NASA Just Bought Two Space Taxis. Will Competition Save Money?

Its not exactly the rivalry between Uber and Lyft, but U.S. astronauts will eventually have two different options for taxiing to and from the International Space Stationand neither of them will be designed or built by NASA. The nearly $7 billion in contracts awarded this week have been split unevenly between Boeing (BA) and SpaceX, Elon Musks space-exploration startup.For taxpayers, that leads to an obvious question: Isnt it cheaper to have a single builder?

Thats an issue government has been grappling over for decades, most notably at the Pentagon. Military equipment contracts are increasingly awarded to one design from a single supplier as a way to keep a lid on costs. That imperative has become particularly critical over the past five years as Washington struggles to curb deficits and Tea Party lawmakers campaign to slash federal spending across the board, even for projects and constituencies the Republican Party has traditionally supported.

Were going to find out how well sole sourcing works, says Richard Aboulafia, an aerospace analyst with Teal Group. Once upon a time, it was about having an industrial base. Now its all about costs. The accountants are in charge.

One major example of the single-source approach came to a head in the long debate over the engine on the Pentagons most-expensive weapons system, Lockheed Martins (LMT) F-35 Lightning II Joint Strike Fighter. An earlier fighter jet, the F-16,has two engine providers. But in the F-35 program, General Electric (GE) andRolls-Royce (RR/:LN) spent the better part of a decade developing an alternative engine for the F-35,even as military officials repeatedly asked Congress to shut down the secondary effort and spend the money on other projects. Finally, in 2011, legislators agreed and Pratt & Whitney (UTX) was left as the sole engine supplier for the F-35.

That arrangement led to a rare public scuffle earlier this year when the Pentagons F-35 program chief blasted Pratt & Whitney for not suitably managing costs on the engine. When you are in a sole-source environment it is difficult to find the right leverage and motivation and drive the cost out of a program, Lt. Gen. Christopher Bogdan told reporters in April. A report inAviation Week described the general as frustrated by the lack of leverage he has in dealing with a monopoly engine provider. (Pratt & Whitney spokesman Matthew Bates says the company has spent more than $65 million to reduce the F-35 engines cost by half.)

A similar situation occurred with the futuristic helmet F-35 pilots will wear. Displeased by the performance of the product from a Rockwell Collins (COL)-Elbit Systems (ESLT) joint venture, the Pentagon askedBAE Systems (BA/:LN) in 2011 to develop an alternative. Last October, after the original supplier improved its helmets performance and agreed to a price cut, the government ended work on the BAE helmet after spending a reported $60 million. BAE Systems wont confirm that figure.

By bringing both Boeing and SpaceX into the dual development of new vehicles that can reach the space station, NASA is making an an initial foray into supporting a private space-travel industry that entrepreneurs hope will become a thriving space tourism sector. (California-based SpaceX will receive $2.6 billion for the work that Boeing told NASA would cost $4.2 billion; officials at SpaceX did not respond to a question about the cost disparity.)

The dual contracts are, in some ways, a throwback to an earlier era when the U.S. used large space and defense contracts as a way to seed entire industries. The rationale was that Uncle Sam is best positioned to catalyze investments in areas of strategic national interests and then private enterprise follows. Thats what NASA hopes will happen with the Boeing and SpaceX projects: a space station shuttle that flies in parallel with the companies other ventures to develop the field of space tourism, opening up the door to more and more people seeing what we have seen from space, as astronaut Michael Fincke, who has spent 381 days in orbit, put it this week. Musk, for his part, envisions SpaceX as helping one day to build a city on Mars.

The record for both single- and dual-contracting approaches is mixed, and its not easy to conclude that having only one supplier is any better or worse, in terms of performance and expense to taxpayers, Aboulafia and others say. Beyond the cost of a single space program or weapons system, government budget officials must consider the industrial base that accompanies a particular project when deciding to fund multiple suppliers. That issue of a competency also includes whether a company has done both commercial and government work, Aboulafia says, such as Boeing, GE, and Pratt & Whitney.

Weve seen examples where competition is good and competitions bad for federal procurement, says Michael Lewis, a vice president of strategy and planning at BAE Systems, calling a multiple-supplier scenario a great risk mitigator for critical items the government is buying. He sees the current environment as one in which cost trumps other considerations, even when the total price difference for a product is minimal. Budgets have gone up and down all through history, Lewis says. Its really a mindset about what are we buying. Are we just out to get the cheapest or does the performance of the item factor into it?

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NASA Just Bought Two Space Taxis. Will Competition Save Money?

NASA’s MAVEN Approaches Mars After 10 Months And 442 Miles – Video


NASA #39;s MAVEN Approaches Mars After 10 Months And 442 Miles
NASA #39;s Mars Atmosphere and Volatile Evolution orbiter (MAVEN) is approaching its destination over Mars. It #39;s the first spacecraft sent specifically to research the red planet #39;s upper atmosphere...

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NASA's MAVEN Approaches Mars After 10 Months And 442 Miles - Video

Fluid-Structure Interaction of the NREL/NASA Wind Turbine using Abaqus, CSE, OpenFOAM and EMPIRE – Video


Fluid-Structure Interaction of the NREL/NASA Wind Turbine using Abaqus, CSE, OpenFOAM and EMPIRE
The isosurface of the Q criterion is rendered for 7m/s inlet velocity. Moreover, the isosurface is colored via the magnitude of the velocity. The displacement is scaled by a factor of 70. http://em...

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Fluid-Structure Interaction of the NREL/NASA Wind Turbine using Abaqus, CSE, OpenFOAM and EMPIRE - Video

How NASA Users The "Blinds Effect" To Hide Artifacts From Images – Video


How NASA Users The "Blinds Effect" To Hide Artifacts From Images
This video is purely speculative and my take on why we get back such shotty pictures one day when on the very same day we get back crystal clear ones. The content within is what the factor...

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How NASA Users The "Blinds Effect" To Hide Artifacts From Images - Video

NASA keeping close eye on Arctic climate

By Becky Oskin, Senior Writer

NASA's DHC-3 Otter plane flies in Operation IceBridge-Alaska surveys of mountain glaciers.(REUTERS/NASA/Chris Larsen)

A speedy trip across Alaska's vast, roadless tundra and tall mountains requires travel by air. The state has more private planes for each of its residents than any other state in the union.

Three NASA science missions traveled the Alaskan way this summer, soaring above Arctic sea ice, piloting over permafrost and gliding past mountain glaciers. The projects are tracking changes in the rapidly warming Arctic that are best monitored by air.

"We can't do everything with satellites," Tom Wagner, NASA's cryospheric sciences program manager, said during a media teleconference Sept. 16.

The Carbon in Arctic Reservoirs Vulnerability Experiment (CARVE) surveys permafrost two weeks out of every month in a C-23 Sherpa aircraft fitted with instruments that measure greenhouse gases. Huge areas of Alaska, Canada and northern Russia have permafrost, soil that remains frozen year round. But permafrost soils are warming even faster than Arctic air temperatures, increasing as much as 2.7 to 4.5 degrees Fahrenheit in the past 30 years. As the soil thaws, carbon stored on ice for centuries escapes. [On Ice: Stunning Images of Canadian Arctic]

Permafrost holds 1,000 billion metric tons of carbon, said Chip Miller, CARVE principal investigator at NASA's Jet Propulsion Laboratory in Pasadena, California. And that carbon, once freed from the soil, can transform into climate-warming gases, such as methane and carbon dioxide. Scientists are tracking whether atmospheric levels of these gases are higher above permafrost than in other areas.

The interplay between melting ice and the atmosphere is also a focus for the new Arctic Radiation IceBridge Sea and Ice Experiment (ARISE). Launched this summer, the experiment measures how clouds help or hinder global warming above Arctic sea ice. Clouds reflect sunlight, cooling the Earth, but they can also trap heat radiating from the planet, boosting surface temperatures, said Bill Smith, principal investigator for ARISE at NASA's Langley Research Center in Hampton, Virginia. ARISE scientists plan to untangle this tricky relationship.

And as the researchers scan clouds and ice offshore Alaska, flying aboard a NASA C-130 Hercules aircraft, the agency's satellites will also spy on the same spots. The simultaneous collection of data will help improve Arctic satellite monitoring, Smith said.

Finally, NASA's long-running Operation IceBridge is monitoring the health of Alaska's glaciers. Twice a year, before and after the summer melt season, researchers scan up to 140 mountain glaciers with a plane-mounted laser altimeter. Two decades of data indicate glaciers in southern Alaska are losing ice, though not as rapidly as in West Antarctica, said Evan Burgess, a University of Alaska Fairbanks glaciologist and member of the IceBridge Alaska team.

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NASA keeping close eye on Arctic climate

Why NASA is turning to Elon Musk

NEW YORK (CNNMoney)

Before grounding the program in 2011, NASA flew 135 missions to the International Space Station, the single most expensive object ever built, with an estimated all-in cost of $150 billion.

The International Space Station is a floating laboratory in space that travels at speeds of 17,240 miles per hour, circling the planet every 90 minutes. (Oh, and despite being located in low earth orbit, about 250 miles high, the station has a Houston area code.)

So why are they giving the job to Boeing and SpaceX? NASA wants to pursue something far sexier.

This week, NASA administrator Charles Bolden spent time talking about these greater ambitions:

"We will conduct missions that will each set their own impressive roster of firsts. First crew to visit and take samples from an asteroid. First crew to fly beyond the orbit of the moon. Perhaps the first crew to grow it's own food and eat it in space. All of which will set us up for humanity's next giant leap: the first crew to touch down on and take steps on the surface of Mars."

Even so, NASA won't be able to pull that off on its own, at least according to Elon Musk, the entrepreneur behind SpaceX.

"My best guess is that the establishment of a self-sustaining city on Mars will have quite a bit of NASA involvement," Musk told CNN. "But I think it's going to be a public-private partnership. It might be more private than public."

The reason? Cost and bureaucracy. "It doesn't matter how smart someone is within the government, it simply can't be accomplished with that structure," said Musk.

"I don't think NASA could establish a self-sustaining city on Mars simply because it would be cost prohibitive. If NASA did it the traditional government way, the cost of doing it would exceed the federal budget."

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Why NASA is turning to Elon Musk

NASA's secret space race weapon?

By Scott Hubbard

updated 9:00 AM EDT, Wed September 17, 2014

STORY HIGHLIGHTS

Editor's note: Scott Hubbard is director of the Stanford Center of Excellence for Commercial Space Transportation. He is a former director of the NASA Ames Research Center and the author of "Exploring Mars: Chronicles from a Decade of Discovery." He serves as the chair of the SpaceX Commercial Crew Safety Advisory Panel. The views expressed are solely his own.

(CNN) -- Today's selection of Boeing and SpaceX as the providers of a U.S.-based capability to take humans to the International Space Station (ISS) is a major milestone in the almost six-decade history of space exploration. It is just the latest sign that the old paradigm of government-only space travel is being replaced by something else -- a new business ecosystem composed of novel relationships among NASA and the aerospace industry.

No longer will NASA own the ISS "trucking company" -- specifying every nut and bolt. Instead, NASA is buying services from U.S. industry. To be sure, the new announcement made it clear that NASA will be carefully examining the safety aspects of each design. But the designs will still be those of Boeing and SpaceX and vetted by NASA.

I believe this new approach is America's "secret weapon" in what some have described as a space race with China. And, as far as I can tell, while the rest of the world is still stuck in a nearly government-only mode, NASA, with the support of the Obama administration, is letting loose the creativity of American know-how.

Beginning with the NASA Commercial Orbital Transportation Services competition, continuing with the Commercial Resupply Services (cargo) and now the Commercial Crew selection, NASA "bet the farm" on commercial companies filling the gap left by the retirement of the space shuttle, with the Commercial Crew companies (SpaceX and Boeing) replacing the Russians in bringing NASA astronauts to the ISS. This will allow NASA to invest the savings in deep space capabilities such as SLS and Orion.

I believe it is critical that both commercial cargo and crew succeed for at least two reasons: First, NASA's proper role can be summed up in three words: "Explore Deep Space." It is time for NASA to turn over the low Earth orbit work to industry while NASA focuses on getting humanity to Mars, following in the tracks of robotic rovers Spirit, Opportunity and Curiosity. Second, history teaches us that without a trailing edge of commercial exploitation and profitability, exploration as large scale, routine human endeavor will not succeed.

As an aerospace professional and former NASA executive, I have encountered over the decades many concepts for private space exploration. Until a few years ago, none of these ideas met the sniff test for what I call the "practical visionary," that is, someone capable of seeing a new future, yet solidly grounded in lessons learned. Something was always missing in these early ventures -- either the technical approach required some "unobtanium" technology to be invented, the advocate had good ideas but no money or the "build it and they will come" philosophy showed total naivet in business and marketing.

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NASA's secret space race weapon?

NASA 'missed chance to revitalize'

STORY HIGHLIGHTS

Editor's note: Newt Gingrich is a co-host of CNN's "Crossfire" and will be on The Situation Room with Wolf Blitzer tonight at 5 p.m. ET. Newt is the author of the book, "Breakout: Pioneers of the Future, Prison Guards of the Past, and the Epic Battle That Will Decide America's Fate." The opinions expressed in this commentary are solely those of the author.

(CNN) -- It didn't take a rocket scientist to predict that NASA's plan to pay Russia to launch American astronauts into orbit wasn't going to turn out well.

Three years after NASA retired the space shuttle program, relations between the United States and Russia are worse than at any point since the end of the Cold War. Americans have reportedly been paying Russia $70 million a seat to send our astronauts to the International Space Station. That's three and a half times what the Russians charge private space tourists for the same ride on their 1960s-era spacecraft.

Now Russian President Vladimir Putin is reconstituting the Russian empire, and senior Russian officials have reacted to our economic sanctions by suggesting that Americans "bring their astronauts to the International Space Station using a trampoline."

Newt Gingrich

NASA and our elected officials are to blame for this embarrassment.

NASA has tried to replace the shuttle on its own before resorting to the commercial industry -- programs that were canceled after ludicrous cost overruns and technical setbacks. And worse, politicians and bureaucratic backscratchers repeatedly undermined the nascent commercial space industry, where new American companies are working to do less expensively what NASA was failing to do itself: develop a spacecraft capable of carrying humans into orbit.

Instead of accelerating the creation of a thriving commercial space industry, NASA's second choice -- after its own program failed -- was to pay the Russian government rather than American companies for tickets into orbit.

But now that NASA's funding of the Russian space program has become unattractive politically, its 4-year-old program to hire American companies to send crew to the International Space Station takes on new importance.

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NASA 'missed chance to revitalize'