High Russia space official shoots down idea of new Russian space station

Sergei Savelyev, deputy director of Russian space agency Roscosmos, dismissed the idea that Russia might leave the ISS partnership to build its own independent space station.

“Theoretically it is possible to create a new Russian space station, but neither the current nor future drafts of the federal space program [through 2025] touch on this subject, and any [hypothetical] implementation could be tied in with the continued operation of the ISS,” [he said]…

Savelyev added that he anticipates Russia will continue to use the ISS beyond 2020, but that its focus will shift toward cooperating with China on Beijing’s own space stations — a small station is already in orbit, and a second larger one is set to be operational around 2020 — and aboard the Russian segment of the ISS.

I think the Russians know that it would be foolish to abandon their partnership on ISS, at least not for a few more years. For at least another decade it is going to be the best thing they’ve got in space.

A close look at Russia’s next generation space station modules

The competiton heats up: Anthony Zak’s a detailed report of the design and development of the next generation space station modules Russia intends to dock at ISS has this interesting tidbit:

In addition to expanding the ISS, Russian developers viewed the NEM module as the basis for future Russian efforts to send humans beyond the Earth orbit. Thanks to its multi-function design, life support and power-supply capability, one or a whole cluster of such vehicles could provide habitation quarters and laboratories for a station at the so-called Lagrange points, which were considered as a staging ground for the exploration of the Moon, asteroids and Mars.

In case of an international agreement on the construction of a manned outpost in the Lagrange point, the NEM-based laboratory could constitute the Russian contribution into the effort. The NEM-based outpost could be serviced and staffed by the crews of US-European Orion spacecraft and by Russia’s next-generation spacecraft, PTK NP. Simularly, the NEM module, possibly in combination with other hardware, could serve as an outpost in the orbit around the Moon. Also in 2014, plans were hatched to make the NEM-based laboratory a part of the post-ISS Russian space station, VShOS, in the high-inclination orbit.

The Russians have always understood that a space station is nothing more than a prototype of an interplanetary spaceship. They are therefore simply carrying through with the same engineering research they did on their earlier Salyut and Mir stations, developing a vessel that can keep humans alive on long trips to other planets.

This approach makes a lot more sense that NASA’s SLS/Orion project, which does not give us what we need to make long interplanetary voyages, and costs a lot more.

A Russia/Brazil partnership for Sea Launch?

The competition heats up: Russia is negotiating a partnership with Brazil to operate Sea Launch.

The Sea Launch rocket is built by Ukraine, which presently has hostile relations with Russia, to say the least. The platform, built with Boeing money, is presently docked on the the U.S. west coast, which is also not what Russia wants. Moving it to Brazil and adapting it for use with a Brazilian rocket solves both problems, though the usability of Brazil’s rocket is at this moment quite questionable.

Angara A5 rocket launches successfully

The competition heats up: Russia successfully completed the first test launch of the heavy-lift version of its Angara rocket today.

More background here.

At this moment the dummy payload is in a preliminary orbit and requires additional engine burns by the Briz-M upper stage to reach its planned geosynchronous orbit. Briz-M however is well tested and has been in use for years already on the Proton rocket. Therefore, for Angara this flight has now been a complete success, even if the Briz-M stage fails.

The reasons behind Russia’s proposed new space station

Link here.

At the heart of the latest plan is the botched construction of the Multi-purpose Laboratory Module, MLM, the Russia’s next big piece of the International Space Station, ISS. After many years of delays, the price tag for the MLM project ballooned to one billion rubles, however the all-but-completed module had to be grounded until at least 2017 due to severe quality control problems during its manufacturing at GKNPTs Khrunichev in Moscow. Repairs of the module were estimated at another billion rubles and GKNPTs Khrunichev was expected to cover this cost from its own reserves. However, the nearly bankrupt company came back with an announcement that it already owed around a billion Euro and would not be able to pay for the future work. Even if repaired and successfully launched, the MLM module, which would have taken more than two decades to build, could arrive at the ISS on the eve of its retirement.

As an alternative, Russian space officials came up with a new scheme to build a whole new station around the MLM, instead of launching it to the ISS. The project with an estimated price tag from four to five billion rubles would cover a five-year delay in the construction of the ISS. The new Russian station would also utilize all future Russian modules, which were expected to follow MLM to the ISS, such as the Node Module, UM; the Science and Power Module, NEM; an Inflatable Habitat, and the OKA-T laboratory.

There’s more. Read it all.

Orbital Sciences picks another Russian engine for Antares

The heat of competition: In its effort to replace the old Cold War Soviet-era refurbished Russian engines for the first stage of its Antares rocket, Orbital Sciences today announced that it will instead buy a different modern-built Russian engine.

Designated the RD-181, the new engine will be used on Antares in shipsets of two to accommodate as closely as possible the two-engine configuration built around the AJ-26 engines supplied by Aerojet Rocketdyne, Orbital Sciences managers said Dec. 16. A descendant of the RD-171 that powers the Ukrainian-built Zenit launch vehicle, the RD-181 will be manufactured in the same Khimki factory that builds the RD-180 used on the United Launch Alliance Atlas V. It closely resembles the RD-191 on Russia’s new Angara launcher and the RD-151 that powers South Korea’s Naro-1 launch vehicle.

It appears that this is the only engine presently available that can do the job. In the long run however it puts Antares and Orbital Sciences at a competitive disadvantage. Even though the sanctions against using Russian engines, passed by Congress, only apply to military launches, Orbital’s continuing reliance on Russian engines will limit their customer base.

A new Russian heavy lift rocket amid Russian budget woes

The competition heats up: Even as Russia today successfully placed a commercial satellite in orbit on the 400th successful Proton rocket launch, Russian sources indicate that — despite budget woes fueled by the drop in oil prices — Russia is moving ahead with the design and construction of a heavy-lift rocket capable of competing with NASA’s Space Launch System (SLS).

From the last link above:

By 2013, Roskosmos drafted a very preliminary roadmap toward the development of heavy and super-heavy launch vehicles. Not surprisingly, it matched closely the strategy that NASA had followed since 2011 within the Space Launch System, SLS, project.

…As the American SLS project, Russian super-heavy launcher plans envisioned building a rocket with a payload of 80-85 tons in the first phase of the program. A pair of such rockets would be enough to mount a lunar expedition. In the second phase of development, the rocket would be upgraded to carry unprecedented 130-180 tons of payload in order to support, permanent lunar bases, missions to asteroids and expeditions to Mars.

As much as I remain a skeptic of SLS, it has apparently struck so much competitive fear in the Russian leadership that they are now willing to try to copy it. Much like the 1980s, when the Soviet rulers bankrupted their nation trying to duplicate American projects like the Strategic Defense Initiative and the Space Shuttle, Putin is now repeating that error all over again. His country has experienced almost a quarter-century of strong economic growth since the fall of communism because, during that time, they focused on capitalism, private enterprise, freedom, and a bottom-up economic structure. Now, they are beginning to abandon that approach and return to the top-down, centralized system of government planning.

As it did in previous century, it will bankrupt them again in this century. Though the Russian government is denying the reports that they are going to trim their space budget, their government’s budget is going to suffer from the drop in the price of oil. Something will have to give.

Update: This review of a book about modern Russia is definitely pertinent: The Land of Magical Thinking: Inside Putin’s Russia

A Russian commercial reusable space shuttle?

A news report from Russia today described a project to build a commercial and reusable space shuttle for putting tourists into space.

The company, KosmoKurs, presently has eight employees and says it will launch by 2020. However, this quote from the article illustrates the difficulties faced by any new private companies in Russia:

Russian rocket and space industry is planned to produce this space shuttle. “We will talk to the United Rocket and Space Corporation. If we find common language, we will manufacture produce jointly with them,” the KosmoKurs head said. The company also pins hopes on backing of Russian Federal Space Agency and its scientific institutes.

Since Russia has now consolidated its entire aerospace industry into one government-controlled entity called the United Rocket and Space Corporation, any new private effort needs to get the cooperation of that company as well as the agreement of the government officials who control it. Such backing is not so easy to get, especially if the new company is seen as competition and a distraction from government goals.

Proton launch postponed

The heat of competition: Russian engineers have scrubbed Friday’s commercial Proton launch due to a gyro issue with the rocket’s Briz upper stage.

They have begun to destack the rocket to get at the upper stage in order to repair the problem, with the new launch date expected to be no earlier than mid-December.

The problem once again raises questions about the quality control generally within the Russian aerospace industry and specifically in the companies that build Proton and its upper stage. At the same time, it is a good thing they spotted the problem before launch, allowing them to correct it. That is what a company with good quality control does.

Accidental freon release inside ISS

While doing maintenance to the air-conditioning system on the Russian portion of ISS two Russian astronauts accidently vented freon into the station’s atmosphere.

“Cosmonauts Samokutyaev and Serova performed steps to release pressure in the Russian segment’s air conditioner system by venting khladon gas (Freon 218) overboard. However, several of the quick disconnects that were actuated during the procedure exhibited leaks. As a result, the Khladon was vented into the cabin instead. The quantity released was approximately 100 g, which results in a density of 117 mg/m3 over the volume of ISS, which was below the stated ISS zero risk flight rule limit of 150 mg/m3. As part of nominal air scrubbing process, the Russian Air Purification System and the USOS Trace Contaminant Control System (TCCS) will remove residual Khladon from the atmosphere,” the NASA blog said.

Update on Russia’s proposed new space station project

Another article has been published in Russia describing the possibility of that country pulling out of ISS and building its own space station, as soon as 2017.

My impression of these stories is that the Russian government is considering taking the modules it has been slowly building for ISS and instead using them to assembly an independent station orbiting the Earth at an almost polar orbit, thereby giving them a much more complete view of their own country as well as the rest of the world.

Russias pulling out of ISS in 2020

Another news story from Russia has confirmed that the Russian government intends to break off its partnership at ISS in 2020, and that it will instead start assembling its owns space station in 2017 and will use some modules now docked with ISS to do it.

This event was always possible, and one of the many reasons I always opposed Bill Clinton’s decision to form the ISS partnership. The partnership acted as a crutch for NASA and the U.S, allowing us to avoid spending the money to build a self-sufficient space station. When the Russians leave in 2020 ISS will lack some crucial facilities that it now depends on, and will require some fast scrambling and additions to the station by NASA to keep it going at that point.

Japanese investor sues Excalibur Almaz

The billionaire investor in the company Excalibur Almaz is suing the lawyer in charge for fraud.

Using the $49 million the billionaire invested, the lawyer purchased several Soviet-era capsules and a Almaz space station module from the Russians, claiming they would use this equipment, once refurbished, to establish a commercial space company. What the lawyer, Art Dura, did not tell anyone was, as the lawsuit explains:

“The purchase contracts had to be approved by the Russian government, and unbeknownst to plaintiff … expressly excluded the right to modify the Russian hardware, thus relegating it to display uses only! The items were only museum pieces, a secret Dula would keep until well after he acquired control of plaintiff’s investment.”

Dula’s vehicle for the scheme was Excalibur Almaz Limited, an entity he set up in the Isle of Man, into which he transferred Horie’s $49 million investment, according to the complaint.

What I find amazing is that the company, Excalibur Almaz, also put out a lot of press releases describing how they were going to use this Russian equipment as part of their space effort. I reported on these releases myself. That Dura was able to keep the contract terms secret, that even the Russians didn’t publicly protest his false statements, is most interesting. Apparently, the Russians were glad to take his money and even help with the fraud, by not revealing the truth when Dura made public claims that were impossible according to the contract.

This story illustrates one of the less obvious investment risks inherent in a new industry such as commercial space. Not only can vehicles crash and burn, there are also a lot of con artists out there willing to take advantage of naive individuals who are so passionate about space exploration that they don’t look closely at what they are doing.

A mysterious piece of Russian space junk does maneuvers!

What was first thought to be a piece of debris left over from the launch of three Russian military communication satellites has turned out to be a fourth satellite capable of maneuvers.

The three satellites were designated Kosmos-2496, -2497, -2498. However, as in the previous launch on December 25, 2013, the fourth unidentified object was detected orbiting the Earth a few kilometers away from “routine” Rodnik satellites.

Moreover, an analysis of orbital elements from a US radar by observers showed that the “ghost” spacecraft had made a maneuver between May 29 and May 31, 2014, despite being identified as “debris” (or Object 2014-028E) in the official US catalog at the time. On June 24, the mysterious spacecraft started maneuvering again, lowering its perigee (lowest point) by four kilometers and lifting its apogee by 3.5 kilometers. Object E then continued its relentless maneuvers in July and its perigee was lowered sharply, bringing it suspiciously close to the Briz upper stage, which had originally delivered all four payloads into orbit in May.

This is the second time a Russian piece of orbital junk has suddenly started to do maneuvers. The first time, in early 2014, the Russians finally admitted five months after launch that the “junk” was actually a satellite. In both cases, the Russians have not told anyone what these satellites are designed to do, though based on the second satellite’s maneuvers as well as its small size (about a foot in diameter) it is likely they are testing new cubesat capabilities, as most cubesats do not have the ability to do these kinds of orbital maneuvers.

Once you have that capability, you can then apply it to cubesats with any kind of purpose, from military anti-satellite technology to commercial applications.

Ex-construction boss at Vostochny arrested

The man formerly in charge of construction at Russia’s new spaceport in Vostochny has been arrested and charged with stealing $43 million dollars from the project.

The corruption might be true, as this kind of thing is culturally typical for the centralized government-run operations that are generally favored in Russia. It is also possible that Putin’s government wanted a scapegoat to blame for the construction delays and cost overruns in building Vostochny.

Either way, Putin gets what he wants. This prosecution will make it very clear to everyone involved in building Vostochny that the government wants it built fast and without further theft, and it is watching what people do there very closely.

1 30 31 32 33 34 50