Otrobonita/noicy-space-talks huggingface dataset:
UNKNOWN: And our guys dovn here are watching high- gait antenna pointing program, so anytime you’re not using the DSKY for anything else, they'd like to watch it for a couple of cycles, so if you vould leave that ROUN 51 on the display it vi11 help a lot dovn here.
UNKNOWN: Uhy you give us react angles, a0n*t 8t3a we'11 try that for the next time.
UNKNOWN: 8, are you ready to copy some cryo quanti- ties? Hov about O2 first. Pa8e 5 O2 tsnk 1, I shov 88.1 percent.
CC: Ohay-
LMP: okay. Could you give it to me in pounds, please?
CC: You'11 have to stand by vhile we conveiL that.
UNKNOWN: Thank you. Bill. Tank 1, oxygen 88.1.
UNKNOWN: What time is that for?
CC: Obaj-, I've got 32:35. And O2 - - In ueight not percentage.
CC: okay, o2 tank 1, 88.1, o2 tank 2, 87.3-i'.
LMP: IS that 0.37 or 0.369 *
CC: 0.37. Roger, 2. Got it.
CC: Okay, E2 tank 1, 75.97. Tank 2, 78.06. Over.
LMP: Okay, thank you very much. It looks good.
CC: Okay,thankyou. cc 8, Houston. 8.
CC: ahead, Houston, Apollo
CC: Okay. I've got a couple of things we need from you. I vould like to get 8 battery C voltage. I vould like to check a batkery manifold pres- lure. Your high gain - - ---
CC: Understand 37 volts on battery C. Is that affirm? 3, 7.
CC: Okay, thank you. And if you can get to the battery manifold pressure, like to read that one.
CDR: 0.6 volts.
CC: All right understand 0.6 volts. l&angles you asked for on the high-gain antenna are pitch minus 45, and yav go.
CDR: Oksy. Houston, this is Apollo 8. I'm going to just go into high gila nov, and we're about ret@ to pick you up . . . wrks on react.
CC: Okay, and I have a scanning telescope star visibil- ity item for you to pick up, when you're ready to copy that.
CDR: Roger, we'11 get that on high gain when ve get back to you.
CC: okay, thank you.
CDR: That's not fair, ve're there already.
CC: That's pretty good acquisition, huh?
UNKNOWN: guys are retiing the DSKY. Go ahead Houston.
UNKNOWN: Apollo 8. Maybe we ought to try that one cc again next time, and the scanning telescope star visibility is scheduled for a 34 10 in the flight --- - % i plan, antI it'11 be star nw&er 31. The angles are roll184.7, pitch 23.4, yaw 14.3, shaft and trumion zero. Over.
UNKNOWN: Understand; star 31, roll 184 7, pitch 23 4, jav 14 3. and star shaft and trunnion at zero. cc
UNKNOWN: affirm, and that's copy star 31. WR
UNKNOWN: Roger, 31.
CC: thank you. Okay,
UNKNOWN: IMP vuuld like to take a Seconal and hit the hay. cc
UNKNOWN: That'e GO. a IMP
UNKNOWN: thank you. UiP
UNKNOWN: that . . .
CC: ahead, Houston. WR
CC: okay. We'd like to go ahead and get into this CCNM check here, on the last of this high-gain period. If ready to go on it I'11 read you’re you sane witches. WR Standby. ire're ready. Go ahead. cc Okay. limber 1. S-band normal mode voice to VOICE. WR 00 ahead - k2q going. Uptelemetry data to DATA. cc 1 L __._.,-.: . . . ..-. ^-.. _,,_ _ _. _.-. ,_ - ^ , . .
UNKNOWN: mode voice to VOICE. Uptelemetry data to DATA.
UNKNOWN: camnan d to
CC: Okay, NORMAL. m
CC: High-gain 'ktenna track, AUTO.
UNKNOWN: Ocdng AUTO.
UNKNOWN: antenna beam width to NARROW. &mu-vidth NARROW.
CC: Okay, this will be our base-line data check. This vi11 be a full uplink voice vith ranging andrulldownlink. Eouston. We are going to have to delay
CC: Apollo 8, the CC&M check again.
CDR: Houston, 8. Hov do you read? Apollo
CC: 8, Houston. Did.you call? Asllo
UNKNOWN: you for a while there. Are you reading us there now?
CC: Loud and clear nav.
CDR: Thankyou. Soarewe. okay.
CC: Okay, Apollo 8. Do you vant to try that AUTO R&T 33 plus 24 looks like a good time and the angles me the ssme. And the late ball scores ie 24 to 14 - -
UNKNOWN: . . . cc All right.
CDR: Sey it again. -. - - ----.T--- i. w - , Pase 9
UNKNOWN: say a late ball score there is - - CDR
UNKNOWN: . . the ball score? _ cc
UNKNOWN: 4 to 1, 4. cm
UNKNOWN: over the Vikings? cc
CC: 8. & ahead, Apollo it now? what do you wmt us to do about
CC: 8, vhat we vould like to do vith these Apollo angles is to set ft in AUTO REACT over on panel 2, and it is under the tracking for the high-gain antenna, and it'11 - the l&r position vi11 say RJZACT, and on the position dials ve vould like to set pitch to minus 45 and the yav to 90.
UNKNOWN: Pitch BLinus 45, yaw 90. CC okay. Stand by 1.
CDR: If ve could leave it in REXT if you vant Rdger . to use the high gain, it vould keep frmn vaking us up every RRV. ---_-. ^ . VOICETRANSCRIPTION I think ve my have gotten
UNKNOWN: 8, Hauston. oif on a tangent. These pitch and yav angles that Fe called up to ycru for the hig+ga:n antenna were in response to Bill's reqrlest to knov vhat positions we could put on there for a - for the AUTO REACT position. The constraint still remains i.S ve don't vast to be on an OMNI antenna at the same time. We are in the AUTO RRACI! position; we should be in one or the other. So you can use that information if you vant to try it out. Othervise, the p%ocedures m've been using all along vi11 be just fine. .Over.
CC: Apollo 8, Houston. I am transmitting in the blindrightnov. Our dovnlink isn't working so well; I'm just going ahead on au uplink.
CDR: Houston, do you read? Apollo 8. read you v&c but cle& nov.
CC: Okay. hooks like ve had a grovl problem there. CDR Roger. cc Roaston. *
UNKNOWN: 8,
CDR: 00 ahead. - okay. Looks like ve're - -
CDR: Go ahead, Houston. Apollo 8. this high-gain antenna on the CORM check one .I ..A -.-^-- “__ ._ l__._^l- .-I-” -... -_ _’ _..“I aare time. I believe you're still on an CMNI. Is that correct?
CC: Okay. If ve could try the high gain and maybe ve can get started on this CoWi check. I'd also to that you've got the LMP and the l%ke verify CMP trying to get some sleep here, and we could use sn oral temp from you. too.
CDR: Roger. My temperature is 97.5.
CC: Thank you. Obey. CDR lhat's what it vas this morning when I felt badly. cc Alright; thank you.
CC: I'd like for you to go to high gain.
CDR: High gain? CC Yes, sir.
CDR: High gain.
CDR: This is Apollo 8 on high gain.
CC: Roger. Reading you kind of weak now, but we're gomatake al& at it. C!BR Houston, 8 on high gain. I'm reading you loud with just a little
CC: okay. background noise. Roger.
CC: Apollo 8, Houston. We're not getting a good lock. sure .~ AUTO on the tracks and that we're in narrow beam vidth?
UNKNOWN: Houston?
CC: That works reel good.
CC: Apollo 8, this is Eouston. What we're doing right nov is collecting baseline data, and we'11 be in this mode for another couple of minutes and then vc'11 be moving out to the second signal. 8, Haueton. Bow do you read?
UNKNOWN: 8. Read you five-by. Hcuston, okay. We are . . . ve have some ground problems, and ve're reading 7cu veek but clear. We're ready to start into our test. We're going to be changing our modes so you'11 probably hear a burst of noise as ve make the change. This vill be a noise that sounds like an S-band onlock. Hovever, your ARC leader will lock that off. This is due to the loss of modulation on the up- lillk. There will be about 2 minutes, and during this time, you vill hear one burst of noise.
CC: Apollo 8, Houston. Voice check. Over.
CC: Apollo 8, Houston. Fe&y to check.
UNKNOWN: 00 ahead, Houston.
CC: Apollo 8, this is Houston. Do you read? LMF That's affirmative.
CC: okay. Thank you. Were you reading all along? lie just - This ie the first time we've heard you callback.
UNKNOWN: Ue've been reading you; we're trying to hold the noise down so we can get some sleep.
CC: Roger. We'11 be through with this in just a minute, I think.
LMP: Roger. I vi11 ansver you, but I'11 try to do it quietly.
CC: Okay, Bill..
CC: okay, Apollo 8. The next portion of our test is ve did yesterday; We'11 be changing the like uplink modes to uplink command and ranging with no upvoice. We'11 be in this mode for approxi- amtely 2 and l/2 minutes and send two test mes- aages. During this time, we will not have uplink. We are going to this mode at time 33:48:30, and we'11 be back in this configuration at 33:SO:OO. Over. Apollo 8, Houston. Radio check.
LMP: Loud and clear, Houston. !
CC: Okay, fine . How about telemetry inputs PCM switch to LOW, please?
LMP: They're in LOW, Houston. Apollo ve've completed the third test; we're
CC: 8, going into the final test now. PCM switch to BICH, please.
CC: Apollo 8, Houston. We're going to switch uplink to the upvoice backup for about 2 minutes, and w take a few seconds to link the transition. And ve'llbe back up at 33:56 in our normal mode to place the up-telemetry data switch to . . upvoice backup at this time. Over.
CC: Apollo 8, Houston on backup voice.
UNKNOWN: I&d and clear, Houston.
CC: Okay, fine; thank you.
CC: -let's go back u&telemetry data Apollo 8, svitch to DA!l?A.
UNKNOWN: by; guess ve've got 85-foot site voice- back now; the noise vent away.
LMP: 21 ahead, Houston.
UNKNOWN: Co ahead, Houston.
CC: Okay, Apollo 8. That cam?letes our COMM test. for your cooperation. And I've got a Thanbe change here to BAV sightings that vi11 come up *t 32:20. And ve want to change your star a little bit there. Are you ready to copy? Ready to copy.
CC: okay. -
CC: Okay,Apollo8. We would like to change the EAV sighting as follows: we would like to use star 26, that is, tvo-six; we would like to m&e it earth-near horizon for two sets, two sets. $hen ve vould like to take star 16 earth-far horizon, one set. If star 26 earth-near horizon 56 not possible, star 16 earth-far horizon, one set,'and star 22 earth-far horizon, one set. Over.
CDR: Roger, H-ton. Be advised the CMP is asleep . . . putting those on for a while.
CC: Okay. Stendby.
CC: Apollo 8, okay; we can put this off. What we will probably need from you is some kind of sn esti- mate of vhen you think somebody will be available I. to vork on it, and we are working on how much lead time ve need now.
UNKNOWN: Stand by . . .
CC: Roger. - . 1 I : L
CDR: %auston, why don't you figure the CMP will sleep another couple of hours, then the LMP, and then the CDR up to about 43 hours equally. Over.
CC: Olray.
CDR: Then ve will start off vith the Cl@ again at &out 44.
CDR: 00 ahead, Houston.
UNKNOWN: can put off this IVAV sighting. It was scheduled here at 34:20, and we can put it off, Judgiug from your cements about sleeping, we vould like to g.et it as soon as we can, and right now, aar plans are to slide it 2 hours. vill do the P52 by sliding it back to the same We thing since it is associated with the P23. So If a convenient time for you. vhy we Uiil that's plan on that.
CDR: We are doing the P52 now. Do you want us to continue?
CC: Well, as far as ve are concerned, that isn't goingtohelpus asy- We will have to do it over again snyhov. Andvhat time do you vsnt to do it?
CC: Well, if you think Jim's going to be up in a couple of hours, why t&t will slide us 2 hours to 36:20. L- and pick it up the; if,that's okay.
CC: Okay. That vill real fine. Thank you. be
CDR: What ve are going to try to do is get back on the cycle to those sleep periods just prior sleep to I01 by taking shorter cycles for each man.
UNKNOWN: H-ton, Apollo 8.
CC: Apollo 8, go ahead.
CDR: How about giving us some REACT angles, and we'11. stey inREAcl!.
CC: Say again, plesse.
CDR: Could you give us some REACT angles?
UNKNOWN: 8, this Houston. I hadn't said any- is thing at that time. We're digging some angles out forycxl now. In reference to your earlier question about the sleep cycle juggling and so forth: ve agree with your comment. We vould like to get back on the flight plan as far aa the sleep cycles and so forth are concerned by the time ve get into lunar orbit. So we'd like for you to use your own judgment about the most efficient vay to accorrnodate the sleep cycles and proportion it up among yourselves. We would like 2 . T-- to have you keep us informed of vho's doing what andwhatyou~plans are. We have the one P23 that ve had slipped 2 houra. We'd like to get the other one in. We can 5lso adjust the time for the other P23, if it's going to conflict - I guess that's tvo more p23's. We can adjust the time for those if you'11 let us kmv what your forecast is for vhen Jim will be available to take some si&tings. So the big message is that ve'd like to vork around whatever your desires are. If you'11 let us know, we'11 pick so&e stars and some angles and have them ready for you.
CDR: Okay, Houston. -The CMP vii1 be up at 36 hours. The LMP is going to sleep now, and he'11 sleep through uutfl 40 and then I'11 stagger that in and try to go to sleep around 30 to 37 so that by the time we get to day 3 ve'11. all be back on the same direct sleep cycle.
CC: Okay, real fine. Thank you.
CC: &.lo 8, Houston. REACT angles look like minus 45 in pitch, plus 90 in yaw, and 34 23 for the time.
CDR: Roger. Copy. This is good users REACZ because it keeps the caution varning from going off again.
CC: Roger. I understand that. Are you leaving the e. 'high-gain antenna on ?ner it swings over to the reset position? ,- i ._xi*,_ .I- _ __._ ..“. I 4. -._ ..-. Do you have any reason for us to use the high- gain antenna? ECOkSf,doyout.hinkweneed that,really,very ml&T
UNKNOWN: we just not use the high-gain antenna a vhile? Getting high bit rate on the Ot%U's. ?or Okay. let's tell them that we'11 just not worry / a about .the,OMKI for while. /
UNKNOWN: this is the LMP. Before I hit the sack, could-you give me a rundown on our systems the way you see them?
UNKNOWN: we'11 pti that together for you and we were just talking about the redundant ECS com- ponents check and we were going to put that off until everybody's had a chance to get some sleep. Trying to keep you from having going to the leit-bandcouch.
UNKNOWN: that would be nice. I sent Love11 under the couch. thougll. I've got one man sleeping under the left couch here - right couch and one ~SJ sleeping on our right couch.
UNKNOWN: I understand you've got one under and one on the right couch. Roger. That's affirmed. / ! : !-
CC: Okay. And in reference to the 'OMNI versus the high gain, it looks like we csn live with the OMNI antennas here for several more hours, if you uould like to delete the use of the high gain.
UNKNOWN: oooanight ) Hous ton.
CC: Okay. Before you pitch your eyeballs there, we'd like to terminate the battery charge. Iknewyou ws would get me.
CC: Got you.
UNKNOWN: The battery A charge is terminated at 37-3 volts. Standing by for your systems status.
CC: Okay. We're pulling that together nou.
LMP: How are the PU valve'and SPS line temps looking?
CC: Okay, I'11 test that.
LMP: We just had . . . I understand.
UNKNOWN: Systems look okay to you Houston? 8.
CC: Okay, Apollo All the systems - giving a quick look around the room - look real fine. You've got an PCS update on the quantity, so you quad have that information. The SF'S oxidizer feed- line temperature and the fuel temperature are at 73 degrees. both The cry0 profile is running right on the line: Battery A - our calculations have amp hours. Battery B, 37.94, and 3.63 - I / I z ..__^ . .., _ . Charlie, 38.46. The CGMM continues to battery be running ahead of predictions in quality end circuit margins. Everything else looks like it's real fine. Roger. Do you expect to have a low bit rate voice on the LEE of the OM?I's at lunar distances? looking forward to that much improvement. Roger. We need about a 30-foot dish, I figure, for that on the spacecraft. 'Roger. It runs up the f'uel require for PTC, though, Bill. Houston.
UNKNOWN: ahead, Houston, Apollo 8.
UNKNOWN: know you're trying to be quiet, so I'11 just read up some information to you. One of the things that we just turned up that might give you some confidence, if you lose oxygen cryo tank IlOW: you have 80 pounds remaining now at CMSM sub. The limiting factor on sirgle tank opera- tion right now is the hydrogen tank which has a positive margin at CKM sub, assuming our standard profile gives you about 143 hours. So it looks like you are over the hill on those. Eotice that you're flying in the rate 2 position for you BRAGS --- ,. . I uere maintaining a PTC attitude. Looks like you're pretty close to it.
CDR: Ww. _ We are flying FTC, and I was wondering uhy it going out of the deadband; now I know. ~88 Thank you.
CC: Okay. T.?lank you.
CDR: That's what happens when you let Anders fly. He's asleep so he can't defend himself. cc Rpger. But we've got it on tape though. They're both conked how about just
CDR: Good. out; filling me in on some news, and I'11 keep quiet .just to-give me some words on what's going on in the world.
CC: Okay. Give me a few minutes to collect some data, and we'il do that. Houston,Apollo read? Lad and clear, Apollo 8.
CC: I'm going to have a maneuver PAD and --
CC: X read you loud and clear, Apollo. 8. How me? / ,
CC: Apollo 8. Baaston.
CDR: Eello, Houston. Apollo 8. Houston, ~~0110 8. ! Hw do you read?
CC: Apollo 8, loud andclear. \
CDR: Hello, Houston. Apollo 8. Go ahead.
CC: Apollo 8,.muston. Ibelieveve'velostou~ uplink. I'm transmitting in the blind. Read youloud andclear.
CDR: Houston, Apollo 8. Houston, Apollo 8. How da you read? Ye w have some uplink problems; transmitting in the blind, at this time. Over. ~gollo 8, Houston.
UNKNOWN: Havaii Aetvork GOSS Conference. How do you read?
CDR: Houston, bov do you read? Apollo 8.
CC: Apollo 8, I read you loud and clear. Hov me?
CDR: Houston, Apollo 8. Hov ao you read?
CC: Apollo E, Hcuston. Over. :_- * : . ..“^ ,-_. _j _...._._ -_ -. Page2
CDR: Go ahead, Hawaii H&O. This is Apollo 8. How do you read?
CC: Apollo 8, liouston. Read you loud and &ear.
CDR: okay. Thankyou,Havaii. Bow do you read? Eetvork.
F: Havail, Houston Voice check on GUSS Ccu'ierence .
CT: Hawaii LOS. Unable to find. Apollo 8, Houston.
CC: Hawaii, this is Houston CAP CQMM. Over.
CT: Houston CAP COW, Hawaii.
CC: Havaii, Hcuston CAP COMM. I vould like to have a voice check.
CT: Roger. I readyouloudandclear.
CC: okay. I'm reading you locd and clear. I un- derstand you have contact vith the spacecraft. 18 that affirm?
CC: I have uplink voice to the spacecraft; the down- link is too lov in the mud.
CC: hY. Understand that you have good uplink, but your downlink is in the mud. You don't have any of copying it either, is t'lat correct -- vay
CDR: Eouston, Apollo 8. . . . again. How do you read?
UNKNOWN: That is affirmative. - -. . / peg!3 Uould you answer and tell them that we did copy that?
CC: Roger. copied your last. Okay.
CDR: Tnank you.
P: Havail, Houston Retvork, GOSS Conference.
F: Havail, Houston Betvork, GOSS Conference. Your Em! 2.
CT: Houston Betvo*,~Rawaii.
F: Roger. Did you copy the CAP CO&Q43
F: Is he keying the transmitters out there?
UNKNOWN: He did key it one time, Retwork.
F: Okay. I'm going to ask him to call the space- craft again, and I vould like for you to give me a report if he does not key the transmitters. Roger. our
CC: Your REI! 2 is conferenced to our CUSS Confer- ence here.
CT: Roger. How about our GOSS Conference loop?
CC: Your COSS Conference loop is dead.
UNKNOWN: Roger. We are GO for command. We vere unable to transmit before. Page4 Understand. and they acknovledged our transmission.
CC: Okay. We g0t back together again. You're loud and clear. We've been reading you. We have a problem dovn here an the ground getting our 8ignal Srom MCC adi to remote site.
CDR: Roger. Understand.
UNKNOWN: CC Apollo 8. Houston. I've got a ball score for It vas Oaklanti 41, Kansas City 6 is the Yc'u* trying to get some nevs releases over here for . You. I suspect we're going to find that the 8tagedTVshovvas probably thebiggestnevs OS the dsy. not sure that the vhole thing is lost yet. It appears that 0ur problem is one vhere the light intensity vhich is sensed by our light meter in there is picking up an average field vhich is much larger than the earth, and so it's sens- ing a great deal of deep space environment which is dark, and ve're suspicious that this is prob- ably opening up the lens aperture as vide as it go, and then vhen you point the camera at vi11 the earth while the earth is only filling about 3 degrees of cone angle, vhereas lens takes in you’re 9. So it looks like probably just sat- urating the tube. How we're playing around mv with 8oa --
CDR: We just lost you again, Houston.
CC: SW again. I just lost your last transmission; you were clipped.
CC: Did you get auy of my comments about the 04. TV tubet
CDR: Roger. Got them. that ve are looking at some of the lenses you have on board for cameras, and ve are going to WC if one of them can possibly be used to at- tenuate some of this light so that you will be able to tske one of these pictures, and ve are running rme tests now, and we'11 let you know about those. I also have a maneuver PAD that I need to read up to you vhenever it's conven- ient.
CDR: Let me get a pencil. Be fine right now. L* . I
CDR: --
CC: Okay. plus 44 maneuver PAD. I will start reaang down the left-hand column. TX plus 44,SpS/Ga 6670, WNS 162, PIUS 129 046 56 0431, P~U.S 00197, @us all zeros. plus 01 180 133. 001 ~toveniher flfa, plus 002 03. 607 01 704 604 5112 l375 349.
CC: Roresigbt star is earth, down 037, right 22, prus 10 68, minus 165 00 128 56 361 18 098 27 17. The GDC alignment stars: the primary star is Sirius, aecond..sry Rigel 010, 294, 320, no ullage, Indian Ocean and requires a high-speed procedure, that is -us Hike Alfa, and that will refer to your checklist page November Charlie 1. Over.
UNKNOWN: oka;y, Hal&on. How do you read?
CC: Lcudand clear. &R TLI plus 44, SPS/G&R 62970, DAUS 162, PIUS 129 046 56 0431, plus 00197, plus all zeros, plus 60701 180 133 001, phm 00203. plus 60701 704 60451 12 l375 349,; earth, down 037, right 2.2, plue.1066, B&UUEI 165 12856 36118 098 2717; Sirius and Rigel. Hello, Houston. How do you cc Loudandclear. . ‘ I I.2 Sirius and Rigel, 010 294 320, no ullage, path .&turn P37 DELTA-V 8750, Indian Ocean minus MA, checklist HC 1. That's affirmative, 8. And I have a flyby PAD for JCU, slso.
CC: This flyby PAI? is sn update to one that =W. we gave you yesterdsy so you might want to note that this is the second one. And it will be a nyby ~/G&N; 62970, XI&WZJ 162, plus 129 060 59 4807, plus 00966, plus 00552, minus 02079. Roll, pitch, and yaw are sll zeros, November Alfa, perigee height plus 00202 02358 022 02281 03 0407 317 013, up 047, right 39, plus 1418 m.~nus 16505 12904 36160 146 2912. primary star Sirius, secondary Rigel, 136 310 340. no ullage, reqgires realignment to preferred REFSKWLl!. This burn vi11 raise perilune to 550 miles. Over.
UNKNOWN: Hous ton. The second flyby SE/G&N. Are you vith nb?t
CC: Yes sir.
UNKNOWN: 62970, BL&AS 162, plus 129 06059 4807. plus 00966, plus 00552, minus 02079. Bext three are sll seros, M, plus 00202 02358 022 02281 03 0407 ~7 013, up 04.7, right 3.9, plus 1418, minus 16505, plus 12904, plus 36160 146 2912. Sirius, -- i 'Tape 25 Page topreferredREFSMAT. Pericynthian to 550 miles.
CC: That's correct, Apollo 8.
UNKNOWN: msnk you.
UNKNOWN: Houston, Apollo 8. the 52 option and start on the cislunar naviga- tion.
UNKNOWN: 04. Thsnk you, and ve'11 start looking for some star'data.
CC: Okay. When you pick up your activities, I have preferred alignment here that I want you to be l in when you do your and I'11 have about Pp. four items to change on your time lines, so if you give me a call when you're ready for it. We’re You vant to hold off snd go to a particular alignment. is that right? Affirmative.
CDR: All right. I.'m ready.
CC: Okay. The attitude is pitch 23.4, roll 184.7, ysv 14.3. And the reason we're doing the align- ment in this attitude is, the next thing we'11 w3e9 be coming up with is the scanning telescope via- lbility test and that vill be 70 degrees sun and Arcturus vith a shaft and trunnion of zero. hnd then ve can go shead vith the P52 and then a tnmniozi hiss followed by P23'vith the same stars we read to you before. 04. angles ycru - you gave us.
CC: Allri&t. Thank you.
UNKNOWN: Houston, ue've reached the preferred attitude, and ue're proceeding with the P52.
CC: Okay. Real tine, and I'11 pass up some advice from your friendly flight surgeon. He says you're supposed to take one rare Lomitil.
CDR: Everybody, or just me? 04.
CC: Just Frsnk.
UNKNOWN: Thsnk you. your other data.
CC: Okay. Understand that you've done the P52. The next item on the flight plan should be a scanning- telescope visibility test, and this is the same cne that vas on your fright plan previously at 34 hours snd about 12 minutes, a& we'11 be checking that 70 degree suns on Arcturus. Fol- l&ing that, ve need to m&e a trunnion bias --
UNKNOWN: _ _ ,. ,. ., , _. .._; _ _._ __,_ I .,__ _i.%.-__---_i ._l..y ._.I I. . a-.“- r. ..” . ..I I Page10 read you those star numbers and sets if you don't have them irom the last time I read them up*
CMP: Roger. With such good visibility or such good comunications, ve'11 just give you a ver5a.l description vithout seeing the scanning tele- scope right now. Your angles for maneuver tuning Arctu.~~~ vere quite good. I've got Ar&urus centered in the scanning telescope. At this sun angle, there is a shaft of light directly across the center of the scanning tele- scope and - band of light. It precludes see- ing alotof stars aroundus, and althou I IQ eye glued to the telescope now for kept some time, it's very difficult to see any star patterns or anything. I couldn't recognize that with Arcturus unless I - the objects just drove me there. Hov because I'm near zero shaft and zero trumion, I'm getting quite a bit of shaft movement. Everytime the shaft moves, more particles leave the optics, and they're just as bright as the surrounding stars. Page.U tell star patterns or constellations. With this particular attitude, the shaft of light precludes any indentification of constellations or individual stars.
CC: Copy that. Can you tell us something ow. about the orientation of this band? You men- tioned #at last night also - that you also had a band about 10 degrees vide that ran across. Is there an orientation that ve can tie that to? This band is parallel to
UNKNOWN: I believe so, Ken. the M-line, and I think it has something to do vith the design of the optics.‘ vhere ve have that shaft or the rectangular entrance of the optics from the outside. At this particular sun angle, it cuts right across. Bov I noticed that both the earth and the sun do this to the 8canning telescope. In the sextant, the same light band is there, slthcugh it covers the entire sextant's field of view. However, the asgnification brings out the stars quite well, and it is possible to mark on it. But the identification of the stars vith the scanning telescope makes it very difficult. Hov the attitude found the optics are best at that I are the attitudes vhich give the constellations --~-. -.-_ ~-~- ‘ . I - _- . : But right nov this . .
CC: Okay. kst star vi11 be 26, and we'11 be m&c-
UNKNOWN: You vant star 26, earth near-horizon, tvo sets; ! L-
CC: That's star 22 only in the event that 26
CDR: We von't even do star 22 then unless we can't
UNKNOWN: COM4 sure is good all of .a sudden, isn't it? -- -. _I._ 4..“4-- %pe 26
CDR: Houston, Apollo 8. &ead,Apollo
CDR: Okay, ve have completed two sets on 26 and one net on 16.
CDR: Jim is getting to know the objects.
UNKNOWN: you receiving tee data, Houston?
CC: Okq, Apollo 8. We have looked at the data and * it looks good and they feel like you can go back zo FTC attitude snytime you are ready to. And if you can - go ahead.
CDR: What attitude do you want to useP The same one?
CDR: Thank you. Okay, if you can reach over Bill there and get to panel 3, I believe we vould like to cycle the oxygen fans. And also like to get the BIOMED switch over to WE'.
CC: If you have to bother Bill, to do that uhy ve - hold off on the cryo fans.
UNKNOWN: he moved. We already chased him under the seat. Okay, nov you vant just the oxygen fans on? -. p - Turn one on for about 2 minutes
CC: That ‘8 affirm. and vhen ye turn it off, then ue will turn the next one on. We don't want to turn them on simultaneously though.
CDR: I know that. I mean you don’t want hydrogen thought cc That's affirmative. Just the oxygen. Houston, Apoll,o 8.
CC: . Go ahead.
CMP: Ken, Just recap a little explanation here on your maneuver PAD, something which I'm really not knovledgeable about, the way it was presented to .us, you mentioned fast return P37 DELTA-V of 8750, just briefly clarify that, will you please? cc Okay, stand by-' CDR Ken, can you give us a little report on how our trajectoq~looks and the tracking is going and things like that? CC Okay, sure till. I will put a summary together here.
CDR: And the pericynthion sign.
CC: Roger, we vi11 get all that together for you in just a few minutes. CDR And ve never did get the news. You are the news.
UNKNOWN: off it, come off it. Page3
CDR: Okay, the have been cycled 2 minutes each fans and they ue off. back Okay, thank you very much. read.8 MHFTC. tion about the P37 DEXSA-V, 8750, that's the number that goes into option at P37 for your minimum time retnm. That gives you a target for the Indian Ocean. And in this case, we are going to have use the high-speed procedures that were uorked out for you to use some minus number for the major axis. Ken, in a run thro-ugh. I tried it yesterday, I wasn't getting too much in the vay of results. I vi11 give it try today. a nov, it still looks like the time we gave you last night for time of pericythion is still good, 69 plus 10 and right now your flyby earth pericythion altitude is 65.8. hooks like the midcourse numY her 3 is going to he something less than 1 foot-per- second. And a!J.l trajectory parameters are still holding real fine. : to those holding very much. keep Tape
CDR: 'Bouston, Apollo 8.
CC: 00 ahead.
UNKNOWN: ve're getting near - ve're going to need to dump some urine overboard here. I vonder if that's going to foul your traJect0r-y up. Or can we go ahead and do it?
UNKNOWN: okay. Scmething that is kind of Interesting though is that the last time you had your rater dump, they noticed a change in the trajectory tracking at the same time and they got through correlating it, they found some fellow that thought he knew the characteristics of a nozzle and hov much water you're dumping and his estimates of the effect on the trajectory seemed to coincide vith the tracked results. So I guess you have to stay onto some of those things.
CDR: Roger. Okay. we'11 go ahead and dump it.
UNKNOWN: on using our computer any time in the near future, I thought I'd do a little P37.
CC: Apollo 8, Houston. You can go ahead and run that 37 and we'11 going to kind of uatch that from the ground, too, and see how it vorks out. couple A L-
UNKNOWN: that's referring to the fast return
CC: Apollo procedures. Okay*
UNKNOWN: you following my procedure?
CC: That!6 affirmative. to l&d the DELTA-V you gave us in the maneuver TLI plus 44 in P37, but I keep getting an opera- tor error everytime I try to load zeros for the termination of the middle and corner. Do you know vhat 1.'m doing wrong in my procetWre?
UNKNOWN: shead. I can take it. CMP
UNKNOWN: looks like the decimal pint in R2 under cc XXJR 60 is on the extreme right-hand side so the proper load will be 06070. Over.
CMP: Ah, so. Okay, fine. Thank you. I'11 update my checklist. Don't know what I vant to update it for, I can't read.
UNKNOWN: Souston. We are about to hand over . cc Apollo to another site so you may lose lock momentarily.
UNKNOWN: Houston. Did you receive the results of CMP .I i __ ._,__ _.-., “_- ..^_ . . . .” il. . Tape
CC: Sure did. Looks pretty good here.
CMP: I concur. , Pwe.1 Apollo 8; Houston through Honeysuckle. The switch is caupleted.
UNKNOWN: are loud andclear. Roger. Bouston. Apollo 8.
UNKNOWN: comaent on the optics. We're in PTC right nw. We are passing the - we have the roll of about 182 1 we're about in 226 pitch and I cau rotate the shaft all the way 18 in yaw. around at this particular attitude, and I get this band of light at about 10 degrees of this side-of the up-line. It - it varies in intensity vith the shaft position. However, it is there at this particular attitude. okay. Thsnk you. Jim, we have just been looking at yourmarks with respect to accuracy and they figure they are vithin a couple of thousandths of a degree of the theoretical optimum. The Integrater seems to bear that out. Well,'1 hope that they are enough to get us hose if ve have to use them.
UNKNOWN: I tun getting a lot of confidence in yoti ability to run that lqystery shov now. we have to spend four we days up him, will you take it easy. He is P proiessor. 4-,
UNKNOWN: 1 lx
UNKNOWN: Bouston. do 81 Bov you read Apollo
CC: Oh, loud and clear. awake.
UNKNOWN: do sound tid:
CDR: Hello, Houston, Apollo 8. Row do you read7
CC: 8, Houston. Read you loud andreleak. ,qp&-+GCLL*‘ Apollo L/@&Q ~"*w+cJJ L Bow met ,A .- ' I
CC: Honeysuckle network, GOSS CONFERENCE. How do ' readt you ,s
CDR: Houston, this is Apollo 8. How do you readt
CC: Loud and clear, Apollo 8.
UNKNOWN: ahead Honeysuckle. How do you read7
CT: Well, I would like to say hello to all of you Hav is everything down there? in Australia. CT
UNKNOWN: good 80 far. Thank you.
CT: Honeysuckle, Eouston network, on GOSS COiGeCE. Boxi do you readt
CT: Houston network, this is Honeysuckle reading at 3, 5. CT
UNKNOWN: Apollo 8, Houston.
CC: Apollo 8, Houston. -. ..:, . . . _^I. r. . .^“_ _i -... ” _... - ._ -.. ,_...l_ l_l_^l -_.“-----.- - Roger, just checking with you. Hey, if you all start having ground svitching problems, how about having some place that has CORM come in and tell us about it. Will you please7
UNKNOWN: Apollo 8. That's what we have been try- ing to do. Sane of our problem seems to be getting from here to that site.
CDR: Houston. Apollo 8. How do you read?
CC: Apollo 8, Houston. Loud and clear. How me'?
CC: Apollo 8, Houston. Read you loud and clear.
CDR: Roger. Go abead Houston. Apollo 8.
CC: Roger. We resci you loud clear copy your aa aa remarks about having our remote site talk to you. Scene of our problem has been in going from MCC to the remote site. We will attempt to do that anytime we can.
CDR: That's right. Just tell them you are having problems.
CC: Roger. --_ ~-.‘-_ _ Pagel' Apollo
UNKNOWN: 8, Houston. Reading you weak but clear.
CDR: oks;y. Thank you, Jerry.
CDR: Go ahead, Houston, Apollo 8. Over.
CC: Roger, Frank. I've got a little nevs and some ball scores if you want them.
CC: Okay. The big news right now, on the wires, is that all 82 crewmen of the Pueblo have been re- turned. They walked across the Bridge of Freedom
UNKNOWN: Wonderful!
CC: Said it took about 30 minutes for all 82 men to come across the Bridge of No Return and that's the one seprating North and South Korea. They Started across about 11:30 a.m. and were over by about noon, and they brought the body of the crewman that was killed, also.
CC: okay. Frank. On ball scores, did you get the vord on the Ealtizore and Minr.esota game today?
CDR: Bot the final one. okay.
CC: Final score was the Colts 24, Vikings 14. That gives them the western conference, so it looks like for the NFL title it's gonna be the Browns yersus the Colts on the 29th. -2 ,;<, i - L-
CDR: 29tht
CC: Roger. Slow return - pu'11 get it.
CDR: SW again.
CC: Roger. Case bnck slow return and we'11 get it.
UNKNOWN: rather come back fast and watch it on tele- vision.
UNKNOWN: boyl Let's see, for the AF'L: the big game todsyvas Oakland and Kansas City and Oakland dumped them 41 io 6, so it's looks the AFL title ' game will be the Raiders and Jets.
UNKNOWN: That's hard to believe, that score. Ament Okay. In yesterday's game, I don't' know it you got the score on that. The Cleveland Browns andthe Cowboys. The Browns dumped the cowboys 3l to 20. Yes, ve heard that.
UNKNOWN: they're crying in Dallas. Basketball scores: Houston didn't do so good tnis weekend. Illinois beat Rouston 97 to 84. And North Carolina took the -1s. The score was 85 to 77. We had a couple of vords in the paper, F'rank on :-the Oilers. The Gilers voted George Webster their most valuable player and - although Houston didn't make anybody on the All Offensive Team this year, they put Walt Suggs and Hoyle Granger on the second team. i-- . ..-. .____ __.._-___-_-_ -. ., _~... _-_.._. i-
CDR: V-7 good-
CC: But although the Oilers didn't do so uell out on the fle13, they did great in the box office. Rud Mama, Don Klausterman and Wally Lemm were all - real please< with it. 9y the way, they were at the iape to watch the show. Eoubton in 11 games - the Oilers attracted 460 628 people. That must b-s a recordt For them7 I don't believe they ever got that many in Rice Stadium.
CC: I think so. Let's see tha regular season at- . was about half that. This includes all tedawe ! The paper says the;; aver- the exhibition games. aged about 40 480 for the lezsue goes.
CC: Well, that's about it for now, Frank. We got some news that they promised they would more bring oveA as sc.on as it canes off the wire. The-only .:-Ang of real interests were - particulsr- ly the Pueblo release. I think you've already been told the - Nixon-Eisenhower wedd'ng. atmt And about the only other thing is the weather vhich Is pretty clear around here. got We’ve high overcasts. But it is cold, good visibility, and it's beginning to feel like vinter again. CDR good time for Christmas, good weather for Christmas.
UNKNOWN: you got up now, Frank? > -.. -^-T-l.. _. .,.--X ,. .-^ ., I^ __- * Tape 28
CDR: The other tvo guys are pretty sleepy. They So I am holding the fort sacked out again. dovn Sor a vhile.
CC: 0-y. Thanks. Thank you.
CC: Rank, ve had a little egg nog over Charlie . Duke's tonight.
CDR: Say again. * Ue had a little egg nog at Charlie Duke's tonight. Vale Anders dropped by. She's looking fine. Tell Bill she's doing real fine.
CDR: Rcw do you like shift vork, Jerry? You've got the black vatch
CC: It's great Prank. vatching you tonight.
CDR: Yes, that's vhat I figured.
CDR: That earth is sure looking small. &/Jr. Jerry. I guess it'11 get smaller, too.
CDR: Yes, ve're getting along pretty good, though, nav.
CC: Realgood. It looks like you're approaching a miles. 150 000
CC: Bov &es the moon look, Frank?
CC: Have you looked at the moon lately? HO. Frank, you've probably already been told this, cc but you looked great on TV today. One little haney item, though. In the El Lago area you were upstaged by Santa Claus. He came along on a rire engine just about the time you guys came along. So most of the little critters were all outside.
CDR: That's good. I wish we could have got that one I'd like to share the view here lens working. ve have of the earth.
CC: Frank, ve've got some guys looking at it. We might be able to find a way to make it work for Hopefully, by a couple of hours before you. TV time tomorrov, ve'11 have an sniwer.
CC: Jack Schmitt is working with us, too.
CC: Ah, Jack Schmitt's vorking vith it, too.
CDR: Very good. That's Typhoid Jack. / b
CDR: .!l!his COMM is so good we don't figure we'11 have much to debrief.
CC: Koger. Probably the biggest part of the debrief vi11 be the medical part.
UNKNOWN: You're sure right. Oh, we're all in fine shape. rr;
CC: Real fine, Frank. Houston, Apollo 8. We have just completed the cdster change.
CC: Apollo 8, Houston. Roger. Copy. Pase 1
CC: Apollo 8, muston.
CC: Apollo 8, this is Houston. We have a handover caning up in 2-l/2 mimxtes to Guam. Over.
CDR: O&, Jerry. Thank you. Bq, Jerry?
CDR: How about a long-rsuge guess on uhat the weather !s goeg to be like in the recove& area on Friday.
CC: Roger, Rank.
CC: 8, Houston, vith a veather watch.
CDR: Go ahead, Houston. Apollo 8. For 7 degrees, 38 minutes north,
CC: Roger, Rank. 165 vest landing area, ue are showing 2000 scattered, I.2 000 broken, high over and 10; the vind's iran the east at i.2. b-foot swells, about an 82 degree temperature. There will be some rain showers in about 10 to 30 percent of the . area with ceilings around 2000. If there is - turns out to be a thunderstorm in the area, it till probably have a ceiling around 500 feet. Did you copy that weather okay?
CC: Apollo 8, Houston. Do you read me now?
CDR: Roger. I said thank you. cc Roger. Reading you much better: We got the voice _ caning dous through Honeysuckle now.
CDR: okay. -.. . . . . --- _I--- “, _, ,..... - .^. _.“” ..-. -l. .--_-l__-^.- . Tapa 29 P8ge 2 a
UNKNOWN: 8, Houston. 8.
CC: Roger, Frank. Csn you cycle the H2 md O2 w fen8 nov ?or us1 *
CDR: Roger. Ml1 turn her now, the Ha. Manual - 2 minutes. cc Roger. Youm~yneidto callus nowandthen. Everybody ir little drowsy. a 04, FrEmk* CDR That completes it, Jerry. They'r: all cycled arough.
CC: Roger, Frank.
CDR: Houston, 8. Apollo
CC: 8, Houston. Roger. Apollo Did you my message about the fans? get
CC: Sure did, Thanks. Rank. 04. w= 30 Pigel
UNKNOWN: Houston. Apollii 8.
UNKNOWN: 8,-houstoa. do.
UNKNOWN: 8,~Ebuston. Go. The cabin ttmperatqe id down to 60, md it',8 getting pretty chilly in here. Have you got any approved solutions on hov to bring it up vithout stirring up this nice thermalbalance ve have?
UNKNOWN: do you have your cabin fans ant co
CDR: legative.'
CC: Rwer.
CDR: We haven't had them on since ye separated. 04.
CC: Apollo 8, Houston. Goshead.
CC: Roger, Rank. Midcourse number 3 looks like Just a shade more than 1 foot per second. 60 ue don't reccmend that you do it. That leads us ok Into a midcourse 4 of only about 3 feet per aeconarightnou. Your trajectoxy is look- hg real good. Your height at pericynthian is 70 miles.
CDR: Roger. Understand. Thank you. Roger, Roger, Frank. Little iev thoughts on vh8tlr coaingupnov. The star sightings vhen Psge 2 Jirn,gets up; look8 right now like we've had enough of the earth horizon, and everything looks good;andwe sre ready to start on reel rcme lw horizon sightings. So uhen Jim gets up, ve vi11 pass the ilight plan update to him for 8 rret thus vith the moon. Also, sround 48. of or after the star sightings is when we would like to see your next uater dump come up. So, if you can, I reccmmend you get a little shuteye.
CDR: Roger. Rave you got sny answer about verming this place up a little bit?
CC: Roger. They are still aranking around. They are talking about cabin fans, but that sounds like 80x-t o? a noisy proposition.
CC: Apollo 8, Ho&on.
UNKNOWN: 00 ahead.
CC: Apollo 8, this is Eouston. I have got two methods for you to vsrm up the cabin there. The first one is .a one-man job - about the best vay vould be to oae or both cabin fans OR and go full hot on the cabin heat exchanger. It'11 bca fairly slow process of warming up, od you mon't get e whole lot of heating. YOU second method vwld be to adjust with the mixing valve your radiator OP temperatures. This, again, is a tvo-msn Job, and you have to be pretty care- ful. _ ._.. “..- - ..- ^... ,. ___~. ..-.._” __, _-.. ..__.“. . __“. __ ..- i&*t up yet. 'I1lltellyou what I'11 do. I'11 put on the fans and go HIGH on the cabin tempere- tureand seevhathatdoee.
UNKNOWN: Jim. Remember, if you use Just one fan, oover the other.
UNKNOWN: 8, Houston. CO. If I use Just me fan - You mentioned 8tunat covering the other one - are you sure that.8 t&e in this spacecraft?
UNKNOWN: Thete'e sffirmetivc. I thought that vas a BLOCK I problem.
UNKNOWN: by. Jim. We'11 recheck on that one.
UNKNOWN: 8, Houston. Did you get the word from Prank on the star-sighting planet
UNKNOWN: get out the flight plan if you Roger. have an update to it nw, though, then we can update it right nw. o*-
UNKNOWN: 8, Housto;. . Apollo 8. Rousion.
UNKNOWN: ahead, Houston. upaakr . , : Tape & pasC4
CMP: Roger. Go shetad.
CC: Obag= As 47115, delete the P23 sightings you're shoving there; end at 45 minutes - e oorrection, 45 hours, add one additional set of righting8 to each star. add one set o? sightings to each of the three dars. 18 that correct; 9 That.8 affirmative.
CC: Everybody's pleased real dth the earth horizon work; and as far as ve're concerned, you can knock that off, and Just add &e set I to each one of' your lunar horiton stars at about 45. This 45 our time also is not hard. You can shift it as your - _. esyoudesire.
UNKNOWN: Roger. I see things coming up Jerry, now. we're going to get the block data around 44, and ve'li do alignment around 44:30 end then ue*11 go into cislumr navigation.
CC: Fine,Jim. Then remember after you do OW. the ue'11 taut you to go back to 8ightings. thePn:modeagaln. And e little curiosity, hov's the tasting, and hov did you sleep? water
UNKNOWN: Water's tasting'okay; no problems. And the rleep is getting better: We find it better to 811Sp underneath the couch nw. I was up here 1 I I-” - . . .._. . -- _II.... s-. - ..,m- ,T .---. .<. a . . .._._ i ..__” .,... I L-a -.- with ?rank, and I was dosing off 'periodically over the last 8eWera.l hours. nw below Frank’s uidRill's bslw,too.
CC: Okay,Jim;thanks.
UNKNOWN: Iiauston. cc Apollo 00 rhced, Eouston.
CC: 8, a hmdover frcun ApOuO W’W got C carmend Guam to Honeysuckle coming up in about 2 and l/2 minutes. cm
UNKNOWN: Houston, Apoll 8. ahead, Apollo This ie cc Go 8. Flight - 88 . . . et Ssysgein,Apollo 8.
UNKNOWN: . . . at this distance, there is no problem - there is no problem in seeing stars in the dqlight this distance. at Roger. Copy.
CC: Apollo 8, Flight.
UNKNOWN: is 8; go ahead. QiQ cc cut any of the - or out the telescope? I sm out the windw right nw. I have
UNKNOWN: looking the lights out in the spacecraft, the window cover& where the sun is, and I csn see the rtare rery bill out the left rendezvous windw. Tape.
CC: Oksy. I guess that vindov is still pretty good for you then. That's right. It is one of the Sew that is. The center viudou, unfortunately, is all fogged over; it looks like a coating of ice or coating o? he&y fog. Rill &&IS it is something else, -. though. : this CAP CQlQ4 Job while Jerry is out of the room. \
UNKNOWN: we all have to learn sometime.
UNKNOWN: 47. 31 cc Yes sir. Youpickedamidnightshift,I see.
UNKNOWN: it ia turnhg out to be kind of quiet, too.
UNKNOWN: like it that way.
UNKNOWN: things vi11 pick up here by tcmorrov night,1 think.
UNKNOWN: you ue right.
UNKNOWN: starting to show cabin temperature at 70, it Eay be wannlng up for you.
UNKNOWN: ve can feel warm up. I have both it fans on snd the - am gsges inticete about 70.
UNKNOWN: And I have got a real CAP COMMbeck
UNKNOWN: 8, Houston. Go abed, Bqutatw. Apollo 8 : - I ! P-8 7
UNKNOWN: This is Houston, vith flyby, and
CC: a t a PC, peri&nthian plus 2 ho& maneuver PAD, . vben you are ready to copy. * Ready to copy. Roger. Your TLI plus 44 maneuver PAD18 good, r+irerr no update. maneuver PAD follows: Flyby ..8ps/tm 62954, minus 162, PIUS up. . COOT
UNKNOWN: 060 59 4808, @IS 00953. 00578, co pius ~Inua 02076 000 000 000. Copyt I sm copying. &ml by. I am going to stitch to CMlVI sntenna.
UNKNOWN: standing by. cc Okay. 00 ahead. Roger. RA is not 'applicable, plus 00202, 02356 022 02280 03 0393 PO 013. up 048, right 35 - I repeat, right 35. Copyt
UNKNOWN: copy. QfP Roger. PIUS 1418, minus 16505, 12904 36160 146 29 al; GDC align vith your Sirius, Rigel 8et 8tars. 137 3ll 339; no ullsge. Copy?
UNKNOWN: are xopying. QlP
UNKNOWN: have two ecnmnents. Rumber one; cc Roger l retpires realignment to preferred REFSMMAT; two, raises perilune to 554 miles. Over.
UNKNOWN: I have it. Stand by for readback. - . I I .-’ -. . ., _ ..-_._ :__I.. L-
UNKNOWN: nyby maneuver SPS/OMV 62954, minus 162, plus 129 060 59 4808 953 578 - those are 00953 and prua 000578 - I&IUS 02076 ooo 000 000, not applicable, plus 00202, 02356 022 02280 03 0343 310 013, up 048, right 35, flus 1418, minus 165 05 1.2~04 36160 146 2911, Sirius, Rigel l.37 3ll 339, no ullage, requires re- alignment to preferred FUWSMMAT, raises peri- lune to 554 nautical miles. cc
UNKNOWN: is correct.. Let me know Roger. when you are ready for your PC plus 2. mP okay. Let'8 go OnFc plu0 2. cc
UNKNOWN: Perieyuthian plus 2, dats ret**=. s~s/ow 61503, minus 158, plus 131 071 36 1244, plus 59578, minus 00086, minus 05287. Copy? CMP
UNKNOWN: am copying.
UNKNOWN: 012 080 018, not applicable, plus 0o203 59813 650 59566 11 2160 332. Copy? u4P cc
UNKNOWN: Earth up 00.5, right 27, plus 0398, plus 06500 13215 36961 106 1911, Sirius, Rigel, 137 Yl 339, no ullage. Copy? CMP copy. cc I have five remarks. Number one, as- - ‘ I Page use mame aligxmentas for flyby;nmberthree, time of ridcourse number 5 for GENJ determina- tion cm of 83:38. copy?
UNKNOWN: to go. Rmber four, - Two remarks use P37 RC dash 4, stuidby -number four: atepa 1 through 10 snd E-8, steps 3 and 4. ‘Remark number five: average for cor- V 4OOK control chart equals 36531. Over. ridor