Ex-construction boss at Vostochny arrested

The man formerly in charge of construction at Russia’s new spaceport in Vostochny has been arrested and charged with stealing $43 million dollars from the project.

The corruption might be true, as this kind of thing is culturally typical for the centralized government-run operations that are generally favored in Russia. It is also possible that Putin’s government wanted a scapegoat to blame for the construction delays and cost overruns in building Vostochny.

Either way, Putin gets what he wants. This prosecution will make it very clear to everyone involved in building Vostochny that the government wants it built fast and without further theft, and it is watching what people do there very closely.

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Controversy surrounding IXV flight cancellation

Italian officials are suggesting politics or incompetence for the sudden cancellation Wednesday of the November test flight of Europe’s IXV experimental spaceplane.

ESA and CNES officials up to now have either declined to comment or, in the case of ESA, said they were at a loss to explain why a program whose mission profile has not changed in several years is now suddenly stalled for [range] safety issues that in principle should have been aired and resolved long ago.

One official, saying he could not believe that the two agencies simply forgot to evaluate the safety issues, said he preferred to suspect political motives. “Look, we are about to send a spacecraft and lander to Mars, in one year,” this official said. “Europe has rendezvoused with a comet a decade after the [Rosetta comet-chaser] satellite was launched. You want me to believe that somehow the agencies just forgot to evaluate safety? That is too far-fetched. I would rather believe there is some political motive.”

The claim is that no one ever evaluated the range issues in sending the Vega rocket to the east instead of its normal polar orbit trajectory. The Italian officials are suggesting that either the officials who cancelled the mission are incompetent, or that their competition with France within ESA over launch vehicles (Ariane 6 vs Vega) prompted the cancellation.

Europe’s lead launch-vehicle nation is France, which initially balked at participating in the Vega program. A French minister said that in Europe, launch vehicles are French. The French government declined to allow the export, to Italy, of the avionics suite that guides Vega, forcing Italy to develop its own. Italy has since done so and successfully flown it on Vega. As it stands now, one official said, France must accept the idea that with Vega, Italy has led development of a vehicle that at least in principle resembles an intercontinental ballistic missile. “Some people don’t like that,” this official said.

Either way, this cancellation combined with the difficult and extended disagreements within ESA over replacing Ariane 5 suggest that the future of this European partnership is becoming increasingly shaky.

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Atlas 5 successfully launches GPS satellite

ULA’s Atlas 5 rocket today successfully launched an Air Force GPS satellite.

The article is worth reading because it does a nice job of summarizing the launch history of the Atlas 5, first introduced in 2002. The key quote, however, is this:

All of the rocket’s early flights carried commercial communications satellites, with the next few launches orbiting HellasSat-2, Rainbow 1, AMC-16 and Inmarsat-4F1. In August 2005 the sixth Atlas V embarked on the type’s first mission for the US Government, deploying NASA’s Mars Reconnaissance Orbiter on the first leg of its mission to the Red Planet.

In other words, the first six flights were commercial, with every flight since 2005 for either NASA or the military. What this suggests to me is that the Atlas 5 is not competitive in the commercial market. It is too expensive, and commercial customers can’t afford it. In contrast, the federal government hasn’t been interested in saving the taxpayer money for years, and pays for this overpriced rocket in order to keep its builders employed.

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Initial assessement of Wallops launchpad completed

The investigation into the Antares launch failure has completed its initial assessment of the launchpad.

More here. Overall, the pad’s condition sounds better than expected. To quote the Orbital press release at the first link above,

The overall findings indicate the major elements of the launch complex infrastructure, such as the pad and fuel tanks, avoided serious damage, although some repairs will be necessary. However, until the facility is inspected in greater detail in the coming days, the full extent of necessary repairs or how long they will take to accomplish will not be known.

The image at the second link above shows some of the damage, none of which looks devastating.

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Yael Ahn – Chopsticks

An evening pause: When I was 9 to 11 going to day camp each summer, I had to listen to kids playing this song every day, continually, on the camp piano. I grew to hate it.

This version, however, is absolutely worth listening to and watching, as Ahn adds some percussion, using of all things, chopsticks!

Hat tip to Edward Thelen.

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Antares launch failure

Immediately after lifting off from the launchpad this evening, Orbital Sciences’ Antares rocket exploded, falling back onto the launchpad.

We will have to wait for more details, but regardless this is bad news for Orbital Sciences. The bidding for the second round of cargo contracts to ISS is about to begin, and they will have competition from Sierra Nevada’s Dream Chaser. This accident will hurt them.

I’ve embedded footage of the launch failure below. The damage to the launchpad itself could be the worst aspect of this, as it will cost Orbital Sciences a great deal of money and time to get the pad rebuilt.

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Lawsuit could delay Cygnus cargo flight in April

A lawsuit between Orbital Sciences and one of its subcontractors threatens to delay the planned April launch of Antares/Cygnus to ISS.

The lawsuit, filed Oct. 21 with the U.S. District Court for the Eastern District of Virginia, centers around a roughly $2 million contract Orbital Sciences awarded in 2013 to defendants Integrated Systems and Machinery of Smithtown, New York, and its owner, Kevin Huber. The contract called for Huber’s company to build new gimbals and cylinders for the hydraulic system used by the slow-moving, truck-like Transporter Erector vehicle that hauls Orbital’s Antares cargo rocket and Cygnus space freighter out of their Wallops Island, Virginia, hangar and raises them vertical at their Mid-Atlantic Regional Spaceport launch pad over a kilometer away.

Orbital’s third cargo run to the ISS — which at press time was still slated to launch Oct. 27 — can proceed without the withheld hardware. However, Orbital is obligated under an agreement with the Mid-Atlantic Regional Spaceport’s host state to upgrade the Transporter Erector before launching its fourth contracted cargo run, the debut of a bigger, heavier Cygnus cargo tug.

I don’t really expect this dispute to delay the April launch. What we have here is a case of hardball negotiations, with the subcontractor using the situation to try to squeeze more money out of Orbital Sciences. In the end they will come to an agreement and the upgrade will be installed.

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Falcon 9 first stage to land on floating platform

The competition heats up: During an event at MIT on Friday Elon Musk revealed that SpaceX will to try to land first stage of the next Falcon 9 launch on a floating platform.

“We actually have a huge platform that’s being constructed in a shipyard in Louisiana right now,” Musk said in the interview, which was webcast live. He described the platform as about 90 meters long by 50 meters wide. “We’re going to try and land on that on the next flight.”

If the stage successfully lands on the platform, Musk said, it could potentially fly again. He put the odds of success at no greater than 50 percent for this particular attempt, but was more optimistic about the company’s chances of landing on the platform on a future mission. “There’s at least a dozen launches that will occur over the next 12 months,” Musk said. “I think it’s quite likely — probably 80 to 90 percent likely — that one of those flights will be able to land and refly.”

Based on everything this company has promised and later actually delivered, I would be willing to bet that they will do exactly as Musk says, and that sometime in the next year they will successfully recover the first stage of their rocket, an achievement that will shake the entire launch industry to its foundations.

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New sky-diving record by Google executive

The competition heats up: A Google executive successfully set a new sky-diving record on Friday, diving from 135 thousand feet as part of an engineering effort to build “a self-contained commercial spacesuit that would allow people to explore some 20 miles above the Earth’s surface.”

After nearly three years of intense planning, development and training, Eustace began his ascent via a high-altitude, helium-filled balloon just as the sun was rising. It took more than two hours to hit a record altitude of 135,908 feet, from which he separated himself from the balloon and started plummeting back to Earth.

Wearing his specially designed spacesuit, Eustace hit a top velocity of 822 mph during a freefall that lasted 4 1/2 minutes. Jim Hayhurst, director of competition at the United States Parachute Association, was the jump’s official observer. He said Eustace deployed a drogue parachute that gave him incredible stability and control despite the massive Mach 1.23 speed reached during the freefall. Eustace didn’t feel it when he broke the sound barrier, but the ground crew certainly heard the resulting sonic boom, Hayhurst said.

This flight suggests that the technology for doing these kinds of sky-dives from the very edge of space is beginning to mature, and might even be available soon for passengers on tourist flights.

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Sierra Nevada announces an X-37B version of Dream Chaser

The competition heats up: In a press release today, Sierra Nevada has announced plans to build a version of Dream Chaser optimized for science research.

The Dream Chaser for Science, or DC4Science, spacecraft is designed to fly independently for short and extended durations to provide customers in such fields as biotech and pharmaceuticals, biology and life science, and material and fluid science with a flexible and evolvable vehicle easily suited for individual mission requirements.

More details here.

I call this version of Dream Chaser a variation of the X-37B because that is essentially what it would be, an unmanned reusable robot vehicle capable of taking experiments into space for periods of time and then bringing them safely back to Earth on a runway.

What Sierra Nevada is doing by announcing this now, shortly after the landing of the X-37B, is selling the concept in an effort to drum up customers who will then invest in the vehicle and thus help fund its construction.

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