Russian government audit finds $20 billion in “spending violations”

An audit by the Russian equivalent of the GAO has found more than $20 billion in “spending violations” within the government, most of which occurred in the defense and space sectors.

Other words for describing these “spending violations” might be “theft,” “embezzlement,” “misuse of funds,” or any number of more honest direct terms. The Russian government is simply very corrupt, and its culture includes the assumption by administrators and everyone else that it is their right to skim off as much as they can, for themselves.

Sadly, I do not see any reform occurring in the near future. This corruption is deeply ingrained, and the Putin government, also deeply entrenched, apparently likes it, as long as the thefts don’t become so obvious that nothing gets done, as happened at the new Vostochny spaceport during its construction.

Rogozin to take over Roscosmos?

I wonder if he used a trampoline: Less than a week after Putin dumped Dmitry Rogozin from his cabinet, a story in the Russian press suggests he has been offered the job as head of Roscosmos.

Under the government-run centralized Russian system, it would not surprise me if Rogozin gets this job. With the government, no one ever gets fired, they merely get shuffled about from one job to another. Results are irrelevant.

Putin dumps Rogozin

In a reshuffle of cabinet positions, Putin has replaced Dmitri Rogozin, putting a new man in charge of the Russian defense and space industry.

The new guy, Yuri Borisov, appears to have the title of Vice Prime Minister. I suspect Putin had grown tired of the continuing corruption and loss of market share under Rogozin’s watch during the past decade. I also suspect that Borisov will have little ability to change things. The problem isn’t the person in charge. The problem is Russia’s centralized top-down method of operations. It discourages competition and cost control, while providing no incentives for innovation and quality control.

Russian to fly on Orion?

In negotiations between NASA and Roscosmos on their hoped-for partnership to build the Lunar Orbital Platform-Gateway (LOP-G), it has been proposed that when SLS carries Orion and the platform’s Russian airlock to lunar orbit a Russian will go as well.

“Within the framework of talks, draft plans of future manned missions to the lunar stations have been made. Among other issues, the possibility to send one Russian cosmonaut as part of the crew of the Orion spacecraft that will drag the Russian airlock module to the moon is on the agenda. The Russian cosmonaut will have to ensure the integration of the module with the station,” the source said.

A source in Russia’s Rocket and Space Corporation Energia (RSC Energia) that would produce the module confirmed this information to Sputnik, saying that four manned missions were expected to be sent to the station and the Russian cosmonaut should accompany the Russian-made module during its transportation to the Earth satellite.

This all sounds so wonderful. Too bad it is so unconnected with reality. Congress has yet to provide any funds for LOP-G. At the moment, SLS/Orion is only funded through its first manned mission.

At the same time, I am getting the feeling that both NASA and Congress expect SLS/Orion’s $4 billion-plus annual budget that it has gotten since the program started in the late 2000s will simply continue, giving them the money to build this Potemkin Village in orbit around the Moon while funding the Russian contributions.

That’s what happened with ISS. The U.S. footed most of the bills for the Russian portion of ISS, and the Russians are now hoping we will do the same for LOP-G. Sadly, I also expect our corrupt Congress will go along, focused as they are in only distributing pork to local districts while encouraging a global international village having nothing to do with American interests. They see LOP-G not as exploring space, but as a jobs program, both here in the U.S. and in Russia.

And a jobs program is exactly what it is. Just like it will take SLS/Orion almost two decades to complete its first manned launch, LOP-G will likely not get anything built in orbit around the Moon for more than a decade. Don’t expect anything substantial assembled in lunar orbit before the mid-2030s, at the earliest.

Source of yellow water in Russian section of ISS identified

The yellow water found in Russian section of ISS earlier this week was caused by the ordinary crust deposits that formed on the inside of a water-heating unit, what the Russians have labeled a “samovar” and we would probably call a teapot.

Limescale crust inside a ‘samovar’ whose service life had expired was the cause for the appearance of yellow water admixtures in the Russian segment of the International Space Station (ISS), First Deputy CEO for Space Systems’ Flight Operation and Tests at Energia Rocket and Space Corporation Vladimir Solovyov told TASS on Tuesday. “A household cause is behind the emergence of the yellow admixtures in the water. Routine limescale crust had formed in the water-heating unit, which had reached the end of its service life. There is nothing terrible in that as we are regularly confronted with such things on Earth. The problem is solved quite easily, we will just promptly replace this unit, which cosmonauts normally call ‘samovar’ with a reserve one,” Solovyov explained.

Anyone who has used a teapot to boil water for years will eventually have to replace it because of the development of a crust on its inside surface. This is what has happened here. It appears the Russian article today was in response to panicked news reports earlier in the week about the appearance of the yellow water and the need for the Russians to use water from the American segment while they pinned down the cause, a procedure that is quite routine.

Russian lawmakers introduce legislation to ban rocket engine sales to U.S.

Link here. The article provides practically no information about the legislation or its chances of passing. Instead, it focuses on the past history behind ULA’s use of the Russian RD-180 rocket engine in its Atlas 5 rocket as well as the recent efforts to replace it.

Thus, I have no idea if this legislation signals a real threat to future ULA launches or not. Moreover, the article tries to make it sound that the U.S. is entirely reliant on this rocket engine, something that is simply not true.

Nonetheless, this story underscores again the need for ULA to find a different engine to power its rockets. They shouldn’t be dependent on a rocket engiine built by a foreign power that has political motives that sometimes conflict with those of the United States.

Russia agrees to replace Angola’s first satellite, lost shortly after launch

Russia has agreed to replace Angola’s first satellite, lost shortly after launch, and have the replacement paid for by both insurance and Russia.

The minister confirmed that payment for the production of the second satellite would come from the insurance reimbursement for the lost AngoSat-1 satellite worth 121 million US dollars. The rest of the cost will be paid by the Russian side. The overall sum of the project amounts to 320 million US dollars.

The AngoSat-1 telecommunications satellite was launched by a Zenit-2SB carried rocket with a Fregat booster on December 26, 2017 from the Baikonur space center in Kazakhstan. Contact with the satellite was lost on the following day after the separation from the upper stage.

Essentially, this is another example of a Russian launch failure, as it appears the Russians have accepted blame for the failure.

Russia’s Proton successfully launches military satellite

Russia’s Proton rocket today successfully launched the military satellite, Blagovest 12L.

Since the fall of the Soviet Union the Proton had been Russia’s commercial mainstay rocket. This paragraph from the story reveals how much that business has shrunk:

The first Proton launch since last September, Thursday’s launch was the first of only three or four expected to take place in 2018. The only other Proton launches confirmed to be on schedule for 2018 are a commercial mission with Eutelsat 5 West B and Orbital ATK’s first Mission Extension Vehicle (MEV-1) – which is slated for no earlier than the third quarter of the year – and the deployment of an Elektro-L weather satellite for Roskosmos in October. An additional military launch could occur later in the year. Planned launches of the Yamal 601 communications satellite and the Nauka module of the International Space Station were recently delayed until 2019.

The leaders in the 2018 launch standings:

11 China
8 SpaceX
4 ULA
4 Russia
3 Japan
3 Europe
3 India

Russia throws in the towel

Russian Deputy Prime Minister Dmitry Rogozin, who Putin had placed in charge of Russia’s space effort, today said in a television interview that it makes no sense for them to try to compete with SpaceX in the launch market.

“The share of launch vehicles is as small as 4% percent of the overall market of space services. The 4% stake isn’t worth the effort to try to elbow Musk and China aside,” Rogozin said in an interview on the RBC-TV channel on Tuesday.

He estimates the real market of space services at approximately $350 billion, with the creation of payloads, and not the launch of these payloads in space, accounting for the bulk of the sum. “Payloads manufacturing is where good money can be made,” he said.

Translation: We can’t figure out how to cut our costs and build better and cheaper rockets without eliminating many government jobs, so we have decided not to try. And we are going to make believe this failure is a good decision.

In response to the competitive threat from SpaceX, Putin’s government decided to consolidate their entire space industry into a single government corporation, run by their space agency Roscosmos. This reorganization however has failed entirely. Rather than encourage innovation and a lowering of costs, it served to make Russia’s entire aerospace industry a servant of politicians, who are more interested in distributing pork than building an efficient and competitive business.

Rogozin is thus essentially admitting here that Russia has lost its international commercial space business, and is therefore rationalizing that loss by claiming they never really wanted it in the first place.

This story confirms that Russia will be launching far fewer rockets in the coming years. Their dominance as one of the world’s launch leaders is now fading.

ESA successfully completes first parachute test for 2020 ExoMars mission

Early in March the European Space Agency successfully completed the first of a series of parachute tests for its 2020 ExoMars rover mission.

The focus of the latest test, conducted in sub-zero conditions in Kiruna, Sweden earlier this month, was the 35 m-diameter second main parachute. The test demonstrated the deployment and inflation of the parachute with its 112 lines connected to a drop test vehicle, via the deployment of a smaller 4.8 m-wide pilot chute.

This test only tested the parachutes deployment system. They still need to do this test at high altitudes to duplicate Mars’ conditions using high-altitude balloons.

When ExoMars reaches Mars, the parachute will act to slow the spacecraft down during descent. For the actual landing, they will be using systems designed and built by the Russians.

Russia launches test smallsat on Soyuz rocket

Russia today successfully launched a test smallsat on a Soyuz rocket.

No information has been released about the test payload, but the link above speculates it is a new lightweight remote sensing design.

This is the second of three launches scheduled for today. China is next, and soon.

The leaders in the 2018 launch standings, for the moment:

8 China
5 SpaceX
4 Russia
3 Japan
3 ULA
2 Europe
2 India

Further launch delays for Russia’s next ISS module & space telescope

The race to be last! Russia today announced that the launch of both its next ISS module as well as a new space telescope will be delayed until 2019.

The ISS module, Nauka, is years behind schedule, and is presently being cleaned of contamination in its fuel system that was found several years ago.

“Repairs of the MLM Nauka are taking longer than expected, and the deadlines are yet unclear. This means it will not be brought to Baikonur any time soon, and the launch will be postponed until 2019,” the source said.

It was reported earlier that the mission would be delayed for six months. “The delivery of the MLM Nauka to the Baikonur cosmodrome has been moved from September to late 2018. Hence, the module’s launch to the ISS has been provisionally delayed for another six months,” the source said. The launch was scheduled for September 2018 with the possible alternative date in March 2019.

The article also notes delays for Spekr-RG high-energy space telescope until 2019. The article might also describe delays for another satellite, though the writing is unclear.

Nauka was first built in the 1990s as a backup for ISS’s first module. In the early 2000s Russia decided to reconfigure it and fly it to ISS, with its launch scheduled for 2007. This means its launch is now going to be twelve years behind schedule.

It sure does appear that Russia’s Roscosmos is competing with NASA to see which government agency can delay its missions the longest. In fact, for fun, let’s put together the standings!

  • Nauka: 12 years behind schedule (originally scheduled for 2007, now 2019)
  • James Webb Space Telescope: 9 years behind schedule (originally scheduled for 2011, now 2020)
  • SLS/Orion: 8 years behind schedule (originally scheduled for 2015, now 2023)

Stay tuned. This race to the bottom is far from over. NASA could still win, especially because it has more than one project in the running.

Failure history of the Russian launch industry

Doug Messier has compiled a detailed and what appears to be a complete list of all Russian/Soviet launch failures going back to 1988. As he says, “Launch failures are not a bug in the system, they’re a feature.”

What struck me most about his graph is the number of Soyuz rocket failures. For decades, various versions of this rocket have been used to bring astronauts up to either Mir or ISS, and because there have not been any launch failures during those manned launches, the impression given is that the Soyuz is one of the most reliable rockets in existence. Messier’s table proves that impression false, and also tells us that the Russians, and the United States, have been very lucky that no lives have been lost in the past three decades on any Soyuz launches.

The table also illustrates why commercial customers have been so quick to shift their business from the Russians to SpaceX. The Russians have not provided a very good or reliable product. Since 1988 there have only been two years, 2001 and 2003, in which the Russians had no failures. And the table indicates that their failure rate has increased in the past decade.

Putin promises a Russian Mars mission in 2019

The new colonial movement: In a documentary released this week Russian President Vladimir Putin pledged that his country will send an unmanned mission to Mars in 2019, and that it will be aimed at studying water at the red planet’s poles.

This is funny. Putin is likely referring to ExoMars 2020, which Russia is partnering with the European Space Agency (ESA). In that mission, Russia is providing the rocket and the descent and landing technology for ESA’s rover. To claim that this is a Russian mission is a bit of an over-statement, since the only Mars-related equipment Russia is building involves the landing, and the ESA is also participating in that work.

Nonetheless, Putin’s words here illustrate how the competition is heating up. Every nation wants its share of the exploration of the solar system, and they are beginning to ramp up their efforts to make that happen.

Russia gets multiple launch contracts for its Proton?

International Launch Services, Russia’s division for obtaining commercial launch contracts, announced yesterday that it obtained “multiple orders” for its Proton rocket.

ILS, a leading provider of commercial launch services, announced multiple launch assignments for Proton Medium launches that will include the use of both the 4.35 meter and the new 5.2 meter payload fairing. The missions will take place beginning in late 2019 from Pad 24 at the Baikonur Cosmodrome in Kazakhstan.

The reason I put a question mark in the headline is that this announcement is incredibly vague. It doesn’t name the customers. It doesn’t specify the actual number of launches. It really doesn’t tell us anything, other than the Proton has obtained launch orders!

I suspect the Russians have gotten some launch contracts, but I also suspect that these contracts are with Russian companies only, and they want to hide this fact because it indicates once again that they have lost their international market business to SpaceX and others. Launch orders from within Russia are essentially ordered to go to Proton by the government. No one else however wants to buy their services, because no one has faith in their quality control processes. There have been too many launch failures in recent years.

Former Vostochny head and comrades sentenced to jail

Several former top managers of the lead contractor building Russia’s new spaceport Vostochny have now been sentenced to prison for embezzlement.

Yury Khrizman, former head of Dalspetsstroy, and Vladimir Ashikhmin, the company’s former chief accountant, were found guilty of abuse of office and embezzlement, a court official told Interfax. Khrizman was sentenced to 12 years in jail and Ashikhmin received seven years in jail.

“The other people implicated in the case, Viktor Chudov, former chairman of the Khabarovsk Territory’s duma, and Mikhail Khrizman [the son of Yury Khrizman], also got jail terms. Viktor Chudov received six years in a penal colony and Mikhail Khrizman was sentenced to 5.5 years in jail,” the court official said. The court also ordered the convicts to pay 5.16 billion rubles in damage as part of the Roscosmos lawsuit, he said.

Not for an instant do I believe this case cleans out the corruption in Russia’s aerospace industry. All this does it to tell all present managers that if you are going to steal, don’t steal so much that you cause a delay in the project itself. The reason these guys are going to prison is that they got greedy and stole too much, thus causing the completion of Vostochny to be significantly late, with many of its workers not getting paid.

Robert Mueller’s political document

Numerous pundits have commented in great detail and with far greater expertise than I on the indictments (pdf) last week issued by Special Counsel Robert Mueller against thirteen Russians for wire and bank fraud, identity theft, and conspiracy to defraud the United States. (See here and here for two thoughtful conservative takes.)

As an American who cares about our democracy, however, I decided it was essential I read the indictment myself to form my own opinion about it. I advise every American to do the same, using the first link above to download it. My own personal take-aways are as follows:

1. It is a very good thing that Mueller indicted these Russians. Based on the evidence summarized by the indictment, they clearly committed crimes against Americans and the U.S. government. Moreover, those crimes were committed with the intent by foreigners to interfere with our political process, something we must never allow if at all possible, and punish if we can.

2. Still, I am very curious to learn how Mueller’s team obtained the evidence in these indictments. Reading the document suggests that they must have either had extensive wiretaps, or inside information. Unfortunately, as it is very unlikely that any of these Russians will ever go to trial (having apparently all fled back to Russia long before the indictment was announced), this is information we are likely never to get.

I am therefore also very puzzled by the timing of the indictment. Wouldn’t it have made more sense to issue it as soon as possible, and in a way that might have allowed the authorities to detain these individuals so they might be put on trial? Instead, the slow timing seems almost intended to allow them to escape, and thus prevent an actual trial from ever occurring. I wonder why, though I have my suspicions.

3. Despite the correctness of and the need for these indictments, Mueller’s indictment is first and foremost a political document. If you read it, it is quite obvious that its purpose was not to bring these Russians to justice, but to imply that Russia was working with Trump to get him elected, even though a careful analysis of everything the Russians did shows that this is not the case.

Why do I say this? The indictment spends numerous pages describing in incredible detail every single pro-Trump action taken by these Russians, from organizing social media campaigns to anti-Clinton protests to pro-Trump rallies, while providing only one or two very short summaries of the anti-Trump actions they took, thus giving the impression if you do not read the indictment closely that they were essentially a Trump operation. This however is false. Not only does the indictment lack any evidence of any links between the Russians and the Trump campaign, the details indicate strongly the non-partisan nature of the Russian strategy. While prior to the election it appears they favored Trump, once he was the candidate they shifted tactics to attack both him and Clinton. The goal was not so much to get Trump elected but to cause the most negative disruption to the American election process as possible. The indictment itself admits this, though almost as an aside. The first paragraph quote below shows the Russian strategy before Trump is the candidate, with the second showing their strategy afterward.
» Read more

Obama ignored Russian treaty violations to give it U.S. uranium mining rights

The real Russian collusion: In testimony before Congress an FBI informant outlined today how the Obama administration gave Russian control of the company Uranium One, that owned 20% of the U.S. uranium mining rights, despite being given clear evidence that Russia was providing aid to Iran in violation of treaties.

Campbell [the informant] had provided the FBI with evidence of the criminal network and delivered the information to the FBI. which was monitoring his work as an informant and approving his transfer of bribery money to the Russians. Those transfers, which were made in bulk $50,000 sums and at times delivered in cash, occurred between senior executives of the American transportation company and the Russian executives connected to Rosatom. He had given the FBI irrefutable evidence showing how contracts obtained from the same Russian energy company Tenex, were based on contract bribery and other nefarious actions, he said.

Senior members of the FBI, Department of Treasury, Department of Energy and Department of Justice were also briefed on Campbell’s information and were apprised of the various facets pertaining to Russia’s acquisition of the Canadian company. In fact, Campbell had been told by his FBI handlers that his work had made it at least twice into President Obama’s classified presidential daily briefings.

…Despite the insurmountable evidence collected by Campbell, the Obama administration’s Committee on Foreign Investment in the United States approved Russia’s purchase of Uranium One in the fall of 2010.

The real question that his testimony apparently did not address (though earlier reporting had said it would) is the connection between then Secretary of State Hillary Clinton, who approved the Uranium One deal, her Clinton Foundation that received millions from the Russians at this time, and the $500,000 in speaking fees that Bill Clinton also got from the Russians then. Those fees sure look like a quid pro quo, but this testimony did not provide any evidence to show that.

Russia’s next ISS module, Nauka, delayed again

Russia is apparently going to have to delay the launch of its next ISS module, Nauka, into 2019.

Nauka was initially built in the 1990s as a back-up module for one of Russia’s first ISS first modules, Zarya. It has undergone numerous concept changes, and even more numerous delays, including the most recent and worst, where it was discovered that they had to scrub clean the module’s fueling system because they had become contaminated.

Longest Russian spacewalk replaces ISS antenna, though issues remain

On the longest Russian spacewalk ever, two Russian astronauts today replaced an antenna on ISS, though it appears the installation had issues that might require an additional spacewalk.

NASA’s Mission Control reported that the antenna was still working. Nevertheless, Russian space officials were convening a special team to see whether further action would be necessary. The antenna is used for communications with Russia’s Mission Control outside Moscow.

The trouble arose toward the end of the more than 8 hour spacewalk — the longest ever by Russians and the fifth longest overall — after Commander Alexander Misurkin and Anton Shkaplerov successfully replaced an electronics box to upgrade the antenna. The pair watched in dismay as the antenna got hung up on the Russian side of the complex and could not be extended properly. The antenna — a long boom with a 4-foot dish at the end — had been folded up before the repair work.

Misurkin and Shkaplerov pushed, as flight controllers tried repeatedly, via remote commanding, to rotate the antenna into the right position. Finally, someone shouted in Russian, “It’s moving. It’s in place.” NASA Mission Control said from Houston that the antenna wound up in a position 180 degrees farther than anticipated.

In checking other reports about this spacewalk, it remains unclear whether the antenna will work in the present configuration. I should also note that while the AP report above calls this a “critical” piece of equipment, the antenna that was replaced has sat unused on ISS since for about 17 years because it was meant to work with Russian geosynchronous communications satellites that were never launched.

Russia considering $100 million tourist spacewalks

Roscosmos is considering offering future space tourists the chance to do their own spacewalk for $100 million price tag.

“We are discussing the possibility of sending tourists on spacewalks,” Vladimir Solntsev, the head of Russian space company Energia, told Russian tabloid Komsomolskaya Pravda. “Market analysts have confirmed this: wealthy people are ready to pay money for this,” Solntsev told the paper.

He said the cost of such a trip could be around $100m (€80m), “possibly less for the first tourist”. The tourists will be able to “go out on a spacewalk and make a film, (or) a video clip”.

The article also reiterates Russia’s plan to put tourist accommodations in its next ISS module.

While the original news source for this story, Pravda, is generally not very trustworthy, I tend to believe this. It is definitely doable, and would give the Russians another way to make money, faced with the reality that they will soon be losing NASA as a customer for flying its astronauts to ISS. It also demonstrates that Russia recognizes that it will not be able to charge tourists the $75-$90 million or so per ticket it has been charging NASA. NASA was over a barrel, and thus the Russians could jack up the price. Tourists however will have the option of walking away, and thus the price per ticket will have to come down. For Russia to get the same money, they will need to offer more.

Bad times fall on Russian Proton rocket

Link here. The key quote is this:

All this means that after 53 years in service, the venerable Proton rocket might set an anti-record in 2018 by flying only a couple of missions. And, for the first time since its entrance onto the world market at the end of the Cold War, it may not bring any money to its cash-strapped developer.

This story confirms much of what I have been reporting about Proton and the loss of its customer base in the past three years.

Russian launch rate to drop?

More government propaganda, this time from Russia: The head of Russia’s space agency Roscomos today announced proudly that they intend to complete 150 launches by the end of 2025.

“In the period ending 2025 (the period of the newly-adopted federal space program) we plan to fundamentally upgrade the group of satellites in orbit. We plan to carry out more than 150 launches. That done the Russian orbital group will grow considerably,” he said.

The problem is that this number suggests a significant decline in the Russian launch rate. From 1995 to 2015 the Russians averaged just under 29 launches per year. The new prediction today, based on 150 launches through the end of 2025, averages instead less than 19 launches per year, about the number Russia launched in 2016 and 2017 when they discovered serious corruption in one of their rocket engine factories and had to cease launches for almost a year in order to recall all rocket engines and fix them.

It could be that the launch rate being touted today by the head of Roscosmos only counts government launches, and excludes commercial launches for other customers. Even so, it still suggests a significant decline, since Russia is simply not getting as many launch contracts as it had in the past, its market share having been mostly stolen by SpaceX.

An illicit visit to two abandoned Soviet space shuttles

An evening pause: Hat tip John Harman. This video has been around for awhile, but I hadn’t ever actually watched it until now. What it shows is very cool, but sad in so many ways. As a government project the whole Soviet space shuttle program was generally a dead end waste of resources (as was our own shuttle). Yet, it was possibly one of Soviet Russia’s greatest technological achievements — which they have allowed to rot away in these abandoned hangers, rather than opening them up for their citizens to see and admire and learn from.

Russia to launch a dozen cubesats for Planet

Capitalism in space: Planet has signed a deal with the Russian government entity that bundles smallsat secondary payloads to launch a dozen cubesats on a Soyuz rocket presently scheduled to launch later this year.

This agreement provides further evidence that the cubesat commercial industry is here to stay. There are a lot of these contracts right now (India is scheduled to launch 30 tomorrow). The need for more small rockets to launch such satellites appears almost overwhelming, and thus a good financial choice.

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