Spacelog Apollo 11

Roger. We need AUTO, please, sir.

Okay. You got it.

Roll zero, pitch 320, yaw zero?

Right now that's what we're looking at. Stand by. We might have you roll so we can keep the high gain. Stand by.

Roger.

Columbia, Houston. Over.

Go ahead.

Roger, Mike —

Apollo 11, these days.

Oh, Roger, Apollo 11. We got you going to a posigrade attitude and we want you—this burn will be using minus X thrusters at about 2 or 3 feet per second, and we got a load for you. We'll send it up momentarily. Over.

Okay.

Apollo 11, Houston. Would you give us P00 and ACCEPT? We have a load for you. Over.

You got it.

Roger, Mike. And our pitch attitude's a little wrong here. If you're ready to copy, I'll give you the SEP PAD. Over.

Go ahead. Ready to copy.

Roger. Starting with NOUN 33: 130 30 0000, plus 00020, plus all zeros, plus all zeros. Roll all zeros, pitch 230, yaw zero. NOUN 44 is NA. DELTA-VP 00020, burn time 007, DELTA-VC 00020. We have—The rest of the PAD is NA.

Roger. GET 130 hours 30 minutes, DELTA-VX 2.0, roll zero, pitch 230, yaw zero, DELTA-VC, 2.0.

That's affirmative, Apollo 11. And, Mike, it's similar to the SEP burn prior to flight after the undocking here. And the P41 you should see on register 1—2, and then you burn minus X until you read 4. Over.

Apollo 11, Houston. Computer's yours. Over.

Roger, Charlie. We switched our OMNI D—Delta, and I lost that last transmission. Would you say again, please? The thing I'm wondering about specifically is that earlier you said it would be minus X thrusters and the PAD indicates plus X. Do you want me to null that to zero or do you want to add 2 and leave it as a 4?

Roger, Apollo 11. The way we gave it to you in the attitude we're in, it'll be just like the SEP burn that you had yesterday. You'll see—NOUN 85 will give you a plus 2 and then you just burn minus X until you read 4. Over.

Understand.

Apollo 11, Houston. We see you in P41 now. It might take you a couple of minutes to integrate these vectors that we gave you and if you don't make TIG, it's pretty insensitive. You can just let P41 bring you up to TIG, and when you get to zero, you can burn on that. Over.

Okay. Burn complete. Residuals: plus three balls 40, plus four balls 7, plus four balls 2, DELTA-V counter 102.1. Over.

Copy, Apollo 11. Looks good to us. Over.

Houston, Apollo 11. How about coming up with a good communications attitude for us to go to between now and the time we maneuver at TEI attitude.

Roger, sir. Stand by.

Hello, Apollo 11, Houston. A couple of things for you. Over.

Go ahead.

Okay. Mike, you can maneuver to your preliminary TEI attitude as shown on page 398 of the flight plan, and the high gain angles are good as shown in the flight plan, and we'd like you to dump the waste water at 131 05 down to 10 percent. Over.

Okay. Understand. I'm going to go to roll 1.1, pitch zero—or 52.6, and yaw 13.8, and you want a waste water dump 10 percent starting at 131 05.

That's affirmative. Right out the LOS.

Maneuver is in progress, Houston.

Apollo 11 under high gain. How do you read?

Five by, 11. How me? Over.

You're loud and clear, Charlie. What—What numbers are you looking at for TEI TIG preliminary; 135 hours 23 minutes, something like that?

That's affirmative, Mike. We're looking at about nominal time. We've considered kicking it up a REV, but we don't think this REV track is going to be any good since we had the RCS burn and we need some more tracking to get you a good TEI. Over.

That's what we're looking for.

Roger.

11, Houston. Looks like it's going to be pretty relaxed time here for the next couple of hours. We'll have you a PAD, of course, the next REV or so, and we'll keep you posted on TEI. Looks like nominal time. Over.

Thank you, Charlie.

And your little maneuver back here a moment ago will put you about 20 miles ahead of the LM at TEI.

Okay.

Imagine that place has cleared out a little bit after that rendezvous. You can find a place to sit down almost, huh?

Roger. Our MOCR's about empty right now. We're taking it a little easy. How does it feel up there to have some company?

Roger. We were seeing—believe it or not, we were seeing some funnies on the Eagle's rendezvous radar, and that was the only theory that we had. It looked like it was a good one.

Hello, Apollo 11. Houston. We are standing by. Everything is looking great here. Over.

Hello, Apollo 11. Houston. If you guys want it, we've got some news, here, we can read up. Over.

Be pleased to have it.

Roger, Neil. Starting off: Congratulatory messages on the Apollo 11 mission have been pouring into the White House from world leaders in a steady stream all day. Among the latest are telegrams from Prime Minister Harold Wilson of Great Britain and the King of Belgium. The world's press has been dominated by news of Apollo 11. Some newsmen estimate that more than 60 percent of the news used in papers across the country today concerned your mission. The New York Times which, as we mentioned before, has had such a demand for its edition of the paper today (even though it ran 950 000 copies) said it will reprint the whole thing on Thursday as a souvenir edition. And Premier Alexei Kosygin has sent congratulations to you and President Nixon through former Vice President Humphrey who is visiting Russia. The cosmonauts have also issued a statement of congratulations. Humphrey quoted Kosygin as saying “I want you to tell the President and the American people that the Soviet Union desires to work with the United States in the cause of peace.”

And Mrs. Robert Goddard said today that her husband would have been so happy. “He wouldn't have shouted or anything. He would just have glowed.” She added, “That was his dream, sending a rocket to the Moon.” People around the world had many reasons to be happy about the Apollo 11 mission. The Italian police reported that Sunday night was the most crime free night of the year. And in London, a boy who had the faith to bet $5 with a bookie that a man would reach the Moon before 1970 collected $24.000. That's pretty good odds.

You're probably interested in the comments your wives have made. Neil, Jan had said about yesterday's activities, “The evening was unbelievably perfect. It is an honor and a privilege to share with my husband, the crew, the Manned Spacecraft Center, the American public, and all mankind; the magnificent experience of the beginning of lunar exploration.” She was then asked if she considered the Moon landing the greatest moment in her life. She said “No, that was the day we were married.” And Mike, Pat said simply, “It was fantastically marvelous.” Buzz, Joan said—apparently couldn't quite believe the EVA on the Moon. She said, “It was hard to think it was real until the men actually moved. After the Moon touchdown, I wept because I was so happy.” But she added, “The best part of the mission will be the splashdown.”

In other news, and there was a little bit, another explorer: Thor Heyerdahl had to give up his attempt to sail a papyrus boat across the Atlantic. The storm damaged boat was abandoned about 650 miles from Bermuda. The speed of the craft had been reduced to about 25 miles a day, and Heyerdahl said the object of the voyage had not been to provide an endurance test for the crew.

Thank you much, Charlie.

You're welcome.

11, Houston. We've got a preliminary TEI 30 PAD, if you're ready to copy.

Ready to copy.

Roger. We have a TEI 30, SPS/G&N: 36691, minus 061, plus 067 135 23 4149; plus 32020, plus 06713, minus 02773 181 054 013; NA, plus 00230, plus 32833 228 32625, 24 1510 355; NA three times, plus 1103, minus 17237 11806 36275 195 04 52. Deneb and Vega 242 172 012, two jet ullage, 16 seconds; horizon 11 degree line at TIG minus 2 minutes; sextant star visible after 134 50. Over.

Hello, Apollo 11. Houston. We're standing by.

Roger. Apollo 11.

Roger. We'd like you, sometime at your convenience, to stir up the CRYO's on this pass. And we're wondering if you got the fuel cell purge. Over.

Roger. *** fuel cell purge …

Say again. You're breaking up.

Roger. The O₂ fuel cell purge is complete.

Hello, Apollo 11, Houston. We've got a load for you, if you give us P00 and ACCEPT. The load consists of a CSM pre TEI state vector that's going in the CSM slot, and a post-TEI state vector that'll go into the LM slot, if that's okay; and also a TEI target load. Any comments? Over.

Very good. Thank you very much.

Yes, sir.

P00 and ACCEPT. You got it.

Thank you.

And, 11, Houston. A reminder: you can scratch the VERB 66 at 134 30.