Congress and NASA administrator Charles Bolden battled over ISS, Russia, crew transport, and commercial space yesterday in a hearing before Congress.

Congress and NASA administrator Charles Bolden battled over ISS, Russia, crew transport, and commercial space yesterday in a hearing before Congress.

Not surprising. Congress wants to know what NASA will do if Russia pulls out of ISS and Bolden really has few options if they do. He in turn was trying to get Congress to focus on funding commercial space so that we can launch our own astronauts to ISS and not depend on the Russians. A true confederacy of dunces. More here.

According to the deputy head of Russia’s space agency, they are not planning any retaliatory sanctions against NASA.

According to the deputy head of Russia’s space agency, they are not planning any retaliatory sanctions against NASA.

Whew! That’s a relief.

Seriously, I never expected them to do anything, as the sanctions NASA has imposed, excluding ISS, are so minor that they mean nothing to Russia. The only people NASA really hopes will react to these sanctions are Congressmen and Senators when they realize how dependent we are on the Russians to get to space.

NASA’s short statement, in connection to the Obama administration’s decision to suspend all non-ISS related activities with Russia, is almost entirely a demand for more funding for its commercial space program.

NASA’s short statement, in connection to the Obama administration’s decision to suspend all non-ISS related activities with Russia, is almost entirely a demand for more funding for its commercial space program.

To quote:

NASA is laser focused on a plan to return human spaceflight launches to American soil, and end our reliance on Russia to get into space. This has been a top priority of the Obama Administration’s for the past five years, and had our plan been fully funded, we would have returned American human spaceflight launches – and the jobs they support – back to the United States next year. With the reduced level of funding approved by Congress, we’re now looking at launching from U.S. soil in 2017. The choice here is between fully funding the plan to bring space launches back to America or continuing to send millions of dollars to the Russians. It’s that simple. The Obama Administration chooses to invest in America – and we are hopeful that Congress will do the same.

Though I agree with them about accelerating manned commercial space, I can’t help wondering if this suspension of activities was actually instigated to generate this lobbying effort. ISS comprises the bulk of the U.S.’s cooperative effort with Russia, and by exempting that from this suspension the Obama administration essentially exempts practically everything, making the suspension somewhat meaningless.

What the suspension does do, however, is highlight our fragile dependency on Russia, just as Congress begins debate on the 2015 budget.

In a vague announcement with unclear ramifications, a NASA memo today suspended “all contact with Russian government officials,” though it exempted all activities in connection with ISS.

In a vague announcement with unclear ramifications, a NASA memo today suspended “all contact with Russian government officials,” though it exempted all activities in connection with ISS.

Given Russia’s ongoing violation of Ukraine¹s sovereignty and territorial integrity, until further notice, the U.S. Government has determined that all NASA contacts with Russian Government representatives are suspended, unless the activity has been specifically excepted. This suspension includes NASA travel to Russia and visits by Russian Government representatives to NASA facilities, bilateral meetings, email, and teleconferences or videoconferences. At the present time, only operational International Space Station activities have been excepted. In addition, multilateral meetings held outside of Russia that may include Russian participation are not precluded under the present guidance.

It appears they are suspending all NASA activities with Russia except ISS, which means that the most important and the bulk of the cooperative work will continue. However, it does mean that the Obama administration has decided to politicize NASA’s operations with Russia in a way that has not been done since the fall of the Soviet Union.

I will be doing a segment on John Batchelor tonight on this developing story.

Scientists from the joint European/Russian ExoMars rover mission have narrowed their candidate landing sites to four.

Scientists from the joint European/Russian ExoMars rover mission have narrowed their candidate landing sites to four.

Last week, 60 scientists met at ESA’s European Space Astronomy Centre near Madrid to discuss eight potential sites. On 27 March, they cast an informal vote, and four sites emerged as favourites: Mawrth Vallis, Oxia Planum, Hypanis Vallis and Oxia Palus. An expert working group tasked with recommending a final landing site will now consider the proposals, before announcing a formal shortlist of three or four sites in June. Following detailed studies of the shortlisted sites, the panel will make a single recommendation to ESA and Roscosmos in late 2016.

This is maybe the most risky mission to Mars in decades, as the landing design is coming from the Russians, who have not had a successful interplanetary mission since the era of the Soviet Union, and even then had a 100% failure rate for their missions to Mars. (On a more optimistic note, the European Mars Express mission used a Russian rocket to take off, making it the first Mars mission with Russians participation that actually succeeded.)

One of the factors that has made this mission more risky is the fact that the U.S. was once a participant and backed out very late in the game. The Russians are our replacement, and have had to scramble to catch up.

Though engineers still don’t know why the Soyuz spacecraft was oriented incorrectly, thereby preventing a scheduled engine firing, they have uploaded new software and have subsequently executed two additional burns successfully.

Though engineers still don’t know why a Soyuz spacecraft carrying three astronauts to ISS was oriented incorrectly — thereby preventing a scheduled engine firing yesterday — they have uploaded new software and have subsequently executed two additional burns successfully.

The engine firings are excellent news, since they demonstrate that the capsule can make the necessary orbital maneuvers to get it to ISS.

An expected engine burn on board the Soyuz capsule taking three astronauts to ISS did not take place as scheduled, forcing at minimum a two day delay in the rendezvous and docking.

An expected engine burn on board the Soyuz capsule taking three astronauts to ISS did not take place as scheduled, forcing at minimum a two day delay in the rendezvous and docking.

[NASA spokesman Rob] Navias said the engine burn was aborted due to a problem with the Soyuz’s attitude control system, but further details were not immediately available. “Right now we don’t understand exactly what happened,” a mission manager at Russian Mission Control told the Soyuz crew late Thursday. Ground controllers planned to download data from the Soyuz and determine whether the glitch was due to a hardware or software problem. [emphasis mine]

Though the astronauts are not in any immediate danger, this is very worrisome. Indications from various other news stories suggest the problem was software related, which in a sense is a good thing. They would still have the option to manually fire their engines to do a manual rendezvous and docking. However, if it isn’t a software issue, and the vagueness of the reports so far makes me wonder about this, they might instead be stranded. Let us hope not.

Update: This report gives a little more information. It appears the capsule itself was not in the right orientation at burn time, and the computer software, sensing this, canceled the burn. If so, the problem might be software (incorrectly gauging the position of the spacecraft) or mechanical (something failing so that the capsule is not oriented correctly). Engineers need to find out which.

Arianespace and the Russian-owned Sea Launch are seeking to get the restrictions against them removed so that they can sell their services to more customers.

The competition heats up: Arianespace and the Russian-owned Sea Launch are seeking to get the restrictions against them removed so that they can sell their services to more customers.

Arianespace wants to sell its launch services to the U.S. government, something it is not allowed to do right now because of U.S. restrictions. These are the same kinds of restrictions that has prevented SpaceX from launching military satellites and which that company is now contesting.

Russia meanwhile wants to use Sea Launch for its own payloads, but because Sea Launch’s platform is based in California, the Russian government won’t allow their payloads on it because of security reasons. They want the platform moved to Russia so that they can use their own company to launch their own satellites.

The article also describes how Japan is trying to reduce the cost of its H-2A rocket by 50% so that it can become more competitive.

All in all, I would say that the arrival of SpaceX has done exactly what was predicted, shaken the industry out of its doldrums. How else to explain this sudden interest in open competition and lowering costs? These companies could have done this decades ago. They did not. Suddenly a new player arrives on the scene, offering to beat them at their own game. It is not surprising that they are fighting back.

The Russian company that owns the Proton rocket is considering a redesign that would allow them to launch two satellites on one rocket.

The competition heats up: The Russian company that owns the Proton rocket is considering a redesign that would allow them to launch two satellites on one rocket.

Launching two or more satellites during a single launch is not ground-breaking technology, but the Russian have never done it with their Proton. If they make this change, it will allow them to reduce the cost for a commercial launch considerably, thus making them more competitive against companies like SpaceX.

That they have decided to consider this now, after almost three decades of commercial operation since the fall of the Soviet Union, is more proof that the low prices of SpaceX are forcing innovation and an effort to lower costs across the entire launch market.

Update: My statement above about Proton never launching more than one satellite is wrong. They have done it numerous times, something I am very aware of but for some reason completely forgot when I was writing this post. (The jet lag from the trip to Israel must still be affecting my brain.) In fact, they have just rolled to the launchpad a Proton with two communications satellites on board, a fact that makes the story at the first link above very puzzling.

“What happens if Russia refuses to fly U.S. astronauts?”

“What happens if Russia refuses to fly U.S. astronauts?”

The problem: the situation in the Ukraine. If tension between the U.S. and Russia worsens then Russia might suspend carrying American astronauts to and from ISS.

The fault here belongs with Congress and George Bush, who decided in the 2000s to let the shuttle retire before its replacement was ready. In addition we can blame Congress in the 2010s for forcing NASA to spend billions on the unaffordable Space Launch System rather than focus on getting humans into space cheaply and quickly.

Victory in the Ukraine for its protesting citizenry with the ouster of that country’s corrupt and tyrannical government.

Some good news: Victory in the Ukraine for its protesting citizenry with the ouster of that country’s corrupt and tyrannical government.

The ousted President had won an election under suspicious circumstances, then arrested his opponent and put her in jail, then made numerous deals that brought him enormous wealth. He is now gone, and his opponent is free.

The consolidation of the Russian aerospace industry continues as the government considers taking over privately owned Sea Launch.

The consolidation of the Russian aerospace industry continues as the government considers taking over privately owned Sea Launch.

The Russian government will a take closer look at the idea of buying commercial launch services provider Sea Launch, which is owned by a top Russian space contractor but whose key assets are based in California, Russia’s Deputy Prime Minister Dmitry Rogozin said Feb. 19. Moscow has asked the Russian space agency, Roscosmos, and Russian manufacturer RSC Energia, which holds 95 percent of Swiss-registered Sea Launch, to submit an overview of the financial situation of the maritime launch services company, Rogozin said in remarks posted on the Russian Cabinet website. The Russian government holds 38 percent of Energia, which supplies the upper stage of the Sea Launch rocket.

Should the government go forward with the deal, it likely would move the oceangoing rocket pad and command ship from Long Beach, Calif., to a Russian port on the Pacific Ocean, Rogozin said. “Something tells me that if we go for it, then the base will definitely be outside the United States,” he said.

Without question the Putin government is trying to recreate the top-down centralized system that existed during the Soviet era, with everything controlled and even owned by the government. While this might please their love of power, I doubt it will be an effiicent way to compete in the open commercial market.

Which means this consolidation is a wonderful opportunity for the new private launch companies. Soon, Russia will be out of the market, focused instead on launching Russian only satellites and spacecraft.

Posted from Rome, Italy. I am between flights, awaiting my connection to Tel Aviv.

Russia on track to test launch its new Angara rocket before June.

The competition heats up: Russia on track to test launch its new Angara rocket before June.

A full-scale mockup of the rocket was rolled out to a launch pad earlier this week to check ground support systems. The Angara is planned to launch from both Plesetsk and the new Vostochny space center in Russia’s Far East that is being built to reduce reliance on the Baikonur launch facility in Kazakhstan. The modular launcher will have a variety of configurations to cover a wide range of payload weights, from two to 24.5 metric tons. They are currently served by several different rockets, including the Proton, Russia’s largest booster.

That first test launch will be a revealing event, as this is the first completely new Russian rocket in almost a half century. The last time they built a new rocket stage, the Briz-M upper stage for the Proton rocket, they had several significant failures before they worked out all the kinks.

And in a related story, Russia’s deputy prime minister made it clear on Wednesday that his country’s spacecraft manufacturers will face stiffer penalties for any failure to meet production deadlines.

An Audit Chamber report in July last year concluded that the country’s space industry was ineffective and plagued by poor management and misuse of funds. It said Russia had only launched 47 percent of the required number of satellites between 2010 and 2012.

Both stories are revealing by their emphasis on keeping Russia commercially competitive. Note however that Russia recently consolidated its entire space industry into a single entity run by the government. Though I doubt it, we shall find out if this Soviet-style strategy can compete with American-style competition and private enterprise.

Russia considers building a heavy-lift rocket, even as it completes the design and construction of its new Angara commercial rocket family.

The competition heats up: Russia considers building a heavy-lift rocket, even as it completes the design and construction of its new Angara commercial rocket family.

The headline of the article focuses on the heavy-lift rocket, but the meat of the article is its details on Angara, which is expected to make its first launch in 2014.

A new harvest of vegetables in space!

A new harvest of vegetables in space!

Notice that this research is a partnership of the Russians and an American university. NASA is not included. When I wrote about this subject for Air & Space a few years ago, the American researcher explained that there was too much bureaucracy working with NASA. Moreover, the Russians were much more knowledgeable about crop research in space, as they had been doing it for decades already on their Salyut and Mir stations.

In a spacewalk earlier this week, two Russian astronauts on ISS successfully installed the commercial UrtheCast cameras.

In a spacewalk earlier this week, two Russian astronauts on ISS successfully installed the commercial UrtheCast cameras.

The cameras cost $17-million and are capable of beaming down images and high-definition video from the Russian part of the ISS to UrtheCast, a small Vancouver company that struck a deal with the Russian space agency to have its devices blasted into space on a Soyuz rocket and installed in exchange for imagery captured over Russia.

There had been a problem installing these cameras on an earlier spacewalk last month, so this was the second attempt.

Once operational, these cameras will also provide a continuous and free live feed of the Earth for anyone who wishes to view it.

A Kazakhstan political party is demanding the end of all launches from Baikonur.

Trouble in Russia: A Kazakhstan political party is demanding the end of all Proton launches from Baikonur.

Though I doubt this party’s radical and somewhat ignorant environmental position will gain much traction in a country where Russia’s spaceport is one of its biggest employees, its existence demonstrates why Russia is working hard to get its new spaceport in Vostochny, Russia, finished as quickly as possible.

The company for the high resolution cameras that the Russian astronauts were unable to install on ISS during their spacewalk last week has issued an update.

The company for the high resolution cameras that the Russian astronauts were unable to install on ISS during their spacewalk last week has issued an update.

The installation of the cameras proceeded according to plan and without incident. During a spacewalk, Russian cosmonauts were able to transport the cameras to their mounting position and install them quickly and efficiently. However, soon after installation, the Mission Control Centre (MCC) outside of Moscow was unable to receive any data from either camera (contrary to what was reported during the live transmission of the spacewalk). Without this data, engineers in the MCC were not able to confirm that the cameras were receiving the power necessary to allow them to survive the temperature fluctuations of the space environment. As a consequence, senior technical personnel from UrtheCast and RSC Energia (UrtheCast’s Russian partner) jointly decided that the safest and most prudent course of action was to uninstall the cameras and bring them back inside the ISS to be reinstalled at a later date, once the data transmission problem has been solved.

UrtheCast’s Chief Technology Officer, Dr. George Tyc, was present at the MCC throughout the operation, along with the Company’s Chief Engineer for Space Systems, Mr. Greg Giffin. Said Dr. Tyc, “The fact the neither camera could communicate with the MCC strongly suggests that the problem lies inside the ISS and it is not a problem with the cameras or external cables. This kind of issue has been encountered before on the ISS and can be fixed in the near-term. Bringing the cameras back inside to be installed another day was simply the right engineering decision.”

No word on what caused the problem, but as this commercial project is being done in partnership with the Russians and the Russians are whom the company is working to solve the technical problem it was almost certainly on the Russian portion of ISS.

Today’s spacewalk by two Russian astronauts on ISS set a new Russian duration record though one of the two commercial cameras was unable to transmit its data to the ground.

Today’s spacewalk by two Russian astronauts on ISS set a new Russian duration record though one of the two commercial cameras installed was unable to transmit its data to the ground.

For reasons that are unclear, the astronauts were then instructed to disconnect both cameras and bring them back inside ISS. This caused the cancellation of a number of other tasks and was the reason the spacewalk was the longest ever by Russian astronauts.

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