Billionaires propose big space plans

At separate interviews given during a media conference held this week in California, Elon Musk and Jeff Bezos each expressed their thoughts about what they hope to accomplish in space over the next few decades.

First, Jeff Bezos outlined his belief that, in order to protect the Earth, humanity is going to have to eventually move its heavy manufacturing off the planet and into space. He thought colonizing the planets was a cool idea, but his focus remained with Earth, and using space as a way to protect it.

Musk meanwhile revealed his company’s long range plans for Mars, including their firm intention to send a Dragon capsule to the red planet during every future launch opportunity, beginning with 2018. Each mission will provide information needed to improve and develop their engineering so that they can hopefully send humans there by 2024.

A realistic appraisal of both men’s proposals will quickly recognize that they are probably overly optimistic. Bezos might be right that we should move our heavy industries into space, but he is not realistic to think this can happen soon, or is even possible. Musk’s company SpaceX might be laying the groundwork for the eventual colonization of Mars, but to think it will begin happening by 2024 is unrealistic.

Still, what both men are proposing are things that they are personally helping to make happen. Neither man has to get anyone else’s permission or approval to push these dreams. All they need to do is make sure the products they are building for accomplishing these tasks can also make money by providing services to others. Since this is exactly what both men are doing, they will likely achieve far more than anyone can imagine, even if the specific proposals they are putting forth now do not happen in their lifetimes.

This bright and very possible future is far different than the powerpoint proposals that NASA and big government have offered to us over and over again for the past four decades. Those ideas, while also ambitious, could never happen because they were dependent on the approval of too many other players, Congress, the public, the press, the bureaucracy. They were not founded on profits, so they became a drain on the economy instead of a source of wealth. The result was that we have gone nowhere and developed little new space technology in the years since the last Apollo landing.

Only now, with our renewed reliance on capitalism and profits, are we finally beginning to see the dreams expressed in those NASA powerpoint proposals coming to life. And it isn’t the government that is making them happen, but free individuals, with big dreams and the will to pursue them.

Expect there to be privately funded manned missions to Mars in the next decade. And expect there to be factories in orbit, far sooner than anyone expects.

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Manned Soyuz launch delayed

More Russian quality control issues? The next manned launch to ISS has been delayed for a week because of an issue with the capsule’s control thrusters.

The article is lacking in any details, though it appears that the Soyuz capsule’s system for controlling its roll is the source of the problem. This issue, on top of the fact that the most recent Soyuz rocket launch last week had an unexplained premature engine shutdown, should make everyone a bit nervous about the reliability and safety of the Russian manned system.

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Airbus Safran begin Ariane 6 engine tests

The competition heats up: In its effort to build Ariane 6 by 2020, Airbus Safran has begun testing of that rocket’s upper stage Vinci engine.

This test phase, set to last until September, will include running the engine repeatedly as well as for as long as 1,000 seconds. Once they have determined the engine’s design, behavior, and overall thrust, they will be able to design and build the upper stage.

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Orbital ATK successfully completes Antares test fire

The competition heats up: Orbital ATK today successfully completed a 30 second test fire of the first stage of its redesigned Antares rocket, using new Russian rocket engines.

The primary goal of the test was to verify the functionality of the integrated first stage, including new engines, modified Stage 1 core, avionics, thrust vector control and pad fueling systems in an operational environment. During the test, a number of operational milestones were met including full propellant loading sequence, launch countdown and engine ignition and shut down commands, as well as multiple throttle settings including full engine power. The test also validated the launch pad’s operation, including propellant tanking and the use of the water deluge system to protect the pad from damage and for noise suppression.

Orbital ATK will now purge and clean the engines of residual propellants and return the first stage used in this test to the Horizontal Integration Facility for full reconditioning prior to its use on the OA-7 mission slated for later this year. The Orbital ATK team will continue to prepare the Antares rocket that will launch the OA-5 mission, which is in the final stages of integration, systems testing and check-out in preparation for launch this summer.

They hope to launch a Cygnus capsule on Antares around July 6.

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Premature engine cutoff on Soyuz upper stage

During a successful Soyuz rocket launch of a Russian Glonass GPS satellite last week, it appears that the engine for the rocket’s upper stage cut off prematurely, requiring the third stage to fire longer to get the satellite into its proper orbit.

This scenario is almost identical to what happened with the most recent Atlas 5 launch. There is as yet no word on why it happened, or if the Russians plan to investigate it.

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XCOR layoffs, ending Lynx?

In the heat of competition: XCOR has laid off the staff working on its Lynx suborbital spaceplane.

The company has apparently decided to focus on those things that are generating revenues. Lynx was years behind schedule, unfinished with no prospect for profit, as it was only a prototype, not the spaceplane that could be used to fly tourists.

As much as I am not surprised (I have been skeptical of XCOR’s Lynx suborbital project since they announced it in 2008), I am saddened, because I really did want them to succeed.

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NASA to try module expansion again on Saturday

NASA will try again on Saturday to expand the privately built BEAM module on ISS.

They think the reason the module didn’t inflate as planned the first time is because it has been packed ready for launch for more than fifteen months, ten months longer than originally planned.

That extra time in a tight squeeze might explain why the first inflation attempt didn’t go as planned. BEAM’s Kevlar-like fabric “layers have a memory to them,” Lisa Kauke, BEAM deputy program manager at Bigelow Aerospace, said during today’s teleconference. “The longer they’re packed, the more they’re compressed, and then it takes a little while for the shape to return.” This interpretation is bolstered by the fact that BEAM continued to expand overnight Thursday into Friday morning, even though no more air was being pumped in, Crusan said.

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