Guide Faster, Better, Cheaper: Low-Cost Innovation in the U.S. Space Program (New Series in NASA History)

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What kind of wastrels would dump a perfectly good booster in the ocean after just one use? Thanks for the great responses. How exactly did this cause Mars landers to fail though? NASA doesn't send out probes that don't work. Less quality control? Corners cut? SMF 2. As an online resource I would highly suggest you go to the "forum home" section on this website and search for "Wayne Hale sets up his own blog"; one of his most recent posts refers to the after action involving the loss of Shuttle Columbia and as it relates to the culture of that era. That would be a primary resource for your paper.

Mahler copyright by the Georgetown University Press. You don't have to read the whole book, just go to the index in the back and see "Daniel Goldin" and read the paragraphs before and after the sections in addition to the sections he is listed in. Included would be the following section, from which I quote, "Though the Augustine Report the first one of December , Vice President Quayle, and the National Space Council all strongly supported the idea of missions with shorter, faster timelines, smaller demands for hardware and personnel, and cheaper costs then NASA Administrator Richard Truly was never a believer in the approach.

In addition, Goldin resolved to implement the Clinton administrations government reinvention efforts by seeking efficiency through downsizing the shuttle program while aiming to "do more with less" by cutting costs, consolidating the contracts for the shutttle program, and still undertaking an ambitious launch schedule. Logged - Everything Old is New Again. Logged If you're happy and you know it, It's your med's!

Finding a partner in crime

Since certain posters decided they are allergic to historical complexity and prefer to rashly classify failures and other disagreeable events with labels that make the people or processes involved look incompetent and ignorant. It all falls under the Umbrella. Those who wish to rewrite history I see will disagree. No, it was never part if it at anytime. FBC only applied to science spacecraft and not launch vehicles.

Faster, Better, Cheaper: Low-Cost Innovation in the U.S. Space Program

Logged Han shot first and Gwynne Shotwell! Logged What kind of wastrels would dump a perfectly good booster in the ocean after just one use? I disagree. X had nothing to do with Faster-Better-Cheaper. It was also a disaster of a program, spening a lot of money and not getting even close to flying. This was to be a precursor of the National Aerospace Plane which involved the development of advanced hypersonic technologies.

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NASA also made significant advancements in research into flight maneuverability in high speed and low-speed aircraft. Richard Whitcomb, a NASA scientist, developed the "supercritical wing" that was designed to attenuate the impact of shock waves on transonic aircraft. Between and NASA also conducted key research into the "lifting bodies" or aircraft without wings. This would also be integrated into the final designs of the Space Shuttle program during the s.

In , the XA airplane used innovative scramjet technology to fly at ten times the speed of sound, setting a world's record for air-breathing aircraft.

4 Awesome NASA Inventions You Use Every Day

NASA would quickly make significant contributions to history. Its first high-profile mission involved the Mercury and Gemini projects. The former was developed to understand the viability of sending humans into space and survive. After several years intensive research and development Alan B. Shepard Junior became the first American to ever fly in space.

On the 5th of May , he rode his Mercury capsule around the Earth in a minute suborbital mission. He was quickly followed by John H. Glenn Junior who became the first U. Astronaut to actually orbit the Earth on the 20th of February This is an incredible achievement in hindsight. Project Gemini, another ambitious project, built on the experience and knowledge NASA scientists and engineers gleaned from project Mercury. Its main advancement was to increase the crew capacity to two astronauts. Gemini would run for 10 flights in total and would gather vital information on weightlessness as well as perfected Earth atmosphere reentry, Earthside splashdown procedures and laid the foundations for in-space docking procedures.

It was during this program that the first U.

Astronaut to perform a spacewalk, Edward H. White Junior, did so on the 3rd of June For all NASA's already impressive resume its most famous achievement was the Apollo program , primarily its success in landing humans on Earth's most intimate celestial body - The Moon. The project famously received an enormous boost, or you could say mandate when President John F.

Kennedy made his now immortal speech on the 25th May Of course, this declaration was not made out of pure scientific curiosity. It was a direct response to apparent Soviet Space superiority at the time. America would not be outdone and would prove its dominance in scientific and technological prowess over its cold war adversary. Other projects like the Panama Canal have ever come close to this kind of spending for a single nonmilitary national technological effort. The program was not without its catastrophic failures, however.

Famously there was the Apollo 1 capsule fire in the 27th of January, that killed all astronauts on board during a launch rehearsal test.

Despite this, the project's momentum was not halted but they would make sure the capsule was extensively redesigned for future missions. The next major milestone was the Apollo 7 mission in October of that successfully orbited the Earth and tested the new command module design. This was swiftly followed by the first orbit of the Moon on Christmas Eve and Christmas Day of during the Apollo 8 mission. JFK's promise to the world was finally fulfilled on the 20th of July with the highly successful Apollo 11 mission. Neil Armstrong and Edwin "Buzz" Aldrin Junior became the first and second men to ever walk on the surface of the Moon.

Five more successful moon landings would follow with Apollo 13 April entering history more for its failure than success. The ground crew and astronauts quick thinking enabled them to improvise a solution to a critical oxygen tank burst mid-way to the Moon and return the crew safely. The program would run for a total of 17 missions with the last, Apollo 17, being the first to land a scientist, Geologist Harrison H.

Schmitt , on the surface of the Moon in December of This mission has been vital to our understanding of the origin of the Moon.


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Of the 17 missions, 6 would land a total of 12 astronauts onto the Moon's surface. But there was one further achievement for the Apollo program to complete.

After the spacecraft was launched from their respective countries they successfully rendezvoused and docked in space. In addition to NASA's enormous contributions to manned spaceflight, they also developed many significant scientific probes throughout the years. These probes have explored the Moon, other planets and areas of our home solar system.

The s was a massively important period for the development of these kinds of spacecraft. Pioneer 10 and 11 , which launched on the 2nd of March and April 5th, respectively, both traveled to Jupiter and Saturn. Their mission was to explore the composition of interplanetary space and the two planets. They arrived at Mars in and were, at that time, unable to detect any signs of life. Other important probes include the highly successful Voyager 1 and 2 craft. These were launched on the 5th September and August 20th, The author presents an irony that success led to a loss in funds and higher acceptance of risk.

Public perception of NASA as an agency was at stake. The tragedy of the Columbia orbiter grounded the shuttle fleet and placed JPL at center stage of spaceflight. Bush also called for expanded space exploration in In the final chapters, Conway demonstrates how testing, an emphasis on planetary geology through rovers, and reengineering shaped Mars exploration in the s.

The author makes clear that public interest in Mars exploration grew despite fluctuating budgets and mission setbacks.

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Historians of technology have considered how knowledge flows within and among agencies and the difficulties of facilitating such transfer, especially in nuclear physics and spaceflight. JPL preferred to pay for more expertise and experience by keeping its longer-tenured engineering managers who had learned from past projects about spaceflight to Mars rather than bringing in less-experienced staff with lower salaries. Technological achievement through novelty also plays a role in Exploration and Engineering.

As a setting, it serves as the focal point of Mars exploration research, development, and operations, but also as a backdrop for intra-agency politics.