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SpaceX Files Suit Against US Air Force
Today Elon Musk announced that SpaceX has decided to challenge the U.S. Air Force's restrictions on rocket launches related to national security. Such launches are done with a Russian rocket right now, and that contract is not up for competition with other rocket makers, like SpaceX. Musk says the company has exhausted other options to become part of the bidding process. "We're just protesting and saying these launches should be competed. And if we compete and lose, that's fine, but why were they not even competed?" He also said it's the "wrong time to send hundreds of millions of dollars to the Kremlin," referencing events in the Ukraine.
At the same press conference, Musk announced that SpaceX's recent attempt to soft-land a rocket booster stage was successful. It landed and was in "healthy condition" immediately afterward. Unfortunately, they weren't able to recover it because it landed in the middle of a rough storm, which eventually destroyed the stage. The storm was rough enough that the Coast Guard wouldn't even send a boat out to help recover it. Musk said, "We'll get much bigger boats next time." SpaceX also plans on landing the stage on shore at some point, which makes recovery easier. Musk made this prediction: "I expect we will be able to land a stage back at Cape Canaveral by the end of the year."
At the same press conference, Musk announced that SpaceX's recent attempt to soft-land a rocket booster stage was successful. It landed and was in "healthy condition" immediately afterward. Unfortunately, they weren't able to recover it because it landed in the middle of a rough storm, which eventually destroyed the stage. The storm was rough enough that the Coast Guard wouldn't even send a boat out to help recover it. Musk said, "We'll get much bigger boats next time." SpaceX also plans on landing the stage on shore at some point, which makes recovery easier. Musk made this prediction: "I expect we will be able to land a stage back at Cape Canaveral by the end of the year."
"Such launches are done with a Russian rocket right now"
more correctly, the launches are done with an American rocket, using a Russian engine (RD-180).
see: http://www.forbes.com/sites/lo...
http://www.parabolicarc.com/20...
(the article has it right; the summary is inaccurate).
http://www.geoffreylandis.com
I suspect the current arrangement with the Russians providing lift tickets to the ISS performs a similar function to the intelligence treaties we signed in the 90s allowing the U.S. and Russia to perform overflights of each others' countries to verify ICBM numbers and troop movements, plus the CIAs fanatical attention to assist the Russians in tracking and controlling any and all nuclear materials to keep it from wandering off in the hands of men like Viktor Bout, "Lord of War" arms dealer.
By subsidising the Russian space program with this sweetheart no-bid contract, we, the U.S., help ensure that dozens of very highly skilled engineers and scientists with the ability to lead a team interested in designing and building short, medium, or long-range rockets - for whatever purpose - are kept "on payroll" and reasonably content safely and securely inside Russia. Exactly where we want them. Instead of helping a potential aggressor nation like Iran, North Korea, or theocratic / military dictatorship Du Jour develop accurate, long range weapons for suitcases full of cash, women, mansions and national hero-worship.
The current deal also forces a certain level of cooperation between the space agencies, governments, and builds political good will on both sides. Good Will that Putin is destroying at the moment, but will return providing he doesn't go all Poland '39 on the remainder of Ukraine.
THIS SPACE INTENTIONALLY LEFT BLANK.
"I'm not sure what world he lives in, but unless he's reusing his reusable rocket, he failed."
Uh, you do, you know, realize that there was never, you know, any plan to, you know, reuse the first stage even if it was recovered? And that, you know, the actual, like, goal of launching the rocket was not to recover the first stage, but, you know, to launch the payload into space to, like the space station?
Back in the real world, rather than whatever wacky alternate reality you live in, the goal of the recovery test was to perform a fake 'soft landing' over the sea to prove that such a thing was possible, and ensure that, if they screwed up, no-one would get hurt. That goal was successful. They only wanted to recover the stage so they could take it apart and see what had happened to the hardware in the process.
The idea was to test a soft landing, but not damage anything in case of failure. SpaceX determined that it would have landed safely on land, so next launch they can prepare a proper landing pad and worry less about frying the next town over.
It is about time that the FTC steps in and allows SpaceX to sell their rockets directly to the Air Force. Blame the rich local rocket dealerships, we corrupted their local politicians to create laws that are only designed to maintain their business model of selling old fashioned rockets. What people in the street want is to buy a next generation rocket, directly from the Internet, without having to talk to one of those sleazy rocket salesman. I am getting confused, you were saying Elon?
karma police: arrest this man, he talks in maths; he buzzes like a fridge, he's like a detuned radio. [radiohead]
This was a TEST, in case it's not terribly clear.
Specifically, it was a test of the rocket's ability to fly back from a launch, and hover over the ocean (the previous attempt to do this, without the landing legs, spun out of control).
It was hoped that the rocket could be recovered, so they could evaluate the condition of the rocket after reentry.
The design test - reentry plus hover over the ocean - worked just fine. Hence the test was successful.
The bonus part - recover the first stage - failed because of stormy seas. They couldn't reach the rocket before it sank.
Note that the design intention for the F9R is that it do the rocket thing, then brake to a landing and land on a pad back at the launch complex.
It is likely that they'll repeat this test at least once more (mostly because they're scheduled to do another launch next month, and aren't going to change the launch profile at this late date), then try to land the thing on the ground on later launches.
Note also that after they've worked out the problems with landing the first stage, they plan to start working on recovering the second stage (which will be REALLY interesting, since it'll essentially have the flight profile of a FOBS (Fractional Orbit Bombardment System), and might make several Space Defense Commands wet themselves.)
"I do not agree with what you say, but I will defend to the death your right to say it"
Musk said, "We'll get much bigger boats next time."
Knowing Musk, that means he's going to build a flotilla of fully autonomous fusion powered Nimitz class aircraft carriers constructed entirely from carbon fiber. They'll probably haul the booster up with carbon nanotube wires and preserve it in amber, then transform into robots and fly back to fucking Cybertron.
-- "Government is the great fiction through which everybody endeavors to live at the expense of everybody else."