Tag: Russia

Hundreds arrested in Moscow demonstrating for open elections

9:18 am

Continuing protests in Moscow demanding the right of independent candidates to run for election have resulted in hundreds of arrests in the past week.

I am very much reminded of the protests that led to the fall of the Soviet Union in the early 1990s. The difference is that then the government did little to stop them, and then allowed their candidates to run for office, sweeping the communists from power.

Now, Putin’s government seems to be following China’s approach to such protests, which cracked down hard against its own protests in the early 1990s and was thus able to stay in power.

Meanwhile in Hong Kong China is faced with its own new protest movement, now in its ninth week. At this moment China has held off using its full military power to stop the protests, but that might change soon. If so, things will get very bloody.

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Russia denies OneWeb permission to operate in Russia

9:04 am

Russian government agencies this week denied permission to OneWeb to operate and provide internet services within Russia, even though Russia is launching a large bulk of OneWeb’s satellite constellation.

One agency denied them permission to use certain radio frequencies. Another has said no because it claims the satellites could be used for espionage. The first denial, in 2017, came from Roscosmos, which is also the agency launching OneWeb’s satellites.

The latest refusal of OneWeb was a sign that the country’s authorities remain keen to continue tightening their control of internet access, said Prof Christopher Newman at Northumbria University.

“[Satellite internet] presents an existential strategic threat to their trying to limit internet activity within their boundaries,” he told the BBC. “There are going to be large swathes of Russian territory… that are going to become very dependent on internet from space.”

Russia continues its sad slide back to Soviet-style authoritarianism and poverty.

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Russia launches and docks new Progress freighter to ISS

9:20 am

Russia today launched and quickly docked a new Progress freighter, to ISS, with the trip taking slightly over three hours.

I think this might have been the fastest flight to ISS, though if not it is certainly among the fastest.

The leaders in the 2019 launch race:

11 China
11 Russia
9 SpaceX
5 Europe (Arianespace)
4 India

The U.S. continues to lead in the national rankings, 15-11.

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Russia launches communications satellite

8:52 am

Using its Soyuz rocket the Russians today launched a satellite aimed at providing communications to Russia itself.

The satellite, while apparently providing civilian communications services, was a Russian government project. It is not commercial as we would define it in the west.

The leaders in the 2019 launch race:

11 China
10 Russia
9 SpaceX
5 Europe (Arianespace)
4 India

The U.S. continues to lead China 15 to 11 in the national rankings. At the moment it also looks like Russia has a chance to top 20 launches in 2019, which would make this its best launch year since 2015. This suggests that they have finally begun to recover from the discovery in 2017 that an engine contractor was using substandard welding materials to pocket some extra cash, thus causing many launch failures.

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Soyuz launches new crew to ISS

7:08 pm

The Russians today launched and docked a new crew to ISS using their Soyuz rocket and capsule.

This launch puts Russia ahead of SpaceX in the 2019 launch race, the first time Russia has been ahead of SpaceX in almost two years. It also puts Russia in a tie with China for the lead, also something that has not been the case in two years. The leaders:

9 China
9 Russia
8 SpaceX
5 Europe (Arianespace)

The U.S. still leads 14-9 over China and Russia in the national rankings.

Posted from the south rim of the Grand Canyon after our hike out today.

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Russia successfully launches Spektr-RG carrying two X-ray space telescopes

9:20 pm

Russia today successfully used its Proton rocket to launch Spektr-RG, carrying two X-ray space telescopes.

Spektr-RG was first conceived in the 1990s, but got shelved then because Russia did not have the money to launch it. The project got revived in 2005 when the Germans came on to build one of the two telescopes.

“We had an ambitious plan for the project which didn’t correspond to the power of the country of that moment,” [lead scientist Mikhail] Pavlinsky told Spaceflight Now. “We decided to restart it with a smaller version.”

The Russian and German space agencies signed an agreement in 2009 to jointly develop the Spektr-RG mission, but the project faced additional schedule delays due to technical problems and a decision to switch the observatory from a Zenit launcher to a Proton rocket.

Designers also changed Spektr-RG’s observing location from an orbit around Earth to a looping trajectory around the L2 Lagrange point.

Spektr-RG is the largest Russian astronomy satellite to launch since the Spektr-R radio observatory in 2011. Spektr-R stopped responding to commands from the ground in January after exceeding its planned five-year mission lifetime, and Russian officials declared the mission over in April.

Spektr-RG’s planned mission is set for seven years.

The leaders in the 2019 launch race:

9 China
8 SpaceX
8 Russia
5 Europe (Arianespace)

The U.S. continues to lead China in the national rankings 14 to 9.

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Russian Soyuz rocket successfully launches 33 satellites into orbit

10:56 pm

In its first Vostochny launch in 2019, Russia today used its Soyuz rocket to successfully launch a variety of weather, engineering, and Earth observation satellites totaling 33 into orbit.

As I write this the satellites are in orbit but have not yet been deployed by the rocket’s Fregat upper stage, a process that will take several hours as it moves them into a variety of orbits.

Many of the smaller satellites on this rockets are commercial cubesats, and are Russia’s effort to regain some of its lost commercial business that had been captured by SpaceX. They are also a sign of the changing launch business. Previously Russia’s commercial flights were all on its larger Proton rocket because the satellites were larger. Now the business is shifting to the smaller and recently more reliable Soyuz, because smaller satellites are beginning to dominate the industry.

The leaders in the 2019 launch race:

9 China
8 SpaceX
6 Russia
5 Europe (Arianespace)
3 India
3 Rocket Lab

The U.S. continues to lead China 14 to 9 in the national rankings.

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Update on planned Russian additions to ISS

8:54 am

Link here. The article describes present status of Russia’s new modules to ISS, along with their tentative launch dates in the early 2020s.

We should not take these dates too seriously. Russia is literally decades behind schedule in launching this stuff. Whether they can finally get them in orbit now, with their present shortage in cash, remains unknown.

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Roscosmos creates new design bureau to build reusable rocket

9:16 am

The Russian bureaucracy marches on! Roscosmos has formed a new design bureau, dubbed Bartini after Italian-born Soviet-era aircraft designer Robert Bartini, to build a new reusable rocket

The article says this rocket will be “based on the preliminary design of the Krylo-SV (Wing) project.” I cannot find any references anywhere for such a project, though this webpage notes that a test pilot for the Soviet Buran shuttle worked in 1999 for a “Krylo Company.” I suspect this was one of the many failed attempts to form a private space company after the fall of the Soviet Union, and it had produced designs for a reusable winged spacecraft, which is why that test pilot had worked for them. (It likely failed because the big already existing organizations in Russia teamed up with the government to squelch this new competition.)

Regardless, it appears that Russia is going to dust off those plans. Note that this new organization is a top-down creation, not a new independent company. I expect therefore that its biggest goal is to provide jobs. Whether it gets much built is another story.

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India hires Russia to train its astronauts

8:51 am

The new colonial movement: India’s space agency ISRO has hired the Russians to train its astronauts for its first home-built manned mission, Gaganyaan, presently scheduled to fly in 2022.

This decision makes a lot of sense. First, the space programs of Russia and India have cooperated a lot in the past, with Russia launch India’s first astronaut on a Soyuz in 1984. Second, Russia has a great deal of experience training new astronauts from other countries, including tourists. Third, neither of the other countries with manned programs, the U.S. and China, have established systems for this kind of training. China has never training any outsiders, and NASA’s systems for this are not designed for efficiency. Moreover, it has been eight years since the U.S. put anyone in space. If I was India I would prefer using someone with recent experience.

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Vostochny contractor charged with embezzlement avoids jail

9:08 am

The new colonial movement: The contractor who embezzled almost $6.5 million from the Vostochny spaceport project in Russia has avoided jail time, getting merely a suspended sentence and and a $3,000 fine.

Viktor Grebnev, who headed the TMK contractor until it was declared bankrupt 2015, was accused of knowingly signing loss-making contracts and using company money to buy yachts and a mansion.

A district court in Far East Russia handed Grebnev a five-year suspended sentence and fined him 200,000 rubles ($3,000) for large-scale embezzlement, Interfax cited the court as saying.

It appears from this story that the corruption in Russia remains as strong as ever, which bodes poorly for its future in space. Space engineering is hard. If you allow any dishonesty to linger around it you are guaranteed to have something go wrong.

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Soyuz has problem during return to Earth

7:51 am

In returning three astronauts safely to Earth yesterday from ISS the Soyuz spacecraft experienced a technical problem immediately after its engines had fired, causing it to go to a backup system.

Moments after the completion of the braking maneuver, the emergency signal was heard inside the Descent Module and the communications between the crew and mission control discussed a failure of the first manifold in the integrated propulsion system of the Soyuz spacecraft and the switch to the second manifold. Kononenko first reported K1B (Manifold DPO-B) emergency at 05:02:54 Moscow Time and subsequently confirmed a switch to the second manifold. NASA later confirmed the problem, but did not provide any details.

There is no explanation what the “first manifold” is, though I suspect it is a direct translation from Russian for their term for a primary system. That the system automatically switched to its back-up is a good thing. That there was a failure of the primary system is not.

Once again, this raises more questions about the quality control throughout Russia’s aerospace industry. While so far none of the recent Soyuz problems, which have also included a launch abort and a still-unexplained drilled hole, have caused a loss of life. I fear that soon or later they will.

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Battery screw-up delays Russian X-Ray telescope launch

8:39 am

The Russians this morning postponed today’s launch of the Spectr-RG X-Ray space telescope until July when it was discovered that one of the payload’s batteries had been drained prematurely.

[T]he Moskovsky Komsomolets tabloid reported from Baikonur that the problem had been discovered at least a day earlier, but the entire project team at the launch site was kept in the dark until the launch date, not to interfere with Vladimir Putin’s annual press-conference.

According to the paper, the battery was accidentally activated on the launch pad instead of the planned moment after the separation of the spacecraft from the Block DM-03 upper stage. The error was blamed on the erroneous wiring setup by RKK Energia specialists (Block DM-03 prime contractor) between the upper stage and the spacecraft, which caused a complete drainage of the battery designed to be re-charged from solar panels. After the return of the rocket to the vehicle assembly building, the battery would have to be re-charged and the power-supply system re-wired, Moskovsky Komsomolets said. [emphasis mine]

If this report is true, it appears that the Russian government has done nothing to fix the quality control programs in its aerospace industry, and in fact is helping to contribute to them by playing games with launch procedures for the sake of its own public relations.

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Russian cosmonauts refuse to donate sperm for space research

9:21 am

According to one Russian scientist, Russian cosmonauts have been refusing to donate their sperm for a space research project to be launched on that country’s next Bion-M satellite in 2023, making that research impossible.

“We have been unsuccessful in getting the Coordinating Scientific & Technical Council responsible for approving experiments on the Russian segment of the ISS to approve such a routine procedure as the handover of seminograms by cosmonauts,” [Dr. Irina Ogneva, lab chief at the Institute of Cell Biophysics outside Moscow] explained. “We are consistently impeded by objections of a moral, psychological and ethical nature, and can’t find any volunteers among the cosmonauts,” she added.

According to the scientist, the mere mention of the idea of getting the male biomaterial in conditions of space merely “causes everyone to smile” and reject it.

Ogneva also is quoted as proposing that Russia also consider a project for giving birth to the first child in space.

“We are mindful of the fact that we were always first in space and in many areas remain the leaders. Therefore, it would be nice if the first human being born in space were a Russian citizen. But we should place care for the individual, not patriotic populism, at the forefront of our efforts,” Ogneva stressed.

According to the scientist, while it remains too early to formally set the mission of having a child in space, formulating the goal is already possible. Along with technical questions, there are moral and ethical issues which remain to be resolved, since a live birth would essentially constitute an experiment involving a human embryo.

The difficulties, both moral and ethical, for that first space childbirth, are so daunting that I expect it will only happen in one of two ways. Either it will occur in an unplanned manner, with a female astronaut getting pregnant and giving birth while on a mission where a retreat to Earth will be impossible, or it will occur because some totalitarian government, such as China or Russia, will force it on a woman.

It will happen eventually, however, and when it does, we will find out the limits of our ability to populate space. We might find that only in a gravity well can humans reproduce. Or not.

The unknowns are quite striking.

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Two more commercial Proton launches later this year

7:55 am

According to Russian officials, they will have two more commercial launches later this year using their workhorse Proton rocket.

They made this statement at the Paris Air Show yesterday. However, the story did not specific who the customers were, which I find puzzling.

They will use the Proton to launch Russia’s first space telescope in decades later this week. If successful, and if the two other launches occur, that would be the most Proton launches in a year since 2017.

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Europe inaugurates ExoMars control center

8:15 am

The Europe Space Agency yesterday inaugurated the control center where it will control and download data from the ExoMars rover, Rosalind Franklin, scheduled to launch to Mars in the summer of 2020.

The control center also includes a dirt filled enclosure where they can simulate Martian conditions with a rover model.

The article outlined the project’s upcoming schedule:

Over the summer the rover will move to Toulouse, France, where it will be tested in Mars-like conditions. At the end of the year Rosalind Franklin will travel to Cannes to meet the landing and carrier modules for final assembly.

As I noted yesterday in my most recent rover update, this assembly, only six months before launch, gives them very little margin. If there are any problems during assembly, they will likely miss the 2020 launch window.

I also wonder if this will allow them any time to do acoustical and environmental testing, as was just completed on NASA’s 2020 rover, to make sure ExoMars can survive launch, landing, and the journey to Mars. If they forego those tests, they might discover after launch that they were launching a paperweight, not an expensive planetary probe.

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Astronauts recover towel left on outside of ISS ten years ago

8:01 am

During a spacewalk this week Russian astronauts recovered a towel that had been left on the outside of ISS during an earlier spacewalk ten years ago.

The towel was originally meant to clean astronauts’ spacesuits during their work in outer space. It was left by a Russian cosmonaut about a decade ago. Mr Kononenko and Mr Ovchinin removed the towel from the station’s surface and placed it in a special container. It will be sent back to Earth and delivered to a group of experts for further examination.

Though unplanned, this towel will provide some good data on the ability of microorganism to survive in space. It almost certainly had such things within it when it was taken outside a decade ago, and the question now will be whether they survived or not, and their condition in either case.

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Russians say ISS threatened by debris from India’s anti-satellite test

8:58 am

According to one Russian official, data from the U.S. Air Force suggests that ISS now faces an increased risk from the debris produced from India’s anti-satellite test in March.

The probability that debris from an Indian satellite shot down earlier may puncture the International Space Station (ISS) has risen by 5%, Executive Director of Russia’s State Space Corporation Roscosmos for Manned Space Programs Sergei Krikalyov said on Wednesday.

“The Americans have carried out calculations on the probability of the station getting punctured because of more debris surfacing and being dispersed. There are numerical estimates raising the probability of a puncture by about 5%,” Krikalyov said at a session of the Russian Academy of Sciences’ Space Council.

It is unclear what this means, since Krikalyov did not say what the estimated overall risk is now thought to be. Increasing a 1% risk by 5% is far less significant that increasing a 10% risk by 5%. In fact, without knowing what the overall risk is, this story is practically meaningless, and instead suggests there are political reasons for making this statement.

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