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SpaceX F9 - 11th Reuse - CRS-14 - SLC-40 - Return 5/2

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Grendal

SpaceX Moderator
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Jan 31, 2012
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Launch Date: April 2 (Backup is April 3 at 4:08 PM EDT)
Launch Window: 4:30 PM EDT
Launch site: SLC-40 Cape Canveral
Booster Recovery: No - Expended Obsolete Booster
Booster Type: B1039 - Block 4 - Reused from CRS-12 on 8/24/17 (Dragon is reused)
Orbit: LEO 7510 kg (16,590 lbs.)
Dragon Return - May 2nd

NASA has contracted for the CRS-14 mission from SpaceX and therefore determines the primary payload, date/time of launch, and orbital parameters for the Dragon space capsule. According to a NASA Inspector General report of June 2016, CRS-14 is expected to carry 2,760 kg (6,080 lb) of pressurized mass and 550 kg (1,210 lb) of unpressurized.[4] According to a 2016 presentation, the external payloads manifested for this flights were ASIM, PFCS and MISSE.
 
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@Grendal thanks for posting. If you watched that news conference, could you let us know if in your opinion there is anything interesting you learned?
Sure. A few things:
The Dragon is from CRS-8 and very little needed to be refurbished except the standard major items (pica-x heat shield, parachutes, and trunk) before reuse.

Dragon 1.0's have a service life that go for up to three uses. So far SpaceX has limited those to only one reuse so far but they can have a third use.

The booster will not be thrown away but used for important experiments with flight profiles to push the envelope and long term help with reusability. This is what they have been doing with each of these "expendable" 2nd reuse obsolete booster situations.

So nothing too dramatic and revealing but interesting tidbits.
 
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The booster will not be thrown away but used for important experiments with flight profiles to push the envelope and long term help with reusability.
Thanks! And by “not thrown away” what you mean is, it will not be recovered for re-use but it will do a “soft” ocean landing just as if it was going to land on an ASDS and the landing data will be used. Is that correct?
 
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Thanks! And by “not thrown away” what you mean is, it will not be recovered for re-use but it will do a “soft” ocean landing just as if it was going to land on an ASDS and the landing data will be used. Is that correct?
Exactly. SpaceX is probably testing the angle of attack in entering the atmosphere. That will be important information for long term use of the B5 boosters and possibly even a little useful information that can be used for BFR/BFS. Since the booster will be lost anyway, SpaceX can push the limits. If they push it too far and the booster tumbles and breaks up then that would really be useful.
 
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Nice! Another successful mission thus far as it deployed. Docking in a few days, think they said 4am on Wednesday, but not sure and especially there's the time zone factor. So check if you're going to trying catching that. Glad Elon got some good news today!