It seems to have become my full-time job to correct this kind of thing. As for the notion that the new space policy “ends human spaceflight,” I feel like I’ve been playing whack-a-mole with that nonsense since February.
…of popular support for Apollo — a blog post by Roger Launius from a few days ago.
I would point out, per Gene DiGennaro’s comment, that the popularity of space-related toys tells us nothing about the degree of public support. If only ten percent of the kids like space toys, that’s still a huge market.
He flew for the military from the post-WW-II era to Vietnam, was a jet test pilot, was an F-100 squadron commander, risked his life many times for many years, and continued to enjoy commanding high-performance machines all of his life, when ironically, it suddenly and unexpectedly ended with him losing a battle of momentum between his Mazda sports car and a Toyota Highlander, on his way to church, a devout Lutheran who spent his life dreaming of the stars, now at final peace with his God. In that regard, he reminds me, sadly, of Pete Conrad, who after commanding a mission to the moon and back, and becoming a leading light of entrepreneurial space, died riding the motorcycle that he loved on a tight curve just outside of Ojai.
Bill Haynes used to tell the story of when he joined the US Army Air Corps in the 1940s, and told them that he wanted to go into space. “Better put down ‘extreme high-altitude flight,’ son,” the recruiter told him, after thinking for a bit. “The army doesn’t have a space program. Yet.” It still doesn’t, of course, because not long after, it spun off the Air Corps into the Air Force.
I first met him in 1981, when we were both working for the Aerospace Corporation in El Segundo. He was working the Military Man-In-Space program, which was looking into military applications for humans in space, which would be tested with military astronauts on the Space Shutte, which was just going into service. After his military career ended in the late sixties, he had worked on both Skylab and Spacelab, and probably knew as much about space station design issues as anyone at the time. He was highly critical of the space station studies occurring at Marshall and JSC at the time, and predicted many of the problems that the program would encounter over the next decade and a half before it finally started actually launching parts into space.
He was also critical of plans to launch a fueled Centaur upper stage in the Space Shuttle (this was the original plan for launching Galileo). NASA was running into abort issues. In the event of a flight abort, they had to be able to dump the propellants before landing, because with full tanks, the stage not only weighed too much to land with, but presented a serious hazard, particularly because there was only a single bulkhead between the LOX and hydrogen tanks. The problem was that, in the event of a Return-To-Launch-Site abort, they couldn’t dump it fast enough. They had (heavy) helium bottles on board to blow the tanks down, but the pressure needed to make it happen fast enough for RTLS just blew through the fluffy liquid hydrogen, leaving it behind in a trail of helium bubbles.
Bill, Jim Ransom and I came up with a scheme to not only solve this problem, but to increase the performance as well (and one that readers of this blog may find familiar). Launch the stage dry. This would not only reduce the stage weight, because it wouldn’t have to take the loads of the propellant through the acceleration of ascent, but also reduce the weight of the cradle that held it, and eliminate the heavy helium bottles needed for abort.
Where would the propellant come from?
Because the Shuttle would launch with a light payload, there would be excess propellant in the External Tank at main-engine cut off condition, which could be transferred through the umbilical into the stage.
We did extensive analysis of it, but could never sell Lewis Research Center (the center responsible for the Shuttle/Centaur) or Rockwell on the idea (later, when I went to work for Rockwell, I worked with Jack Potts, the program manager for the Shuttle/Centaur, but after the program had died). Jerry Pournelle (who I hope is aware of Bill’s passing, and can make the funeral on Saturday and whose son, Rich, I saw in a meeting today, before I heard that Bill had been killed) has written about it.
Eventually, the delays of resolving the abort issue resulted in a shift of Galileo to a Titan, and many think that these delays, with lots of moves of the probe between decisions and the prolonged warehousing time until launch were the cause of the sticking umbrella antenna that reduced the data return when it eventually reached Jupiter, because it lost the graphite lubricant.
But the principle still applies, and was partially the basis for a lot of the recent propellant depot work (Dallas Bienhoff was at Aerospace at the same time as Bill and I, though I’m not sure if he was aware of the work at the time, and then went to work for Rockwell in Downey shortly before I did).
Other stories perhaps still to come, including the reactionless “Jones” drive, and the Crewlock. I hope that others who have Bill stories can chime in (I’m looking at you, Gary Hudson).
[Update a few minutes later]
Jerry Pournelle is apparently aware (you may have to scroll a little). I suspect he’ll have more to say later.
[Update in the afternoon]
As a commenter points out, I got the history a little wrong — Galileo did launch in the Shuttle, but on an IUS. The point remains that it was probably affected by the delays and remanifesting.
Thoughts, and memories, from Frank Sietzen. I may answer his essay questions later, if I get the time.
Can someone explain to me the point of this long essay (assuming that it actually has one)? Because I seem to be missing it.
One small step for (a) man, one giant leap (too far) for mankind.
It’s the forty-first anniversary. Mark Whittington took a few minutes off from fantasizing about the contents of legislation and the emotional states of others, and his imaginary Internet Rocketeer Club, to put together a long list of relevant links.
[Update a few minutes later]
Living on the moon — it’s the pits.
[Update a while later]
[Update in the afternoon]
Speaking of Mark Whittington, his latest fantasy is that Constellation would have gotten us back to the moon in 2019. It’s hard to know how to deal with wilful delusions like this.
[Update a couple minutes later]
Bob Zimmerman displays a profound lack of faith in his country:
Sadly, it appears right now that the next manned lunar mission is probably not going to be an American mission. Though the exact outline of NASA’s future remains as yet unclear, President Obama has rejected the Moon as a future destination, and Congress appears willing to accept this decision.
Instead, either a Chinese, Indian, or Russian astronaut is likely going to be the next human to stroll onto Tranquility Base, taking pictures and souvenirs. All three nations have expressed a determination to get to the Moon. All three have also demonstrated in recent years the technological know-how for making it happen.
I will say no more than that I see no sign of either political will or capability of any of those countries to put a man on the moon. No one seems to be in any big hurry about it (e.g., China launches humans into space every three or four years). There is no indication that any of them are building the kind of infrastructure (either a heavy lifter or propellant depots) to enable it, and no demonstration of the ability to do vertical/vertical vehicles (not even at a Masten/Armadillo level).
My prediction is that the next human to trod the lunar surface will not be a government employee.
Nothing has happened since the fortieth anniversary to change my opinions in the long essay I wrote last summer.
Four decades have passed since the first small step on the dusty surface of our nearest neighbor in the solar system in 1969. It has been almost that long since the last man to walk on the Moon did so in late 1972. The Apollo missions were a stunning technological achievement and a significant Cold War victory for the United States. However, despite the hope of observers at the time—and despite the nostalgia and mythology that now cloud our memory—Apollo was not the first step into a grand human future in space. From the perspective of forty years, Apollo, for all its glory, can now be seen as a detour away from a sustainable human presence in space. By and large, the NASA programs that succeeded Apollo have kept us heading down that wrong path: Toward more bureaucracy. Toward higher costs. And away from innovation, from risk-taking, and from any concept of space as a useful place.
As I wrote, Apollo was a magnificent technological achievement, but in terms of opening up space, it was not only a failure, but the false lessons learned from it have held us back ever since.
Bill Whittle has an Afterburner about space, on the eve of the forty-first anniversary of the first moon landing.
I missed my connection to LA, and am stuck in Chicago until I can find a flight some time tomorrow. It’s kind of late, and I don’t have much time for blogging, and many of you may have already seen it, but Glenn Reynolds has a piece on space exploration in the Journal tomorrow. And of course, Tuesday will be the 41st anniversary of the first steps on the moon. It’s not too late to plan a party to celebrate. I and the co-author, Bill Simon, will be on The Space Show that evening. We may even do a live version of the ceremony, though that’s still TBD.
An interesting bit of space history from Wayne Eleazer. I had forgotten about the wind shear on 51-L. As is often the case, disasters like that require several things going wrong, not a single one.
I’ve had a lot of differences with John Logsdon over the years, but in this Space News piece (pointed out to me by Charles Lurio), he gets it pretty close to exactly right (i.e., we’re pretty much on the same page):
Yale University organizational sociologist Gary Brewer more than 20 years ago observed that NASA during the Apollo program came close to being “a perfect place” — the best organization that human beings could create to accomplish a particular goal. But, suggested Brewer, “perfect places do not last for long.” NASA was “no longer a perfect place.” The organization needed “new ways of thinking, new people, and new means.” He added “The innocent clarity of purpose, the relatively easy and economically painless public consent, and the technical confidence [of Apollo] … are gone and will probably never occur again. Trying to recreate those by-gone moments by sloganeering, frightening, or appealing to mankind’s mystical needs for exploration and conquest seems somehow futile considering all that has happened since Jack Kennedy set the nation on course to the Moon.”
Introducing “new ways of thinking, new people, and new means” into the NASA approach to human spaceflight has not happened in the two decades since Brewer made his observations. That was the conclusion of the Columbia Accident Investigation Board in 2003, and despite the positive steps taken since then to operate the shuttle as safely as possible, much of the Apollo-era human spaceflight culture remains intact. Trying to change that culture and thereby close out the half century of Apollo-style human spaceflight seems to me the essence of the new space strategy. There is no way of achieving that objective without wrenching dislocations; change is indeed hard. Gaining acceptance of that change will require more White House and congressional leadership and honesty about the consequences of the new strategy than has been evident to date.
Sadly, White House and congressional leadership and honesty have been in pretty short supply lately, on both this issue and others.
…with Buzz Aldrin, over at Vanity Fair.
Does anyone have a reference that describes the decision to reduce the size of the Shuttle fleet from seven to five during the Carter administration, and Mondale’s role?
[Update late evening]
Thanks for all the inputs from all the commenters. I’m a little surprised, because my recollection (from the time — see, I’m such a fogie that I actually claim to remember such things) was that Mondale had reduced the fleet size by two in the late seventies. I apparently have some reading to do to get it right.
Jeff Foust has a good roundup of the current state of play in industry/congressional skepticism about the ability of the new players to do the job.
And Tom Frieling describes an appallingly bad book on space history. This kind of thing is really inexcusable, and may feed ignorance for years. When I do my pieces for The New Atlantis, I circulate drafts among a lot of knowledgeable people, to make sure that I get it right. If I write a book, I’ll do the same thing. But I guess that kind of thing isn’t very important to some authors and publishers.
Stephen Smith has a post on NASA’s charter, and what it is and isn’t. It got waylaid by Apollo, but it’s time to restore things to what was originally envisioned. Though as I note in comments over there, space exploration wasn’t given to a civilian agency because of concerns over the military being a hide-bound bureaucracy.
Thomas James has found a previously unknown amateur video of the Challenger disaster.
Roger Handberg has a useful history of NASA and its budgets for those who still fantasize that we can (or should) resurrect Apollo.
…but a lot later than we wanted, due to hellacious traffic getting out of LA. Things didn’t really start to move until we got halfway up the Cajon Pass. So, later dinner at Mandalay Bay, and then on to Colorado in the morning. But Merry Christmas to all, and to all a good night. I’ll leave you with a video from another Christmas eve, forty-one years ago.
I had a piece on this story last year, on the fortieth anniversary. Hard to believe it’s been a year since I wrote that.
ISS. Depending on how you count, of course.
Not a rocket “scientist.” A eulogy to his late father-in-law, from John Bossard.
Bob Werb remembers Gerry O’Neill, and the birth of the alternate space movement.
My piece on Sputnik and the X-Prize is up at PJM.
[Early afternoon update]
Related thoughts from Jeff Foust, over at The Space Review. I agree with him that, despite the five-year gap, we are now close to seeing the industry develop with some rapidity.
[Update a while later]
More thoughts from Matt Isakowitz at the Commercial Spaceflight Federation.
Today, October 4th, is the fifty-second and fifth anniversaries of Sputnik I, and SpaceShipOne’s winning of the Ansari X-prize, respectively. I’ll probably have more thoughts up later today or tomorrow, at Popular Mechanics or Pajamas media.
[Update a few minutes later]
Some thoughts from Michael Belfiore on the X-Prize anniversary.
It’s hard to believe that it’s been half a decade since the first X-Prize flight. I remember it well because I had moved to Florida only a month before, was still recovering from being hit by two hurricanes within two weeks (Frances and Jeanne), and watching on television, frustrated that I could no longer just get in the car and drive up to Mojave to see it.
Now I’m back in California, and hope I’ll have more opportunities to go up and see the other exciting activities that it spawned. Things haven’t moved along as fast as people hoped, either for Virgin Galactic (due to some poor technical and contracting decisions on their part, in my opinion), or the field in general, but things are starting to pick up. As Arthur Clarke noted, we are often overoptimistic about schedules in the short run, but overpessimistic in the long run. It’s starting to be a longer run from 2004.
And remembering the great speech he wrote a little over forty years ago that fortunately never had to be given.
Neil Armstrong has finally wised up to the hoax:
One of the main arguments posited on Coleman’s website—that America could not, in 1969, have realistically possessed the technological capabilities needed to put a man on the moon—was reportedly one of the first things to cause the legendary astronaut a pang of doubt. Despite having spent thousands of hours training for the historic mission under the guidance of the world’s top scientists, technicians, and pilots, Armstrong said he knew the conspiracy theories were true after learning that website author Coleman was “quite the engineering buff.”
“Yes, at the time I thought those thousands of NASA employees were working round the clock for the same incredible goal, but if anyone would know what was really going on, it would be Ralph Coleman,” Armstrong said of the 31-year-old part-time librarian’s assistant. “He knows a lot more about faked moon landings than I ever could. He’s been researching the subject on the Internet for years.”
“Literally years,” he added.
The conspiracy should unravel quickly, now.