Proton successfully launches satellite

The competition heats up: A Russian Proton rocket successfully placed a commercial communications satellite in orbit today, the fifth successful launch in a row since a May launch failure and the second launch in only 10 days.

For the Russians the Proton successes during the second half of 2015 are encouraging. Whether they have solved their chronic quality control problems, however, remains unknown. I remain doubtful, especially because they have eliminated competition within their industry and folded everything into a single government entity that runs it all.

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Russia hints at Vostochny schedule

The competition heats up? Russian sources today suggested that the first unmanned launch from Vostochny will occur on April 25, 2016 (subject to testing) while the first manned flight will occur in 2023

The second story is more significant, as it demonstrates the slow, laborious pace of this government operation. Based on the pace being set by the private companies in the U.S., by 2023 they will be flying regular manned missions from several privately run launch sites, all built quickly with as little cost as possible, with some flights possibly going beyond Earth orbit. Vostochny is expected to cost about $2.9 billion and take more than a decade to complete. The first manned missions will go to ISS only, with the first lunar manned mission not expected until after 2025 (this link also gives some details about the Russian government’s ongoing struggle to establish a 10 year plan for its space program amid continuing and changing budget crises).

The differences here are striking. While the Russian government builds an expensive spaceport built on old technology, Americans will be launching innovative and low-cost rockets that no one has ever seen before. Who do you want to hitch your ride to?

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Cause of Soyuz docking problems pinpointed

The failure of a Soyuz capsule to dock automatically with ISS last week is now attributed to a software problem that failed to provide the right commands to the spacecraft’s thrusters.

The problem has now been linked by the Russian press to three different causes. I wonder if they actually have any idea at all, or are simply throwing out red herrings in order to distract everyone from noticing the problem at all.

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Budget bill lifts ban of Russian engines on Atlas 5

The giant omnibus budget bill negotiated and announced by Congress today includes language that effectively lifts the limit on the number of Russian engines that ULA can use in its Atlas 5 rocket.

John McCain (R-Arizona) is very unhappy about this, and is threatening to ban the use of any Russian engines on any further Atlas 5 in future bills.

On the record, I make this promise. If this language undermining the National Defense Authorization Act is not removed from the Omnibus, I assure my colleagues that this issue will not go unaddressed in the Fiscal Year 2017 National Defense Authorization Act. Up to this point, we have sought to manage this issue on an annual basis, and we have always maintained that, if a genuine crisis emerged, we would not compromise our national security interests in space. We have sought to be flexible and open to new information, but if this is how our efforts are repaid, then perhaps we need to look at a complete and indefinite restriction on Putinโ€™s rocket engines.

Whether McCain will be able to do this however is somewhat questionable. He is up for election next year, is very disliked in Arizona, and is likely going to face a very tough primary battle that he very well might lose. Even so, it really won’t do ULA much good if they get the right to keep using Russian engines. As I said earlier today, ULA’s future as a rocket company is extremely limited if it doesn’t develop a cheaper rocket. Continued use of the Atlas 5 and these Russian engines does nothing to get that cheaper rocket built.

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Russian officials decide to broadcast launches

The return of the Soviet Union! After experimenting with the online broadcast yesterday of the Soyuz manned launch, Russian officials announced today that they will continue these broadcasts on future launches.

The launch from Baikonur was for the first time broadcast via the Luch (Ray) satellite retransmission system. More than 1,000 people have watched the live broadcast.

The Luch system is designed to solve the problems of relaying information of monitoring and control of low-orbit spacecraft, manned space systems, including the Russian segment of the International Space Station, and to serve in controlling launch vehicle flights using an alternative technology. The Luch is a series of geosynchronous Russian relay satellites, used to transmit live TV images, communications and other telemetry from the Soviet/Russian space station Mir, the Russian Orbital Segment of the International Space Station and other orbital spacecraft to the Earth, in a manner similar to that of the US Tracking and Data Relay Satellite System. “One of the main spheres we intend to develop is our functions of mobile communications and data retransmission, including for the broadcast of launches as the most interesting events for the promotion of space exploration,” Komarov said. According to the Roscosmos chief, the Gonets company will be engaged in the development of this sphere. [emphasis mine]

Wow! A thousand people watched the launch! Isn’t that amazing!

In other words, either they didn’t make it easy for the public to find the broadcast online, or they didn’t make it public at all and the 1,000 viewers were merely government apparatchiks. It is clear from the article that they are still working to get their communication satellite network back into operation — which crumbled in the 1980s and 1990s with the collapse of the Soviet Union — but if they can broadcast to 1000 people they can broadcast to far more than that. Hopefully after this first effort they will broaden its access for future launches, though I wonder if that will happen. All of Russian aerospace is now government-controlled, and the natural inclination of government bureaucrats is to squelch information so that people don’t see bad things happen.

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Soyuz docking issue during ISS arrival

When the manned Soyuz rendezvoused and docked with ISS yesterday, there was a problem with the automatic docking system, requiring the astronauts to take over and manually dock the spacecraft.

Initial reports suggested the failure was with the radar system having a conflict with the communications systems on the berthed Cygnus capsule. The link above instead claims the failure was caused by a malfunction in one of the Soyuz attitude thrusters. The former would be annoying but less of a concern than the latter. A thruster malfunction is somewhat rare, and would be another indication of the serious quality control problems in the Russian aerospace industry.

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Proton launch success

The competition heats up: Russia’s Proton rocket successfully launched a military communications satellite on Sunday.

The link provides a lot of interesting information about the satellite as well as some recent upgrades the Russians have installed in Proton, but for context the last two paragraphs are probably the most important:

Sundayโ€™s launch was the seventy ninth orbital launch attempt of 2015 and the seventh Proton launch of the year. Five of the six previous launches were successful, with Mayโ€™s launch of Mexsat-1 failing to achieve orbit. Proton has had eleven failures in the last ten years, with 2009 the only year since 2005 in which it has not suffered at least one anomaly.

The next Proton launch is scheduled for 23 December, with another Proton-M/Briz-M carrying the Ekspress-AMU1 communications satellite. Details of any future Garpun launches are not available.

The launch reliability for Proton has seriously fallen since 2005, and to compete in the changing launch market they will need to fix this.

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Russia has another launch failure

In the heat of competition: Russia today confirmed that its Saturday launch of a military satellite failed when the satellite did not separate from the Soyuz rocket’s upper stage.

For most of the weekend Russian news sources were claiming that the satellite had been inserted into its proper orbit. One source however had correctly noted the failure. Because of the contradiction I had held off posting on this. Now that the failure is confirmed, it reveals again what seem to be chronic quality control problems within the Russian aerospace industry. They fix problem one place and another pops up somewhere else.

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Russia’s ten-year space budget slashed again

The uncertainty of budgets: Russia has once again cut the ten-year budget for its space program, forcing its space agency Roscosmos to reconsider its ten-year plan running through 2025.

Russia’s federal space agency Roscosmos will receive just 1.5 trillion rubles ($22.5 billion) in government funding over the next ten years, less than half of estimated figures cited by space officials earlier this year, a Roscosmos statement said on Monday evening. The space agency was planning on receiving around 3.4 trillion rubles as part of the Federal Space Program 2016-2025 (FSP), a decade-long planning document that lays out Russia’s goals in space and allocates funding for them.

But Russia’s economic crisis and a broad readjustment of government spending across all sectors has forced Roscosmos to redraft its 10-year proposal several times over the past year.

This is not necessarily bad news for Russia’s space program. The cuts will force them to function like a private company, lean and mean, rather than a bloated wasteful government operation. They therefore might actually be more competitive as a result.

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Russia describes its planned first manned Moon mission

To accomplish its first manned lunar landing, tentatively set for 2029, Russia will have to launch six Angara rockets.

According to the source, the launches are planned to be carried out in pairs from the Vostochny cosmodrome (the Amur region in Russiaโ€™s Far East) and the Plesetsk cosmodrome (Archangelsk region in the northwest) with small intervals between the blast-offs. Under the proposed scheme, after the orbit placement, the complex with a total weight up to 70 tonnes will be docked with the manned spacecraft, after which it will fly to the Moon. A payload of 18-20 tonnes will be delivered to the lunar orbit by the end of the mission.

According to a preliminary plan, Russiaโ€™s first manned flight to the Moon is possible in 2029. One year ahead of that it is planned to conduct a flight around the Moon, the testing and qualification of space systems for the future manned landing. However, this project may become a reality only if the work to create a new-generation manned transport spacecraft, the Angara-A5 rocket, lunar boosters and other needed rocket and space technology and infrastructure is included in the draft Federal Space Program for 2016-2025.

The final draft Federal Space Program, however, has not yet been approved. This story is obviously a lobbying effort within Russia to get this lunar mission included in that master plan.

What strikes me most about all this is the timing. The big national space programs, Russia, China, and NASA’s SLS, are all aiming for big lunar missions in the late 2020s. All will spend a lot of money for a very limited number of flights, mostly single stunts that merely demonstrate that they can do it. None of these programs will have much staying power on the Moon.

Private space is likely aiming for the Moon as well, and will likely be capable of getting there about the same time. However, private space will be cheap and designed to go many many times (for profit). Watching this race between nations and private companies is going to be quite fascinating. And unlike the 1960s space race, which was a race between two different top-down government programs, this 2020s space race will be between bottom-up capitalism versus top-down government.

I think in the end the governments will be very embarrassed. They will either lose, or act to squelch their private competition.

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Eutelsat signs a multi-launch Proton rocket deal

The competition heats up: Satellite maker Eutelsat has signed a seven year multi-launch deal with International Launch Services (ILS) using the Proton rocket.

The ILS press release does not state how many launches this contract covers, which makes me suspect that ILS was forced due to competition with SpaceX to give Eutelsat a great deal of flexibility about which launcher it uses with each satellite down the road. The ILS release even admits this. “โ€œWith their selection of ILS Proton for this Multi-Launch Agreement Eutelsat has made a clear statement that flexibility and schedule assurance are key discriminators.”

This is still a good thing for the Russians, as it insures them a share in the launch market for almost the next decade.

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