Otrobonita/noicy-space-talks huggingface dataset:
CDR: Well, that isn't the idea - Yes. Okay. But the academic question, he was out in front of %u_ and down. n °w he's moved It looks like our orbits are crossing. And I know - - Censorinus there,
CMP: Okay. There's folks.
CMP: And, boy, you can't - You can't see it from here, but is that rascal bright!
CC: It sure looks bright from down here, John. It's standing out like a diamond.
CC: And, 10, this is Houston. Is that area outside the bright ray, there - bright ray area, is that kind of brownish gray? That's the way it's s_owing up on our color, any_lay.
CMP: There's a ...
CMP: _kay. This is Rattlesnake and Diamondback Rilles, right here.
CC: Roger. 85/7 Page 62O
LMP: We're ¢_mtng right - coming right into Site 2. The.small craters that make a light ringing of Site 2 - You can see some of the ridges probably and very plainly, if we get there, John can probably show you Noltke, which will be on the right-hand side of your screen.
CC: - Okay.
UNKNOWN: to the right of Moltke is what we're calling U.S. l, which is a tremendously wide gulf. Okay. Houston.
CC: 10, this is We got you on the map there. Looks like you're panning right over the gashes right now, and Just about to come lute Moltke. Is that affirmative?
CC: Okay. Here's U.S. 1, and we're just right over the landing site, ourselves, looking back.
CC: Roger. U.S. 1 stan4ing out real good.
CC: _ we pick up a chuck hole right in the middle of U.S. l, there.
CC: Yes. U.S.
LMP: You cam probably see where 1 up here, it sort of looks like a straight slip fault. It's displaced the full width of the gulf, itself. CC
LMP: And, we're coming up on Sabine and Ritter, at this time.
LMP: You're looking at Sabine and Hitter, and very · shortly ve'11 be crossing Schwddt. We Just _rsnt over Landing Site 2.
CC: Okay. We're getting real good resolution again on this TV tonight. We're picking up all these things real good. And that's Schm_dt crater. Is that affirmative? mistaken.
LMP: If I'm not That's affirmative. You're Sehm/dt. looking right down into
LMP: Okay. Do you see any o_ the boulders around the edges that we can see from here?
CC: Can't honestly say that we see anything __ike Gene-o. boulders there, It's sure a good pic- ture, though.
LMP: Okay, Joe.
CC: 10, Houston. We couldn't see any boulders, but we could sure make out the slumps on the inside of that crater, there.
LMP: Some of these rascals look pretty deep to us.
CC: Ro_er that.
CC: 10, that shadow pattern on the bottom of that crater is real interesting. Tq_at looks like Theon. Does that copy with what you're showing us?
LMP: Say again, Joe.
CC: Roger. That crater you were Just sho_ing us, the shadow pattern on the bottom was a real interest- there. ing patterr, That looked like Theon crater. affirmative. right.
CC: That's You're We're almost past Landing Site 2 now, on the stretches up on into ...
LMP: Okay. Here's an interesting - more than a ridge, it's a cliff-like ridge, Jagged feature; it looks like it's smooth up to one end and then cliffs on the other side. It looks like it might also be than very high in contrast. Much lower some of the other surrounding craters, though.
CC: Roger. I think we see what you're - what you're talking about.
LMP: It al_st looks - Okay. It almost looks like it's a flow that's come d,r_n the valley and stopped right - right at that point, and then it's been dusted over. But it appears to be the front edge of some type of flow. The first time we really had a chance to ]ooh at that.
CC: Yes. That looks real good from down here, Gene. We can pick that up_ That's a good call. _6Z2
CC: Boy, %ba_ one really looks rough. I think we _ot _ as Godin crater. Is that affirmative?
LMP: That'm affirmative and the walls are very light, whitish-gray and the bottom is a dirty, dirty, tan. And it's got a central peak that - It's got very big boulders in the bottom. We can And see from here. it's got on the - On the far side, on the upper side of your screen, the side is slumped down in stages, it appears like, and it's not slt_nped down smoothly like you see on the bottom side. It's mostly in shadow, but you might be able to _,_ke it out.
CC: That's Just great and that's a good call. That's a great 4escription, too. We couldn't make the boulders out, but that slumping is coming through, Just as you're describing. we approach the terminator at this point.
LMP: We're getting into the area of long shadows as
CC: Apollo 10, this is Houston. I know you all are keeping an eye out for Snoopy. You haven't i : ]_appened to seen him again, have you?
CDR: Negative. It's going to be awful hard to. We're going into sunset here.
CC: Roger. IRP
UNKNOWN: know, about _ minutes ago, I thought I saw him go - I thought about _ minutes ago, I thought I saw a glimpse of him go vertically below us. However, it was Just a quick glimpse. It was something glistening; it was hard to tell whether it was a close-by particle, or something way do_m, so I - I only saw it once.
LMP: We're moving to the left-hand window no_ because of the sun off the hatch window.
CC: Okay. Gene, about 15 or 20 seconds ago, you were showing us a bunch of little - what looked like domes, there. Did they look like little domed hills to you?
CMP: There's some little domes out there. There's plenty of littledomes out there, now. Which oaes you're tR!k4ng about, I sure don't know.
CC: Tom's going to give you a look at a lot of rilles in the area he's looking at outside the left- hand window.
CC: Okay. Our signal is breaking up a little bit right now, but keep shooting. We'11 try and get her sq_,_redaway.
LMP: Joe, because the Sun's shafting on the forward windo'_, window, Tom's got you out the left-hand looking to the north.
CC: Okay. We're still not getting a good picture. You'11 - - front of us a number of rilles that look very areas because they're coming into sunlight now. in terms of number of ridges and Highway 1 type widest Highway l, _here there's another, what could be or what would appear to be a strike- slip fault-type of mcvement between one side and the other.
CC: Okay. We've lost our picture, _'ethink because antenna, of our high gain Gene-<). If it'_ pos- sible, if you could - If you could rotate back around to your original attitude.
LMP: Okay, Houston. CC
UNKNOWN: 10, Houston j
CC: Roger, 10. We're Just barely reading you. We'_e not getting any TV picture now. Have you _eur_d the camera? 85/11 PM 62_
CDR: And one thing, we'11 try to keep it on Just a few minutes to see if we can pick up earthshine, here.
CC: Okay. Very good. Over.
CDR: And what do your FIDO's say about Snoopy?
CC: I'm sorry, Tom; I cut you out. Say again.
CDR: What do your FIDO's say about Snoopy? It appears in our analysis that basically we've seen him going small end forward. And now we were turned around and, you know, BEF, and he's always been out. in fro_t of us going above us, but this time he was right down below us. So it looks like we are catching Snoopy. Is that their analysis? Over.
CC: Well, Tom, I think maybe we misunderstood your first call. _en you first called him out on this pass, d_d you say he was down behind you and you were at about a 215 pitch angle? __
CDR: Well, he w_s he was - We were looking right at him at 215 pitch. So evidently he's out in front of us. Well, maybe he is behind us. You see I didn't have the ORB rate going. The computer wouldn't cough me out a solution and so I was looking inertial, and I finally got him; and, as we were pitching around at 330, I think he was us. out in front of But he wasn't out in front of us near as much as he has been and he was down below us, definitely, and always before we've seen him out in front, but way up above. But there's no doubt% he's getting lots closer. Over. z
CC: Roger. Okay. And when he passed right directly beIow you, that was right over Taruntius. Is that correct?
CDR: Yes. Around Tartmtius; when we were there, he was down below us.
CC: Okay. We got that call okay. And we're trying to figure out what he - what Snoop's doing right
CDR: I know it's highly improbable a collision slime ever your day, happened.
CDR: Okay. I've got Snoop dow_ there and - and reflected - I'm aiming right at him. He's do_n below us. I'm pitched at 336, and Snoop is in about the plus-X going across the crater. See him down there ?
CDR: He looks right plain. He's in reflected sunlight. He's in reflected sunlight; the rascal isn't too far out there. I'm now pitched at 3_0 degrees, and m_ X-axis is right at him so Snoop is o.,t in front of us and below us. Over.
CC: Roger. We copy, Tom. And he's probably coming up. Is that affirmative?
CDR: That's affirmative. I would say he'd be coming up and heading up towards his apogee.
CC: Roger t_at.
CDR: Or should I say apolune?
LMP: He's Just playing into his own sunset righL r,o_. We've Just lost him.
CC: Okay. We'11 crank those angles in and that, alongside of your sighting of him right directly under you over Taruntius, that should - We should The (ma how close he's going to be. FIDO troops think directly to you in his orbit. We're going to keep working that, though, Tom. that's CDR Joe. In reflected sunlight it's awful h-rd. Just _[owever, earlier, - We could see the sparkles off of his legs, you know - and some different colors there as the sun would rotate off the panels, but that was with the 28 power monocular. Over. 85/13 Pa_e 626 Yes, say
UNKNOWN: I'd SO. Okay. We have earthshine real and will.try _ood here, Gene to give it to you out the window. We got the ... Tom. He'11 probably try and follow you back home.
CDR: Just as long as that rascal doesn't sniff too dOesn't appear like it's going to be very bright to th_ camera. I don't think we're going to get au_thing. I thought maybe we'd even get the earthshine horizon here, but I don't think that - -
CC: Okay. I'm afraid we're not getting any picture at all down here, Gene. thought the light level was pretty low where the eye adapt to it. It's pretty dark must
CC: Okay. Mighty fine. I've got a couple of land- when you're ready to copy.
CDR: Stand by. We're getting ready to get the camera secured and some other stuff.
CDR: Okay. Houston, Apollo 10. Go ahead.
CC: Okay, Tom. I'11 give you the lan_m,rk tracking update pads first. This is for REV 30. Your T 1 is 13h 15 56; T 2 is 134 17 30. For roll, and rillballs, pitch 282, yaw all balls, north 29 29 41. And that was for site B-1. For 150, T 1 is 134 27 _0, 134 29 12. Roll is all balls, pitch 246, yaw all balls, north 02 02 40. And
CDR: Okay. Give me the first one on B-1. I missed that, the first T 1.
CDR: 134. Okay. 17 with 30, 000 the 282 readback: 000, north T 1 29 for 29 B-l, 41. 134 150: 15 56, 134 '' Page 62T
CC: Roger. That's good copy o:_ a readback, and let me know when you're ready for your map update.
UNKNOWN: This is for REV 30: LOS will be 133 10 56, 133 21 4_, 133 57 05.
CDR: Roger. Readrb_ck: 133 10 56, 133 21 2_, 133 57 05. row
CC: Okay. On your secon_ there, Tom, that's i 133 21 _4.
CDR: That's 133 21 44.
CC: Roar. That's correct, Tom. i
CDR: Okay. John's going to an I_fJ realign Just for i q academic interests. I'd like to talk a little more about Saoopy. Obviously, he was out in front of us, and he'11 be going out in front of us and coming up higher. A_ such, I'm trying to make a relative nLotion plot in n_y o_m mind here, _ and it looks like at TEI, if he continues to do T--- that and we burn and zip c_ut there, _ell we could be fairly close. _ver.
CC: Okay· Tom. What }_DO hgs come up with - If you initially pick him up behind· or _f he was behind yom and then he passed directly below you, and if coming up in fraut of yau now, wh_t he should continue and, do is to climb on up above you therefore, fall back behind. And he'11 continue to fall behind, and at TEI, you should be between 5 or 600 miles out in front of him. What has happened, evidently, is you've lapped him once and this probably will be the only time you'11 get a chance to see him until you leave the lunar orbit.
CDR: Okay. 'i"nat'swhat my initial estimate was and what I called into Charlie earlier. It looked like that we were, you _ow, naturally he went sm_y, out - oh, above us and behind us, and it lo_'_ like we'd e_lready caught u_ with him. And di4n't I know _41at the rate of catch-up was. But - The whole thing w_Len we saw him down below and like that, I see - so we've _.lready l_pped him and he's going to continue to go. That's good. Over. 4nderstand,
CC: Roger. To_. rape85/15 Paa_628
CDR: I could tell we're right in the place where the orbits would cross and I was trying to plot a relative motion, picture in my mind and fly at the same time, and do ... amd it wasn't too easy. But there'S no doubt about it, we were so close to the rascal you cmuld see different colors in the sunglint between the black and silver panels on the sides of the descent stage there. Over.
CC: ROger. That's getting pretty close.
CDR: Yes, I admit that the possibility of a rendezvous is real low, but still Just l_ke to keep _%' hand on it. Over.
CC: lO, this is Houston. Tom, other than this FEV can you recall what other RE'V's you've seen Snoopy on?
CDR: We've seen Snoopy every BEV c_ the landr'_'i _ tracking. And - You know the lanrl_az-ktracking every we did for those four REV's? And t;m_ be was out in front of u_ and vould disappeaz ever And Ve were: our head. Over. when - that's - pitchc'/ going Just about local - We were down from local horizontal about 20 degrees, you know, as John was doing the landmark tracking, maintaining ORB rate, and SnOop would come uqp over the horizon and then disappear out over our center hatch window. And each time it looKe_. like we were getting closer, wkich m_ant_ you know, that we were catching him ...._-r.
CDR: Roger, Houston. Like I know we were lapping him, but like I said, he was out in frout of us r,ow and the whole thing what i was concerned about was the next two relative perigees that Snoop would -m_e the way he'd be coming do_m and what our pitch would be in that period of ti_e. Crcer.
CC: Okay, Tom. We understand that, what you told us. We're trying to piece together what mecm_ to b-_ t_k[r_/_there. the most logical route that Snoopy"-:
CC: Okay, 10. _e'd llke for you to go back on the normal schedule.
UNKNOWN: og,_..
CDR: _-y, Joe. I'm going to roi1 over 180 degrees here,
CC: Okay. ! ........ i ............ 86/1 Page 63O
CMP: Roger. We're showing a 68.5 by a 53.6. Where is the perilune now? At what point - -
CC: Stand by. I'11 get it.
CMP: - - over the surface, is it?
CC: I cut you out there at the last, John. Say you,- last again , please.
CMP: At what point over the lunar surface is perilune?
CC: Okay. I'11 get that for you. Just a minute. Houston.
CMP: Go ahead. Over. John,
CC: Roger. we've got your perilune there at ...... 58 n_nutes north and longitude is 86 degrees 58 minutes east. J
CMP: _at means the people that were watching the TV were watching at the closest point of approach? f
CC: _at's affirmative, John.
CMP: Hey, Joe, is it 1 o'clock in the morning or 1 o'clock in the afternoon. in
CC: It's just about 1 o'clock the morning.
CMP: Wh_t morning?
CC: It's Saturday morning. _e 2_th, John. Can't
UNKNOWN: CDR Oh, yes. We can see how the Sun progresses across the Earth up there everytime we get an earthrise. Over.
CMP: You e_r_ see carthshlne - you c_l see the - %:hen you get nig}tt adapted - you can s_e th( ]_mar alm,,_.b_:r.]-t z.urface through the te]esco_,_ enough C!. trf_ckiDg: ¢q, i;(1Dic l_tl'p.ftr_;,tl: ' : in earthshine. before. know of pick up the same type features in earthshine but
LMP: Houston, ! do _ou read us at all? reading
CC: Okay. Apollo 10, this is Houston. We're
CC: you You now, keep John. calling me by the wrong name. sounding
CC: You keep like the wrong guy.
UNKNOWN: keep up myself.
CC: Hey, Apollo 10, this is Houston. On your comment on being able to pick up these features through the through in, earthshine, - the telescope do you think you could pick up these features within about terminator? IO degrees of the This is still in the earthshine ? terminator
LMP: The earthshine or the nighttime terminator?
CC: terminator.
UNKNOWN: nighttime
UNKNOWN: _o. I do not, because - No. You mean 10 degrees?
CC: ROger.
LMP: Which earthshine are you talking about? The regular front terminator? It would be impossible, because you're not that adapted. You can't see anything telescope. when you go into the dark through the
CC: Rogez. Thank you.
CMP: U0til y_,u get night ;.d_i, ted arid then _'ou can -- then c,_, tt,en can ali terraf:_ you see - you see the Pmge 632
CC: Yes. Okay. We understand. Thank you.
UNKNOWN: CDR Okay, Houston. Apollo 10. Ail the way through the opportunity, landmark tracking we shot r_, to_ of and we Just about ran out of film here we shot so much of it. So on this one %'u're Just goiug to he-_ maintain ORB rate with our up here and - instead of heads down - but we can get pretty good coverage really out the side windows, snd wu f!_ot the whole strips out the other wa_r. So %re're - ou the REV we're Just going to.m_intsi_, 073_ rate with heads up. And I - and I don't lbink there's really any photos of opportunity that _.t-Daven't alter dy got, but we'11 still be shc<.ting some.
CC: Okay, Tom. We understaud.
CC: ltoger, 10. FIDO is predicting that on the backside at sunrise at 133 26, that SnooD_, shou_ld be directly. r,_i_ht overhead. So if you pitch up _ou - _ight t,e able to pick him up and - right at tlmr_s_. At 133 26.
CDR: Roger. sunrise, Th_uk you.
CC: Apollo 10, this is Houstou. We show LOS her_ iu about 2 minutes, and we should pick you up _gain at 133 57, which is about _8 minutes from no_'. We'11 keep in contact with you t_ntil you go around the corner. F.5oop. On the next round[; and keep an eye for o1'
CDR: Okay. Sill do, Joe. Thank you. BEGI_UmA_REV
LMP: Hello, Houston. Houston, this is AI_,llo 10. Oyez.
CC: Roger, Apollo 10. Readin_ you loud and clear. Go ahead.
LMP: Hey, Joe, _c _ot another _ttie fuel cell we want ?. to thro_ at y(,u, fuel ec]_
CC: Roger. Go. condensor cycling
LMP: The exhaust temperature is on fuel cell 2 between the . . about 155 degrees about. It's cycling 2 cycles per minute. It's been doing this for at least the last 30 or 40 minutes. And one in every 10 cycles it rings the MASTER ALARM for module exhaust temperature on fuel cell 2. In addition, I guess maybe we are seeing things we haven't before, but on fuel cell 2 and 3 the 02 flow rate dips to - The gage, it Just 0.01 keeps hobbling up snd down maybe or so but Just enough so the needle went up snd down so flow rate ran continuously on both fuel cells. Over.
CC: Okay, 10. We copied everything except the band that the temperature is cycling between. It's between 155 and Something. What was the other number?
UNKNOWN: between about ]73 and about 155. It's cycling right in the green band at 2 cycles per minute and rings the MAS'rEM ALARM on the low side about ! ever)- 10 cycles.
CC: And Houston, this is - -
CC: Go ahead, Gene.
CC: Okay. We'11 monitor that fuel cell down here the best we can and keep us advised if anything new happens. Also, did you get a chance to look for Snoopy on the back side of the sunrise?
CDR: No. We looked up there, but as soon as the Sun comes up, it blanks everything and it's real funny. We had a planet to spot to the right and above Snoopy, but the phasing was wrong and we didn't see him at all.
CC: Okay. We copies that, Tom. Go ahead, Gene. You were going to say something.
LMP: I was going to say we got our water dump out _,_ dumped the way a l_tt]e bit early. We it a_r,_,t 15 minutes _go. 63_ i
CC: C_sy. I copied that. We got a power configuration for 'f_lL burn with respect to this fuel cell. Now, ]t this is with the original fuel cell probiem; we may { J to another problem. want eb-nge it some if we've got But if you'd like to copy this down, I'11 read off ] configuration you. this for _
LMP: Go ahead. And believe it or not, it looks like that exhaust temperature clO_dd. condensor cycle has now its band down to be about plus or minus 10 degrees, well within the green band, Just as we came on here, within the last 5 minutes.
CC: OkRy. That sounds real good. We'11 still keep a you. this good clo$_ eye on it for On configuration the this for 136 hours. like for you to verify that fuel cell 1 pumps are the at OFF on panel 5, and prior to TEI burn, mA_. burn, convenient.
LMP: You want it ON the half hour before - an hour and a half before the burn; is that correct?
UNKNOWN: _a_. Do you want fuel cell 1 pump off now?
CC: Okay Gene, the circuit breaker for 1 is open now, is that affirmative.
UNKNOWN: That's affirmative, _ut the switch according to what I'm reading here says the switch must be ON factor to enable power for power correction, is that correct? scratchy.
CC: You're cO_ing through a little what
LMP: Fuel cells according to I'm reading. As the long as you're going to use the fuel cells for burn what I read here is that the pump switch for and/or ].eft fuel cell I ;3 should be ON for power factor correction." CC
UNKNOWN: Gene. I think, if I read you correctly, if we understand what you mean, we're not going to try and activate the pump during the TEI burn. We're it that going to leave turned off. So you can leave like. The switch at whatever it is now, if you circu breaker is pulled. We're Just going to bring the fuel cell - we're going to activate the fuel cell. We won't turn the pump on. Page 635
UNKNOWN: I'm with you. We c"n"ot turn the pump on because the circuit breaker will not reset. I'm referring primarily to the switch, and I'11 leave it- it's been in the AC-1 position. We never did turn it off after the circuit breaker popped. An ,re]ess you have anything other I'11 just leave it there. _hat Gene; Just
CC: will be fine, leave it where it is. It's inactivated now, anyway.
UNKNOWN: Houston, do you read us on high gain? We're getting a semisteering signal.
LMP: Okay. I'11 stay here them.
LMP: Okay. It looks like that oscillation on the conden--e: exhaust temperature, fuel cell 2, has damped out, believe it or not. But I timed it, It was going 2 c_cles per second throughout the region and, as I 0- said, triggering the MASTER ALARM on fuel cell 2, but it's stable now.
LMP: That was 2 cycles - that was 2 cycles per minute Joe.
CC: oscillation Okay. We were monitoring some of that down here but we didn't see quite the width of oscillation that you were seeing, Gene.
LMP: Okay. I Just took it right off the gage here, and that's why .I wanted to let you take a look at it now. Okay.
CC: And 10 this is Houston, you can terminate your battery B charge now if you want to.
CDR: Houston, this is lO again. It looks like I may - aaa/ri. like - I've got Snoopy right out in front ofme _here's something going down Just went by us. It Just went down below. You can see ... a bright - i 30 seconds ago he was at 350 pitch.
CC: Okay, Tom. You're breaking up a little bit. I i understand about seconds ago he was ahead of 30 _ou, Say again the pitch angle? {
CC: Roger. The pitch angle was 350. Again, it could t 3me & big hunk of Myla_ wrapping. That's the only tliing I can think of that would cause a reflection. had & big hunk of our insulation blow off. It was with us for & while, and now it's disappeared beyond ...-visAon cGmpletely
CC: Roger, TOm.
UNKNOWN: In this ..._mlight it's awful hard to tell exactly d/stance the or &fmension of anything. Over.
UNKNOWN: l_eger. Understand, Tom.
CC: ApoLlo 10, HoUSton.
CDR: Okay. We're right near B-1 for this mark. Go she&d; keep it short. Over.
CC: I've got a ,_neuver pad. Give me a call when you're rea_f to copy, Tom. I'm sorry.
CDR: Oks_, Houston. Go ahead with your maneuver pad.
CC: Roger, 10, this will be - -
CC: Okay. I'm standing by.
CDR: Okay. We're in between B-1 and Site 3. Over. Okay. to this
CC: Do you want me hold off on pad, Tom?
UNKNOWN: B_ger. '£,:131, SPS/G&N: 36685, minus 062, plus 089 137 36 28 20, plus 36255, plus 00_01, plus 01889 181 051 002, NA, plus 00212 36306 2_1 36079 16 1_6_ 29_. The next three are NA. NOUN 61: 91 minus 1908, minus 16500 12038 3639,1 50 _3. Four stars are Deneb 1_3,Vega 36; 2_1 2_0 O13. use For ,,llage: two quads with 1_ seconds; and q_ze_lsBr&vo and Delta. Horizon on 6-degree window, mark at i_aition minus 1 minute. Sextant star not _,ailahle until 137 06 00. 8un not visible in lit COAS at ignition. Horizon will be at igoition. That's the e-_d, and I'11 stand by for your read- back. nga/n,
LMP: Okay, Joe. Give me NOUN _7 and then I'11 read it back. ' 637
CC: You want nc_n _??
LMP: Yes. The first number, the weight. 36685.
CC: Roger that. That's SPS/GaN:
LMP: Okay. T_I 31 36685, minus 062, plus 089 137 36 2820, plus 36255 OOh01, plus 01889 181 051 002. Apogee is NA; perigee is plus 00212; 3606 '2_1 36079 161lh6_ 29h. NOUN 61 is minus 1508, minus 16900, plus 12038 3639_1, 91 50 _3. Deneb h3, Vega 36, 2_1 2_0013, 2 Jets, 1_ seconds plus Bravo and Delta. Horizon is on window ... the horizon is on the 6-degree window mark at TIG minus I minute. Sextant star not &vailable until 137 06 00. Sun not visible in COAS at TIG and horizou is lit.
CC: That was a real good readback, Gene. That was a f_l] one, too. We had all the squares filled,out in that one, right?
LMP: Fooled me.
CC: Okay, Apollo 10. This is Houston. Let's see, Gene, I've got a short map update and a photo update; however, did I copy before, that - You say you are out of film, or you're abou_ out of ! film?
CDR: Stand by, Joe. We're in the middle of a lan&m-wk tracking. We'11 call you. Over.
CC: Sorry. Standing by. Houston.
CC: Okay, 10. This is We observed on your last Mark there, that you _ four Marks and the last one was Just past the nadir. It looks like pitch Just little if you increase your rate a bit, you can probably get five Marks without any problem.
CDR: ROgar. X TRANSCRIPTION !
CMP: Houston, this is 10. O_er. 10. ahead.
CC: Roger, Go
UNKNOWN: Roger. That first Mark of that group was not on what I think is Site 150. This low Sun angle - You got so darn many craters out there - The grouping don't stand out like they do with a high Sun angle, and Ils not even sure that three I marked on 150, although it was one of craters with pretty contrast, in there, high i'?
CC: Oqay. We copy that, John. Thank you.
UNKNOWN: The first Mark definitely was not on the - on the what thought but the site - on I was 150, last four were.:
CC: Okay. We copy Thank you. I
CDR: Joe, I've got this object out in front of me again. I'm sure that you can say orbital mechadies - it must be a big hunk of _Yiar i out there in reflected sunlight. It's going into its own terminator now, and it's held l about the same. It's pitched down at a local vertical of about, I'd eStimate - I'm coming up to it now - 330 degrees. It's holding out there at 330.
CC: Okay. Sure umderstand. And you think that's a _
CC: Joe, could I have the - -
CC: You think that's a hunk of Mylar, you say, Tom?
UNKNOWN: the data, Joe?
CDR: Yes, to Be - to he that - that tow down with the lowest and still keep about the relative position, you got to be, Joe. Over. i
CC: Okay. You can't get the monocular on that, can you? and
LMP: Joe, I'm looking at it nee, to be in sun- light where it is, it has to be awfully close to us and I got the monocular on it and I too. think it's a piece of Mylar,
CC: Okay. Mighty fine. Thank you. ]_e 639 1!
UNKNOWN: £t will _roba_ly go into _hess a_ut - I'11 give you a hack. It ought to go into darkness about the same time we do, if we can tell here, _ lira pretty sure it's not too far away. %
CC: Okay. We understand. And _-_erstand you're read_ for this m_p update pad?
LMP: No, let me watch this thing first. Then I_11 get it. _
CC: Okay. Give me a call when you're ready. f ;{ wu,iv'k? Over.
CC: Roger. We got it. :_ Houston. looked like your last four Marks Were spaced very nicely over the target.
CMP: Yes. Whatever it was,
CMP: I think that was Site 150, but boy, there are a lot of shadows out in that place right now, a_d I wasn't 100 percent sure that that was Site 150 crater.
CMP: That was darn close to the ...
UNKNOWN: those last sites were _one with a telescope. I couldn't pick either one of them up in 'the sextant. The first one was almost dead. It was washed out in the sextant due to sunshine, end the second one, I Just didn't - With all the shadows, I see couldn't anything. _ John.
CC: Roger. Copy, i_ the sextant.
CMP: It wasn't defined in 135 20 09, 135 55 30. And that's all; I'11 ] stand by for your readback. Page 61_0 ,_
UNKNOWN: 0_. They're' all 135. They go 09 2h, 20 09, .55 30. {
CC: Boger. That's correct, and on this photo up- date, again C_ne-o, Just - Did you figure you _q_e of film up there? There's : are out no s_te sending it up if you're all out.
LMP: No, we're going to load this last ... Give us f _e update, t
CC: Okay. Coming up. Descent strip smd Site 3: 135 59 2 II, 136 O1 01, 1.T6 18 52. Your ORDEAL angles are roll 180, pitch 282, yaw 000. At Ti, yaw right 20 degrees. A% T2, yaw left 20 degrees. That concludes, and standing by 4 for the rea_back. rate ia in roll 180, pitch 282, yaw 000. At TI, yaw right 20 degrees, and at T2, yaw left 20 degrees.
CC: Okay. l_ead_ack's correct, Gene-o. 1
LMP: And are you going to update us the OMNI'S or you to get want us high gain?
CC: We'd l(ke to have high gain, Gene-o. We'd 14kc to look at some of the data.
LMP: Houston, are you reading us high gain?
CC: Okay. We got it. Th-,k you, Gene-o. And if you'11 give us POO and ACCEPT now.
CDR: Okay, Joe. ]_ou're AC(J_T. You got it.
UNKNOWN: Th,,k you, T_a.
LMP: Houston, how's your high gain lock now?
CC: Okay 10. It looks like we're on WIDE right nOW.
CC: 10, thi_ is Houston. We're not able to read your transmission here. You're coming through little a broken up and it looks like - From the data, it looks ].ike you're comtn_ in on the scan J :_mtt.. Pa_ 6_1
LMP: Okay. Row I tb_-_ you got it. Go ahead.
CC: You're
UNKNOWN: booming in loud and clear now. And we _ot good data now, Gene-o.
CC: Apollo 10, this is Houston. The computer is yours. You can go back to BLOCK now. BLOCK.
CDR: Roger. We're in
CC: Roger. Go ahead, 10. load/ng
CDR: Okay. We're the DAP to set up for TEI. We've got She two-Jet ullage in, set up for B and D and plus X translation in register 1, if you're reading our DSKY. Okay. Now for register 2, Just to reaffirm here, we're going to use B and D fo_ roll, too. Over. /
CC: Roger. That's a_firmative.
CDR: Okay. You know, we want to activate quad D, though. Is there any quad we want to have fail there in register 2 other than use BI)in the first·digit_ _er.
CC: Okay, Tern. We do not want to fail any quads. We want a zero and four ones in there.
CDR: Okay. That's what we thought.
LMP: Okay. It looks like our condenser exhaust tes_erature, oaee we ccae imto nighttime, is now starting to cysle again. It's starting slowly. _ou can watch it from where you are, guess. I
CC: Okay. We'11 monitor it down here, Gene. Tba, ks for alerting us. And a/so, Tom, Just to r_m_nd you, we want you to ENABLE ,,1l the RCS AUTO for your burn.
CDR: B_ger. You want all AUTO RCS. That includes AC for roll, too? Over. Page 6_2
CC: Thetis affirmative. ]
CDR: again. !
UNKNOWN: 10, H_ston.
CC: Okay. On your fuel cell there, we're monitoring this power output on 2 and B, and the load sh-_ing appears to be normal, although we are monitoring this change in temperature on the condenser exhaust. We're showing about - Oh, it's grown to about an 8- or 9-degree spread, now. However, it doesn't look like we could changes recommend any kind of right now. We'11 keep watching it, though.
LMP: Houston, this is 10. What's your temperature limits at that exhaust temperature's oscillat- ing through now?
UNKNOWN: Houston. CO
UNKNOWN: 10. I was .lust getting those numbers, Oene-o. The lower ltmtt is 1_9.5, and the upper 14m_t is 1_7.
UNKNOWN: going from 1777
CC: I'm sorry; I misunderstood you. What we're 154.2 reading is from about a or so up to 167. The limits where you're liable to get a light 1_9.5 Over. is to 17_.
CC: Okay. ThR_k you, Joe. You're reading a_t guess. the same thing I am, I I expect the light here about m minute and a half after we lose you.
CC: Okay. I'11 tell you, Gene, we've been moni- toring the cycles here, the oscillation, and it looks like it opened up to about a 15-degree - spread. l_- or 13- or ih-degree And it appears to be holding that pretty steadily, and it's going up and down between about the same limits. Is that about what it looks like to you? Page 6_3
CC: Apollo 10, This is !ouston.
CMP: Goahead. Over.
CC: Roger, 10. I'_ got a bunch of updates for yo u . First off, though, I would like to h_e you turn on your H2 purge line heater, and we'd like to have POO in ACCEPT on the computer.
LMP: What kind of Ulxlatea,Joe?
CC: Okay. I've got a ,_euver pad update and, Gene-o, this is for TEI 31. There are Six items that have chA-sed that we have different numbers for. Would you like for me to Just $ c_1] up those changes or do you want me to read the whole pad?
LMP: Why don't you call up the changes and then I'11 read back to you the whole pad? ready to copy.
UNKNOWN: .. I'm ready, but give me a lot of time between each change.
CC: I sure will. Understand. Okay. Then un your maneuver pad, this is for TEl 31: under NOUN 33, the time is - on seconds - iS 2821. Okay, for NOUN 81,
CC: Boger. _OUN 81: Plus 36252, plus 0 - -
CC: Ho. and
CC: 0ka_. DELTA-V! is plus 00400, DELTA-VZ is plus 01880. Okay. Tour DELTA-VT is 36303, and DELTA-VC ts 36077. And that concludes all the chanEes. I'11 stand by for your readback, Gene. - %
CC: Okay, Joe. I'm going to read back the whole e pad to you.
LMP: TEI 31, SPS C_N: 36685, minus 062, plus 089, 137 36 2821, NOUN 81 is plus 36252, plus 00_00, plus 1880 - correction, - that's plus 01880. Roll ia 181, pitch is 051, yaw is 002, apdgee is NA, perigee is plus 00212 36303 2_1 36077 16 1_6_ 29_. NOUN 61 is minus 1508, 191'50 mimus 16500 12038 3639_ _3. Deneb, _3, and Vega, 36, are the set stars. Roll is 2_1, pttch is 2_0, yaw is 013. We're going to be ·two-Jets for 1_ seconds using quads Bravo and Delta. The horizon is on the 6_degree window _wk at TIG minus 1 minute. %Wne sextant star is not available until 137 06 00. The Sun is not visible until after TIG and the horizon is lit. Over.
CC: C-ood. readback, Cene. That's all correct. Page 6k5 OMar. Houston.
CC: Apollo 10, We'd like for you to put fuel cell 1 back on _%n A and B, please.
LMP: fl_F. Fuel cell 1 is coming on; _- A and then Bain B.
UNKNOWN: a TEI 32 maneuver pad for you, Gene. Preliminary.
LMP: Houston, it should he on the line right now. It's earryf_ not quite its share of the load. When I put it on, I got the fuel cell bus dis- cnr,.,,_-_, reconnected, and it stayed connected, and the same thing on bus B. It looks like it's warming up slowly. 10. that, it
CC: mt,y, Ye =opm all and looks okay duw= here.
LMP: Okay. And you want to give me a TEI what? 32?
CC: Affirmative. 32.
LMP: Ge shea_.. this BLOCK on your computer. You can have it back, n_. And coming up with TEI 32, SPS/GEN: your 251k, first entry is NOUN 33, 139 36 plus 37573, plus 00292, plus 003kl. Pitch is minus 050. All else ia NA. Ullage will be two Jets for lk sec- stand ands. That concludes, and I'11 by for the readback.
LMP: C_u_. TEI 32 and 139 plus 37573, plus 00292, plus 003kl. Pitch is minus 050. Two seconds. Jets for 1_
CC: Hea_lbackcorrect, Geme-o. n_,y. I've got one
CDR: Okay, Houston. While we're taking this strip photog. raphy, we're going -
CC: Okay. I've got one more TEI map =palate, and I'm sorry to cut you out, Tom. Press on with what you were going to say.
LMP: ... on the map update a minute ago. Page 6_6
CDR: YOu didn't send us the maneuver load, did you? And don't worry about the map update.
CC: _ay. Roger that. CC this Houston. state vector
UNKNOWN: is We sent up a and a target loa_, external DELTA-V. Yes. got it.
CC: Apollo 10, Houston. Gene-o, did you notice about the s mv_- kind of excursions on your temperature on that fuel cell on this time on the back side?
LMP: All the wm_, Joe, exactly as it was the previous time, only we never did get the MASTEH ALARM,this time. And when we came out in th_.sumlight, she seemed to slow down. And it's okay now. We -_o found something; it was this light oscillation in the 02 needle on both 2 and 3, but it's gone now, too.
CC: Okay. We copy that. And that's Just on the dark [.... side of the Moon. Is that affirmative? /
LMP: It occurs after we go into &_rkness about 15 min- utes. And then apparently very shortly after we came out of sunrise - in the sunrise, it starts - it starts &-_ropingout.
CC: 10, this is HoUSton. What are you showing for yaw now?
CDR: Roger. We're --_kingthis in a different attitude t_- what was called up to US here. We only have Jmst a couple of film shots left here. Over. 'fine, t
CC: Mighty Tom. _ank you.
CDR: Don't worry about it:. We've already got a lot of this pictures of this - o_ site.
CDR: Tell Jack to have a cup of coffee and Just relax.
CC: (Laughter) Okay, Tom.
CDR: We got mere of you can shake a stick at. Page6_T
CMP: In fact, I'11 be surprised if there's anything take a picture here much. left to of up
CC: Jack sa_s _.h-tthat's & hishland 8{_e, John.
LMP: Yon got w_ there, Joe.
CC: Okay, 10. _s is Houston. In your flight pian, .£ww&ttitude, to when you go to your we're going recommend _ Delta. 0mi Delta.
CDR: Roger. O_I Delta for our &ttitude there at a pitch i, of 052.
CC: Affirmative. _
CDR: Okay. As soon as we get into that attitude, I'm ."o__-to turn ,11 AUTO RCS thrusters on. Over. Tom.
CC: Okay. Fine, And for your info, we'11 have LOS this pass at 137 07 53 and AOS with your TEI ! will be at 137 _5 26. And, with no TEI, we'11 get you - We won't get you this. But, for your info, T- it's going to he at 137 5_ 03.
UNKNOWN: Okay. And whereis LOS again?
CC: 137 O7 53.
UNKNOWN: like your b_j" Joe. We'11 see ]rou at _5 26, huh_
CC: Roger .'hat. Just this
CDR: And again, over this maria area here, area is definitely a brownish tan. And up there in the hiW-lands, it is a light tan and the new look Egyptian - craters like - _ore like colors been around an Egyptian mine. Over. CC Thank you.
UNKNOWN: Ne copy tha_,iTom.
CMP: Anyway, that tube o-_ht to give the true pictures, whatever it is. True colors.
CC: Yes. The colors we've been seeing on that are Just exactly as you've been describing them all the w_y thro,,c_ -all the _ from the whites to the browns down to the blacks. And when you t_lk about the brownish grays and deep grays and blacks, why, it ! looks Just like that on the tube. Paga 6_8
CDR: Ro_r. Good show. One quick thing after TEI and we give you all the report, we're going to turn aw_v so we can _ust look back at it and take some motion pictures of the Moon. See, then will ]me kind of relax time, and we'11 flip the tube on for you and we'11 see what it looks like in total color going away. But I hear we're going to be through Honeysuckle. Is that right? Over.
CC: That's affirmative. We're coming thro,l_h Honey- suckle, Tom, and I guess they're going to he watching you coast to coast for the first program of that type over there, too.
CDR: Okay. Have they got color over there? I say there, down below.
CC: I guess they're black and white over there, Tom.
CDR: Okay. I'm afraid they're not getting that. The station can't receive it and everything from _he color camera. Roger highland areas. And again, in our general observa-
CDR: Okay, Houston. Apollo 10. We're coming up on the tion, even when we were down at 50 000 feet, and yet you do have some rough terrain here, But it doesn't a_pear as sharp-featured or as rugged in a lot of places like on the back side or over this hi=bland area as the Lunar Orbiter photos showed. Over.
CC: 0ka_. We copy that, Tom.
UNKNOWN: And that's all free indePendent conclusions there.
CC: Roger. Understand. where you have strictl_ a volcanic area; you have these little cones all tossed up. But out here in the highland area - Yes. You've got a lot of slopes and things, but they're definitely not as those rugged as what is shown there in Orbiter photos. Over.
CC: Roger. Understand. Looks like you could find places to put down in there. Is that affirmative? I t 6_9 Page
CDR: P_ger. Well, I:don't want to try to push it. We'11 have to _t back on the ground on that one. Btffc out in the m_e area, you've got - what we · saw yesterday down lower - like to point it out, that's qualitatively 2] to 3] percent smooth. We're in pretty good shape. Over.
CC: R_er. Understand.
CDR: Hey, as a matter of fact, for Jack, right here I'm locking right down in Censorinus from 60 miles ,rp,ama you can see the boulders on that outer edge. And the shadows frc_ them. 0ver.
CC: That's pretty amazing, Tom. Those must be pretty good sized rocks down there.
CDR: les. You could make & building or two out of each one of them.
LMP: · We eould drop an apple core right in the hole down there.
CC: Roger. Site
CDR: Okay. We're passing over 2 for tbs last time around. Over.
LMP: Hello, Houston. West's your recommendation on a puzge here? I turned the heaters on amd I'm look- 4._ for it in the flight pla,, and I don't see it.
UNKNOWN: a purge, Gene-o?
UNKNOWN: Did'you tell me to put the It2 purge line heater on?
CC: Hc_r. We wanted the purge li ne heater on. We agrttctpate purging number 2 here shortly. We don't wa_t to do it Just yet, though.
LMP: _. I'11 he standing by for some words from you.
CC: Hoeer. We do want the though, Gene.
UNKNOWN: It's been cm 22 minutes nQw.
CC: Yom know, you sure don't have any trouble telling a hole frcu the hills down here.
CMP: Like you do in _me of those pictures.
CDR: Right now we're on tc_ off Sabine and Ritter look- ing down in the _A_k shadows ... there, but you one ar two cam see the ,_mping on the vails and possible big boulders clownin there. You know in the pictures it'11 show them as black ... aha- dows down Below ...
CDR: Okay. We checked the P30 and we're about to go through it. We've got the spacecraft configured for TEI ... AUTO RCS select switches, and everythiz is strapped dc_m, so we're basically ... attitude time around, so as soon as we finish this strip on the landing site here, we're going right to it. ... have any ... whether it needs the high gaf,. Over.
CC: Roger. Understand, Tom,
CDR: And we have Landing Site 3 coming up right _-e4. It's al_o mA_ked bY the craters ...
CDR: In the area ... Landing Site 2 and Site 3 ,.. the hi_hl_nd area ... really ,_ked with a lot of VOlcanic activity. You can see it all over. You can see the old impact ... VOlcanic activity .
CC: Okay, Apollo 10. This is Houston. We'd like for you to go ahead and purge number 2 fuel cell now for 2 minutes. And we'd also like to have the high gain antennas as soon as you finish this ph0tography. Over. Want start - Say you the fuel cell 2 purged of 02 at this tt_?
UNKNOWN: Roger. Fuel cell 2 purged for 2 minutes. That's the hydrogen purge.
LMP: That's a hydrogen purge, Right? Pqe 651
CDR: Purge is st_.
CC: Hello, Houston. Are you reading us?
CC: Roger, 10. Th_s is Houston. We're reading you llow,Gene.
LMP: C_. _ou &_ot AUTO track and n-trow beam. About three-quarters si_A1 frame. Coming in clear.
CC: Roger. Understand. ahead
CDR: Okay, Houston. I'm going to go and maneuver / to TEI attitude an_ lust fire the pitch. Over. it
CC: Roger. Understand,
CC: 10, this is Houston. Tom, could you hold off on attitude _hat change for awhile? We'd llke to watch this purge until it's complete.
CDR: Okay. I want to have John get that P52 IMU.
LMP: And that's 2 mi-utes on the purge. How's that look to you?
CC: Okay. We're not getting the data down - the high bit rate _ata down, Ge_e-o.
CC: Okay. If you've completed the purge - -
LMP: Okay. Tell me what you want to ho. maneuver to your attitude. That'11 be fine. heaters coming off at this time.
LMP: Houston, how cioyou read us?
CC: Roger, 10. This is Houston. We're reading you okay. _o ahead.
LMP: Okay. Just wondering, Joe. I'm Just playing with the 0M_I's - Just playing with the OMNI's to hold onto Page652 i you until we get to the final Burn attitude. Then you recommend Delta.
CC: Roger. That's affirmative. And did you go All : the wa_ through 'P_)?
CDR: We stopped before we got the final countdown. ; at ti-_. It;was over an hour that
CC: Okay. ! DELTA-V's.
CDR: We got the Over. i
LMP: Hey, Joe. Did you want us to go all the wa_ through P307
CC: Roger. I guess - It appears down here that you didn't get your external DELTA-V flag set, John. ?
CMP: Yes, we - - _
LMP: We didn't go through it. We're going thr_agh it as soon as we finish this P52. l
CC: Oh, okay. Mighty fine, then. I'm sorry, f' it
CDR: Yes, but we plan to go through again. We Just wanted to check - Yes, we Just wanted to check that you had the values loaded in there and COMP know. understand. we got a out of it, you We
CC: Okay. Sorry about that .... Houston.
CC: Roger. Gene-o, are you on high gain antennas, now?
LMP: That's a negative. I'm om Q$_I Bravo.
CC: Okay. Thank you very _Ach.
LMP: HoUSton, this is 10. I'm going to leave fuel cell 1 _a the line until we come around the cor- ner so you can take a look at it, and then we can talk about taking it off. you.
CC: Okay. That_ll be fine, Gene-o. Thank
LMP: Hello, HoUSton. Houston, this is 10. How do you read? i
CC: Ro_er, Gene-o. ReaclfnE you loud _ clear. Go
LMP: Qk_. How's that Db-_Ufbeen looking to you?
CDR: Okay. We went through P30 all the wa_, and now 3ust a _'re going to do crew defined maneuver over to the attitude, and then we're going to ,_ll P_0. Over.
CC: r_-lr. Copy. We'11 mouitor.
CC: 10, is Houston. I've got some attitudes f_ you7 post-TEI TV, if you'd like to copy them down.
UNKNOWN: Okay, Joe. Go ahead.
CC: Oks_. This will be for time 138 00. Use the hatch attitudes are window, and your roll 180, pitch 293, Saw 000. And we'd like the high gain antenna angle pitch minus 58 and yaw 005. Over.
LMP: Okay. For a time of 138 00, out the hatch window, roll 180, pitch 293, yaw 000, pitch minus 58, and j,w 005.
CC: l_e_utback'scorrect, Gene.
CMP: And, we _ all the AUTO RCS switches on. Do yo_ confirm them?
UNKNOWN: this is 10. I'm going to cycle the CRYO fans.
CC: Roger. Ca,cur.
CT: _x_eysuckle signal level, minus 105.
CC: )4:)011_ 10, this is Houston. We show about 10 min- utes until LOS, and at this time everything looks GO for TEl.
CDR: Roger. We're _oing to call _ P_0 before we have LOS. m .......... Page65_
CC: Roger. Underetamt. Cta_. maoeuv=r
CDR: The AUTO in P_O, we're all set there and trimmea up.
CC: Roger. We copy, Tom.
UNKNOWN: Houstcm, could you give us a t:im_ hack at 35 sec- onds coat.nm? CC sa_ please.
UNKNOWN: again,
CMP: ]Roger. We'd like a time hack aroemd 35 minutes count_wn. little
CC: We'11 have to gtve it to you a before that, about 6-1/2 LO_ John. We show minutes until and then minutes. okay. you're about hA Oh, I'm sorry, we'11 get it far you.
CMP: Count down the burn, Joe. CC
CC: Okay, 10. This is Houston. I can give you a countdown to 3_. Will that be e_ay? 12
CC: Roger that. We're showing 3_ n°w. 5, h, 3,
CMP: That will be fine. 2, 1.
CC: 3_..
CC: And, 10, this is Houston. Did you get that, or would you like another coustdown?
CDR: We go% it. Give us a mark for 33 Just to correlate.
CC: Roger that. CC
UNKNOWN: 33 coming up in h, 3, 2, 1. CC good,
CC: Very Tom. Pa_ 655 .10, Houston. about min-
CC: this is We're showing _ utes tmtil LOB ,.an_ that fuel cell 1 is looking good to us right now. Everything looks good for TEI.
CDR: Roger. We're GO here, and we'11 see you on the wa_ home.
CC: You bet your life. We'11 see you in about hl rain- lites.
CC: Okay, 10. HoUSton. We show 2 minutes until LOS. We're still GO; everything looks good.
CDR: Roger. We're all set here and we'11 check the , Boresight star ... Over.
CC: Roger. L !J l 4 I Page656
CC: Apollo 10, this is Houston. We are standing by.
CC: Hello, Apollo 10. This is Houston. How did the burn go? Over. 10.
CC: Glad to have you on the way back home,
CDR: Roger. The burn was absolutely beautiful and Gene-o has a report, and we have a fantastic view '; of the Moon now. Over. ,i Tom. report,
CC: Mighty fine, :Standing by for that i i
CC: Hey, Joe. You've got an "atta boy" for that pad Update. Here it comes: burn was on time: it '=-"-- was 2 minutes and _ seconds. Residuals were ! plus 1.6 and 0.3 which were reduced to 0.2 plus 19.9. Binus 0.2, DELTA-V is minus Fuels remaining c is 6.7 percent, oxid/zer of 9.2 percent. Ny PUGS is reading OFF SCALE HIGH on the increase. I pu_ through the procedure but apparently it did no _o_ at all. I'm still reading full scale in- crease on PUGS and m_ flow the oxidizer valve is still in INCREASE at the co_letion of the burn.
CC: Hoger, 10; We Copied ail of that.
CC: 10, this is* Houston. We'_ like to go ahead and take that fuel cell 1 off both buses now.
LMP: It's going off right nc_, Joe. "
LMP: Houston, the TV is being turned on now, and as Tom is starting to pan we have a coup1 e of quick short words for you.
CC: Roger. 'We're standing by. Go ahead.