:42.901
and another level of it
is controlled

00:49:42.901.00:49:44.501
by the cellular structure
of the body,

00:49:44.501.00:49:47.133
and the objective of this
experience specifically

00:49:47.133.00:49:50.367
was to look at cell-mediated
immune response.

00:49:54.801.00:49:57.267
-And Houston, Discovery,

00:49:57.267.00:50:01.767
we're ready to close the payload
bay doors if you still are.

00:50:01.767.00:50:04.133
-Roger that.
We were just talking about that,

00:50:04.133.00:50:05.667
and the FES looks good,

00:50:05.667.00:50:07.734
and you have a go
for payload bay door closing.

00:50:12.934.00:50:14.634
-This is Mission Control.

00:50:14.634.00:50:17.534
Crew has been given the go for
payload bay door closing

00:50:17.534.00:50:22.501
based on the possibility
that weather forecasters

00:50:22.501.00:50:25.334
will be able to revise
the forecast downward

00:50:25.334.00:50:29.000
on wind conditions for Edwards
later this morning

00:50:29.000.00:50:31.067
for our landing opportunity.

00:50:37.300.00:50:40.200
-Discovery, Houston, we have
taken a look at the weather.

00:50:40.200.00:50:42.734
Weatherman says it's going
to hang in there.

00:50:42.734.00:50:46.400
You have a go to pro to Ops 302,

00:50:46.400.00:50:48.033
a go to maneuver
to burn attitude,

00:50:48.033.00:50:51.501
and a go for the burn.

00:50:51.501.00:50:53.300
-Roger that.
Go for the burn.

00:51:01.400.00:51:03.334
-We have been sighting Discovery

00:51:03.334.00:51:07.968
on the long-range optics
from Vandenberg Air Force Base.

00:51:07.968.00:51:10.167
Discovery's velocity
now Mach 6,

00:51:10.167.00:51:16.200
altitude 133,000 feet,
181 miles away from Edwards.

00:51:18.267.00:51:21.634
-Discovery, Houston, state
vector transfer to BFS, please.

00:51:29.067.00:51:30.801
-Transfer in work.

00:51:38.734.00:51:40.834
-Discovery now at 14,000 feet,

00:51:40.834.00:51:45.133
making the final approach,
lining up over Runway 22.

00:52:05.534.00:52:07.033
And Discovery is
on the glide slope,

00:52:07.033.00:52:10.834
converging on the center line,

00:52:10.834.00:52:17.701
coming up now for the preflare
maneuver at 2,500 feet,

00:52:17.701.00:52:20.634
current altitude
about 6,800 feet.

00:53:14.334.00:53:16.167
Landing gear is down and locked.

00:53:24.067.00:53:26.734
Main gear touchdown.

00:53:32.834.00:53:35.334
Nose gear touchdown.

00:53:37.634.00:53:41.868
Discovery rolls out
on Runway 22 at Edwards

00:53:41.868.00:53:45.033
at the end of Mission STS-31

00:53:45.033.00:53:51.734
after traveling 2,068,213
statute miles on this mission.

00:53:54.767.00:53:58.400
Mechanical systems officer
reports steady braking.

00:53:58.400.00:54:03.334
The normal amount of braking is
about 8 to 10 feet per second,

00:54:03.334.00:54:06.267
and this Detailed
Test Objective today

00:54:06.267.00:54:10.000
is designed to be a light
braking or low-energy braking

00:54:10.000.00:54:12.067
to try out
the new carbon brakes.

00:54:24.334.00:54:27.300
Wheels stop.

00:54:27.300.00:54:30.400
-Houston, Discovery,
wheels stop.

00:54:30.400.00:54:32.701
-Roger that, Discovery.
Welcome back.

00:54:32.701.00:54:35.133
Congratulations
on a super mission,

00:54:35.133.00:54:36.534
and the world is looking forward

00:54:36.534.00:54:38.234
to reaping the benefits
of your good work

00:54:38.234.00:54:40.501
over the next 15 years.

00:54:40.501.00:54:43.767
Welcome back, guys, and we have
no post-landing deltas.

00:54:45.834.00:54:49.334
-Okay, thank you, Steve,
and we sure enjoyed it also.

00:54:49.334.00:54:52.767
It was great fun.

00:54:52.767.00:54:54.901
-It sure looked like it.

