Spacelog Apollo 11

Roger. For your AGS address 224, plus 60267; 225, plus 58148; 226, plus 70312; 227, minus 50031. Over.

Roger. 224, plus 60267; 225, plus 58148; 226, plus 70312; 227, minus 50031. Over.

Roger. Good readback. Out.

Eagle, Columbia. My P22 is complete. I'm continuing this maneuver to AGS CAL attitude.

Roger. Fine. We copy.

Roger.

Eagle, Columbia. Your high gain angles are—Corrected—Eagle, Houston. Your high gain angles are 165 pitch, yaw 66. Over.

Roger. …

Stand by about another …

Houston, Eagle. I think I've got you on the high gain antenna now. AGS are go.

Columbia, Houston. If you go to REACQ on the high gain, we can acquire you now. Over.

Eagle, Houston. We got some loads for you if you'll give us P00 and DATA. Over.

You've got P00 and DATA.

Roger. We've got both of you on the high gains now. It sounds great now. Over.

Copy. Roger.

Columbia, Houston. I have a SEP PAD if you're ready to copy. Over.

Stand by one.

Ready to copy.

Roger, Mike. SEP PAD, RCS/G&N: NOUN 47 and NOUN 48 are NA, NOUN 33, 100 395 000, NOUN 81 is NA, roll 000 007 000. Rest of PAD is NA.

SEP, RCS/G&N at a TIG of 100 39 50: roll 0, pitch 007, yaw 0. Over.

Roger. Good readback.

Houston, Eagle. Are you ready for us to start the RCS checkout now?

As soon as we finish the uplink. Stand by one. Over.

Okay.

Houston, Columbia. Comment on P22. Worked just fine. The crater I marked on is a small crater down inside crater 130 as described by John Young.

Roger. We copy.

Eagle, Houston. On our load—during our load, we had to do a VERB 96 to stop integration. We're going to start over again on this load. Over.

Eagle. Roger.

And, Eagle, here. I have read out address in the AGS 404, 405 and 406, and I had believed that 405 and 406 would both be all zeros, and I would propose maybe that I reset them to zero. I realize that 404 should be a negative number, and it is minus 13495. Over.

Roger. Copy.

Eagle, Houston. Over.

Go ahead.

Buzz, we've got—The only thing we're missing here is the drift check. After we finish our load, we'd like you to do the drift check with Columbia. Over.

GO.

Eagle, Houston. The 404, 405, 406 look fine to us. Over.

Roger. I am going to be setting them up to zero for the undocking. The question is do you want me to reset 404, 405, 406 back to the numbers that they are now, or can I leave them zero? I intend to set 404 to a minus 13495. Over.

Stand by.

Eagle, Houston. We would like you to zero, as called out in the timeline, all three addresses, 404, 405, 406, before undocking. After docking you can load them hack to the values that you have right now. Over.

Eagle. Roger.

And, Houston, Eagle here. Both RCS helium pressures are reading 2900. Over.

Copy. Out.

Eagle, Houston. Over.

Go ahead.

Roger, Buzz. There seems to be some confusion here on 405 and 406. We'd like you to zero them out prior to undocking, and after undocking you can—we'd like them still zeroed. Over.

Roger. I agree with that. Thank you.

Yes.

Eagle, Houston. We've got the load in the—We have reselected P00; your integration is going again for you; the computer is yours. We'd like to do the drift check now. Over.

Roger. In work.

Eagle, Houston. We've copied the angles and will read back if you are ready. Over.

Go ahead.

Roger, Neil.

For the CM—for Columbia: 35864, 02073, 35954.

For Eagle: 30374, 20078, 00053. Over.

That's correct, and GET was 99 hours and 4 minutes even.

Roger. Copy. Out.

Eagle, Houston. Have you initialized the AGS yet? Over.

Negative. I haven't had a state vector yet.

Roger, Buzz. Have you done the 377 yet?

Roger. Standing by for your K factor.

Roger. Stand by.

Columbia, Houston. We have got a load for you. Could we have P00 and ACCEPT? Over.

You got it.

Roger. Thank you, Mike. And break. Eagle, we've got a K factor for you. Over.

Roger. Ready to copy.

Roger, Buzz. K factor coming at you: 90 00 00 15. Over.

Roger. 90 00 00 15.

Roger. That's good. That's a good ENTER there.

Eagle, Houston. We recommend the AGS initial—Well, we see it coming up now on the AGS initialization. Over.

Roger.

Eagle, Houston. After the AGS initialization, we'll be ready for the RCS checkout.

Roger.

Columbia, Houston. We got the load in. You can go back to BLOCK.

Thank you.

Columbia, Houston. Did you get a—copy any LM data, low bit rate, behind the Moon? Over.

That's affirmative.

Roger. Stand by.

Or at least I've configured for it. I'm not sure Eagle sent it or not.

No, we did not send V data. Eagle. Over.

Eagle, Houston. The alignment and the initialization looked good to us. Over.

Roger. Thank you.

Apollo 11, Houston. LOS is 99 30; next AOS 100 16. Over.

100 16. Roger.

Eagle, Columbia. Let me know when you come to your RCS hot fire checks so I can disable my roll.

Wilco.

Roger. We're right there now. And we'd like you—CSM in MID deadband ATT hold. Over.

That's where I am.

And, Houston, you have high bit rate with us now, I believe? We're ready to proceed with the RCS checks.

Columbia, we'd like wide deadband ATT hold. Over.

Okay. Going wide deadband ATT hold.

You got it.

Are you going to do your hot fire now?