The outfitting of the first Orion capsule, scheduled to take seventeen months, has begun.

The outfitting of the first Orion capsule, scheduled to take seventeen months, has begun.

The article also notes that about 400 Lockheed Martin employees will participate in this work.

I might very well be wrong, but this seems to be a very long time and a very large workforce for “turning what is a shell of a structure into a real spaceship.” I wonder if the work is being stretched out, partly to delay its completion to better match up with the long timeline of the heavy lift rocket, and partly to keep these jobs alive and feed the pork to some congressional districts.

Boeing and Lockheed Martin are both considering hiring the Russia aerospace company Energia to build components for the CST-100 and Orion manned capsules.

It appears that both Boeing and Lockheed Martin are considering hiring the Russia aerospace company Energia to build components for the CST-100 and Orion manned capsules.

What is going on here is that both Boeing and Lockheed Martin are looking for a subcontractor who can build these components for less money. Since labor costs in Russia are much lower than the U.S., both companies are considering Energia for this work.

This quote, however, encapsulates the cultural war that still goes on sometimes between Russia and the U.S.:

“[Russian] achievements in docking sites and [thermal protection equipment] production are quite competitive, but I am not sure that the Americans will accept our offer because they not only have the task of building a spaceship but also of gaining competence in this matter,” Dmitry Payson, director of the space and telecommunication technology department in Russia’s Skolkovo hi-tech hub, told Izvestia.

In interviewing many Russian and American space engineers over the years I have found an amazing amount of contempt from each for the work of the other, often without justification. Just as the Russians above seem to falsely think that Boeing and Lockheed Martin know nothing about docking equipment or thermal protection, American engineers repeatedly have expressed to me unjustified disdain for the space station technology developed by the Russians for Mir. The result: both countries often don’t take advantage of the other’s skills.

The actual cost to launch

In writing this short post on the efforts of Lockheed Martin and Orbital Sciences to launch rockets for the small satellite market, Clark Lindsey made this comment:

It costs around $50 million to launch a Orbital Sciences Minotaur 4, which can put 1,730 kg into LEO while the Lockheed’s Athena 2 will cost around $65 million to put 1,712 kg into LEO. SpaceX currently posts charges $54M – $59.5M for launching to LEO 10,450 kg (equatorial) and 8,560 kg (polar). If SpaceX is able to sustain these prices in routine operation, it will obviously result in some disturbance to the launch industry.

Let’s deconstruct these numbers again, this time listing them by the cost per kilogram:
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First sale for quantum computing

Lockheed Martin buys the first commercial quantum computer. More here on the science of quantum computing.

Quantum computers could revolutionize the way we tackle problems that stump even the best classical computers, which store and process their data as ‘bits’ — essentially a series of switches that can be either on or off. The power of quantum bits — or qubits — is that they can be on and off simultaneously. Connect enough qubits together using quantum entanglement and a computer should be able to zip through a multitude of calculations in parallel, at astonishing speed.

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