Otrobonita/noicy-space-talks huggingface dataset:
CC: That's affirmative. We'r_ stanr_i_;?by.
CC: Ap¢,l]o 10, f:ou_.ton. _t,'She e¥_,nt tL,_t _ou get u_:de_,'<,]tage 2_f,.e-,t disreL_]'<';Lbo !_:,,_ en , w,? and come right ha<4; _'I' n_{l,.
CC: Okay. I'm ... 26.9 on both main A and main B at this time.
CC: Roger, IO. We copy. And it's looking good.
CC: How good does all that look to you? CC
UNKNOWN: again, 10.
LMP: How good does all that really look to you?
UNKNOWN: Okay. I guess we're going to lose you in a couple of minutes here.
LMP: And, Houston, this is 10. Do you _ant me to maintain my battery charge on A st this time?
CC: Apollo 10, Houston, Terminate your battery A
LMP: Okay. Fine. I understand I'm to terminate the battery A charge at this time.
CDR: Houston, do you have a - What's yo_ _ latest hack on when we'11 have AOS, please?
CC: Okay. AOS will be 122 06. And we'11 be losing you in 2 minutes.
CDR: Roger. Roger. 122 06 and we're _oin_ to plan trackinK, to continue on with the landmark _nd we'11 talk to you about this as soo_ as we get AOS.
CC: Roger. We'11 have some new word for _ou then. CDR
UNKNOWN: Thank you, Charlie. ahead and start a roll around'so I'11 come around to rate of 3 _- I'11 wait until after ue signal up get loss of and pick an O_B rate Of 339 for landmark tracking.
CC: Roger. We copy. !
CDR: Roger. We're right square ir,the middle of a ian_rk tracking.
CC: Roger. And we've cranked up a plan-of-attack on that fuel cell.
CDR: Okay. Can you hold off for Just a couple ,,f min- utes? We'11 be right with you.
CDR: Okay, Houston. Apollo 10. Go ahead. We're be- tween the F~! au,_ 130 sites.
CC: Okay, Tom. Here is o_' plan-of-attack on this fuel cell. First, ye're going to look _.t the fuel cell temperature for _ little while, _nd going put on we're to look at the temperatures it generates versus And ye're fuel We'_,:_got purging available. Ir_oks like _e've lo'st a p_np _mmintaAn the _emperatures of the fuel cell by purg- t_-E it, and then we'11 use the cell only for burns, et cetera. At the preseut time, we're not pro- pect when it goes back on line it wil] go on both maim A and mair_ B, and so at this time we're work- ins up a purge cycle and looking at your fuel cell. Over.
CMP: Okay. We'11 get that checked. we
CMP: . O_a_. J ac?, did, when the heater cycled. We _["e looking at. about 20 to 20.2 volta _ld ve've u_dcrvolts cycling the heaters _o the AbTO position on the as it. It's just not faeiing h_ve those lights undervolts }ig?,ts come on in here. I've temporarily
CC: Roger. We c.opy. antenna OFF we can g_.in again. CDR _ We've ._
UNKNOWN: tL_,,od _e'v( P'tso turned the I:2F_ },¢-_i_.i OFF, .h,,.:t _:omr: ethel' pot_b]e _mall t?Dng_' '_.¢, _:tart :_:v._t.8tov'e_. ' ' Page 585
CC: Roger. High gain antenna, and potable water heater OFF.
LMP: So, Jack, if you see mv CRYO pressure dropping, don't hesitate to tell me to get the heater ON. I Just don't like to put all four of them on. We split the load when we get the lights on.
CC: Roger. Understand you're cycling your CRYO heaters, and we'11 watch the temperatures.
LMP: Thank you. CDR
UNKNOWN: Apollo 10. We've Just finished tracking Lan&m_rk 130. 10.
CC: Apollo 10, Houston. Go ahead. get them all in. ginngd plan.
CC: Very good. We have up a fuel cell 1 Over.
CDR: Ok_f. Stand by.
CDR: Fou_ton, 10. You got the data off 1307
LMP: Roger. Do you have the data off 130 yet? o 130 now.
CMP: Okay. When we're at real time, I'11 Just hold on. I understand this is the one tho_t's really important, so I can hang on to this until you give cell plan. Juat going to leave _t off ][n,_ op_:, _:ircuit, and we w_t _ou to the fuc] c¢.1] ] ne heaters off t_ndthen mon_tor the fk_¥, _,mper_[ure. Monitor the temperature to stay between 390 and hl0, cycling the inline heaters on and off to main- %aim 390 to 410. This will keep our w_ter pro- _etiom to a minimum, reducing our requirement and t;o purge, we may be able to go as long as 50 hours in this manner _ithout purging. During the daY, we will work out procedures to use dur- ing your sleep period on skin temperature. Over.
LMP: Okay, Jack. You must have been reading the same ·m]function procedures I was. _e fuel cell heater has been off no_. ever since we w_-nt through LOS. I've got _ question on the heater. It's an AUTO heater, %_nich recycles somewhere aromld 380 _p0 de- $rees. Do you Just want me to put it to A%rfO posi- tion if it starts dropping, is that correct?
CC: Negative, lO.
UNKNOWN: - We were _-rong about that heater. tween 3gO and ,410 by cycling the heater switch. .
CC: Stand by. ' - _... , . CC lt/ght
UNKNOWN: we're reading skin temperature of 423, lO.
UNKNOWN: Okay. I'm reading about 430, I guess, and it's · been !0retry stable. I'11 turn the heater ON, say dora around 390, smd keep it bet-_een 390 and &lO.
CC: Re,er, And whenever you've got some time there, wDuld _ike to update your staSe vector and _aaa y_ some pads. We're '.
CC: Okay. in ACCEPT.
LMP: Okay. I'm ready to copy your Dad, and I guess question. I'Ye got another You migkt he thinking lxp so_e words arLd things we can pull off the line here pretty quick in c_se we do get some _mder- rolling problems going behind the backside, nnd I'm read_ to copy your pad. Page 587 i! We're working and will
CC: Roger. on that we give 123 18 32, 123 29 - -
CDR: Hold it, hold it.
LMP: Hey, Jack. Wait a mfnute_ Wait a _._-'_,_te, Jack. I though_ you meant a pad. Wait. We've _ot to 5 get the right hook out here. Hold bt. Star% t over again.
CC: Roger, I have a _aeuver pad. !
CC: Go aheaa with REV 25_ now.
UNKNOWN: 25. up,
CDR: Fixing to do a map ate. Over.
CC: 123 18 32, 123 29 36, 124 0_ 2i; sunrise 123 32 34_ sunset 124 _ 39. Over.
CMP: Roger. 123 18 32, 123 29 36, 12_ 04 21, 123 32 14, 12_ 4_ 39, REV _5. P_oser.' V,f_t OU
CC: you to check the AOS So he l_ 21, ! 39. ' ! sunset'12% 4_ cor_cur.
CMP: I
CC: Okay. I've got _ landmark tracking pad.
CC: okay. Charlie Papa 1: 123 38 ]h, 123 hl 13_ +_hrce balls, 051, three balls, north 13 niles _ 12 41. Charlie Papa 2: 123 53 35, 123 55 17, thrc_ b_lls, Foxtrot north 05 04 _2, 1: ]2_ 06 20, 124 08 qO, three balls, 329, three balls, north 10 10 hO. Landmark 130: 121_ 27 2_, 12_ 29 0()_ _ht-ec hal]r, th'r_e h-"_ls, hl. 265, north _t ]_ 12 [;_: mr a readb_,ck snd tell me when you are ready fc,_'a _aneu-- vet _,ed. Fiver.
CMP: Poger. f!_ ]23 ail by]
CMP: ]: 123 38 )_, i_l ]3_ Ir_, ."1_ . " _ '_ 0,5l, t_l] _'_]ls, nr r {.* ' 3}_ [12 !' . . ;' ,J:, _.., gq . 5.2'[, 55 .'17, _]l be,Ils, 007_ _.'l:l b.'_])! _ _r,_}, (?," _,' F 3; 39l_ 06 2'0, :!2t! 0_', '.;c_. _,]) _,_]]_:? _.,q,, _:;j Page 588 balls, north 10 10 hO. 130: 124 27 28, 124 29 00, all balls, 265, all balls, north at 12 12 4].
CC: Readbaek correct. number SPS/G&N:
CC: Okay. This is _I 25, 36750, minus 061, plus 075 125 10 0381, plus 310C8, plus 00112, plus 01154, roll is _fA, pitch is 064, and the rest is NA. Your ullage is two Jets for 1_ seconds. Over. SPS/G&N:
LMP: Roger. TEI 25, 36750, minus 061, plus 075, 125 _0 0381, plus 31008., plus 00112, plus 0115_. Roll is NA, pitch is 064, and two Jets for 1_ seconds.
CC: Roger. That's m good readback, and we're finished with our uplink. The computer is yours; go to BLOCK. Over. C24P
UNKNOWN: We're _n BLOCK.
CMP: Houston, this is 10. That F-1 was right near boy; the subsolar point,, and ! really had a lot of %rouble trying t0 _Igu_ _u%' transfer. YOu · - ' could see it okay in the telescope but when you transfer from the telescope to the sextant it J_t vanishes.
CC: Roger, 10. What target was that?
UNKNOWN: is sort of that way, too.
CDR: Okay, Houston. Apollo 10. I'm going to pitch 092.. around and go to inertial.
CMP: It doezn't vanish. It's there, but you Just can't _ee it. That sounds kind of fku_ny. It's got landmark the lsun_ra_rkin there, line of sight and the lunar line of sight in there, all-in one in the _extant, and you've got two different images and they're so brtght it _ust doesn't .-_unless _t },as the dayk feature in it, which most of the ':( p16_':_:_- Vq,u 3tt_l r_cc.,/Ir',',',r' J¢¢itt, them 79/6 589 Page
CC: Roger, 10. Understand it's hard to see because it's bright as opposed to its size. is tb_at affirmative?
CMP: I Just don't get ay definition. It's a bright blob down there, and there's whole bunch of bright blobs down t_ere.
CC: Apollo 10, Houston. Jo?_,, wherever you have a sex_&nt, target that lgoks too bright in the we just recommend finding it in the telescope and using it that way. Over.
CC: Apollo 10, HoUSton. How do you read_ Over.
CC: Apollo 10, Houstom. St.anding by. Roger.
CDR: We're Just squared away do%_ to a better I_3 align attitude. Over.
CC: Roger. And I'd like to te]i Joh_ Lhat he c_n use the telescope where necessary, if field of view in the sextant is too bright.
CMP: Okay. I'm standing. 130 is no problem; that's easy to get, so I used the sextant on it. But maybe on F-i and C1_-2, I'11 use the telescope.
CC: Roger. Go ahead and use that telescope if it's too bright to get in the sextant.
CMP: Boy! Whoever thought of using the telescope on landmark tracking.
CMP: I was Just making a facetious remark.
CC: Roger. That's what I thought. And they'11 buy the telescope data. And we'd l_ke to have the high gain antenna for dump. _er.
LMP: Houston, this is 10. Can you give u_ _ome - -
CC: Ap011o 10, Houston. Say again, please.
LMP: Could you giVE' me some h;gh _'i_ina,_gles, I,ilaa._:c, for _ attitude?
UNKNOWN: / f ,, _ 79/7
CC: This is CAP C0_$4.
CC: Apollo 10, Houston. If you haven't found them already, it's pitch minus 70, yaw 192. Over.
CC: Roger, I got them; ... I'11 be with you in a minut_. _ '
LMP: Houston, you got us now?
CC: Hello there, Apollo 10. Houston is reading you loud and clear. We're going to start the dump.
LMP: Okay. She's all yours. your
CC: Roger. And LOS will be at 123 18, about And 17 minutes. we owe you a powerdown list. =R6'ger.' Will Over.
CDR: you have it by then?
CC: If we don't, we'11 find out _hy.
CC: Apollo 10, Houston. We have some information on _otential powerdown items. Over.
CC: Okay. If you don't want to interfere with tracking and photography operations, there's not much more that you can powerdown that you've not already powered down. However, if you elect to terminate your tracking and photography operations, refer to checklist page S 2-8 which is powerdown, SPS burn. Sta!t at the top and start powering down those itemS. However, do rot power down BAri7 C. Delete BATT C on main A anu B from the checklist and delete fuel cell p_ps 3 Off. Delete those two items and use that powerdown checklist as your guide. Over.
LMP: Okay, Jack. Yes, I was looking at that. . guts.,: _nat I was looking for was som_: words on - not on emergency powerdown_ but, you know, _n ,:'r_,c, 'lh_s ._t.ay r,n, interval comes on and persists to ther, looked, lik. I'm p]_.yJng t}ief_c:b_,tcrs ;_!m_ii,. /v turned the portable he_iter ,,ff ,_(,[or, th( S-l,mJu off when we ]o_e yew r,u_; r_- , , :_ , [: I Tape79/8 Pa_e 591 I l_asn't looking fur the emergency conditions, _ust ma_be a few good words or something that would be very obvio_ to you and not to us. done
CC: Roger. You've already a pretty good Job of figuring that out, C_ne.
LMP: Okay. We thankyou. because this lan_rk tracking is real important. got one set., and we're going to continue on here and we:11 r_onitor this cell. And, o_turally, if it. P,ut what the mission rule is on right now we plan the thing continue really starts and to go out on us, we know to oki primarily concentrate on the landmark track'Kg.' We'_ _hot co,much _ot_g ...... raphy we're about out of color film. We're saving a little bit for the way back. dovn and _d we still have We'11 get this bear _rired we',e already s_e black mud white to go, znd we'11 do some of that, but the maim thing we're going to concen- trate on noW is the _]_.ndmarktra_;king. Over. no
CC: Roger, Tom. W_ zee reason to change your plan of attack, and we have a change to ]andmark
CDR: Okay. Stand by and I'11 copy it.
LMP: Okay. Go _ead.
CC: Okay. On _EV 25, %_rget 1, the T 2 time should be changed. T2 should be 124 08 03.
CC: Roger° That's _ffirmative. And sc far, all the tracking d_ta looks real good.
CDR: Roger. Th_r.k you. Nave you got a pretty good way to evaluate in real time, there? Over. That's affirmative lc._t_ J.t ._,ext. ant. %
CC: ] forget, it': _l_ c.f%be C?'_,_¢:k_ ih{r(,. 1_'_ .... not ]. 592 Page
CDR: It's CP-2.
CC: Roger. We detected that oa CP-2, but 130 is the real i]_0ortan_ one, and that's coming through real good.
CDR: Roger. Thunk )'°u. Houston. We
CC: Apollo 10, have a revision to t_ way in which we'd lik_ _ou to maintain temperat_'e in the CRYO tanks. 'OverW ' _ _'_'_ _ . _ _ _ _ · , _ . ,
CC: Roger. Instead of usi,,g yo_ eaters to ._aintain ten_erature your CBYO the in the tanks use fans Over. manu_l ly.
CC: Okay. Use the fans to w_ntain the pressu__e in the CRYO tanks. Ri_-ht? Is that correct?
CC: Use the fans to _a_ntain the temperature in the CRYO tanks. This vi// be - correction - pressure. This rill require less current and allow finer control. Over.
CC: Very good. Thank you. Those are the kind of much. good words I really wanted. Thank you very
CC: Roger. We'11 try to think up some more. in about a minute and a half. Your AOS is 12_ 04, and we'd like you to check and make sure the VEF is all OFF. Over. 12_ we'11 check.
CDR: 0_, and
UNKNOWN: Yes, Jack. I checked. Ail the VHF swdtehes are a/1 OFF.
CC: Roger. Thank you. I
CC: _tlo, Apollo 10. This is Houston. We're stand- lngby. Over.
CDR: Roger, Apollo 10. Houston, we're doing landmark tracking, and we're coming up to landmark F-1.
CC: Roger, 10. Good afternoon, you guys. Just wanted yesterday. to congratulate you on a great d_y I di_'t get s chance to do it yesterday. It was m Beautiful show.
CDR: Okay. Thanks a lot, Ch_rlie. You on the ground really cem_ through coordinating those vehicles together. You must have had a heck of a load on your mhoulders. But boy, it was fantastic, and we sure appreciate it.
CC: We've had a lot o_; fun, Tom. 1
CDR: ... I could feel the tension down there ...
CC: Say again, John.
UNKNOWN: I co_ feel - T could feel the tension down there ,1l the way up here.
UNKNOWN: We were a little tight at times, but you guys did a great Job. We'11 let you get back to work now. Out.
CDR: Roger. Thank you. Out. CDR on
UNKNOWN: Houston. Apollo 10. We're coming up and we Cenaorinua have Maskelyne, Maskelyne B, up _d 130 ahead; and we'11 call you after we finish the track on that. Over.
UNKNOWN: We're by. tracking you along. Okay. Houston, Charlie Brown.
UNKNOWN: We finished track- iug 13o.
CC: Roger. Wc copy, 10.
UNKNOWN: You got the data, Charl_e? That'r .'_ver.
CC: _.ff_rm_tive, John. _!¢ got it _,11. t.}u.' J_,[&':
CMP: Houston, Lido]lb 30. Did you get, Over.
CC: 10, Houston. How did F-1 i'ook in the sextant this ! time?
UNKNOWN: Houstom. Apollo %
CC: Go ahead, lO. Over.
CDR: I'm going to - Okay_ _'m go_fig.%o pitch aro%md - :' to the 092 attitude, and we'11 get you some high then. gain O_er.
CMP: Nouston, this is 10. 8-,,,,aryof the last four lmnd- marks: CP-1 - I'm not sure, reviewing it in n9- min_, whether I tracked the same CP-1 on the first one as I di_ on the second one. CF-2, I'_n sure I'lm_ got the right one; F-1 I'm sure is the right one, and 130 I'm sure is right.
CC: Roger, John., We copy. ¥_ybe not suite on CP-1, the rest are the same.
CMP: Xes, And CP-2 I did with the sextant, CP-1 -_nd 2 were with the sextant, F-1 was with the telescope, 1_ waS with the sextant, and I'm going back to the telesc_Pe on CP-1.
CMP: Aha probably CP-2.
CC: Roger. We copy, John. Next REV you're going t. zcLd tr_ the telescope on CP-1, 2, and F-1 u_e _he sextant on 130.
CMP: Roger. And I may not do that. It depends on whethgr Icar, identify it in the sextar,t or not, once ! get it in the scope. {
CC: Roger. We copy. How's the old eyeball holding out?
UNKNOWN: Eyeball's ,kay. T just keep - I just keep - It's qu_gtiol, of w_bout _,,d things _ike that. At 4ifferent inclination angles when you're passing over it, these little things look different; especially in that sextant where you've got these two landmark line of sites fighting. These two lines _f sites _re sort of in competition with each other.
CC: Boger,
CMP: 130's been 130% been real good, though. good.
CC: Roger. Thanks a lot. Out.
CC: 10, Houston. About 15 minutes before LOS. We'11 have a little critique when we look at the data, an.4 we'I1 talk to you a little bit more then about it. Over.
CMP: Roger. Heno, and ACCEFT. We've got a state vector for you. Over.
CDR: You're in ACCEPT. Go. CC Roger. And, 10, if you're ready to copy now, we got a TEI 26 pad for you.
LMP: Roger_ Gene. TEI 26 SPS/G&N: NA down to NOUN 33, then we got 127 39 20.00, NOUN 81, plus 3]63.8, plus 2 balls 56.0, plus 0160.1, pitch angle is 062, and it's two Jet ullage for lh seconds. Over. Charlie,
LMP: we lost ycu. I picked you up at NOUN 81. ¥o1_'11 have to go up through - up to NOTJN 81 again.
CC: Roger, 10. Why don't we hold off till we get the high gain, and we'11 be back with you. Over.
LMP: Go ahead, Charlie. We got your high gain now, and ...
CC: Roger, ]0. You copy now, C_ne? Over.
CC: That's _,fiirmative,
UNKNOWN: O!<ty Uu wcr: NA _.mm to NOUN :3. NOIR: 33 .::: !J7 3% ?0 00. 1'.1',, _ tl6 ' .*.._ ' · ..l,lUs. P_'_-'3 '_'_ ' _/t·ub..0160. _( _ , f,: , :'_ : ,"h a_<: ], ; , , 1 l' ' :' 80/4
UNKNOWN: I got TEI 26, NOUN's 47 _ad _8 arc IA, 33 is 127 39 20.00, plus 3163.8, plu_ 0056.0, pluB 0160.1. Pitch is 062 and two Jets for 14 seconds.
CC: Roger. That's a good readbaek, 10. And we have a REV 26 update for you. Tracking in the map update if you're ready to copy that no_..
LMP: Okay. Go ahead, Charlie.
CC: Okay. We got tile state vector in, 10, you c-au go back to BLOCK. _y. T_e ap update for 26 coming at you': 125' i_ _1, 125 2_ 00, ]26 '_ 02 51. Okay. For the CP-1, starting with Tl: 125 36 38, 125 39 38, 000, 052, 000, north of track 14 12 41. Going to CP-2 now. _md starting with Tl: 125 52 00, 125 53 42, 000, 007, 000,
CC: Okay. F-l: T1 time, 126 04 _6, 126 0g. 29, 000_ 41. T i for 130: 126 25 53, 126 27 25, 000, 26T,; 000, your by for readback.
LMP: Okay. REV 26 is 125 16 41, 125 28 00, 126 02 5], CP-1 is 125 36 38, 125 39 38, 000, 052, 000_ 007, 000, north 05 04 43. F-1 is 126 Olt 46, ]Pt5 41. 06 29, 000, 330, 000, north 10 14 130 - ]30 is north 126 25 14 53, 12 126 41. 27 cP-2 25, OGO, is 125 267, 52 00, 000, 125 north 53 42, t2 12 000, 40.
CC: Okay, 10. That's a good reLdback, Gene-o. Out.
UNKNOWN: Okay, Charlie. From what w_ saw a little while ago, it looks, like the Sun might be shining dom: there.
UNKNOWN: a big growler coming up Just north of the site here. Since I came in, it mJght be z'aining out there.
UNKNOWN: Okay. That was with the naked eye, fror,_ a quarter- ' million miles away. he Just came in, and surfer ht;'._ _(_l]y a!'i_vod ot Houmton, zmd it is clear and bot. P_e 597
CDR: Eello, Houston_ Apollo lO.
UNKNOWN: lO. Over.
CDR: Okay. g'e are loc"_ing a_ead 0fydu. -We've got this' - _wV of landmark tracking and it calls for a TV pass. And - I tell you right - I'd like to show you this moonscape out here. It's really - we think we've got some definition of the color out there: about being ir,the shade of light brown and light tan and it's gray right near the sunset; an early sun- rise and also the new craters look like a gypsuz_l, more of a whitish, chalky - things, but after 130 there is not much light left. An ideal thing would be maybe right near the end of the rest period Just give you a big panoramic sweep coming in through there. How would that be? Over. that you would like to skip the regular TV at 1 26 20 and then schedule it in at the end. of the rest CDR th':
UNKNOWN: That's right. By time we do that you have to link us a state vector, John does az, I_93, around and we come and do one more REV of land- mawk tracking. It's pretty crowded, plus I don't think we'd have too much to show you, We've got to get squared away for the landmark tracking _,Eain, but the way that the Sun is now, out on tb-,t maria area there and everYthing, it is really heautifu/ aud I think it would be lots better if you could an figure out angle where we could get high gain, and we could be looking backwards. Unle%s we pro- g_ess fol-wards, look hack Kind of show you the fo!mvards whole zone. Or we could go so you can get a high gain angle during that rest period. Ue could take about ]5 or 20 minutes in there without any problem and show it to you. Over.
CC: Roger, lO. We can come up with that for you. Do want us to schedule this at the beginning o_ the rest period or right at the end, Tom?
CDR: Stand by, Charlie. r,r,the
CC: It looks ]ike to me - 10, it looks like lo tim" end -beat would probably be at the cd' _h,, rest. _,eriod. A' yo_ begin your rest pt_.i(,d,3_,_,_,: 2_:I. h',_- ',cJ_Jrt al_eod? ih r:a,'kne,_S__tarting PLW ?,:.':_, probab? 5 (1¢?it _:_ ibc end of you_' p_ r;(_'.{. Oh, t r.
CC: Yes. I - We're _ust looking ahead here and this looks real good, Charlte. In other words, when we come around at about 131, say 30 or so, give us panoramic the angles and we've got s_me beautiful · Viers. If we can be looking out obliquely ahead down at about 15 to 20 degrees, and looking ahead l_th the Sun to our hack there you should get a fa_tas_ic_view of the whole marie area. It's really beautiful. And we could show that on T%_. At least so far, the colors have been coming through good; shov you v'n_t ye mean by co]or up here. Over.
UNKNOWN: Noger. Would you like to combine it with the oblique strip photography of Landing Site 3? Over.
UNKNOWN: Yes. That would be okay. Be fine.
CC: Roger. I think we are pretty well squared away on that, Tom. We'11 give you sOme - We'11 look at it for a little bit longer, and we c_ eo_ for up with an attitude high gain and TV, and allo_ you to get your oblique E trip in there, _md (_;er. we'11 have _t for you in _ ]_tt]e while.
UNKNOWN: Okay. Thank you, Charlie.
CDR: Cl,O _ead.
CC: Okay, Tom. ·We've got a little critique on _our HEV 25 tracking for John. On Site 130, it appeared that he started about 90 :_eeonds earl_. The spac- ing was good, but the geometry was not quite as good as we'd like it; and if we could just move that up 50 seconds, we'd appreciate it. I'11 repeat, though, that - Go ahead, John. listening
CDR: Co, go. We're to you; John i.%busy. Go ahead. _;:,_]:_but
CC: Okay. The spacing.was real good on the +-he geometry w_sn't quite ac g'obd {_ked it, _4 _ I _Ib _ _ nc, rcr.a:'k. they Jtu_.twanted to $,ass ol. theft On F-l, the mark spacing uae eweellent ar_.]_c _r_rted right on time. We only g_,t fo_u_ _,,aYk_ ',ceor,b','_ _-rid ?t appeared _;c ve:,._ in Just. - ZL_u,d by. 5_,_i...r. th_,t l:e It _ppeared that o:, F-i, that i_,{t.i_:]]y;(_(' Just t,) _ttit'Jdc h_;l,'i _:hd %;_' 7rah c,u;, r,[' %r,_:m.[vn befor( vt-_ Cot al;i ?.b_ _.;.xt;,: iu, I:,l_ 't.h(. t:l,_:c]_cI: 5,us 80/T 130 right on the time that - we thought, right aa the time sequence that you passed up to us. 0vet. .. .
CC: Stand by one· T2 time, the mark should be started about 30 to
UNKNOWN: CC 10, Houston. The experts here were saying that the
CDR: Okay. Ail right. We'11 start them 30 to _0 seem _0 seconds after the T2 time. Over. (_nds after T2. 15; for you on the at about 132, snd we']t have the 210 dish. It looks like we're going te be in good
UNKNOWN: CC Roger. And Tom, we're going to have Goldstone up shape for the oblique and the TI', snd we'11 get all the info up to you next REV. Over. you. you next _EV st 126 02, and we're looking good is looking good. Over,
CDR: Houston, t_is is 10. Oa that ...pass, we'd like the obliques, if we could get into some attitude w_aere we wouldn't have to be upside- down, like m_ybe if we yawed right or pitched looking out the side window. Over.
CC: Roger. by that one, Tom.
CC: )-our request, we'11 work it out on the bzck side. we'11 next Over. have it for vo_ AC]. _ou It looks like the old orbit here is being Over. really weird looking th_ng t},ere. It's as predicted, though. I guesz ... - Oh, go ahead. /
CMP: No, I wes Just _oing to say. _,:e'vebeen notic- ing, we expected it but right there _-e're in the by energy like conserved, but it's really changing the APS ... Over.
CC: Roger. That's just about what we have you in We agree with all those comments. Over.
CC: Hello, 10. Houston. _,_ _-inute_.to L_J. looking You're great going over the hill. )ver.
CMP: Okay, Charlie. _nks e lot.
CC: Hello, Apollo ]0. Eo,:_'_to_ t. We're _t_ndLng by. _t.
CMP: Roger. We're coming up to 130,
CDR: ltello, Hou'_n. A?.,llr,1(. 81/2
UNKNOWN: ahead, 10.
CDR: Okay. We've been dela_ving a little bit liku you suggested about that T 2 time, but the thing gets Just about out of sight here and John had to hurry up on the last one, so we've been waiting abouJ_ 20 seconds, and that's _bo,,t it, after the T2 t'_6e. '.' · - .
CC: Roger, 10. We copy. Sure that's okay. That sounds good. And little run devon on your CP-] and CP-2 marks on REV 25. They looked real good to us· The marks were good and the spacing was good. We are real happy with that. Over.
CDR: Okay. Real fine and just might pass along to the FIDO troups down there that we noticed a star we could not identify coming up and we said Well, there uust be something else in orbit with us and sure enough this last pass it got close enough. It's the bottom part of Snoopy amd Gene-o with his monocular can sec his legs - the reflection off hfs legs. Sc,as he %;ent out ... behind us, like, I guess I read that .., we're going to slowly catch u_ _th him. Well, %;e're starting to catch _p with the bottom part of Snoop, but something ha_ torqued him out o_ plane a little bit, ,_n_ hr's going out of plane into the south of us. Maybe a MASSCON gr%bbed ahold of him ? or something, but we're catching up with him. There's no And doubt abouO it. we can actually see the different colors of reflected light off the black in the silver panels. Over.
CC: Stand by. We got it all. You cam proceed.
CC: 10, Houston· We can - you can increase yuur marking push time slightly if you'11 your pitch rate up a little bit, 8s you go hhrou,5'L the marking cycle. Over.
CDR: Okay. Yes, we thought about that.
CDR: Okay, F]tg,ht. I,et".-pay attentior, fo, hu:_l_c,'_ now. ,->tOt]> ';: : , 3 _' '_! _et;! f_' ',he t, j% ',, I 8/3 copy.
UNKNOWN: CC Roger, 10. We
UNKNOWN: (_MP Houston, and pitch this over is before 10. you Do you give want us me the to update go ahead and ... go ahead and talk a little bit.
UNKNOWN: CC Stand by. Hello, 10. Houston. You ear, go ahead and maneuver and give us the high gain. Over. Then we'11 give you the update after that.
UNKNOWN: (_P Alrighty.
LMP: You got the data, Crtarlie?
UNKNOWN: (1"IP l{ouston, Apollo 10. Over.
CC: Go ahead, 10. Houston. Roger. I'r_,sure
UNKNOWN: CMP On that last p_, the same marked CP-1 I on with the sextant on REV - on the first - on the second track REV, I r,arked on with the third one. Acquire at CP-2 is the same in all three cases and F-1 is the same in all three eases and that 130 is the same in all three cases. Roger, Johfi. all that. ...
CDR: The last pass I only got four marks on sextant .. because the wasn't .
CC: 10, Houston. You're up. We'11 talk breaking to you when you get on the high gain. We've
CMP: , Houston, how are you reading us on high gain? P;_
CC: Hello, Apollo i0. Houston. We have a TET tracking
UNKNOWN: updates and landmark updates. Over.
CDR: Go ahead. You want to start on the map update? l o_,_-r.
UNKNOWN: CC Your ehoic_ _, ]0. I :. · . Page 603 . j CC ue'd state
UNKNOWN: Tom. First like - _'egot a vector for you if you'd give us POO and ACCEPT, and I'11 start out with the map update for REV 27.
CDR: Okay. We're in POO and ACCEPT.
CC: Okay, 10. Coming at you with REV 27 map update, 26. 127 15 15, 127 26 26, 128 0] Okay a land- mark tracking update coming at you for CP-1, 127 14 35 02 127 38 03 000 053 GSO north 12 41. Are you with me? Over.
UNKNOWN: Over.
CC: Roger CP-2 is T1 127 50 25, 127 51 30, 000 011 000; north 05 03 50. F-1 T1 time for F-1 128 03 10, 128 04 55, 000 331 000, north 10 14 41. Okay for 130 T1 time for 130 i$ 128 24 16, 128 25 h7, 000 265 000, north 1_'12 4_. Over. ! CDR _. Stand by on the Tgi pad. Okay. Go ahead, : Chs_lie. CC Roger, Tom. TEI number 27, SPS G&N: we're N/A down through 39 to NOL_ - NOUN 48, NOUN 33 is 129 1871, plus pitch plus 32367, 00410, plus three balls 75, snEle 061, and it's t%ro Jets for 14 seconds on the ullage. And I'm standing b'y for your readback.
CDR: Okay. We'11 start on the landmarks. First, we'11 ' start the maps promptly to 27: 127 15 15, 127 26 26, 128 01 26. CP-I: 127 35 02, 127 38 03, 000, 053, 000, 128 000, north north 12 05 03 50. CP-2: F-i: 127 03 10, 128 5.1 30, 04 55, 000, 10 25 331, 000, north 14 41. 130: t28 22 16, 128 47, 000, 268, 000, north 12 12 40. Over.
CC: Roger. All a good readback. Standing by for the TEI pad.
LMP: 'Tfft 27, SPS _&N: NO_[ 33 is 129 39 1871, plus 32367, ........ plus 00410, plus 00075, and pitch is 061, and two Jets 14 seconds. and
UNKNOWN: CC Roger. Good readback, Gene, the computer is yours. You can go Tack to BLOCK. And Tom, we got a TV plan for you if you'd like to turn to page 3-85 of your flight plan, and we'11 run through this and see what you think about it. When you get there, give me a call. Over.
UNKNOWN: '_uay. I'm there, Charlie. Go.
CC: Okay, what we'd like to do is - we think we can - on and 31 by doing the following things: on REV 29, we'd like to get the obliques to Landing Site 3 at - fly as inked into the flight plan; that is, roll angle 180, ORDEAL of 339 in pitch, heads do_m, and we'11 send you the Landing Site 3 pad as schedule_. This will give us good TV obliques for training and a high gain acquisition, but the high gain acquisition may be delayed Just slightly, but we think we'11 probably get it right away. Now on REV 31, coming up on page 3-89, we'd like to - During the descent strip photos, we suggest that you fly them as you f.]ew them th;_ REV 23: with a roll angle of 180, and ¢IRDE/,Lo£ 28_! in pitch, and our remarks are to remember *,-,pitch n_.al as reqUired to shade the windows the t_rminator. And again we'11 _:end you the pad at _c{,<'_ul_c{. Nc,_ for TV panorsmm_s of what you guys are seeing flying l_ackwards, and if you concur with that schedule, we'd
CDR: Ray. That seems real good now, and we'11 get an up- date after that on - as you were - update pad for TEI after that, and we'11 be all squared away.
CC: Roger. Very good. If you feel like we're pushing you On TEI on the REV 31, we can discontinue that TV at eny
CDR: Okay. We'11 check and see how it goes. We want to get before and that has about last priority, but we'11 see ho_- it works out.
CC: Fine, Tom. And,
UNKNOWN: CDR I guess we're _11 sqhar_d away to pick it up on the - Over. I guess we're all squ_red away to pick it Up after Tgi, when we come around to look back. Right? Over.
CC: That's affirmative. We've got you for the ATT then. We'11 be standing by. Out.
UNKNOWN: 10, Houston. On the REV 26 tracking that we saw for F-1 and 130: J_m, you d_d a great Job. It's
CMP: Thank you. But it was a team effort.
CC: Rello, Apollo lC, HOuston. You know, we'd like you to start charging battery B. Over.
CDR: Jk_ger. Battery B.
LMP: Okay, babe. If you thir_k we can hack it. Here goes.
LMP: Oh, it look good here, Charl*[e. Gene-c,. mu,c:h
CC: Roger, Vr,u'_* really not _ulling more c_rren% at ail ot,'c _*f t}Js th_ng, a_J u'c _hin_: you're going to be in good '.diap(..Ov,'r.
LMP: Ney, )ou know tha_ id(( (r, the fans to %_.iJ(iup the you over the hill at 1280]. Okay,
CDR: Charlie. Look, we've been talking this over, and what we'11 do is when we shoot those obliques in the Landing Site 3, we'11 give you and the TV pass then. We'd like to continue on, if this Vidieon has the strength, like to show you what earthshine is around the Moon. It'11 Just continue on, it woul_t delay P52 a litt]_ bit, and then that will be the only _V pass here. Now we think we want to get everything souared a_.a_ before TEI, and then after TEI as we leave the Moon I'11 turn it around: we'11 turn that barrel f,_ll time for you. Over.
CC: Roger, 10. T_at's a good plan. We conc ur . Over.
CC: 10, Houston. 2 minutes to LOS. You're looking great going over' the hill. 0Ve_'_
CDR: Okay, Charlie. Thank you.
UNKNOWN: Apollo 10, Houston. We're standing by. Page 60'1 ~
CDR: Okay, Houston. We've finished with 1, narn_rk 130. 10.
CC: Roger, We copy.
CC: 10, Houston. We've got quite a few things to talk for your rest attitude, to change your roll angle frcen 180 to 090. Rest of it's okay. Your high gain ch-nges to a pitch of 00 and a yaw of 240. Over.
LMP: Okay, Charlie. Why don't you run us by that again, Nobody was on the headset.
CC: Okay. Roger. We've got the data. You can proceed ! On out of 22, and we got the flight plan updates for you starting on page 3-82. Over.
LMP: Roger. Wait a second,
CC: Okay. On the rest attitude at 128 29, we'd like you to maneuver to a roll of 090 so ue can cool down quad A, ghd the pitch and yaw are the same as listed in the flight plan. The high gain antenna angles are pitch cell 02 purge - we'd like you to do the fuel cell on 02 purge on fuel cells 2 and 3. And, same page, we have a map update REV 29, if you are ready to copy. Over.
LMP: Go ahead, and I am going to go ahead and start th e fuel - the 02 purge right now on 2 and 3.
UNKNOWN: Roger. Okay. BEV 29, map update: 131 12 2h, 131 23 18, 131 58 35.
CC: Do you want to read that back to me. Over.
LMP: Okay, Charlie. REV 29 is 131 12 2_, 131 23 18, 131 58 35.
CC: Roger. And let's go on to page 3-85 in the flight plan.
LMP: Okay. By the way, we changed canister B a little bit late. Let me find it for you. I'11 tell you exactly when we chs2]ged it.
CC: Standing by. %[e 3_,tc.
LMP: Ye changed it. at 120 - ehangf,8 cnniste,r }3 _e cha.*i/>ect _{l at ].?? Louts. ! 1 83/2 an update on page 3-85 if you're ready to copy. Over.
CC: 0ka_', Gene. 3-85, the update for the oblique strip - we're giving you the same update as this morning. f:8 time is 132 17 48 - change to f:2.8 at 132 27 16. Okay. YOur T 1 time is 132 30 16. T 2 is 132 32 16. Now the f:8 and the f:2.8 f stops are - stop changes are for the sequence camera only. We'd like you to use f:4 at, 1/],25 far the ?_lack and _hite. Over.
LMP: Okay. I got oblique strip roll, roll 180, pitch 339, yaw 000, T O is at 132 17 48 - that's at a f:O and go to f:2 at 132 27 16, and that's all under sequence. T 1 is at 132 30 16, T 2 is at 132 32 16 and use f:h 1/125 on the black and white all the way.
CC: Okay, Gene-o. Goad readback. Those roll, pitch and are yaw angles ORDEAL angles. Okay, I've got a T - TEI 29 if you're ready to copy. Over.
CC: Okay. Before we start on the pad, we'd like you P00 and ACCEPT. We have a state vector for you. And coming with e TEI 29, SPS G&N: start with NOUN 33, 133 37 3669, plus 3h079, plus 00166, plus 01719, pitch 056, two Jets for lh seconds on the ullage.
LMP: C_rlie. Give me NOUN 81 DELTA-V X again, will you plebe?
CC: Which DELTA-V you want, Gene?
LMP: DELTA-V X.
CDR: , 0k_y. DELTA-V x is plus 34079. Over.
LMP: Okay. TEl 29, SPS and G&N: NOUN 33 is 133 37 3669; 3h079,plus NOUN 81 is plus 00]66 plus 01719, and pitch is 056. It's two Jets ullage for 1_ Seconds.
CC: Roger. That's r_ good x'eadb_,(:k. /iow, I've got some e,']J_ C,_;_S [_tuff fc,:'you on thu f'_el rindthe ],l,£',[.},y. You might h;._'e g, , _,c _;) r,,::3,/ _c, you cst 83/3 Page 6O9 slowly and repeat all that you need. TJe'd like you to stir the CRYOS and - before going to sleep - and then turn all the ferns off. k_e'd ... like his% po'_er switch OFF, SCS ELEC'£RONICS to ECA. 02 tank 2 heater AUTO, 02 tank one heater to OFF. Are you with me? Over.
LMP: I'm with you, Cnar]ie. Continuing We'd heater AUTO, h2 tank heater to OFF. You can leave battery B on CKkqGE, m_d we'd like to power up the high-gain antenna for the slecp. ._o_ O_ the fuel cell configuration, c_% leave as is, and we'11 place fuel cell i on both 1,2_I_A and MAIN B one and a half hours prior to the TEI
LMP: Okay, Charlie. _,u_ndenm.t_ud. I'_1 _.ycl_ the CRYO. fans and po_._eroff, then I'11 ... optics SCS AT/fO; number 1 Lo OFF; H 2 t_~uk 1 to AUTO, and 2 to the high gain.
CC: Roger, Gene. Good readback, No_ that - at our present temperature decrease on fuel cell 1, we pilot will not have to put it on the line to the above time. The minimum temperature for fuel cell 1 is now 370 degrees - that's 370 skin temp. So we']_l place it on the main buss_:s to raise the temp in lieu of u_-_ingthe inline heaters during transearth coast. I'd like to not emphasize, please do use the fuel ceil hc_ter on fuel cell 1. And, et the presemt rate of deesy of temperature in fuel cell l, _t looks like we'11 busses have to put it on the _.bout every 20 hours. Over. Fine. us Charlie. como for got some word - word you on the ._,torage the canister. W_.:'d one. lO. by. ,lc rtceld,
CC: like - Stand we suggest that _ot a you wrap updat_ the camera'.;in on the camera r:t(,uagC. Vr '3 1 be z ight wSt_, y_,_]. ,qvr_'.
CDR: Roger. Houston. Say again, now. We - We're going to go to the - mmneuver to the sleep &ttitude at this time.
CC: Roger. That's fine, Tom. Go ahead. Go ahead for the maneuver, and your computer is yours. And I'11 be back with you when we get to high gain on the Hasselblad and canister. Over
UNKNOWN: Okay. Go ahead_ 10.
UNKNOWN: Roger. Let me summarize this landmark tracking thing, the last pass. I think we only got four summarize the whole thing by saying, Y think you ought to throw out CP-i'S first pass and F-l's first pass because I don't think they were on them - they were on the saree site. I don't think CP-1 was the same site that actual CF-] vas on the other three _es. Same way for F-l's first rest of the sightings. I think they're all on the to you s_? when spot we of get ground, back. and And I'11 I guarantee point it you out that all the stuff on 130 was on 130.
CC: r.eally
UNKNOWN: John. We co)y, _ It _s a great ., show A_;erybody's worked on the landmark tracking. real - very pleased with everything, and we understand yot/ suggest throwing out the first !0ass of CP-1 and F-1 due to incorrect - possible incorrect landmarks. On the last pass of CP-1, we copy - we're onl_ four Marks on that one, but they look real good. And everybody in is }_!_AD's happy as a clam with everything, and %'e're all set for you guys to go to sleep.
CDR: Okay. And if we don't /earn nothing else, we know ought to where 130 is.
CC: Hey, John. 0n - On 130 you're within 300 feet on your altitudes on every pass across 130. It'_ really great. The MPAD's calling you the mechanical man. y(,u :;hould really putting, __t r_t_!,t¢,r;ibc money there. It _,_,-_; (' f'! ! from Tom.
CC: Roger. We could tell that the data, It 1ook_ really great. 10, that's all we got for you. We're going to bold up on - -
CDR: - - ... Yes, I was going to say, Cnarlie, if George Miller is aro,md there, tell him to smile. Over.
CC: Okay. He was grinning last night. I haven't seen him tonight. That's all we got for you, 10. cameras and the canister until we cone back in the transearth coast. 0ver_
CDR: Yes. Roger. We're only going to be pulling about one g when the engine fires off here, Cnarlie. We got everything already pretty much configured for that, so _e'11 be in good shape to take care of the rest of it. Over. {
CC: Roger. We concur. Out.
CC: Hello, 10. We have you on the high gain no'_. Do you read me? Over. ' - '
CDR: Roger, Charlie. Read you loud and clear.
CC: Roger, Tom. One further recommendation. Quads ; Bravo and Charlie are the fattest, and we recommend for the sleep period you configure 1 the DAP for attitude control using quads Bravo And and Charlie. otherwise you're in Mood shape. 3-1/2 Good night, and we'11 see you in hours or so. Over.
CDR: Okay. Roger.
CDR: Houston, Apollo 10. Again on these quads, 2ou want us - we don't want to _se quad A. You want us to use quads B and D? Over.
CC: That's negative. Quads Bravo end Charlie. Over.
CDR: Roger. You want us to fail A and Dog. O_er.
CC: Hello, Apollo 10, Houston. Sorry to _.Jsturb you again, hut we notice your DAP que.6. _.i'tr_ _ncor- 0O]l{l :;c:that rectly. We'd like you to load _'1;_ have some I.itch _ttitude con+rn]. Ov_:_.
CC: Roger, Tom. In register 2, we'd like 00110.
CDR: Okay. You got it.
CC: Hello, Apollo 10. Houston. We're not going to give Up. We got - _'e noticed your quad CTLarlie AUTO RCS SELECT switch is OFF. We'd like for you to configure Bravo and Charlie AUTO RCS SELECT switches ON. Alfa and Dog OFF. Over.
CDR: 1Ro{_er., Alfa and Dog OFF, Bravo and Charlie 01N.
CDR: Hey, maybe it's late at night, Charlie, bub you want Alfa and Charlie off, Bravo and Dog ON. Now you going to get any pitch control?
CC: We want Bravo and Charlie ON, and Alfa and Delta ·OFF. Over. Delta OFF. Got it. Thank you. I 8_/1 ! } t
CDR: Hello, Houston. Apollo 10. 10.
CC: Hey, good morning, Apollo How are you doing this morning?
CDR: Oh, Just woke up from that little nap. Pretty good. We had kind of a long da_. _,_at
CC: Roger that, Tom. have you got there for the crew status? When you get a chance, _e're standing by for that.
LMP: It was Just a nap, Joe.
LMP: As I look around here - this is Gene Cernan calling three of from us: the John Moon Young, - As Tom I look Stafford, around and there's my_ con- self. And their status has been: Fairly fident. Can we help you?
CC: Okay. You got me.
CC: Okay. 10, this is Houston. We're standing by for some TV on this pass, and I've got son?e p_d_ to update to you. I've got a maneuver pad and a couple of map updates, and as soon as you get a chance we would like to have a crew status as
CDR: Okay. Nobody has taken any of the little pills, and we'11 read you out some REV's in a minute. Over.
CC: Hey, that'11 be fine. Thank you, Tom.
LMP: Go ahead with the maneuver pad. Let's get that one out.
CC: Okay. You're ready to copy?
LMP: Yes, Joe, I am. Go ahead.
CC: Okey doke. This is for TEI 30, SPS/G&N: on yom' NOUN 33, it's 135 37 1845, plus 35111, pins 00049, plus O1010, pitch 054, alt else is NA, and I'11 stand by for the readback.
LMP: Okay. TEl 30, SPS/G&N: ]35 37 18115, plus 35111, plus 00049, plus 01010, p_tch is 05l_, and if you dichl't get NOUN 31, it'._;]35 37 ![d_5. Gene-o. >'ou'11 F_w'
LMP: CC Okay, We copied that, _J,d if u?.the th(:.st_,t.r-,:c_.t(,ruI) computer, we'11 send to yott.
LMP: Hey, Joe. Are you ready to pick up high gain at this time. on TV? We're on the air.
CC: That's affirmative. We're all ready for it, Gene-o.
CDR: Okay. _e you finished with the computer? I need to get the VERB 83.
CC: Roger. We're all done. You can have it back, ToE.
CC: Roger. Go ahead, 10. Houston.
CMP: Roger. That's Neper crater right there. You see it?
CC: No. We're not getting a - Yes, there we go. Okay. You bet.
CC: Roger. It'_ coming in real good now, John. It's right in - Just about in the center of our screen.
CMP: Okay. Wel], this is _mother crater, here, I Just panned down to.
CDR: What does the color look like, Joe? Again, the lunar surface is tan except Neper is more of a dark brown; and again, the new areas look more like gypsum, like whitish - ch_lWy White. Over.
CC: Yes, it's Just the way it looks down here, Tom. And at the top of your - At the top of your picture, Just a moment ago, we had a darker, looks like a mare area up there.
UNKNOWN: Yes. That's the crater in - mare peak.
CMP: Roger. That is a area with a central
CMP: Yes, and it's white on the bottom and sort of - some white up at the top of it.
CC: Those colors are coming through Just as you're describing thcm. We've got that tannish color, ltk_: you say_ Tom, they look Just ]ike g.v-psum. i
CMP: There's a really bright rayed crater. Little bitty one. Bit -
CMP: I don't know if you can see it or not, but it's that white crater in the center of your screen?
CDR: ... small one. It has a black spot right in the middle of it. Okay. It has a black spot right in the middle of it. That's a very $m-11 impact crater, very - I don't Pmow whether it's an im- ne%_.
UNKNOWN: You're talking about the fairly small one, are you not, John?
CMP: Yes. It's very tiny. Just a white spot.
CC: Yes. I think we got the one you're referring to; however, we can't see the spot in the center of it. ¥_e don't have Quite that good a definition.
CMP: Roger. Here's another bright one inside of a rather larger crater with a little darker - brownish-type little darker bottom on it.
CC: Yes. We get the spot - -
CMP: ... over on the side it has two, you don't have the two dark spots in the center of it.
CC: What is that white spot? Is that a small crater
CMP: Roger. That's a small impact crater. If you're seeing the same thing I'm seeing on the monitor, why yoU're not - I don't imagine it would be terribly easy to tell what all is going on out there. But, it's a pretty good picture, all things considered, i_om how far it's going.
CC: We've Eot a real good pictu_'e do%al here, John. And - Yes, that little white crater on the left- hand wall there stood out real well, and the craters that you're showing us now; looks as though you've got a central peak in one of those. Let's see if we can figure out which ones they there. are, horizon. l ..... 85/h
CMP: I'11 sort of pan - I'11 pan the horizon, here, and you can see that this is not a very fiat Moon. Look at all these - That's actual hills you're seeing out there, and they rea!l_ stick And rising. trp. we Just saw Snoopy Maybe you can see it in your picture.
CC: We can't see him. _ereabouts in the picture is he now, John?
UNKNOWN: Just right behind us, but he's not very far back there. way
CC: Okay. Hey, which are you - are you looking now, John7
CMP: We _re going backwards right now. CMP
UNKNOWN: sweeping the other side of the horizon. No matter where you look on the Moon, there's always some different geological str".,cture to study. Boy, it's really got its share of them! Now, we're coming to a place wher'e the mare is getting darker. And, I don't know you if can tell it from this picture here, hut there arc a couple of spots in the middle there, that stand out as better, evidently much blacker th,T, the - than the actual mare.
CC: ][es. We got them. Those look pretty darn inter- esting.
CDR: Ney, Apollo - Houston, this is Apollo 10. Look, know I you ran some studies, but by go]ly, we can see Snoopy, _nd he isn't too far away! He's catching up with us. Can you talk to the F/DOS? He's right down below us. We can occasionally see him tumbling end-over-end down below there, and he's coming in closer each pass. That's Snoopy's descent stage. We can see him right down below us now, and he's right --I thought he was a little out-of-plane, but now he's look- ing more _n-plane with us.
CC: Okay. That's real interestirg, Tom. We'lt try and get FIDO on that. ing out directly east now, or were you .looking directly _ast there? 85/5
CDR: We're looking backwards.
CC: Yes. Okay.
CDR: Snoopy is behind us. But we're going BEF.
CDR: Yes_ we're looking back east and Snoopy' _ back there and evidently, he - Earlier w_ saw him, and he was out in front of us and going above us and now he's behind us; but he's right around in our area, I'11 clue you.
CC: Can you estimate at all about how far below you think he is, Tom?
CDR: No. We've lost him down in the m_'ia now.
CC: What kind of a pitch angle are - were you look- ing at him, do you think when you - when you last saw him, Tom? Some local or horizontal?
CDR: Yes. We're looking, oh, about - We were looking straight out at about 215.
CDR: It's taking forever for VERB 83 to come up here.
CDR: Originally, we thouEht he mi_tt b_ out-of-plane, but that sure didn't look mudh out-of-plane to me where we finally saw him. He's getting awfully close. You could see the silver panels and - There he is right down below us; he's cutting P and K. And that rascal is right in-plane with us. I'm looking down now at 257. He's right down below us.
CDR: Which means he's down low and he's going to be coming up.
CC: Roger. Okay. Yuu don't have any idea, range- wise, about how far out he is, do you Tom?
CDR: No, but I can see him occasionally in the s,m- glint down below. He couldn't be over 10 miles. Well, it's hard to say.
CDR: Serving what I saw, John, yesterday - but w, _ur'e don't like to - around hr,r( )_]r?Ir,g ieotsy with that rascal. _ 619 Page
CC: You gu_s treated him so bad on staging, he's out to get you.
CDR: There he comes again.
CC: Okay. Are those the Taruntius craters you're showing us?
CC: 10, this is Houston. That rille you're showing clear. us now really is coming in
CC: 10, this is Houston. That sure is some mighty interesting territory you're show_ ng us there. Those rilles and - look like slope features there &re pretty darn interesting.
CC: Roger, Tom. If you can kind of keep one eyeball peeled out for Snoopy, there, and give us another hack when you pick him up again, with relation to either pitch angle or some ground features, we might be able to get a rough estimate on what his orbit is.