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The story so far,

The mission

In August, 1987, I noticed an article in NewsWeek that stated that all of NASA's technology was wrong. This led me to investigate and to determine that the technology was in fact good, but that NASA's management was, as is typical of a government bureaucracy, bad. I realized that replacing what had become America's state airline for space with a free enterprise industry was essential to humanities future in space. The question as to how this could be accomplished was placed to me as a challenge. No one really argued with the stated goal, a free enterprise space transportation industry, but the means by which it could be accomplished was a mystery to nearly everyone. As my old professor always stated, "to find answers, go to the library". Further research provided me with a model of a government transportation industry that was very successfully converted to private enterprise, America's commercial air transport industry. Beginning with the airmail act of 1918, the federal government set up a government owned and operated air transport system to transport government payloads, mainly airmail (a situation similar to America's space program). It was successful in an era when private operators could not develop markets for air transport. By 1924 however, reports by Major General Pattrick, the NACA, Admiral Moffett, General Billy Mitchel, the Morrow Board, the Lampert committee, and many others indicated that european avaition was far ahead of the US and that the US government policys of direct competition and abuse of intelectual property rights were the cause of america's lack of progress in aviation. They recommended that the US government get out of the business of aviation and allow a free market to function. The Kelly act of 1925, the Watres Act of 1930, and the stewardship of Postmaster Harold Brown and others, gave the airline operators the time to build markets in the civil sector while being supported by airmail contracts. This support cost the tax payer nothing since the private operators at all times provided lower cost transport than the government owned aircraft. In seven short years the US aviation industry went from last place to first and we have never been out of the lead since. In 1934, the disastrous and temporary nationalization of the airmail contracts proved that the commercial carriers were in fact technically 15 years ahead of government aircraft, at 1/100 of the operating cost.

Unfortunately thirty years of NASA as our State Airline for Space has removed nearly all competitive spirit from the major aerospace contractors. They simply wait for NASA to provide direction and fat contracts. The ill advised practices of the US government of the 1920's is now enshrined at NASA, with the same results. NASA's reversal of its commitment to support private Space Shuttles in the 70's further eroded the aerospace entrepreneurial spirit. The Single Stage to Orbit contract arrangement was a continuation of business as usual on NASA's part, it was not a commitment to a free enterprise space transportation system. The aerospace contractors and the investment community will not fund the development of real competitive low cost space transportation systems until they are safe from competition with a Government subsidized NASA space transportation system. NASA must demonstrate a commitment to the development of a free enterprise space transportation systems NOW! The true space age will not begin until NASA is no longer a competitor in the business of space transportation.

With a strategy, a proven model, and a specific goal in hand, tactics were needed. NASA learned long ago that a rocket attracts attention, so the construction and launching of rockets would provide a continuing audience , and lend credibility to the message.

If the technology of space flight is difficult, than the politics of space are treacherous. 99 percent of what people do or say about space today is because of the politics of space not the environment or the technology. Ending the politics of space is another reason for our efforts to force NASA out of the business of space transportation.

The current government agency model of space management is severely limited as to how much it can do. Congress will only grudgingly appropriate a minimum of funds for research purposes only, and will not support the utopian pipe dreams of NASA bureaucrats. NASA budgets are limited to one year, you cannot build a civilization in space in one year, and a civilization is too important to leave to bureaucrats anyway. The era of NASA as "humanity's future in space" is over. Besides, I don't want to travel into Space just to live in government housing!

The environment of space is currently very hostile to business. The perception among space supporters and NASA administrators is that our free enterprise system is inherently evil, and that the future of humans in space should be a socialist utopia. This obviously is a bureaucrats pipe dream, but that does not stop NASA bureaucrats from doing everything in there power to keep free enterprise out of space. They feel that this is their holy mission. When the free enterprise system can fight it's way around NASA, the boom era of space capitalism will arrive.

The goal is as always, to compete with NASA as a manned space flight carrier, to open the subject of the development of a free enterprise space transportation industry to discussion, and to promote a free enterprise solution to America's space transportation needs.


Humanity's future in space

Space colonies

The future of humankind will be a life in space habitats. Our species previous life on earth will be seen as a subsistence lifestyle under brutal planetary conditions. Earth will be considered a World Park, a treasure house of biological diversity, a nice place to visit, but you wouldn't want to live there. Life on any planetary surface will be considered somewhat brutish, something for the hairshirt crowd.

Life in a space habitat will be a very 'human' existence. Complete and total environmental control will optimize every aspect of human life. The history of humanity has been an ongoing battle to control and utilize the environment, usually with disastrous results for the environment. Inside the controlled environment of a space habitat, agriculture, industry, and suburban life will prosper. Life in space will be dependent on the resources of space.

While the small controllable environments of space habitats will allow humans to eliminate plant and animal diseases, and control crime, the grouping of large numbers of space habitats into huge arrays will allow opportunities for communication and transport which will make today's 'global village' seem primitive.

To read more about it,

COLONIES IN SPACE, by T.A. Heppenheimer
THE HIGH FRONTIER, by Gerard K. O'Neill
NASA sp-413, SPACE SETTLEMENTS A Design Study.

Terraforming; A bad idea?

Before you set out to turn another planet into a copy of Earth, you should ask the question; Do we really like living on a planetary surface? Isn't there something better? How about a space habitat instead?

Before you jump on the "let's all move to Mars" bandwagon, consider the disadvantages.

  1. If we move to Mars, we can trash Earth, right?
  2. Should we use up the resources of space to create another uncontrollable environment?
  3. After the expense of terraforming a planet, will industries be allowed onto the surface environment to provide a viable economy? Environmentalists will say no, seeing Mars as a chance to achieve a perfect world.
  4. Will humans, the worst environmental disaster in the history of the galaxy, be allowed into the newly created evolving planetary environment? Scientists will say no, because they want to continue to study the new evolving planet.
  5. Notice that astronauts volunteer to go into space, they don't want to be terranauts.
  6. I'm tired of being a prisoner of gravity, my feet hurt!
  7. Shouldn't we really be concerned about taking care of the best planet in the solar system, EARTH?!

If the other planets of the solar system are, where possible, terraformed, another 4 or 5 billion people could be provided with a subsistence existence. If the resources of the other planets were converted to space habitats, 4 to 5 trillion people could live quite comfortably.

Interstellar flight

"Space the final frontier", the Startrek series popularized the idea of colonizing livable planets in other star systems. It did not mention the fact that introducing human colonists into the environment of a life bearing planet permanently alters the future of that planet. We would be short circuiting the biological future of any world by merely setting foot on it. The results would be genocide on a global scale. I propose that all extraterrestrial life bearing planets be declared off limits to human life.

This does not rule out interstellar travel. Other star systems all contain huge amounts of matter not associated with living planets. This material would be available for space habitat and starship construction. There's still a lot of universe out there.

An additional concept to be considered is the Bussard Ram, the only engine currently theoretically possible for a starship. It's characteristic of sucking up all the matter in it's path means that all the elements needed for human existence will be plentifully available to the starship inhabitants. The starship need not have a destination. Self perpetuating fleets of starships may cruise serenely into the future.

If you want to know more about changing the course of human cililization, Email Mark Goll


Reading list

Someone prompted me to a good idea the other day, that I should develop a reading list of books and articles on astronautics so they could learn more about what we're trying to accomplish. Unfortunately most texts on the subject have been either stolen or removed from library shelves, and are usually out of print. Most of the new books are just pretty pictures with nothing to challenge the intelect. This is an extremely difficult subject to do research on. In no particular order;

  1. "Big Dumb Rockets", Gregg Easterbrook, NEWS WEEK, Aug. 17,1987, pg46. A good explanation of the "politics" of commercial space transportation.
  2. "The Pratt & Whitney Aircraft Story" by United Aircraft, 1950. Good history of the avaition business in the 1920's.
  3. "THE ORRERY, computer models of astronomical systems" by Caxton Foster. You'll notice that I offer a couple of Basic (.bas) programs on the web site, this book contains many more. There's almost enough software to get you to Mars.
  4. ROCKETS MISSILES AND MEN IN SPACE, Willy Ley. Probably the best popular text ever written about the history, technology, and theory of space flight. It can be found in most libraries and some used book stores.
  5. WE REACH THE MOON, John Noble Wilford. An excellent history of the technology and people of the Apollo moon program. Paperback available at used book stores.
  6. A HOUSE IN SPACE, Henry S.F. Cooper, Jr. A good history of Skylab and the first labor dispute in space. Paperback available at used book stores.
  7. HANDBOOK OF ASTRONAUTICAL ENGINEERING, Heinz Herman Koelle ed. This is an excellent technical reference source.
  8. ROCKET MANUAL FOR AMATEURS, Capt. Bertrand R. Brinley. Way way out of print this is the only text I've ever seen that was actually written to encourage amateur rocketry. I have a copy, which I lend out only with great reluctance.
  9. THE DESIGN, CONSTRUCTION, & FLIGHT TESTING OF A LARGE LIQUID PROPELLANT MISSILE, David Crisalli. This is available from the Pacific Rocket Society, Inc. suite 24, 1825 N Oxnard Blvd., Oxnard CA, 93030.
  10. IGNITION, John D. Clark. Lots of hilarious history, a good read, and lots of good advice.
  11. ROCKET PROPULSION ELEMENTS, George P. Sutton. Lots of theory, but not much practical advice.
  12. DESIGN OF LIQUID SOLID AND HYBRID ROCKETS, Dr. Robert L Peters. This book was designed for the rocket engineer which means that it's 97% graphs. Really. Please do not write on the nomographs.
  13. DESIGN OF LIQUID PROPELLANT ROCKET ENGINES, NASA SP-125, Huzel, D.K., and Huang, D. H., written in 1971, this is an excellent text about theoretical rocket engine design.
  14. AIRWAYS: THE HISTORY OF COMMERCIAL AVIATION IN THE UNITED STATES by Henry Ladd Smith. Smithsonian Institute Press, 1991, 448pgs., $19.95. The best single volume treatment of the subject. The blueprint for our effort.
  15. COLONIES IN SPACE, T. A. Heppenheimer. A good popular book on space colonies. A little futuristic, but it will make you wonder why anyone would want to live on a planet.
  16. THE LIMITS TO GROWTH, D. H. Meadows et all, A really scarry book because it sets a time limit on human access to space, se pg 175.
  17. SPACE HANDBOOK, Air University 1985, AU-18. A good discussion of launch vehicle systems & performance parameters presented in an understandable format.(written for Air Force officers)
  18. STAGES TO SATURN, NASA-Bilstein,SP-4206. A technological history of the Saturn launch vehicles.
  19. SPACE SETTLEMENTS A DESIGN STUDY, NASA, SP-413. an excellent discussion of space colony designs.
  20. LEO ON THE CHEAP by LT. COL. John London III. Air University Press. Free for a phone call if available. An analysis & history of big dumb booster technology.
  21. SPACE ENTERPRISE, beyond NASA, by David Gump. before the author gets lost in the laser booster scheme, he presents a very good analysis of what's wrong with our national space program and correctly recommends the free enterprise system as the solution.
  22. THRUST INTO SPACE, by Maxwell Hunter. Before he goes off on high tech Florine and gaseous fission engines he gives a good discussion of rocket principals.
  23. I offer as freeware a GWbasic program called ROCKET that will model the flight of a hypothetical rocket of up to 4 stages. If you have improvements on the program please mail them back to me for updating my copy.
  24. Also freeware,Stabcal2 by Harry Stine. Will calculate the subsonic CP of a fined rocket.

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