posted 06-26-2011 05:20 PM               

When he was named head of manned spaceflight in September, 1963, the management of the U.S. space effort was fragmented. The heads of NASA' centers did not always work together and there was organizational confusion. Mueller's great contribution was to change the lines of responsibility so that the center directors reported directly to him. Each center then had a program office which interacted with smaller program offices at NASA Headquarters. Mueller's management diagram was the foundation of successfully organizing Apollo with a clear-cut command structure. His official title was Associate Administrator for Manned Space Flight and he was based at NASA Headquarters in Washington. Mueller had a reputation for being a tough and determined manager.

Mueller's second great contribution was the notion of "all up testing." He felt that it was more effective to test all systems together because testing individual components only would not indicate the success or failure of the entire machine. This was counter to the practices of Wernher von Braun and his group, but Mueller eventually prevailed. Hence, the first test of the Saturn V was the entire rocket (unmanned) rather than individual stages (such had been done for the Saturn 1). "All up testing" sped up the schedule and made a landing by 1969 possible.

Mueller also was the "father" of the space shuttle in the sense that he was an early and strong proponent of a reusable space launch system to get humans to low earth orbit. He argues that the problems with the shuttle as developed was that it is only partially reusable and thus has had the liabilities of high cost and overhead.

Mueller was also an early proponent of what was originally called the Apollo Applications Program. Due to lack of funding, AAP was pared down to Skylab.

Throughout his career, Mueller is a visionary who always thought about the next steps in space exploration.

Dr. Mueller left NASA in 1969 to return to private industry. More recently he was involved with Kistler, a failed attempt at a commercial space rocket.

There was an excellent interview with Mueller in Air & Space magazine this year.

posted 06-28-2011 08:05 PM               

I queried a number of youth-oriented publications and found a taker in the rather obscure American Red Cross Youth Journal. They would pay me $125 for an article and pictures. Now this doesn't seem like a lot, but this was 1969 and my round-trip air fare from Chicago to Melbourne was only $94.50 and my stay at the Sea Missile motel was $56.36 for 7 nights (I still have the receipts).

How I managed to get press credentials from NASA is a whole other story, but a friend and I flew to the Cape on July 13, 1969 (on the same plane as Mrs. Rose Cernan). We went straight away to the NASA News Center for the event located in Cape Canaveral. One could sign up for tours, briefings, and interview opportunities arranged by the NASA Public Affairs Office.

Because many of the press had already arrived, there were not too many interview slots still open. However, I was happy to see an opening with Dr. George Mueller for the afternoon of July 15, the day before the scheduled launch. Mueller, then NASA Associate Administrator for Manned Space Flight, would be meeting individually with reporters for 20 minute interviews in his hotel room.

I do not know how many reporters he spoke to that afternoon, but after trouble locating his room we found him talking to some Japanese journalists. We waited in the room until they were finished and then started questioning Mueller about our future in space and how it would affect young people (I had just turned 19).

Dr. Mueller, who was celebrating his 51st birthday the next day, was wearing black glasses, a long-sleeve white shirt and tie. He was focused on the questions and had a serious demeanor about him. His answers were clear and coherent-- one could tell he was familiar with being interviewed. He was clearly passionate about the future of space exploration.

Here is one excerpt from my 1969 interview (more to follow). In it, Dr. Mueller takes a visionary approach to the future of travel to the moon. It is ironic that 42 years later so little of this dream has been accomplished.

"New Worlds for Tomorrow" by David S. Chudwin. American Red Cross Youth Journal Nov. 1969 vol. 46, pp. 22-25

Question: What are the most important space advances this technology will provide for members of my generation?

Mueller: Without doubt, the key to all future manned and unmanned space activities will lie in reducing the cost of carrying out activities in space. We are studying an advanced transportation system that would drastically cut the cost of going from here to the moon.

Specifically, we a looking at a re-useable set of space vehicles that will permit us to go from the surface of the earth into earth orbit, to rendezvous with a space station and transfer cargo, and return to earth. The same vehicles could then be used to repeat the process with a new cargo.

To carry that capability one step further, there ought to be a second re-useable vehicle which could go from earth orbit into lunar orbit, rendezvous and transfer cargo to a space station in lunar orbit, and pick up cargo and return it to the earth orbital station.

A third set of vehicles would travel from the space station in lunar orbit to the surface of the moon and return to the lunar space station.

Question: Is public transportation to and from the moon possible in the next 20 to 30 years?

Mueller: With the transportation system I have described, we think we can reduce the cost of sending a cargo to the moon and back from the present rate of $100,000 per pound to approximately $200 per pound. That is a tremendous improvement. Therefore, it is not inconceivable that a person could afford a round trip to the moon once during his or her lifetime.

posted 07-02-2011 07:53 PM               

But first some more background about Dr. Mueller. First, he pronounces his name "Miller." Second, ironically his birthday is July 16, 1918 -- exactly 51 years before the launch date of Apollo 11 (quite a birthday present).

Finally, while getting his Ph.D. from The Ohio State University, he worked for Bell Labs and was active in research on radar, television tube technology and other electrical engineering issues. After teaching for a while at Ohio State, he later headed the Electronics Laboratory at what would become TRW.

NASA Administrator James Webb persuaded him in 1963 to take a major pay cut to join NASA as Associate Administrator to direct the manned spaceflight program. He left NASA in 1969 to return to industry.

Here then is more of my interview from the American Red Cross Youth Journal:

Question: What do we hope to learn from exploring the moon?

Mueller: Our early geological exploration will seek to relate the history of the moon to that of the earth to see if they have a common origin. Also, we hope to trace the history of the moon in relationship to the solar system.

Eventually, however, we hope to use the moon as a place to live -- not only for our own citizens but for all mankind. It has a land area much like that of earth, and it is only three days away, which, with today's technology, is much closer than our country was to Spain when North America was first colonized.

Question: How would these colonies be established?

Mueller: We would probably put a space station in lunar orbit and use it as a mobile base. If you go into polar orbit around the moon, you will be able to pass within 60 miles of every point on the surface of the moon every 2 weeks. All you need, then, is a vehicle to fly down to the surface of the moon and back up again in much the same fashion as our lunar module. When we have completed our early phase of intended exploration of the moon and found a place on the moon where we could build a base, we will simply go down and build it.

Question: How would the base be supplied?

Mueller: Water is probably the most valuable single resource we will have to find on the moon. With water, in some form, and nuclear energy, we will be able to produce all that is necessary to sustain life permanently.

One of the things that we will attempt to do on some of the flights that follow Apollo 11 will be to explore areas next to some of the lunar rills [valleys]. These rills were created when meteors hit the surface of the moon, melting the ice that was underneath the surface. The melted ice created huge lakes that drained over the soil of the craters. Rivers ran down and eroded canyons about the size of our Grand Canyon. We hope to find rather large supplies of water down at the bottom of these canyons, probably in some form of permafrost under the surface.

Question: In what other ways would you use a lunar base?

Mueller: Mining would be possible. Diamonds could be transported down, and so could gold. When meteors hit the moon not only do they dig holes, but they also affect their landing site with very high temperatures and pressures. The facts surrounding the formation of minerals through very high temperatures combined with very high pressure are well known. If we know the base material of a particular area, we can predict what kind of minerals might be found.

posted 07-05-2011 08:21 PM               

He's been at several of the previous Saturn/Apollo Reunions, and celebrated an early birthday during the 2009 ribbon cutting for the USSRC's "The Force" exhibit.

posted 07-12-2011 09:29 PM               

But first some background information. I was 19 years old at the time, a student at the University of Michigan, and at Cape Canaveral representing the Michigan Daily and the College Press Service. While some teens and college students (including myself) supported the space program, there were many in my generation who at that time feared technology and believed that money spent on Apollo should have been used to help the poor. This was during the Vietnam and civil rights conflicts and many young people felt NASA was part of the hated "military-industrial complex."

While I felt then (and now) that these views were mistaken, I set aside my own opinions to voice to these concerns in my questions to Dr. Mueller:

Question: A number of young people are turned off by the space program. They see it as a purely military effort and as part of a vast technology that is overwhelming them. Yet many say that the space program is helping to create a new type of world. Is this new world of technology good? How will it affect us nationally and individually?

Mueller: Certainly I think you have to take a more fundamental view of the situation than looking simply at the space program of the United States; because, in carrying forward this program, we have wrapped up and put to use in a very short period the progress of many generations of people. The impact of this program has been very great, indeed, and there is little doubt that man's landing on the moon will greatly affect us all.

The moon offers us many new areas to explore and hopefully to benefit by, and tomorrow's flight will have a profound effect on our society, whether we like it or not.

Question: Why do some people oppose this venture?

Mueller: Such opposition reminds me of the opposition raised to the opening of our West. If you look back in history, you find that the great majority of people who were comfortably settled in our Eastern Coastal plan termed the westward expansion "folly" and those who moved west "escapists."

Question: A friend of mine called the space program a celestial circus.

Mueller: Your friend is unwilling to accept the fact that the world we live in tomorrow is going to be far different that the one we were brought up in. We are being challenged to react to the change; and in that sense what many are doing is rejecting change. It amazes me that young people--who are supposed to be the ones who seek change--fail to recognize that they themselves are so conservative.

One of our problems, as I see it, is that the psychological impact of man's first step onto the moon is very hard for most people to bear. They are awed by the event; they are somewhat frightened by its implications; they are uncertain about its effect on their futures. People in general do not like uncertainty; they resist change; and they do not like new adventures. It is the minority that explores and pioneers.

Question: But what is this change doing to us?

Mueller: It is not doing anything to you. It is doing many things for you. But it is requiring us to adapt to the changing environment in which we live.

Whenever technology advances, it gives us the capability of improving the overall productivity of our society, thereby creating, hopefully, more goods and services to be shared among our people. Science and technology and its application to our everyday lives are at the root of the wealth we so often argue about distributing.

Years ago, most of us were poorer by a factor of two that those on today's welfare rolls in terms of what we ate and how we lives. In a very real sense, the science and technology we are talking about have created the great wealth that makes it possible for some among us to actually question the need for work.

posted 07-13-2011 07:51 PM               

Dr. George Mueller, NASA Associate Administrator for Manned Space Flight, answering questions from reporters in his Cape Canaveral hotel room on July 15, 1969.

Dr. George Mueller (3rd from left) with NASA center directors Wernher von Braun, Kurt Debus and Robert Gilruth at press briefing before Apollo 11.

posted 09-16-2011 08:46 PM               

I received a signed and inscribed photo back today, along with a signed typewritten letter:

First, let me thank you for the notes, the picture and the copy of our interview some forty odd years ago. I am particularly pleased with the transcript of our interview since I didn't have any record of it in my files. It is too bad the grand plan we proposed then was never implemented.

posted 07-15-2013 10:27 PM               

Dr. Mueller, who lives in Washington State, was NASA's associate administrator for manned spaceflight from 1963 until 1969. He played a pivotal role in the development of the Apollo, Skylab and shuttle programs.