How about Michael Collins SUSpilot? He flew all the way to the moon, 240,000 miles and saw no stars.
Oh, silly me.
Yes, silly you indeed. Very, very silly.
Is the above quote another example of your ignorance about Apollo or is it just another of your umm... terminological inexactitudes?
Can you tell us what it is that Collins is talking about below? Scotch mist?
No, he's talking about Venus and stars, and this lot is from just four early pages of the Apollo 11 Flight Journal, which anyone can inspect. I'll leave it up to others to find more examples.
http://history.nasa.gov/afj/
Some of the stars mentioned:
Atria
Gienah
Spica
Star 30, Menkent in Centaurus
Star 33, Antares in Scorpius
Star 36, Vega in Lyra
Star 37, Nunki in Sagittarius
Star 43, Deneb in Cygnus
000:45:02 Collins (onboard): Yes, I noticed that. Before, it was maintaining less than that; it was abnormally low. I almost asked them about it during boost, and then I decided to heck with it. Damn, it'll be hard to see through these optics... down a little bit. Okay, proceed to Menkent. There she goes,
Menkent.
000:45:31 Collins (onboard):
Menkent. God, what a
star.
000:45:35 Aldrin (onboard): Nobody in their right...
000:45:36 Collins (onboard): Menkent's good...
000:45:37 Aldrin (onboard): ...nobody in their right mind would pick that one.
000:45:38 Collins (onboard): ...Menkent's a good
star.
000:46:35 Aldrin (onboard): I was going to mark on 37, and that's
Nunki; 30 and 37?
000:46:39 Collins (onboard): Yes, sir.
000:46:45 Armstrong (onboard): I can see some
stars. Well, maybe I...
000:46:53 Collins (onboard): Okay, again, looking through the telescope, I'm absolutely unable to tell if it's Nunki, but I have it in the sextant. So let's mark on it.
000:47:18 Collins (onboard): ... you guys would appreciate doing this with old G&N men.
000:47:24 Armstrong (onboard): 0.01.
000:47:26 Collins (onboard): 0.01, alright. Shoot, I forget, I think that's gray
Gienah.
000:47:29 Armstrong (onboard): Cup of coffee around here later on, when you get a little time.
000:47:34 Aldrin (onboard): You like that, Neil? You want us to record that
star?
002:48:07 Collins (onboard): I see a bright
star out there, must be
Venus. Forgot to memorize John Mayer's views out the window well enough to say that's
Venus or not, but it's sure bright.
[John Mayer was Chief of the Mission Planning and Analysis Division.]
002:48:17 Aldrin (onboard): What would you do about it?
002:48:18 Collins (onboard): Nothing.
002:48:19 Armstrong (onboard): Four minutes.
002:48:20 Collins (onboard): Tell you what, that's
Venus.
007:20:56 Collins: Houston, Apollo 11.
Star 40 has just disappeared now in the sextant. Could the trunnion angle 47 - something be a little high?
007:21:05 Duke: Stand by.
007:21:21 Duke: Hello, Apollo 11. Houston. We'd like you to press on to
star 44. Over.
007:21:26 Collins: Yeah, Roger. How many marks have you recorded on
star 40?
007:33:03 Collins: Roger. Forty-four is just not bright enough for this. There is a reddish glow filling the black area of the sextant, and the
star is lost somewhere in there, and I cannot see it.
007:33:17 Duke: Roger. Stand by. We'll come up with another
star. Over.
007:33:21 Collins: Yeah. I'd appreciate that. [Long pause.]
[Crews often found that if the Sun was impinging near the optics apertures, it could cause substantial flare within their optical paths. It is worth reminding ourselves how incredibly dim even the brightest
stars are with respect to the Sun.
Stars are virtually impossible to see when the eye is adapted to sunlight and it usually needs a period of adaptation to the dark to allow any but the bright
stars to become visible.]
007:33:48 Duke: Hello, Apollo 11. Houston. We'd like you to go on to
star 45. Over.
008:24:44 Duke: Hello, Apollo 11. Houston. We'd like you to do a P52, option 1 preferred, and establish PTC as listed in the Flight Plan at 12 hours. We'd like you to commence that right now, Mike. And we have some
stars recommended for you. For
stars 26, 30, and 24, when you get to attitude 000. Over.
008:25:19 Armstrong: Okay, Charlie. He's off the wick right now. Understand you're ready for us to do a P52, option 1?
008:25:31 Duke: 11, it's a P52, option 1 preferred. Over.
008:25:36 Armstrong: Roger. And, let's see, that is
Spica, Menkent, and what else?
008:25:43 Duke: Roger.
Stars - Codes are stars 26, 30, and 24. Over.
009:40:34 Collins: Okay, Houston. That completes the P52. We verified the third
star with
Antares, and Auto optics are pointing at it pretty closely. How do our platform drift angles look so far, Charlie?
009:40:46 Duke: Stand by.
024:24:00 Collins: Rog. I'm in a good attitude here to do - I have in the sextant this last P52
star [off-mike to crewmate] What number's [garble]? [to CapCom]
star 3 7. Is that all right for the optics calibration to save some gas, or do you want to go over to
star 40?
024:24:23 McCandless:
Star 37 will be fine for the optics calibration. And we haven't noticed a Verb 66, yet, after our state vector uplink. Over.
024:32:13 McCandless: Roger. We copy. And that's for
star 01?
024:32:19 Collins:
Star 01, Earth near horizon. Code 110.
024:32:22 McCandless: Roger.
[Long comm break.]
[When the CMP measures the angle between a
star and a planet's horizon, he has to tell the computer whether he's measuring to the horizon nearest the
star or furthest from the
star. This is required because only one horizon will be visible depending on which side of the planet is illuminated by the Sun.]
024:41:07 Collins: Houston, Apollo 11. On this
star, the Auto maneuver works just fine. I'm right at the substellar point. Everything looks beautiful except there is no
star in sight. It is just not visible.
024:41:20 McCandless: Roger. This is for
star 01?
024:41:23 Collins: That's correct.
024:41:29 McCandless: You're not getting any reflections or anything like that that would obscure your vision, are you?
024:41:40 Collins: Well, of course, the Earth is pretty bright, and the black sky, instead of being black, has sort of a rosy glow to it, and the
star , unless it's a very bright one, is probably lost somewhere in that glow, but it is just not visible. I maneuvered the reticle considerably above the horizon to make sure that the
star is not lost in the brightness below the horizon. However, even when I get the reticle considerably above the horizon so the
star should be seen against the black background, it still is not visible.
024:42:16 McCandless: Roger. We copy. Standby a minute, please. [Long pause.]
024:42:47 McCandless: 11, this is Houston. Can you read us the shaft and trunnion angle off the counters?
024:42:55 Collins: Yeah, be glad to. Shaft, 331.2 and trunnion, 35.85.
024:43:04 McCandless: Roger. Thank you.
[Comm break.]
024:45:35 Collins: It's really a fantastic sight through that sextant. A minute ago, during that Auto maneuver, the reticle swept across the Mediterranean. You could see all of North Africa, absolutely clear; all of Portugal, Spain, southern France; all of Italy, absolutely clear. Just a beautiful sight.
024:45:54 McCandless: Roger. We all envy you the view up there.
024:45:59 Collins: But still no
star.