Roscosmos in the news!

Three news stories from Russia, two from today and one from last week, provide us a flavor of the kind of space stories that come out of Russia almost daily, either making big promises of future great achievements, or making blustery excuses for the failure of those big promises to come true.

In the first the head of Roscosmos, Dmitry Rogozin, rationalizes the failure of Russia to compete successfully with SpaceX.
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Russian astronauts complete 8 hour spacewalk

Link here. Besides doing some basic maintenance work as well as literally tossing four cubesats into independent orbit, the most intriguing work was the installation of a German/Russian antenna designed to track animals.

Icarus is a collaborative environmental experiment between the German Aerospace Center (DLR) and Roscosmos to study the migratory patterns of small animals on Earth. It consists of an antenna and GPS hardware to track the movements of animals that have been tagged with small GPS receivers.

The experiment may provide data about how animals move from one location to another, how animal population density shifts over time, and how diseases spread.

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Russian lawmaker threatens to block sale of Russian rocket engines to ULA

In response to new U.S. sanctions, a Russian lawmaker has now threatened to block the sale of the Russian RD-180 rocket engine that ULA uses in its Atlas 5 rocket.

Russian lawmaker Sergei Ryabukhin, who heads the budget committee in the upper house of the Russian parliament, responded to the new sanctions by vowing: “The United States needs to finally understand that it’s useless to fight with Russia, including with the help of sanctions.”

According to the Russian news agency RIA, Ryabukhin found a place to hit Washington where it’s soft: the rocket engine. Losing access to the RD-180 would make American access to space—something Donald Trump desires enough to create a separate military service branch devoted to it—much more complicated. The engine helps get everything from satellites to astronauts into orbit.

More details here.

If Russia does this they will be shooting themselves in the foot. ULA is their only customer for the RD-180 engine. Without those sales, they would cut themselves off from one of the few remaining international space contracts they still have, further bankrupting their dying space industry. Furthermore, the U.S. has many other options even if the Atlas 5 can no longer fly. ULA might suffer until it can get a replacement engine, but in the meantime the Falcon Heavy is now available to replace it, at less cost.

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Russian scientist accused of treason fed data to NATO

According to his lawyer the Roscosmos scientists who was arrested two weeks ago has been accused of providing classified data to one of NATO’s member states.

The lawyer did not reveal the specific nation involved. Other reports have suggested the leaked material involved Russia’s hypersonic engine research.

I still can’t help wondering what prompted the arrest, and if it is linked somehow with leaks coming out of the FBI and the Department of Justice in connection with Robert Mueller’s never-ending Russian collusion investigation.

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Russian company that builds Proton rocket faces bankruptcy and reorganization

The Russian company that builds Russia’s Proton rocket now faces bankruptcy and reorganization.

By the middle of 2018, due to the dramatically slowed down rate of Proton launches, its manufacturers fell deeper into the red and needed federal funding to stay afloat. According to the official numbers, GKNPTs Khrunichev lost 23 billion rubles in 2017 and asked for a 30-billion infusion of cash from the government.

At the end of June, the Head of Roskosmos Dmitry Rogozin acknowledged an ongoing effort to fix the financial situation at Khrunichev and announced plans to accelerate the switch of the Russian launch operations from the Proton to the Angara family. Ironically, Roskosmos exacerbated the company’s debt with its penalties for missed production deadlines, even though Russian payloads slated to ride those delayed rockets were themselves years behind schedule and GKNPTs Khrunichev had no room to store large rocket components.

In an effort to raise capital, Khrunichev planned to sell a big part of its campus, located in the hyper-valuable real estate area of Moscow, to private developers. In the process, the company would also dramatically reduce its production capacity and cut its personnel in the Russian capital, shifting key manufacturing operations to Omsk, in Western Siberia. In another cost-saving measure, around 200 people were reported to be marked for layoffs at Proton’s launch facilities in Baikonur beginning in the fall of 2018.

The Russian government, rather than allow for competition, is working to prop the company up. So, rather than having new companies appear with new and better ideas, Russia will be saddled with an old company not good at innovating.

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Treason investigation opened against Roscosmos research unit

The Russian government has arrested at least one person and opened a treason investigation against a specific Roscosmos research unit that has been focused on hypersonic technology.

Member of the Moscow Public Monitoring Commission Yevgeny Yenikeyev earlier told TASS that a Moscow court had authorized the arrest of TsNIImash’s 74-year-old staffer Viktor Kudryavtsev accused of high treason. He didn’t specify, however, which court had sanctioned the staffer’s arrest. Ustimenko confirmed to TASS that the scientist had been taken into custody but offered no details. TsNIImash declined to comment on the information on the arrest.

The Russian business daily Kommersant earlier reported that an investigative team from the Federal Security Service (FSB) had searched the officers of TsNIImash staffers, as well as the office of Director of the Roscosmos Research and Analytical Center Dmitry Paison. According to the paper, investigative measures were being carried out as part of criminal proceedings instituted on charges of high treason under Russia’s Criminal Code, and about 10 employees working in the space industry were under investigation for collaborating with Western intelligence services.

The FSB determined that Western intelligence agencies had found out about the results of the Russian space industry’s ‘top secret’ work on hypersonic technologies, the paper reported.

I cannot help wondering if the numerous leaks by anti-Trump ideologues in the FBI, the Department of Justice, and Congress, all related to their futile effort to pin Russian collusion charges against Trump, have ended up exposing these internal sources of information in Russia.

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The dying Russian space program, from a Russian’s perspective

Link here. I have written previously about how Russia’s space effort seems to be steadily shrinking, month-to-month. This article gives the perspective from the point of view of a Russian who writes about space, and provides some concrete further examples of the program’s bureaucratic problems:

For example, the Russian space agency has been developing a “new” science and research module for the space station, “Nauka,” since 1995. More than two decades later, the module still awaits a decision on whether it should actually be completed.

Borisov asserts that this is because there are concerns about post-launch problems. “No official from Russia’s space industry wants to take responsibility for the laboratory module and its safety for use as part of the ISS, about which many questions have arisen,” he writes. (A translation of the 3,000-word article was provided to Ars by Robinson Mitchell).

The story is similar for Russia’s next-generation spacecraft, Federation. Instead of investing in this new vehicle designed for deep-space crew activities, which has been under development for a decade, Russia will likely opt to continue revising the Soyuz spacecraft, which first launched 52 years ago. This was before NASA’s Apollo capsule had flown.

The Putin government made a decision in the past decade to consolidate their entire space industry into one giant government-run corporation. In the process they eliminated all competition, and put every new project under the control of government bureaucrats whose first concern is not innovation and risk, but covering their behinds. As such, Russia has found it impossible to produce new space technology fast enough to compete.

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Failed Soviet-era Venus probe to crash to Earth between 2023-2025

A failed Soviet-era probe to Venus that never left Earth orbit is now predicted to crash to Earth sometime between 2023-2025.

The Kosmos 482 interplanetary station, which was unsuccessfully sent towards Venus in 1972 by the USSR, may crash land on Earth between 2023 and 2025, astronomer and cosmonautics historian Pavel Shubin told Sputnik. He couldn’t pinpoint the exact location of the future crash site, but noted that it would be between 52 degrees north and 52 degree south latitude.

The astronomer has studied the data on Kosmos 482 orbit as well as its deterioration and detected that it started to degrade faster due to it getting closer to Earth and experiencing increased gravitational pull.

He also expressed confidence that the station would successfully reach the surface since it was adapted for entering the much harsher atmosphere of Venus so is able to endure stress of 300g and 100 atmospheres. The astronomer is anxious to study the station after it lands in order to analyze how prolonged exposure to open space affected its materials.

It is not likely that this probe will land anywhere where it can be recovered, as most of the Earth is ocean. However, the scientist’s hopes are not unreasonable, as it is always worthwhile for future engineering designs to study how the environment of space effects materials over long periods of time.

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More launch delays from Russia

Russia has decided to delay one of three commercial Soyuz rocket launches to 2019 due to unspecified “readiness” issues.

The launch of Soyuz-ST launch vehicle with a European satellite was initially scheduled for October 6, a source in the aerospace industry told Interfax. “However, evaluating relevant conditions and the launch vehicle’s readiness, the decision was made to move the launch to November 6,” the source said.

In all, three Russian launch vehicles were expected to take off from the Kourou Space Center by the yearend. Italy’s CSG-1 satellite was scheduled to be launched in November, which was to be followed by the launch of OneWeb’s pilot mini-satellites. Due to the delay of the European weather-forecasting satellite’s launch, the launch of two more rockets from Kourou was endangered. “One of the three launches has to be postponed until next year. This is most likely to be Italy’s CSG-1 satellite. However, a lift-off of satellites under the contract with OneWeb may be adjourned,” he said.

In addition, there was this story (behind a paywall) that noted that the only Proton-M launch in 2018 will also be delayed until 2019.

While such delays in rocket launches are not unusual and are an accepted part of the business, these delays for Russia do not help them. The technical problems in recent years that have caused many launch failures, combined with these delays, will further encourage their international customers to go elsewhere.

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The dying Russian space program

Three articles today illustrate starkly the sad state of the Russian space program.

The first story describes the serious problems for Russia’s first lunar probe in decades.

Its launch was originally scheduled for 2016 but was postponed to 2019 mainly because of lack of funding. Roscosmos allocated a budget of 4.5 billion rubles to NPO Lavochkin, Luna-Glob’s builder, as recently as October 2016.

Since then, almost everything has gone according to the plan, except with a crucial instrument called BIB, the probe’s inertial measurement unit. Provided by the Russian company NPO IT – located in the city of Korolyov, not far from ISS Mission Control – the BIB should provide the onboard computer with the necessary information to ensure guidance on the path from the Earth to the Moon.

However, BIB testing at NPO IT showed unexpected results, clearly indicating it was not working properly. The designers of this system noted it won’t be ready for the 2019 launch window, which resulted in NPO Lavochkin trying to replace it with a European equivalent called ASTRIX, designed by Airbus Defence & Space.

However, sanctions against Russia – from the European Commission in the fallout of the Ukrainian crisis – strictly forbid such a deal.

A different Russian instrument could replace BIB, but it won’t be ready in time, further delaying the mission to 2021 when many of its other instruments will be past their own due dates.

The second story describes the end of Russia’s Proton rocket, first built in the mid-1960s and since the 1990s has been its commercial workhorse. Faced with numerous failures and an inability to compete with SpaceX, it has lost its market share, and will now be replaced by Russia’s new Angara rocket. The problem is that Angara itself is not ready, and will likely not be operational until 2021, at the earliest.

The third article describes some of the reasons why Angara will take so long to be operational. Vostochny, Russia’s new spaceport, doesn’t have the necessary facilities, and it appears there is a disagreement within the Russian aerospace community about how fast those facilities can be built, or even if all are needed immediately. The top management in Roscosmos seems reluctant to switch all operations from Baikonur, probably for political reasons, while the expert quoted by the article says they should do it fast.

Either way, the entire Russian space program seems mired in bad technology, overpriced products, and poor and confused management. They have lost most of their commercial international customers, are about to lose NASA as well when Dragon and Starliner begin flying American astronauts, and do not have the resources to replace this lost income. Further, the top-down centralized management by the government of the entire aerospace industry has worsened these problems by stifling competition and innovation.

Russia might recover eventually, but for the next decade expect them to play a very minor role in space.

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