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George Diller, NASA Communications and Launch
Commentator: "This is Atlas launch

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control.

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We are now 23 minutes, 33 seconds into the
mission.

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The flight of the Atlas V and the Cygnus module
now on its way toward a rendezvous

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with the International Space Station.

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Vern, wonder if you could give us a quick
snapshot

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of what you saw when the rocket went up hill
how did it look in terms of the flight of

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the

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Vern Thorp: "It was a beautiful launch, George.

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Everything was very nominal.

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I can tell

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you that the Atlas booster phase of flight
-- the Atlas booster performed slightly above

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nominal, so that's a good thing.

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The predicted times of one event occurred
-- we're very

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close the actual very close to the pre-flight
predictions.

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I can tell you that booster engine

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cutoff occurred within a tenth of a second
of our prediction and main engine cutoff,

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when we inserted the Cygnus module into orbit
was within two seconds of the preflight

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predilections which is well within the expected
variation.

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Looks like we nailed the orbit

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once again and in a few minutes we'll go off
and get initial look at the data but at this

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point everything looks very nominal looks
like a very accurate orbit insertion.

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I know the

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spacecraft folks are getting some data from
the spacecraft now and it looks we're going

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to have full comm. in about five or six minutes
from now.

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We're looking forward to

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hearing from them -- how things are going."

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George Diller, "Vern, as a matter of interest
the Centaur now, to compete the mission

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of the Atlas V and United Launch Alliance,
had some things to do."

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Vern Thorp: "Yes, exactly.

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So, as soon as we separate, we immediately
begin what we

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call a C-Cam maneuver to.

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That's a collision and contamination avoidance
maneuver.

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The idea is to back away from the spacecraft
so that there is no chance for re-contact

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and so that there's no possibility of contamination
from the maneuvering thrusters we

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have on Centaur.

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About half an hour after separation, I think
it's about 27 minutes, we

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will actually do another short engine burn.

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It will last about 11 or 12 seconds.

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The reason we're doing that is to do a controlled
de-orbit of the Centaur upper stage

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and that will bring the stage down just a
little over an hour after liftoff.

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So, what's that,

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probably about a half an hour now?

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It will bring it down south of Australia over
open

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water and that's a planned de-orbit se we
don't have to worry about orbital debris from

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the upper stage.

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So, once were done with that our launch vehicle
mission will be

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complete.

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Of course the primary mission is to deliver
Cygnus to orbit looks like it has

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been successful and we'll get confirmation
on that shortly.

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George Diller, "Well, Vern congratulations
on a successful launch and I know we have

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very much enjoyed having the Orbital Cygnus
ATK people here at Kennedy and

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processing through Kennedy facilities and
have been very enjoy able to work with and

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hopefully they'll come back and bring us another
module at some point in the future.

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Vern Thorp: Yeah, we look forward to doing
it again.

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And they are a great team to work

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with.

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Love working with them hope we can all do
it again soon.

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George Diller, Yes, exactly, right they are
a very good payload test team.

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Vern, thanks very much.

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Look forward to seeing you on the post-launch
new conference

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later on and again thank you and congratulations
on what appears to be a at this point a

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very successful launch of the Atlas V.

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Vern Thorp: Thank you George, we'll see you
in a while.

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George Diller, And, we're now 27 minutes,
10 seconds into the flight of the Atlas V