Russian astronauts repair oxygen regeneration unit

Russian astronauts on ISS have successfully repaired the oxygen regeneration unit on the Zvezda module.

From the TASS article was this additional information:

The Elektron-VM oxygen supply system developed by Russia’s Research and Design Institute of Chemical Machine-Building (NIIChimMash) has been operational aboard the space station since its creation. The system can generate from 25 to 160 liters of oxygen per hour and additionally from 50 to 320 liters of hydrogen per hour. In April 2010, it took the ISS crew several days to fix the broken system.

No word yet on any new information on the “fracture” that is causing the slow leak.

Leak on ISS traced to “fracture”

Not good news: According the Russian news source TASS, Russian astronauts have pinpointed the location of the slow leak on ISS to ” a fracture in the intersection compartment of the Russian Zvezda module.”

The astronaut also called it a “scratch,” which means the fracture is not yet confirmed. They will do more testing to find out if this is the leak source in the coming days.

If it is a fracture, the ramifications could be very serious. It appears the “intersection compartment” is the area where the aft docking port is located, which is also the area where many Progress freighters have docked in the twenty years since Zvezda was launched. Thus, this could be a stress fracture that can only get bigger with time. Its location might also preclude further dockings at this port, limiting arrivals of future Progress cargo ships.

Fun fact: They pinpointed this location using a floating tea bag.

The tea bag’s sway in zero gravity conditions towards the air leak overboard the space station was registered by cameras, the cosmonaut said. “We believe that we have really identified the probable leakage area. We have distributed a tea bag [in the Zvezda module] before closing the transfer chamber,” Ivanishin said.

The tea bag’s movement was recorded, the Russian cosmonaut said.

Possible collision today of two big pieces of space junk

A space junk tracking company is predicting a “more than 10%” chance that two large pieces of space junk with a combined mass of more than 6,000 pounds might collide tonight over the south Atlantic just before 9 pm (eastern).

The two pieces, one a defunct Russian satellite and the other a Chinese upper rocket stage, will be moving at more than 32,000 miles per hour relative to each other at the moment when impact might occur.

If they do hit, the collision will break both pieces into many new smaller pieces of space junk. Not a good thing.

Russia oxygen regeneration system on ISS fails

Russian new sources today reported that their oxygen regeneration system on the ISS module Zvezda has failed.

A Russian cosmonaut told a specialist from the Mission Control Centre in the Moscow Region that the Electron-VM OGS installed in the Russian Zvezda module had failed.

Essentially this information was overheard by Russian sources during communications between mission control and the Russians on-board ISS.

Whether this failure is related to the rise in temperature this week in Zvezda is unknown. Also, the failed unit itself might be one that came with the station when it was launched 20 years ago, or it might be an upgraded unit launched later.

This unit is designed to recycle oxygen on board so as to reduce the need to haul up new supplies. Its failure poses no immediate threat to the station or its crew, since there is plenty of oxygen store on board and the U.S. has its own regeneration unit. However, if it isn’t repairable and can’t be replaced quickly it likely means future cargo manifests will require larger stocks of oxygen. It also might mean a reduction in total crew on ISS, which only now is returning to more than three for long periods because of the initiation of American private ferrying serves.

Meanwhile the location of the leak on Zvezda remains unknown. It needs to be pinpointed and hopefully solved, because if it is a more serious age issue ISS managers need to know.

Seven countries join the U.S. in signing the Artemis Accords

NASA announced yesterday that seven countries — the United Kingdom, Australia, Canada, Japan, Luxembourg, the United Arab Emirates and Italy — have now signed the Artemis Accords, the Trump administration’s effort to create a legal framework that will protect property rights in space and get around the legal limitations imposed by the Outer Space Treaty.

I suspect this announcement was in response to statements earlier this week by Dmitry Rogozin, the head of Russia’s space agency, that they will not partner with the U.S. in its Lunar Gateway space station project. Though Rogozin cited other issues for the decision, such at the fact that they would not be treated as an equal partner in Gateway, I suspect the decision was also made because Russia’s government opposes the Artemis Accords and does not wish to sign it. China has said the same.

Since those accords are designed to shift power and control from governments to private enterprise, it is not surprising that Russia and China oppose them. Both are authoritarian top-down societies whose government reflects their culture. To sign an agreement that would take power from the state and give it to their citizens is unacceptable.

So be it. Of the countries that have signed, I expect in future years they will all prosper in space, and eventually force others to accept the ideas of freedom, private property, and capitalism that inspire the accords. Luxombourg is committed to pushing private enterprise and investment in commercial space. The UK, Australia, Canada, and Japan all follow the same principles, and all have robust space industries that should only get stronger.

And the UAE, the new baby on the block, wants to make commercial space a big part of its future. Signing these accords — along with their peace deal with Israel — indicates strongly that they mean business, and that they are trying heartily to separate themselves from the radical Islamic movements that have been poisoning the Arab Middle East for decades.

Moreover, the U.S. is requiring any nation that wishes to participate in its effort to return to the Moon to sign these accords. These nations, and their citizens, will therefore have a chance to contribute to that effort, and likely make a lot of money in the process.

Posting is late today because Diane and I went on an 8-mile hike. My gym now idiotically requires masks while you work out, and I am certainly not going to do that. Therefore, to maintain our cardiovascular systems while strengthening our immune systems (the best defense against all flulike diseases, including the Wuhan virus), we have been doing 6 to 10 mile hikes now twice a week. It means one day a week I need to schedule some posts early, and catch up when I get home. I hope my readers understand.

Rogozin: Russia mostly bowing out of Gateway

The new colonial movement: The head of Russia’s space agency Roscosmos, Dmitry Rogozin, yesterday announced during a speech at a virtual international space conference that Russia is mostly bowing out of participation in the U.S. lunar Gateway space station project, and will instead seek cooperation with China’s lunar program.

Russia apparently does not like the fact that the U.S. is insisting on taking a lead role in Gateway, and have it designed to primarily meet U.S. goals. Russia has also previously expressed opposition to the Trump administration’s insistence that any partners in Gateway sign the Artemis Accords, designed to provide legal protection for any private investment in space.

Whether they can get the deal they want from China remains very uncertain. China has made it clear they are willing to work with other partners, but China has also made it clear that they — like the U.S. — have their own goals in space, and that anything they do must serve those goals.

In his response, Bridenstine focused on the areas of agreement with Russia (establishing technical standards), but reiterated the U.S.’s commitment to the Artemis Accords. It is clear the Trump administration is fine with Russia’s decision.

For the U.S. Russia’s decision is probably a good thing. It leaves the way open to do what we want, without having to negotiate every decision. (This puts aside the issue on whether Gateway itself is a good decision.)

For Russia this announcement means they are really on their own for the first time since the Soviet era. Following the fall of the Soviet Union in 1991 Russia has largely been incapable of developing any new space project, and has needed to link its effort to the U.S. and ISS in order to be able to accomplish much of anything. Breaking free might actually benefit them, as the competition will force them to focus on their own efforts and actually achieve something.

Zvezda both leaking and heating up

A Russian news source today reported that the temperature in the ISS module Zvezda has been increasing even as air has been leaking slowly from it.

The article provides little additional detail, other than saying that “normal temperature should be restored” by today.

Why the module should be warming as it slowly leaks air is puzzling. Either way, as this is a module that has been in space for twenty years and is also a key component in the station’s operations, locating the leak is crucial. It might simply be caused by a micrometeorite hit, which can be easily patched. Or it could be caused by something more fundamental, caused by the module’s age, and thus more difficult, possibly even impossible, to fix. If so, the sooner engineers know the better.

Leak search on ISS narrows further

Further work on ISS by the astronauts has now narrowed the location of the station’s long-term slow leak to the aft area of the Russian Zvezda module.

As of Monday, the station crew had not located the precise site of the leak, but officials believe they have traced it to a transfer compartment at the rear section of the Zvezda module, near an aft docking port where a Russian Progress resupply freighter is attached.

The rate of leak continues to be slow and thus not any danger to the crew. It is also a concern, as it could become a safety issue should it increase. They want to find it and patch it. Furthermore, Zvezda is ISS’s second oldest module, launched in 2000. If this leak is a sign of that age is even more essential to know.

Leak on ISS located?

According to Business Insider article , engineers have finally narrowed the location of the slow leak on ISS to the Russian Zvezda module.

NASA and Roscosmos, Russia’s space agency, had already narrowed down the likely location of the leak to several modules on the station’s Russian side.

So astronaut Chris Cassidy and cosmonauts Anatoly Ivanishin and Ivan Vagner tested those modules by shutting the hatches between each one and using an ultrasonic leak detector to collect data through the night. The tool measures noise caused by airflow too quiet for humans to hear.

By Tuesday morning, they’d figured out that the leak is in the Zvezda Service Module, the main module on the station’s Russian side. Zvezda provides that half of the station with oxygen and drinkable water, and it’s also equipped with a machine that scrubs carbon dioxide from the air. The module contains the section’s sleeping quarters, dining room, refrigerator, freezer, and bathroom.

They don’t yet know where in the module the leak is located, but at least they know at last where to look.

This module was the second module launched to ISS, launching in 2000. Thus, the leak could not have come from any construction workers from the ground. More likely its age has resulted in something changing. This needs to be fixed, but at the moment the situation is not critical.

ISS air leak still unlocated

The small air leak that was found on ISS a year ago has still not been located, despite a second weekend where the crew isolated themselves in one module and closed the hatches on all other modules so that ground engineers could track any air supply changes.

At a Sept. 28 briefing about the upcoming Northrop Grumman NG-14 Cygnus cargo mission to the station, a NASA official said that the weekend isolation in the Zvezda module failed to immediately locate the source of the leak. “As of this morning, there was no clear indication of where the leak is,” said Greg Dorth, manager of the ISS Program External Integration Office at NASA. “The teams are still looking at the data and evaluating it.”

This was the second time the ISS crew confined themselves to Zvezda in an effort to track down the leak. A month earlier, the three also spent a weekend in Zvezda with the other modules sealed off in an effort to locate the leak. “After the three days, there was no indication of where the leak was coming from,” Dorth said.

This latest test, he said, featured some “slightly different configurations” in both the U.S. and Russian segments, although he did not elaborate on the differences between the two tests. In addition, Cassidy used an ultrasonic leak detector to see if the leak was coming from Zvezda itself.

These tests were possible since mid-August because there were only three people on station, allowing them to be confined to one module for a period of time. Moreover, during this time no other spacecraft have arrived or left. It is suspected that the leak is most likely coming from the connection point between two modules, and adding or removing a Soyuz, Dragon, or freighter to the station shifts its center of gravity, changing the stress points at those connections.

China and Russia launch a bunch of satellites

Russia today used its Soyuz-2 rocket to launch three communication satellites plus 19 commercial smallsats.

This was the first time Russia used the Soyuz-2 for these particular small communications satellites, as previously they had been launched by a variety of smaller rockets.

China in turn today used its Long March 4B to place two Earth resource satellites into orbit.

The leaders in the 2020 launch race:

25 China
15 SpaceX
10 Russia
4 ULA
4 Europe (Arianespace)

China has moved ahead of the U.S. 25 to 24 in the national rankings.

These numbers should change again in the next few days. The U.S. has had a number of scrubs and launch delays in the past few days. ULA has been repeatedly pushing back the previously delayed launch of a National Security Agency reconnaissance satellite due to a variety of problems related to its Delta 4 Heavy rocket. The launch is now set for just after midnight tonight (Monday night). [UPDATE: Launch scrubbed due to lightning and poor weather. Tentatively rescheduled for 11:58 pm (Eastern) on September 29.]

SpaceX meanwhile had to scrub a launch this morning (September 28) of another 60 Starlink satellites due to weather. No new launch date has yet been announced.

Northrop Grumman also has had to scrub tomorrow’s Antares launch of a Cygnus cargo freighter because of poor weather at Wallops Island. It is now set for the evening of October 1st.

SpaceX also has a scheduled launch tomorrow morning of a GPS satellite on its Falcon 9 rocket. This is also threatened by weather. There is also no word whether the ULA launch scrub will cause this launch to be delayed.

Leak hunt continues on ISS

Two stories today indicate that the search for the elusive source of the slow leak on ISS is continuing.

The problem is that the two stories appear to have no overlap, making it hard to figure out what is planned and why.

The first story describes how engineers, based on the first isolation test, now think the leak must be coming from one of two modules:

…the ones the crew didn’t test because they were inside them while monitoring the rest of the station. One is the Zvezda Service Module, which provides life support for the station’s Russian side. The other is the Poisk Mini-Research Module 2, which serves as a port for docking spaceships and a place where crew members prepare for spacewalks.

The second story, from the Russian press, does not mention this detail. All it says is that the astronauts are going to once again isolate themselves in “the Russian segment” so the rest of the station can be tested for leaks. Since the two modules in question are both in that Russian segment, it is unclear where the astronauts will be isolated, especially since Zvezda is also where the Soyuz descent capsule is docked and if sealed from astronaut access it also seals them from their lifeboat.

It could be that the plan is to do another test of the American side of the station, then do these two Russian modules after the arrival of the next manned Dragon mission in a little less than a month. Dragon can then replace Soyuz as a lifeboat, allowing a test of Zvezda.

Regardless, the leak is a slow one, and is not yet life-threatening. That the leak rate has recently increased however requires action to find and fix it.

OneWeb announces new launch schedule, cancels Ariane 6 launch

Capitalism in space: OneWeb, as it restructures itself after its purchase by a partnership of an Indian company and the UK government, has announced a new launch schedule for completing its satellite communications constellation by 2022, with the first launch in December.

The key change is that they have cancelled their deal to fly OneWeb satellites on the first launch of Arianespace’s Ariane 6 rocket. From the first link:

Arianespace will conduct 16 Soyuz launches for OneWeb, each carrying 34-36 satellites, to complete OneWeb’s internet megaconstellation by the end of 2022. The revised contract canceled two Soyuz launches, and removed OneWeb as the customer for the inaugural Ariane 6 launch, an Arianespace spokesperson told SpaceNews.

The Ariane 6 cancellation is bad news for Arianespace’s new rocket, which has had trouble garnering customers. I am sure OneWeb was offered a great price to launch some satellites on that inaugural flight, and still OneWeb backed out.

For Russia this announcement is good news, even if they have lost two Soyuz launches. It means the bulk of their Soyuz launches will go forward, pumping money into the Russia’s starving commercial launch industry. This launch contract is essentially the only Russian commercial contract, with SpaceX stealing all of Russia’s former customers, and the bankruptcy had threatened it.

Finally, this announcement shows that OneWeb’s new owners have recognized that they have to get their satellites launched as fast as possible if they are going to compete with SpaceX’s Starlink constellation.

Russia wins spacesuit contract for India’s Gaganyaan manned mission

The new colonial movement: The Russian Zvezda design center in Roscosmos has won the spacesuit contract to build the spacesuits and capsule seats for India’s Gaganyaan manned mission, targeted for a ’22 launch.

It is not surprising that the Russians won this contract. India does not have a lot of time to get the mission off the ground, and needs help. The Russian spacesuits are practical and proven, and are far superior to anything available from NASA. The only other option available at this moment would be the flight suits SpaceX designed for its Dragon missions and flown once. I suspect the Indians want something that has been used and tested more.

Moreover, their astronauts are being trained by the Russians. Better and simpler to have them use the suits the Russians use.

Russia to spend $470 million to restore Sea Launch

The Russian government today revealed that it has agreed to spend $470 million to restore the Sea Launch floating launchpad.

Before Russia took possession the platform had been stripped of much of its equipment, probably as part of the final financial settlement with Boeing, which had once been a part owner (with Russia and the Ukraine). As part of the break-up of the company Russia had had to buy Boeing off (after many lawsuits) to gain full ownership.

As noted by Deputy Prime Minister Yuri Borisov, “It is a unique structure unparalleled in the world. Some have plans for building something similar. It would be very silly of us, if we decided against restoring the Sea Launch and using its services. Technically all this is possible.”

For Russia the platform gives them the potential of a launch site at the equator, something they have never had.

Russia to continue bilateral space negotiations with U.S.

According to one Russian foreign policy official, the Putin government will continue bilateral space negotiations with United States in connection with both its Artemis Accords (designed to encourage private ownership in space) and the military doctrines in space recently set forth by the U.S. Space Force.

The official also made note of a Russian-Chinese agreement related to the use of space, which seems to counter what the Trump administration is pushing with the Artemis Accords. However, the fact that these bilateral agreements and negotiations now exist actually gets the U.S. what it wants, foreign treaties that set out goals and rules that bypass the restrictions of the Outer Space Treaty. Those restrictions make private ownership in space legally questionable. That Russia is willing to continue negotiations with the U.S. means that it might agree eventually to some framework that allows private property in space, in order to remain a partner in the Trump administrations Artemis lunar project.

Nauka finally arrives at launch site, thirteen years late

Russia’s Nauka module for ISS has finally arrived at its launch site at Baikonur, Kazakhstan, to be prepared for its launch, now scheduled for April 2021.

After its arrival and fitting-out, Nauka will become the primary laboratory module on the Russian segment. Currently, Russia has two small laboratory modules – Rassvet and Poisk – both of which will be dwarfed by Nauka. Additionally, Nauka will take the title of the heaviest Russian module on the Station, at 24.2 tons. Zvezda currently holds this honor, at 20.3 tons.

The module is thirteen years later than first planned and has been under construction for more than a quarter century.

Ivashka and Baba-Yaga

A evening pause: An entertaining animated cartoon from Soviet Russia, 1938. It subconsciously reveals much about Russia’s rough society of that time between the world wars. Even in the 1930s Russia was still largely an illiterate peasant culture, less than three generations since the freeing of the serfs and now ruled by Stalin and the communists with an iron hand.

Hat tip Jim Mallamace.

Russia to ship Nauka to Baikonur launch site August 10

Russia now plans to ship its Nauka ISS module to Baikonur on August 10th, three days later than previously planned, where it will begin the final nine months of preparations for launch.

“The stage of electrical tests takes about six months together with preparations because there is a large number of systems. Scheduled operational measures take another three months from this moment to the launch. This involves direct preparations for the launch together with the provision of microbiological protection, fueling and other operations,” he explained.

Nauka will provide the Russians a second toilet on ISS, plus produce oxygen and water (from urine) for six astronauts. It will also become the cabin for a third Russian-flown astronaut, either tourist or professional.

Nauka is a quarter century in the making, its construction having started in 1995. As a government-run project, that pace matches well with SLS, Orion, the James Webb Space Telescope, and many other big government projects not related to space. The goal isn’t to accomplish anything really but to create the justification for fake jobs that can last a lifetime.

Russians sign deal to fly two tourists to ISS

Capitalism in space: Now that their Soyuz capsule is no longer required to fly NASA astronauts to ISS, the Russians have spare seats, and have now signed a deal with Space Adventures to fly two tourists to ISS in late 2021.

They will announce the tourist’s names later this year.

Space Adventures also has a deal with SpaceX to fly two tourists on a Dragon capsule on a week-plus long orbital mission (not docking with ISS). SpaceX also has a deal with the space station company Axiom to fly tourists to ISS. Next year could thus see two or three tourist flights to space.

Isn’t competition wonderful?

Russia’s Proton rocket launches two communication satellites

Russia today successfully launched two communications satellites into orbit using its Proton rocket.

This was the first Proton launch in 2020, after Roscosmos discovered in April problems with three rockets that required them to be sent back to their manufacturer.

The leaders in the 2020 launch race:

18 China
11 SpaceX
9 Russia
4 ULA
3 Japan

The U.S. still leads China 19-18 in the national rankings.

More indications of the decline of Russia’s space effort

Two stories today give further hints that Russia’s space effort, run under the centralized government control of its space agency Roscosmos, is struggling. Both stories involve comments by the head of Roscosmos, Dmitry Rogozin, during an interview yesterday to celebrate the fifth anniversary of the Putin government’s takeover of Russia’s entire aerospace industry.

First, Rogozin announced that they intend to continue using their Soyuz manned capsule for at least ten more years, even though they are working to develop the Oryol replacement capsule and hope to fly its first unmanned test flight by 2023.

“I am absolutely sure that the Soyuz MS will be exploitable for at least ten years. That is why, during the first years we will use both the Soyuz MS and a new spacecraft,” he said.

Though it makes sense for Russia to fly both spacecraft for a period of time, ten years seems exorbitant. It suggests that Rogozin is covering his behind in case Oryol ends up getting delayed significantly.

Based on Russia’s track record the past twenty years, it is very likely Oryol will not fly by 2023. Since the turn of this century they have been promising new spacecraft and rockets without ever delivering. They have also spent a quarter of a century building one module for ISS. It has become their mode of operations to go slow and not deliver. Rogozin must know this, and is covering his bets by announcing Soyuz that will fly for many more years.

Second, Rogozin made it a point to denigrate the U.S. manned space effort, calling it a “political project” not interested in “helping” its partners. To quote him precisely:
» Read more

In-flight camera analysis of Soyuz launch abort in October 2018

An evening pause: For the geeks who read Behind the Black. Nothing here is new, but the in-flight footage of the first stage as it failed during this manned Soyuz launch on October 11, 2018 is still fun to watch, and it gives us another taste of the continuing quality control problems in Russia’s aerospace industry.

Hat tip Tom Biggar.

As always, I am open to suggestions for my evening pauses. If you’ve sent me stuff in the past, you know the drill. If not and you want to suggest something, post a comment here, without mentioning your suggestion, and I will contact you with the guidelines.

Russia’s next module for ISS passes tests

At last! Russia’s long-delayed next module for ISS, dubbed Nauka, has finally passed its vacuum chamber tests and is now scheduled for shipment to the launch site on July 21 to 23.

Construction of Nauka began in 1995, a quarter of a century ago. For comparison, in the last quarter of the 20th century Russia launched Salyut 1, Salyut 3, Salyut 4, Salyut 5, Salyut 6, Salyut 7, Mir, and its first five modules for ISS. All told those launches involved building and putting into orbit 18 different modules, with 14 comparable to Nauka in size and mass, all built and launched in about the same amount of time it has taken Russia to build Nauka alone.

At this pace it will take centuries for Russia to build its next space station, no less get to the Moon or Mars.

Putin gov’t arrests journalist working as advisor to Roscomsos

The Putin government yesterday arrested Ivan Safronov, a former journalist presently an advisor to that country’s space agency Roscosmos, for passing military secrets to the Czech government back in 2017 when he was employed by a daily newspaper.

It seems the press in Russia is highly skeptical of these charges.

Kommersant [the daily newspaper in which he had worked] put out a statement in support of Safronov, hailing him as one of the country’s top journalists and a “true patriot” who was deeply concerned about the state of the military and space industries that he covered. The newspaper described the accusations against him as “absurd.” The paper noted that rights activists, journalists, scientists and corporate officials who faced treason accusations found it difficult to defend themselves because of secrecy surrounding their cases and lack of public access. “As a result, the public has to rely on the narrative offered by special services, whose work has increasingly raised questions,” Kommersant said. “Journalists asking those questions find themselves under blow.”

About 20 journalists, including those who worked with Safronov for years, were detained outside FSB headquarters in Moscow when they picketed to protest his arrest. Some were handed court summons for violating a ban on street gatherings during the coronavirus pandemic, an offense punishable by an administrative fine.

Many former colleagues of Safronov alleged that the authorities may have wanted to take revenge for his reporting that exposed Russian military incidents and opaque arms trade deals.

It also appears that the charges have nothing to do with Safronov’s work at Roscosmos.

Russia to consider building reusable stages for Angara

Roscosmos, Russia’s space agency that controls that nation’s entire aerospace industry, is “considering” the idea of developing reusable rocket stages for future iterations of its new Angara rocket.

“On June 30, changes were made to the state contract on the ‘Amur’ experimental design work that envisaged upgrading and further developing this series,” the statement says. In particular, the changes envisage developing the Angara-A5M as the upgraded version of the Angara-A5 rocket and the conceptual design of the Angara-A5V increased lifting capacity vehicle (with the oxygen-hydrogen third stage).

“Also, an option will be considered to develop the Angara-A5VM carrier rocket with reusable stages,” Roscosmos specified.

I’ll believe it when I see it. For now almost twenty years the Russians have been very good at issuing bold press releases promising wonderful new rockets, spaceships, and projects, only to have none of these rockets, spaceships, or projects ever actually happen.

That they are even considering reusable first stages however does show the power of competition and freedom. They never would have if SpaceX hadn’t come along and cut costs with this idea and thus take their entire market share from them. Now they have to find a way to compete in order to get some of that business back..

Russia to lower launch price of new Angara rocket

Capitalism in space: According to its 2019 financial report, the Russian manufacturer of that country’s new Angara rocket intends by 2024 to lower launch price from about $100 million to about $57 million.

The high cost price of the latest Angara carrier rocket before the start of its serial production is due to the need for the Khrunichev Space Center to work at two sites, the press office of the State Space Corporation Roscosmos told TASS on Monday. “Before the production process is fully moved to the site of the Polyot company in Omsk, the Khrunichev Space Center has to work at two production sites, which creates additional overhead costs,” a Roscosmos spokesman said.

As part of its trials, the Angara rocket is being produced singly instead of serially, he said. “After the serial full-cycle production is launched, the item’s cost price will decrease,” the spokesman said.

Essentially they are claiming that the cost will drop once they start full production.

S7 now in “negotiations” to sell Sea Launch to Russian government

Nice launch platform you got here. Be a shame if something happened to it: The private Russian airline company S7 is now in “negotiations” to sell the Sea Launch floating rocket launchpad to one of the Russian government’s state corporations, because it appears the Russian government is imposing such high fees on its operation the company can’t make a profit.

The second source confirmed the information, adding that “given the condition of the platform and the commander ship following the US side’s removal of equipment, and in connection with the need to create coastal infrastructure from scratch, costs of implementing the project are estimated as high.”

“Considering financial losses sustained as a result of the pandemic, a private company simply has no money to do that,” he added.

Previously the company had suspended operations because the Russian government had suddenly increased drastically the fees it was charging the company. I said then that this was simply a power play by that corrupt government to grab control of the launch platform. It appears now that this mob-like grab is succeeding.

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