Otrobonita/noicy-space-talks huggingface dataset:
CMP: And RECEIVE ONLY to B DATA. Hey, Challenger; America. I'm going to RECEIVE ONLY, B DATA .... goes in there. Hey, Challenger; _rica. Chal- lenger, America. There you go. There is SIMPLEX. ... is FORWARD. TAPE MOTION ... report ... co_mR_ der 's.
CDR: ... FORWARD. COMMAND RESET.
CMP: SIMPLEX. Okay, Challenger; America. I need a ... I'm going to ... to you.
CMP: Okay; I got you that time, Jack.
CMP: You read me okay?
LMP: Yes, you're loud and clear, but turn off your VOX.
CMP: Okay. I'm ... too much, huh?
LMP: That 's affirm.
CMP: I can't read you right now. I Just ... too much.
LMP: Turn off your VOX.
CMP: Okay; Just a minute. How's that; any better?
LMP: Yes, I think that's pretty good.
CMP: Okay. Hat ch ...
CMP: Okay, Challenger; America. You verify your hatch valves in AUTO over there?
LMP: It's verified, Ron.
CMP: Okay. I'm going to be at the tunnel.
CDR: Hey, Ron, what are you using for undocking time now?
CMP: I've got to look in my book here. It's about i - Wait a minute, i - 110:27.
CDR: Copy. ll0: 27. it. longer to depress the tunnel - depress the tunnel - than it does the simulator.
CMP: Okay. You through with the - your rendezvous trans- ponder test?
CDR: Yes. Sure am, Ron.
CMP: Okay. I'm going to HEATERS then.
CMP: Well, then DELTA-P is still only 2.5.
CDR: Ron, is the tunnel vented yet?
CMP: Okay. It's down to greater than 3.5.
CDR: Well, is that vented? Yes, we're going to press on. That's a big enough DELTA-P.
CMP: Yes, that - that's a big enough DELTA-P. I'm going to press on now.
CDR: Okay. So are we.
CMP: Oh, what the heck was that? The 02 FLOW just went up for some reason .... SUIT CIRCUIT return or open ... That did it.
CMP: Good. We can maneuver back to undocklng attitude.
CDR: Okay, Ron.
CMP: You got about 10 minutes to go.
CDR: You said about 10 minutes, didn't you, Ron?
CMP: Yes, that 's right.
CMP: Okay. It's a flight trim for P41. minutes How'd that sound? Are you using ll0:20 - -
CMP: Okay. Stand by. Twenty - something seconds yet. 5, 4, 3, 2, 1- looks good here.
CDR: You're backing off; we're free. l
CMP: Okay. I'm maneuvering now. Tape i7-03430 Ron. candid now, okay?
CMP: (Laughter) ### (This page Unclassified) 17-o3268 Tape APOLLO l_L. M1,qSION Time segments. (AET) ' SECURITY CLASSIFICATION order to review by MeC This 'Pe_d,mu d tAIs dovvmem will he einestfled CONFIDICNTIAL. reveal (_:er data which can be individually determined to require ; GROUP4 I_raded at _-year intervals; declassified after 12 years _e 9e_. tho
CMP: Yes, loud and clear. How me?
CMP: Challenger, America. Do you read me?
CDR-LM: *** clear.
CMP: Okay. You're still clipping a little bit. All I got was the "clear," but that's all right.
CMP: Okay. Coming up on 8 minutes. TIME SKIP
CMP: Okay. BAT BUS B - AC. That's slow coming up any minute .... good shape.
CMP: Okay. Helium valves ... in AUTO - N2A. SERVO POWER, 1; got it; 2's going on. Okay .... con- troller's at AC. DIRECTs are OFF. EMAGs are un- caged. No hardovers. Go to SCS. Okay. PITCH 1; got it. YAW 1; got it.
LMP: Okay, trim. Plus ... 4, and - plus 0.9. Okay. Try a little MTVC - MTVC - TVC. Whool Sure bangs it around. Okay. Okay· Let's see now. Where are we? ... MTVC. Okay, SPACECRAFT CONTROL back to CMC; return to zero; go clockwise. No MTVC. ... okay. Gimbal motors, PITCH 2, got it. YAW 2; got it. Okay. Got a little trim. Plus 0.4, plus 0.9.
CMP: Okay. MTVC - TVC, MTVC - TVC. Looking good. Okay. Neutral, returns to zero. Okay, no MTVC. AC/DC on the old POWER. Put up the DIRECTs. Cage the old BMAGs. Okay. BMAGs are RATE 2. DSKY RET,EASE. 50 18, PROCEED. ... 18. The 50 18 says we're there. Uncage the old BMAGs, and there's the 50 18.
CDR: Okay· Try the gimbal test option.
LMP: Plus 2, minus 2, zero, plus 2, minus 2, zero.
CMP: l, 2, 3, 4, - ah-hal We have drift. Plus 0.4; plus 0.9; 3 minutes and 60 seconds to go.
C: burn time was 4 seconds .... burn time plus 1. Manual ... with the DIRECTs ON. ... burn ...
CMP: Okay .... is NORMAL .... CONTROL POWER is OFF. ·.. DELTA-V plus 8.... before I take another ... Okay. Average g .... is on. You guys still hear me? Challenger, America. Do you read?
CMP: Okay. At 17 seconds. There's ullage. We have ullage. 99 PROCEED. Oh-ho! ... downl Ho - Ho! ... burn.
CMP: Okay. 59 ....... everything over the hill. Okay 59.2. 59.9. Okay. Let 's PROC_ out of that. Turn the old GIMBAL MOTORS OFF. Okay. Status. 2; got it. l; got it. l; got it. Ah-ha! Okay. Hey, did you g%_s get the word? The burn is complete. I'11 trim it up.
CDR: Ron, do you copy Challenger? We copy your burn.
CMP: Okay. Burn is complete. And all good residuals.
LMP: ele
UNKNOWN: we're 210 from the burn.
CMP: Okay. Copy it.
LMP: And we're burning right at the terminator, Ron.
CMP: Ha-ha. Okay. I'm in a 70 by 5_.7.
CDR: Okay. The DSKY is blank.
CMP: I guess the burn is complete, huh?
CMP: ... complete ...
CDR-LM: Hey, Ron, ... update the state vector?
CDR-LM: Ron, we have a fuel ...
CMP: That's pretty close ....
CMP: Forgot to look at the ... on that.
CMP: ... Last move.
CMP: Okay .... PDI .... unless you want to say some- thing .... call you. TIME SKIP
CDR: ... coming up on 3 minutes. We're go for ... Okay, 3.... n_mber.
CDR: It's getting close to 4 minutes, Jack. LNP Okay, weight's building up, looking good .... are good.
CDR: Okay, the tapemeter moves in spurts and Jerks both on altitude and altitude rate.
CDR: Four minutes, 89 by 37.2.
CDR: BMAGs are ... LNP Okay.
CDR: Okay, Gordo. You're ... coming to 340.
CDR: And the way I like - - -' ### page Unclassified) 17-o3466 (This Tape APOLLO 17 MISSION APOLLO IISE VOICE TRANSCRIPTION CM DUMP DUMPED OVER LUNAR0RBIT 13 GDS DURING Time segment_. (AET) ' From To 04 13 22 49 04 13 47 37 04 z4 z3 30 04.14 lq 34 i, SECURITY CLASSIFICATION TIM matort.l eoe_dmM beret, him been tnmJcrfbed into a workb_ leper in order to faefiit.te review by fmerutod MSCelemmth. Thio u,,q,amMmt, .... _' pol*ttomJIher_.'may bedeclaselfiedoubJect to(he folinwinf fuldelto#: ¥ortJoed ,.d, cbt. docummt will bo choelrled ,_'¢FIIDEHTIAL.. Group 4, to the .tm that they** (t)define quantitative performance eharactorb_!ce d the Apollo Rlmeccrtfl, (lB)d_JtjJ crBIcalperformoAce charorthrt_Jco of Apollo crew syMenm sod equtpmem, (3) provide te(indcai do'tit, of 81mnUlcant hiufJch vehic Le mal/unetiCeml In actoal fll_t or rornel sPtuftl MunchtraJort.ey Mt&, (4) rove41 reed_b_4!date ee flS41htcrow mmbr8 _lch CeAbe eonoidered prfvllqed data. or (t) revmtl other data whit# cio 10et.dlvJdnelly determined to rectqfire eldullfleaticn undertheauthority d the Apollo Prolrim Bm:ut,StyCt.e- ; 'of_i_dinu Oukt., SCO_li, Rev. I, I/I/_. GROUP4 De--ed at _-year intervals; declasoified after lQ years
CDR: Hey, Ron, ...
CMP: That's pretty close ...
CDR: ... we have to look at the ...
LMP: Okay. I'11 tell you ... our PDI ... TIME SKIP ?
LMP: We're still a little high, about 2500 feet. H-dot is still high.
LMP: Okay. The tapemeter moves in spurts and Jerks, both on altitude and altitude rate.
LMP: .,. ED BATs are 37.2. ED BATs are B - Oh, okay.
CDR: Okay, Gordo. Yaw's coming at B40.
LMP: And the radar light are out. Beautiful! You're looking at DELTA-H. Okay. You're looking at DELTA-H.
LMP: Okay; VERB 57 is in. Hey, Houston, is the AGS out of plane correct? ### .. (This p__ge Unclassified) Tape 17-03418 f CM DUMPED OVER aDS DURING ,LUNARORBIT12 Time segments. (AET) ' From To 04 f5 02 34 04 15 03 50 SECI_RITY CLASSIFICATION The materinl contained herein bas bee· tramsorihed in_ a vorld_ intereated MSt paper in order to facilitate review by ·lemen_. TMs _-_, e_ per·lOtus theveM,' may he d · c I· · mIf i· d fmMeat to the f,4in,_ ,,nabs: _PortinM d thio document will he eineaifled CGNFIDKN'FIAL, Group4, to tho extent thai they: (I)do_lM qu_tl_lve performance _--_elerinticm d the Apollo 812_ocro_t, (2)detail erltleaJporformanco eh·racinrintk_e M Apollo crew systems and equipment, ($) pr·side inehMeat demi tm of elgnifica_ launch vehicle ·milan:ti·em tn ·emi flight or reveal actual hunch traJech)ry data. (4) reveal medical data oa fMgM crew members which cm be consMered privtlepd data, or (8) reveal other data which can be indlvhily determined to require elaM·ilea·lea under the tuthorfiy of the Apollo Program Security CM- : sffieaUoaGume aCG-il Rev. I 1/I/66. GROUP 4 '1 at [ intervals, declassified [after 12 years T_ materbd em·Abm information affecting thenatAoaal_eaoe oftheUnited trmlmbmiou or revelation of wMch lo any manor to an unaofhorlled prom lo lUdd_ed b7aw.
CMP: Okay. Mighty fine. Thank you.
CMP: (Laughter) Okay. Will do. Good way to keep me honest. ###
CMP: Okay; good. And HIGH GAIN ANTENNA POWER is going OFF.
CMP: Okay. Are you trying to pull that antenna back in first before we completely [?] chaug e the Flight Plan?
CMP: Oh: Okay.
CMP: Oh, really? (Laughter)
CMP: Gee whiz' Guess I picked a good time to be gone.
CMP: Hey' You know, you'11 never believe it. I'm right over the edge of Orientale. I Just looked down and saw a light flash myself.
CMP: Right at the end of the rille. That is on the east of Orientale.
CMP: _s_ you' know, you dOn_t sUpp°Se that Could be 2 ' Mostog[?]
CMP: I'11 be derned° I got to mark that spot on the map.
CMP: Just about to lose you.
CMP: Spacecraft real time; PCM and real time will not be received.
CMP: Okay, the old RECORDER going ON. VHF reminding myself that it's ON. RECORDER's to VHF. Sounder to OPERATE. Stand by for i minute. Okay. Tape recorder ... I'm sure. No, no, wait.
CMP: Okay, ... to OPERATE. Stand by. Barber pole.
CMP: Change your ...
CMP: ... Stand by. Pull f_]m for 1 n_i_ute.... 11 frames. ### (This page Unclassified) Tape l?-03_lO APOLLO ] 7 MISSION APOLLO DSE CM VOICE DUMP TRANSCRIPTION DUMPED OVER GDS DURINGL_A_ ORBIT13 Time segments (AET) ' From To SECURITY CLASSIFICATION hereLn beem The nut_rJfd eootain4d hal truscribod Into · vorkin_G piper in order to facilitate review by Jntereotad MgC elemeMo. This dooumm_, o_ _,G_:tonf thereM,' my be d · c I· · · i f i · d oubJeet to the folJoq,tai luidelMu: Por_loa8 d thif document viii be claesthed ¢(_IFZDENTIAL. GrOup 4, to the exterK that they: (I)ddiAe _;;.tltatlve performance diracterJatlca d the Apollo SlXiCOcraft, (3)dMatl crUicnl performJu,ce ehartctartstiee oC Apollo trey oyMemf tad 4Kl_tl_mea(. (3) provide tedmlclll de(aiM or llinl/icaat btuaeh vehicle malfuedlunl In actual flJJht o1' reveal actual hunch trt)eetory data.(4) reviel medlc&l data OUfitiht crev members vrMch CeA be eoMldered prtvtlejed dJKt, or (8) reveal other data Which can be indivkhatlly determined to re.,ire Cb- ehulsJf$catJou under the auL_orlty _ the Apollo Program Bocurfiy : oUSeAUQuGqMe, 8CG 11. Rev. l, t/l/M. · ,Dov_re_ect at ._-yeGr '. 'intervals; declassified after 12 years tv '-..
CMP: Okay. Stand by. 3, 2, 1 -
CMP: MARK it. Barber pole; gray.
CMP: Okay, she's STANDBY. Mode has gone to HF. I'11 select - I'm going to need Bravo. Too bad. Do old HIGH GAIN, MANUAL, and WIDE. That's 12 and 211.
CMP: Okay; minus 12 211. HIGH GAIN _NTE_NA POWER is OFF. BIT RATE is LOW ... HF part of it. Okay. We'11 stand by. '
CMP: Okay. We'11 make it at 17:40.
CMP: 17:40, went to OPERATE.
CMP: 18:40, LUNAR SOUNDER, STANDBY. Hey, great'
CMP: Hey, outstanding' That 's great.
CMP: Now, if the old antenna'd ever come back in, we'd be in good shape, huh? m-neuvering
CMP: Okay; we're to VHF test attitude.
CMP: Okay, Houston. I'm about ready to press ahead, if you all are.
CMP: Okay. HIGH GAIN ANTENNA POWER is ON. We got MANUAL and WIDE. Minus about 12 and YAW about 21 or something, 211. MANUAL on the HIGH GAIN. Ah- ha, AUTO. Looks like it worked pretty good. Okay, MODE to VHF. Find it - there it is. MODE to VHF.
CMP: Okay. Go to OPERATE at 28.
CMP: Boy, you talk about night flying, this is the kind of night flying you want to do, by the full Earth. Beautiful out there.
CMP: Okay. It went to STANDBY at 30. MODE has gone to HF. RECORDER is OFF. Lose a little corem here, huh? Maybe. Okay, there's Bravo. Select OMNI Bravo. High gain at minus - M_bN_AL, WIDE. Minus 10 and 25 for AOS. (This page Unclassified) Tape 17-o3437 APOLLO z7 I_RSION DUMPED OVER Mm_ DURING ORBIT24 ,LUNAR Time Segments.(AET) From To
UNKNOWN: n z6 _o SECURITY CLASSIFICATION Tile material eoninined herein beea trauacrthed · working hu into piper in order to facilitate review I_/ latereeted _ elements. Thth __,4'___meat, p_-fic.u_ mr thered.' ma7 be declaaetried aubJect to the fouowlasS,,MeaMe: PortJo,l d this documext will be classified COIqF_ICHTIAL, Greup 4. to the extent that they: (I)deflM quantlthtlve performaAce obara._lerletlc, d the Apollo 8pecexrsft. (2)dntatl critical performance ebarscthristiee ,_ Apollo crew aye(cmo and equipment. (3) provide toduih_al dothtlo of 81gailtcaa( hunch veMcle maUune,_eo ia actual flJl_t or reveal Mual '-.ach IrsJexiory daf... (4) revell medical data OBIIIIEM et*ow members which cea be eexeMered prlvilofed dain. or (8) rsvoal other (lath which cart be ledividu&lty determined to require elaoeftieailon undarthe authority _ the Apollo program Socurt(T Ciao- · .ffleatJoaGuide,SCG_il, Rev. I, I/I/N. sm GROUP4 Downgradedat _-year intervals; declassified after 12 years -. 18,U.S.C.,bee. ?aS and _Page 1
CMP: An-ha. Okay. 28:03. We'11 start the clock.
CMP: Okay, Gordo. Thank you much.
CMP: ... Eight will go into 60 ..., and 10 will go into 40 ...
UNKNOWN: Hey, and we started that one after - for the record, started it at 29:09 for the 90-second one. And then - I mean at 28:09, started at 28:09 for 90-second the one. And then we set the clock and started the rest of them on time. So that the 60-one - 60-second one started right at 5 minutes. The next one will be at 8minutes for the 60-seconder, lO minutes for _0-second, and ... on the 20-second.
CMP: Gosh-darnthing ... took a picture ... about 60 seconds ... Okay, 10 will be at _0 seconds.
CMP: ... think ...
CMP: Okay. Switch 11:30, we get a 20-second one; 13:00 - Okay, 11:30, we get 20 second; 13:00, we get a 10-...
CMP: 13:00 -
CMP: Eleven. Need another two.
CMP: ... 13:30.
CMP: ... 50.
CMP: ... - Wow, does the Sun come up! (Laughter)
CMP: Okay. Cover ... up out there.
CMP: ... 1_:50 would have been a 30. Okay, that's right. Yes. That's right 14:50 would have been 1/30, so that's all right. Worked out good - one worked out good. We got that all except for the 8-minute one, Somehow I must not have had it all the way into the T. Okay .... Let's see.
CMP: Okay, here we go at 48, I guess it is. LASER ALTIMETER, ON .... we got a barber pole.
CMP: Okay, MAPPING CAMERA, ON. *** MOTION, barber pole plus 4. There's a barber pole .... could have had that a little sooner. Oh, we got the time ... craters.
UNKNOWN: Warm.
CMP: Well, we'11 come across Gagarin and Agassiz [sic] now. You can see the - it looks like a rille going back through - towards the south through Agassiz - cutting on across into a little crater to the south of Agassiz. You know, something that looks _mny about that, even though it looks like a mare material, it looks like Agassiz is - slopes with a, maybe 10- or 15-degree slope from the west to the east, with a mare-type floor, at least a darker color - darker albedo floor. There's a lot of swirls in the floor. You - you can't see any topographic expression with those swirls at all. It almost looks like some of the - the light streaks, though, do come from - well, by gosh, they are - they're mixed up from eJecta probably fr_n Bright Baby [?]. And Bright Baby is really right up to the - you can see the eJecta pattern on it, heading generally in a northeasterly direction.
UNKNOWN: coming across - ### C$; Jil (This page Unclassified) Tape 17-03417 APOLLO 17 MISSION DUMPED OVER, ods DURING. LUNARORBIT26 Time Segments. (AET) From To 29 good; glycol pump running SECURITY CLASSIFICATION TIX material coe_tned berlin · l,Qrking has bio· Irlnlerilxd blt· FIper tn order to facilitate review by bit,Jr·ired ]mOStelemMib. Thin __dee._*mod,o_ portieeo theroet,' may bo d · c I ·l o I f f · d mtb}eet to the follm, inf FddeUn_: 'Portlcel M this documeat willbe etnulfied C(_I"fi)KA'llAL. Group4, to tho extent that they: (t)Mine _.-_etJtatlve perform&uco chari_erloUcs d the Apollo aptcecrl_t, (2)dMiii crJilcal performance tRim*eot·riotS· d Apollo crew iystiml Iud equlpme(bt, (3) pr·fMc technical detaitn of 0l(niflc_ bumeb vehiclo malfMJctieuo tn actual fitlht or re.ti actuat launch trajectory data, (4) reveal medical data oa flllht crew tomb·rs wbieh can be eonsMored ]$rlviJel_d chirR, Or (8) reveal other data which earl be individually determined to require 0tnlef_lcatJon under the authority o( the Apollo Prosrtm 8ecurUy Chi- .. oW Guide.SCG_II.Rev. 1. i/I/06; L GROUP4 Downgraded at _-year intervals; declassified after 12 years mmnlnf of bce.
CMP: Hello, Houston. This is America. Loud and clear. TIME SKIP
CMP: Okay; ·I Just passed over - the - Crater Aitken again. That flat domical feature down there, especially, had a flow that's come out of that feature out into the .flat maria trough. You can see the flow channel - going out, and then also, right in the breach right on the side of it, there is a second flow that has come out on top of the breach. And it stopped right in the breach itself.
CMP: Okay; there's 50. PAN CAMERA to STANDBY - STEREO - and - POWER. CAMERA to OPERATE.
CMP: Okay. For the record there, mag Oscar Oscar took three pictures, one with an 80 and two with a 250 lens, and the exposures are now 106, I guess.
CMP: Keep losing m_ maps.
CMP: (H,,_ing)
CMP: ... all right.
CMP: There's ... on the recorder.
CMP: There's the old Earth. It's about a half Earth ns.
CMP: Houston, America.
CMP: Okay, Robert. I guess the big thing I want to report from the back side on this one here is that I took another look at the - the Cloverieaf at Aitken, with the binocs, and that southern, domical crater of the Cloverleaf - it has a breach on the east - east side of it. It - I can't tell - There's - there's a flow - In other words, the domical structures themselves are part of a flow material that has partially filled up the breach. In other words, the breach is either fiowed--into that little L d0mical _Struct_ure before-- the domes were built, or else - all of that stuff that's in the mare floor has flown out of that domical structure before the domes came in. In other words, the domical structures themselves are a different time relationship to the floor itself. They are younger than the floor itself.
CMP: Yes, there - yes, there is. The dome-type material is - The colors again are very hard, you know. I'm Just going to have to say that it's - it's slightly darker than the mare floor - is the way it looks to me right at this point in time. Also, the tex- ture is a coarser texture than the floor itself. In other words, the floor, to me, is kind of a standard mare flat-floor-type stuff, and I have to compare the - the texture of the domical hills to - Oh - I guess what I would imagine some of the dacite flows that I've seen out in California. You know, the heavy viscous-type flows. ### (This page Unclassified) APOLLO 17 MISSION DUMPED OVER Gos ,DURING L_aAR 0_IT 26 Time Segments (AET) From To
UNKNOWN: 15 27 O3
UNKNOWN: 15 3O 36 SECURITY CLASSIFICATION The mutoFlal cones·ned herein has been transcribed into · working INtlMF iA ordoF to flctliinte review by intev_ted _ elements. Thio document, or portions there.,' may hedeclaoslfied subject to the foiiowlnf rdidetineo: ;PortioeJm of thio documtmt will be classified CONFIDENTIAL. Grmlp4, to the exteat last they: (!)define quarltitative performance cbarecteriotlcm or the Apo·to Spacecraft, (0)detail criticalperformtfice charectoFlaUce of Apollo crew systems *J_d equipment, (3) provide technical details of olsnificant hunch vehicle frmifunctloua In actual _ti.-,_t OF reveal actual launch trajectory data, (4) reveal medical data on flisht crew members which CnA tM considered prlviletred data, or (5) reveal other data which carl be individually determined to require classification underthe authority sC the APOUo program 8ecurity Clan- · effleattou C_Me, iCG;II, Rev. 1, I/l/_S. t GROUP 4 Downgraded at _-year intervals; declassified after 12 years J Can -
CMP: Oh, hey, one thing. you check on mag What do I have on the Nikon now? XX, I guess? Seems to me like - we Just need that for another - zodiacal light thing - which takes about 12 frames. In other words, are there two or three frames available?
CMP: Do we have two or three frames available on - on that one? Okay. I want to take a red and a blue picture of the landing site sometime.
CMP: Oh, okay. Yes, don't - no - no problem. I won't use it until I get to the landing site anyhow.
CMP: Oh, okay. Good.
CMP: Yes, let's get ...
CMP: 33:48. Okay. Here we go.
CMP: 33:48. Doesn't sound like the thing's working unless I talk right into it. Good thing it's not on the ... Test l, 2, B -
CMP: How's that? 1, 2, 3, 4. Okay. That looks like that ought to work. 33:48, we start the clock. 07:48. That dear old clock.
CMP: Okay. BIT RATE is HIGh. Checked that, yes. And tape was going. Okay. Let's see now.
CMP: 04:30, CMC's in FREE .... start drifting. Okay. Oh, the old biemed's starting to itch. Took it off here after a bit and see what it's -
CMP: Okay. 04:30, we go to FREE; 05:45, take a 10-second one; and at 06, we take a 4-second one and change at 06. Change, then take - At 06:10, we take a 1-second one; 06:20, take one-half. 1/15. Skip one-fourth, skip (Humming) I can sing.
CMP: (H_m_ng) Boy, that's beautiful out there. Nothing but white sky full of stars in a black, black nothing. You can't tell it's the Moon; you can't tell it's anything. Black, round ... curves.
CMP: I'11 be darned; there's Regulus. Getting another one right there - out there. Planets, huh? I better get back to work. Okay. I'11 bet that's Saturn. No. Can't be Saturn. Something larger or something.
UNKNOWN: The old CMC MODE switch. There it is. Go to FREE at 04:30. Hold trigger down. Okay, I got a 10. Then we start at 06 with a 4-second. Then at 06:10 is a 1-second. Okay. Coming up on 04:30. Look at that. You get a - No, let's see, we want ... still 5 minutes early. At 05:45, you get the first one. Still get the ... Find the Jobberdoo. There it is. Go to FREE in 5 minutes.
UNKNOWN: Okay. CMC, FREE, ... Okay .... 05:45, we want a 10-second one. Okay. 40, 2, 43, 44-
UNKNOWN: ° 45. At 55, we turn her OFF - 5. Ok_f. At 06, we want a 4-second. 58, 59 -
CMP: MARK it. 2, 3, 4. Okay. 06:10, 1. 06:10, we need a i -
CMP: 1. One half at 06:20 -
CMP: MARK. Skipping one.
CMP: Okay. It's 30. Okay. Skip one.
CMP: ... the Moon? There it is .... at 7. That's 10 seconds early. Okay. The old sunrise came at 7. May have been a little bit early on that one. Yes, that's true. Light's on .... I won't be surprised at sunset next time.
CMP: Okay. PCM BIT RATE, LOW next 7 minutes. TIME SKIP
CMP: Hi, again. Fuel cell purge and the waste water dump here. Okay. Prime HEATERS. HEATERS - didn't ,11 have that ON .... fuel cell purge is it is. Okay. Oh, 2- 2 minutes. Okay, l, 50- MARK. 3.
CMP: 2,
CMP: D ump the old waste water. PCM, HIGH, at 49. Okay. Oh, yes .... old door .... dumped.
CMP: Okay. Waste water is going. Okay .... Let's see, time to get the 02 up. Yes.
LMP: Okay. Just about i minute to - Okay. Let's see. Fuel cell purge. H2, but it works all right. Okay. Seems to be working okay. Little bit higher. I got the old waste water going. Now if I can hook up that BUSS, get rid of that one.
CMP: Good one. Urine bag; here it comes. The old urine bag.
CMP: Okay. Dump. If I were in real g, those bubbles wouldn't go together. One big bubble; I don't know why. Bubbles everything we've got.
CMP: BIT RATE to HIGH at 49 ....
CMP: (H_m_mlng) I wish I knew if that thing was working or not. I guess it is.
CMP: Forty percent.
CMP: Okay. Going to HIGH BIT RATE. TIME SKIP
CMP: Thirty percent, I guess. And look at the particles. I'11 bet that'11 screw up the lunar sounder. It is really snowing out there. (Humming) Holy mackerel, we've already passed Aitken. I wanted to take a look at it. There sure is some kind of a flow around there. You can see the flow marks - flow scarps up around the edges and in the south- east corner of - I mean, southwest corner, you can also see it on the south - I mean, the northwest corner. Up by the cloverleaf, itself, you can see where the flow - the material has flown up over the edge of the - crater wall. Started up the edge of the crater wall _l_ost like that Scarp looks like around the land site. That's what it looks like to me. And let's see. How we doing on the waste water? ... percent, okay .... the purge.
CMP: Gimbal lock. Son-of-a-gun!
CMP: ... my ...
CMP: Dad blast it. Oh, the old waste water dump really torques you off in FREE..
CMP: Son of a ... Well, shucks.
CMP: Okay .... happen anymore. Everything's under control .... control .... Matter of fact. TIME SKIP
CMP: Oh, ... Oh, ... It wasn't ... Yes. Where to? Circuit breaker. TIME SKIP
CMP: (Ht_mlng)
CMP: Well, I think I got it back under control again. nV Oh, let's see. Let me go back through - Well, I _lmost got into gimbal lock. (Laughter) I missed the last step of the - last step of the solar corona thing, which says go back to CMC AUTO, which wouldn't have been too bad, except as soon as you get a waste water dump, it really torques it around. ### (This page Unclassified) Tape 17-03415 APOLLO 17 MISSION DUMPED OVER GDO DURING LUNAR ORBIT 27 Time segments· (AET) From To SECURITY CLASSIFICATION n_tter_l contained herein has been transcriber Into a working paper In orC_er to facilitate review by Interaoted _ elementL This document, or portions thered,' may bedeclaesifled subject to the lollovtng pidelinee: 'Portions c_ this docum_t will be cideaffted CONFIDR'NTIAL, Group 4, to the extent thai they: (!) define quantitative p49rtormance ¢harltcierisiics of the Al)olio Bpoe®craft, (2)detail critical performance characteristic8 o( Apollo crew syeteme and equipment, (3) provide technical cleLkile of significant launch vehicle malluttc_Jcme la actual filter or reveal actual attach trajectory daM, (4) revczl medical data on flight crew members which can I_ considered privileged data, or ($) reveal oUler data which can be Individually determined to require clAe$111cailon umler the authority o( the Apollo Program 8ecurtty Clam- t mificaUoa(Atide, $CG_*!I, Rev. i, l/l/it6. i I I I GROUP4 Downgraded at. _-year intervals; declassified after 12 years Tape ]7-0 _41_ (Hunm_ing)
CMP: (Humming) (Coughing) (Whistling) (Coughing )
CMP: Hey, finally got a gray. Okay. IMAGE MOTION is ON.
CMP: MAPPING CAMERA, ON, - 40 - 41 at 3-minute - ... it run anyhow. MAPPING for 5 hours, So, CAMERA, ON. Barber pole, plus 3. There's one right there. (Coughing) (Laughing)
CMP: What the heck is that? (Laughing) My tone booster floated over in front of the Sun. Kind of scares the heck out of you.
CMP: Must be in the wrong window - maybe not.
CMP: Aitken's going to be out of the other window. Out window of 5, yes.
CMP: (Coughing) (Humming)
CMP: Okay. I guess window 3 is the best one after all. You see it coming up.
CMP: Little bit of glare out the window, but not bad. Aitken is about two crater diameters from the - fr_n the terminator on this rev. And being close to the terminator, you can look around the general around terrain - the whole area. It's pretty well subdued. There are spots as - what I call plains- flow-type material. The reason I call it plains- fill material as opposed to a lava flow is because the crater population seems to be considerably more - considerably higher in these areas. And, the areas I'm speaking of primarily are just to the east of Aitken and also to the north in some of the low-lying valleys. Try to pick up some sort of flow lines or anything around it. Don't see any this time around on the - on the plains-flow-type material around the edges. Looking at the general edge of the crater Aitken itself, you don't see any positive elements as an eJecta blanket or ray ma- terial. There aren't any around. However, the rims, slumping within the rims, particularly on the west wall, is considerably apparent. It is somewhat subdued, so it is probably - oh, Eratos- thenian somewhere in that area, late Eratosthenian as opposed to Copernican. When you look down in the floor itself, there are some light-colored swirls. I guess is the common terminology for it. From this particular angle, in here, I can't see any apparent relief or texture to the floors them- selves.
UNKNOWN: In this case, all the swirls seem to be running from west to east, or east to west, as the case may be. They se_n to be essentially lined up in that way, like they had blown across and maybe gone around - a low mound or something like that. Concentrating on the cloverleaf - and I'11 call that cloverleaf - in the northeastern corner down there, the biggest apparent thing is there, it's quite obvious, that you have lava scarp flowing up and over the - in front of the slump material that has been slumped down inside the crater, at least some of the original base fill. So the lava flow's definitely after that, and it looks like in one area - in what I'11 call the south domical structures down there, there's a graben or a flow graben where it has flown - Well, I can't tell if it is in or out of. I am just losing sight of it, now. I'11 have to check that out next time around. But I can't tell if it is flowing in or out, but at least it's a breach. There has been a lava flow, either into or out of the south domical feature.
CMP: There are several, you know, there are subdued craters of some kind, completely subdued or maybe still in that type craters in the north - right south of what we call Crater A. Even there, with the shadow of - Sun angle of, oh, must be no more than 10 degrees, or something like that, or maybe a little bit more. But, you can't see down through that shadow. The western rim is very hard. You lose their shadow down there, and you can't see through the shadow at all.
CMP: But, in summary, the most significant thing about the crater Aitken, is the fact you have a recent mare flow, and the fact that you can see the flow lines, or the flow scarp - least, on the eastern interior of the crater. In Champlin [sic] there's a little - little turtleback-type crater in there - what I call a turtleback-type crater floor. And there seems to be a few of these on the back side; but not too many. Oh, maybe four or five, as I can recall right now. But, in each case, there's kind of a trough, or I guess you might call it a rille - except it is a D-shaped trough is what it is - all the way around the crater between the crater wall and the interior. Just like the interior is kind of bounded up in some sort of discus form. And, you know, it was eased up and maybe subsided back a little bit on the thing to create the turtleback-type of a texture. However, I can remember some of the dacite flows out in California, you get that same type of appearance from a high altitude standpoint.
CMP: They look like a rough - well, relatively smooth - turtleback-type of texture on the thing fr_n a high altitude then, when you get down clo - get down low, they were, of course very rough-type of a terrain. But it looks smooth from a high altitude. There is Chaplygin Chaplygin - with the Star of Chaplygin. The Star of Chaplygin, of course, is a very bright crater on the northeast rim of Chaplygin. You know, something that is very interesting to me is the fact that several craters of the - oh, 30-kilometer size - yes, about the 30-kilometer, about the size of Crater A in Aitken. And they're all relatively fresh-type craters, and they don't have any - no real apparent eJecta blanket, except the interior slopes are smooth. They have fairly sharp corners at the top of the rims. And near the bottom they have a flat floor of some kind, and some of the floors have, you know, it is a definite sharp contact - sharp-angle change from the floor to the wall. It is hard for me to visualize how you could have something sloping down the side of a crater and proceed out in a - in a horizonai floor.
CMP: And then in other craters of about that size, and also that age regime, you'd _lmost - think that they were from mare-type floor, because the - the color of the material in the floor is essentially the same as the surrounding terrain.
CMP: Okay. We' re passing Marconi now.
CMP: Dellinger and Pannekoek coming up.
CMP: Oh, my! Mendeleev is really a big old basin up there.
CMP: ... Crater Panner - Pannokek - Pannekoek, or something like that, next to Dellinger has a turtleback-small turtleback - 30-kilometer crater inside of it. And then on west of that, there's a recent type crater - I say recent again, because it has a smooth, sloping interior rim - and - but again with no eJecta blanket. And also, the northwestern slope of that particular crater, you can see - it has to be a flow slide, ss the type of material has gone down into it. The ... comes strictly from the rim, all the way down to the crater floor.
CMP: There's a tremendous crater chain or something going off in the northwest direction. It goes south of Rutkin [?] right next to Becvar. No, that can't be right.
CMP: Negative. I said that last thing - the crater chain is there, but I can't figure out for sure where it is (chuckle). Oh, okay. Here's Love, so - it's Just north of Love Crater. There's ... Gregory. Echo [?] is a big basin that is pretty obvious to see. Roosa [?] Crater is right on the rim of it. Becvar is down in the middle. And then - on the edge of Becvar - on the edge of Becvar is another relatively recent, but not as good - not as recent ss Roosa [?].
CMP: Roosa [?] has all different colors of - material on the thing. Light material down in the walls itself and from the - about the upper one-eighth or something like that, you can see - it almost looks greenish from here, at this particular Sun angle. That's a greenish-type layer, all the way around the top and presumably there's a great big monstrous block of some type. And you can see that greenish-type material - there's a slump - slump fault on the southern edge of Roosa [?], and you can see that greenish - a hint of that greenish- type material at the top of that slump mark also.
CMP: Sure funny - the way those things fall off back down there and - although in the case of Roosa [?] it's quite apparent. You can see herringbone, hummocky-type material, or ejeeta blanket, all the way around it. It covers up all the way across Becvar and every place else. You can see it all over the place. But it sure seems to be a heck of a lot of the material falling back in the middle, somehow. They usually start out as a small - smaller craters and just keep caving in, or some- thing. There has got to be some big blocks down there. There you can see the crater King. On across there - and coming across the Arabia now. Looking out across the horizon you can see that it's away. Yes, it's Just a wide spot where Creek - where King is, I think, - especially to the north of King and to the south of King. It's a little bit higher than it is to the west. There's a little bit of a plateau - even a crater diameter from King off to the northeast. You can see Labachevsky clear up on the horizon now. And there's scme sort of a - a greenish, - again, in this sunlight to me it looks kind of a greenish - a greenish tint to it anyhow. I don't have my sunglasses on either, by the way. The ... flow is all - There's a fresh crater - about a crater diameter south of King. That's maybe 20 kilometers in diameter. It's obviously an impact-type crater. But again, you have the dark-greenish layering around the top of the crater. And maybe it extends for about one- eighth of the crater depth. And then you can see some hint of the green - greenish or darker-type material down at the bottom of the crater floor.
CMP: I think you would have to be quite a bit lower than I am, right now, in order to really pick up - from ...... ri ITl · ' · -'_, _ I Nil ][k.[J Ikn..e · · .m lklB among all these craters here. This thing here, I guess you, could see a typ - topographic rise over Saenger.
CMP: I can't get over the curvature. In this attitude, it really shows up. As I come across Rayley [?] here, I keep looking for a swirl. And I can see a definite type of clusters. The only thing - It's an awful high Sun in here to really see any swirls. Now, there is something coming up over the wall of Labachevsky. Yes, it looks like a lighter swirl- type material and then - Let's see - to the west - southwest of Lobachevsky it looks like a heck of a lot of swirl-type material in that area.
CMP: And the albedo's - a light - dark - I guess what I'm trying to say is, they are _l_ost ray-type of expression. I don't see any topographic expressions; especially the one that goes down - down in the crater and also to the south as the one between Chang Heng and Labachevsky. Rooster Tail [?] is a very bright subcrater. The eJecta blanket - it goes all over the place, scattering rays eight to 10 - eight to 10 crater diameters from it. And, it as well as some of the Eratosthenian craters around S aenger.
CMP: It seems to me like it has a little bit of a hint - at least of a layering or a definite different colored material on the top of all these craters. ### (This page Unclassified) Tape 17-o3416 DUMPED OVER GDS DURING. L_rN_ 0aBIT 29 Time Segments (AET) From To SECURITY CLASSIFICATION 'lbo mitevinl contalAOdherein has been Irtmlcribcd into a workins paper in order to facilitate review by interested kLSCelements. This document, or portice_l there(3(.'may be dec lallifted out)tact to the foilc,g_f pldellnun: Portione o( thio documunt will be cluoified cONFIDENTIAL, Grcmp4, to the extent that they: ti)define quantitative performance ChlLrectertatlcl M the Apollo 8pacecriJrt. (2)deteil critica! performance charactartatiea d Apollo crew .yeteme knd equipment. (3) provMe tochAictl details of elanLficunt hunch vehicle MnWunCtlonein actual flight or reveal actual launch reveal medical data trajectory data, (4) onflilht crew members w_ich carsbe cun.ideved privileged data. or (6) reveal o4her data which can be h_lvM_Aliy determined to require ciLqe#lc.,tlon under the authority o( the Apollo ProsE'nm8ecurUy CLio* * nifteaUon GuMe. BCG_II, Rev. I, I/I/e4S. I I i . [ GROUP 4 I IDo-ngraded at 3-year I intervals; declassified after la years
CMP: Good thing I looked. Okay. And P52. Get gyro torquing angles. Let's see, we had 7 and 14 angles, wasn't it. We're not torquing now - we torqued at 190. Okay. We went to AUTO, got to do a GDC align. Okay. We'11 go MANUAL and WIDE. Tens 25. Okay. We're configure. Okay. Lima Lima for 21 frames. Well, let's see. About to finish that one up. VERB 62 is not here though - CAGED. Good. Let's see.
CMP: C - T goes in. Ten, here it is; 1.4. (Whistling)
CMP: T - pull all these damned things out - get them over in the other bag. But the jett bag is full of junk already. Well, two jett bags ... but we need another one.
CMP: Okay. Enough for both of them? (Whistling)
CMP: ... TANK INLET to AUTO. POTABLE TANK INLET is OPEN. WASTE TANK SERVICING is CLOSED. REPRESS PACKAGE valve is OFF. Better than the simulator .... REGULATORS are both CLOSED.
CMP: The old jett bag. (Hl_mming) (Whistle)
CMP: ... good .... find my 8-second intervalometer. ... Gatorade [?].
CMP: ... stuck on, but it sure doesn't.
CMP: ... no wonder ...
CMP: Okay, intervalometer. Got to start counting 8 seconds here. Let me ... it pretty quick.
CMP: Jett bag is full!
CMP: Solar corona.
CMP: There we go. Just passing Aitken again. It sure is interesting seeing a little bit of everything in there. I looked down in the - in crater A in a shadow, something all the way down inside there and in a box-type thing. But there is a definite glow - Heys those swirls are almost gone. You can just barely see them now at this low Sun angle. The swirls are almost gone out of the crater Aitken. You can barely even see them so that's a pretty good indication that there is no topographic rela- tionship to the - between the swirls.
CMP: Can you find ...? Yes .... going south ...
CMP: Next time I go by Aitken, I want to look to the north and take a look at that mare fill, or the plains-type mare material out there or whatever it is. And see how that compares with the floor. But, the floor of Aitken is definitely a volcanic flow. You can just - you can see the flow lines and especially - and oddly enough they look like miniature wrinkle ridges of the Serenitatis Basin. It, to me, is very obvious that there is nothing but the flow front. In other words, if you've got a flow going down there and that's the part of the flow that kind of cooled. And the rest of the flow continued to - to flow in one direction, at the edge of the flow.
CMP: And I forgot to look at the central peak on that thing other than the fact that I can remember the - the high-water mark. If - you've really got to check that high-water mark to make sure it's a high-water mark and not a talus slag - occasional talus slope. I've got to check that for sure.
CMP: ... It's just - a little ...... No back slide. Okay; at 41 - 40 ...
CMP: Okay. There's Chaplygin ... Okay. Marconi. The There's Marconi. There's Marconi. Vil'ev and - Dellinger and Panne - Something like that.
CMP: Pannek - Pannek - oek - Pannekoek - Pannekoek. Man, oh man. Look at that - Look at that secondary crater chain really goes bouncing along .... Crater down there. Marconi. It's got some kind of debris or something at the bottom of it, something - debris.
CMP: There's an eJecta. Okay, Pannek - Pannekoek; Del- linger .... wouldn't mind the Dellinger. That's a - Oh, that's a big fella. Going down to - Chauvenev. Lane coming up. Hey, this whole area right in through here is as ... eroded ... and interspersed are the craters that are - maybe four or three or four or five of them up in the 50-kilometer bracket, but most Of them are in the 20- to 30-kilometer bracket. Of course, they are not the little bitty ones. But, they're like little beads in that they're still fairly sharp down in the rim, down inside the crater that makes the crater sharp, if you have these stri - striations.
CMP: Well, let's see now here comes old Love. Let's see we'11 start to the right of Love, go the right of Roosa [?], BeCvar, right though the middle of Arabia. What we'11 do on this pair is - ... we want to kind of get a picture out to the north to the ... leave it there and point the camera to the north. Could be one of those craters. Okay. We'11 stop about - about the time we get to ... 215 ... Can't find it. Okay. This is Love. I can ...... Love showed up at ... Okay. This is Love. Let's see, 59, supposed to be 140 or 130. That's about right. I'm starting to itch.
CMP: When we get our pan camera pictures, take a look. It's got a lot of dark material. I think it's a good - There's a real little bitty impact crater must be, oh, 100 meters maybe, if that big. One hundred meters across and just to - to the east of that triplet of Love. Can't hold it in my ... long enough to look at it, but be sure and check the pan camera film for that. Okay. We're at - about at 130 and ready to go .... Okay. So, yes, that's about right. My ... is a little bit ... off.
CMP: Okay. There's old Becvar. Becvar is not much more than a dish. The one that apparently is eroded dish that's got a bunch of ... from Roosa that's been thrown out, I guess. And possibly from that other one that's just to the north of Roosa ... but right on the edge of Becvar - the rim of Becvar. Probably hasn't thrown out too much because Roosa has thrown up some stuff on top of it.
CMP: ... Stop my camera up there. Got more pictures of King than I know what to do with. You know, down here go Abul Wafa. Abul W_fa.
CMP: ... stripe shows up ... Abul W_fa ... 250. Check the old pan camera again. Just to the east of Abul Wafa there's a vertical black stripe that runs at the right - at west - western interior rim of - of about a 150-meter crater, just to the east of Abul Wafa.
CMP: It shows up as a black - black stripe down there. Firsov ... Firsov's the one that's got all the swirls out there; that's what that is. Yes, Firsov has got a whole bunch of swirls to the east of that and about a crater diameter from it. Those are the swirls that are all over the place, I guess. And I mean that the dark part of those swirls looks a heck of a lot like Reiner Gamma did, except it's hard to compare because they're different - dif- ferent lighting on the things. But the swirls to the west - to the east of Firsov and a crater diam- eter out, they seem to be somewhat radial to Firsov. Dark parts of it are a dark - let's see - Well, it's not the mare. It's not a mare tan. Darker - and it's not even as - it's darker than the - the tan of Serenitatis. I - we should have gotton these - those swirls in there. I can't see any topographic expression to them. It's hard to - and yet it - there's got to be something associated with it because - I hope we've got a picture of them. I'm sure we got a picture of them. They're light; then they're dark; and then they're light again. Kind of con - concentric type of swirl, light-dark-light- dark. Same stops to ..., Saenger, and rooster tail. Okay. There's Saenger.
CMP: The hardest part about taking pictures is that you've got to make sure you look through the view- finder, make sure the other half of the camera isn't looking into the side of the window.
CMP: Get - get perspective of the - the ..., where as, the rays and depressions around Saenger and the rooster tail is higher than either side of Saenger. I guess the rooster tail is really on the western rim of Saenger - Pictures ... 53-70?
CMP: Okay, ... coming in.
CMP: It's a full roll .... That's striation, vertical ... up and down the - interior rim. And it lo_o like there's a black - but they look green. Yo_ know, looks sort of a green-gray in this type of light back of this ... A green-gray material from the center of the rooster tail, on the floor of the rooster tail. And the floor is about one-fourth the diameter of the rooster tail.
CMP: . ,.
CMP: Peiree, you have 250. Eight-second intervalometer. And I lost my intervalometer. I'11 count 8 seconds.. ... disappeared. (Laughter) Okay. Let's see, we're about 155. Let's take two more picture on this frame and finish it up on Lima Lima, huh?
CMP: Stop to the north.
CMP: There's a ... inside that, different type of relationship than the floor itself, younger than the floor itself.
CMP: Yes, it - yes, there is. The dome-type material is - - ### (This page Unclassified) Tape 17-o3h63 APOLLO 1T,MISSION DUMPED OVER MAD DURING TRANSEARTH COAST , Time Segments. (AET) ' SECURITy CLASSIFICATION material coatathed herein has been tranKrlbed · worklag Into paper b_order to laciiltata review by latereetod _ elem_sts. This document, or portioas thercc_,' may be dec laawifled subject to the folJowi_ sutdeimen: ;Pofitonl d this document will be cluoifted CONFIDENTIAL. Group4, to the extent that they: (1)define q_anlitallve performance charscterletlcm e_ the Apollo fqpicecraft, (2)detail crltlcmlperrorrmmco _hvlclm-Isllcl ct Apollo c few esyStOMmand equipment, (3) provide _--h.!_.,I details of $i_Ulcant launch vehicle rnallufietic.,,d In actual fJlfht or revenl aetunl busch irsJectory data, (4) rev(fill medical data ca flllht crew members which can be couidered prlvllesed dart,, or to (8) reveal other data which can be individually determined require clamlfficatlea u_r the luthorlty or iht Apollo PrQsram Becurlty Ciao- · effi_dl0u Guide, nCG:11, Rev. I, I/I/66. GROUP 4 Downgraded at 5-year intervals; declassified after 12 years ce laws, 18, 8. C., '/94,
CMP: Okay. Mighty fine, Gordo. Thank you.
CMP: What happened to my grits? I lost my grits. There they are again. Anything you drop up here - It just disappears, flat disappears. You'd think it would stay there, but it disappears - somewhere. If it shows up again, but - -
CMP: I don't know if I have the same terminology that John Young had on Apollo 16. And I don't think it has a darn thing to do with the orange juice, but it's sure got the gas. Man, oh, man. And I'm not sure it's really the effects of the food. Gene seems to think it has, but I - I think ... will remember all this gas or what have you .... one aptitude test down there - because I didn't eat it for this long - only ate it for four. - Well, I guess we ate for 6 days. I should have had it by then, because I sure had it all the way up here. So I think it's a function of zero-g. You may as well plan on having a bunch of it and - that's the way it goes. Back to putting a little water in the grits. I know where a lot of this gas comes from - is right out of this old water separator. I mean gas separator. Each squirt that comes in there has a few bubbles with it.