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Moon bases, orbit cleaners and rockets to Mars: Russia’s most ambitious space projects
This summer, the Russian Space Agency (Rosсosmos) announced a number of ambitious projects. RBTH has created a list of the most exciting and expensive ones. Of course, not all of these projects will be fully implemented in the future, but if they are, they could revolutionize space forever.
1. Liquidator: The space janitor Humans haven’t conquered space yet, but they have already managed to pollute it. According to the US Space Surveillance Network there are more than 16,200 loose objects orbiting the earth, which has the potential to destroy new space vehicles. There is a chance that the plot of the film Gravity, where two astronauts played by Sandra Bullock and George Clooney are stranded in space after the destruction of their shuttle, could come true. In August Roscosmos declared their plans to design a spacecraft for cleaning the geostationary orbit from spent satellites and LV upper stages. The project, called the Liquidator, is slated for development between 2018-2025 with a budget of roughly 10.8 billion rubles ($292 million).
2. New cosmodromes: Roscosmos plans to spend 900 billion rubles ($24.3 billion) for infrastructure to support spaceports. These funds will be used to build an extension of the Plesetsk cosmodrome as well as to complete the construction of the Vostochny cosmodrome and to support the Baikonur space complex based in Kazakhstan. However, Roscosmos have come up with a more financially feasible option. If a dispute with Kazakhstan is resolved by 2020 the agency will be required to spend only 800 billion rubles ($21,6 billion). In that case, Roscosmos will be able to use Baikonur, as well as Russian cosmodromes. In that case 100 billion rubles ($2.7 billion) will be freed up to devote to the Vostochny space complex.
3. Remote sensing of the earth: The remote sensing of the earth is one of the Russian space industry’s weakest areas. With no national program in place, Russian scientists have to rely on information from international satellites. But a Federal Space Program (FSP) is slated for development between 2016-2025 and was created by resilient optimists promising to enlarge the orbital fleet by adding 26 hi-tech satellites at a cost of 358.6 billion ($9.7 billion). The different projects within the FSP include (with projected costs in parentheses):
Meteo-SSO, a global hydrometeorological and heliophysical system consisting of four new generation satellites to travel on sun synchronous orbits (66 billion rubles / $1.8 billion).
Meteo-Glob, a global meteorological sensing system using visible and infrared bands (86.9 billion rubles / $2.3 billion). Resurs, a three-satellite program designed to capture images of the Earth in high and ultra-high resolution (55 billion rubles / $1.5 billion).
ES-SSO is an operating supervision space system for local emergency situations. It is composed of 10 satellites that orbit in synchronicity with the sun (106.3 billion rubles / $2.9 billion).
ES-GSO is a high-operating supervision space system for major emergency situations. It functions on an optical and radar band on a geostationary orbit (44.3 billion rubles / $1.2 billion).
4. Moon-base: Russian spacecraft were the first to fly over the dark side of the Moon and take soil samples, but they never managed to put a person on its surface. Roscosmos is currently quite serious about moon exploration. The Agency is slated to spend $280 million on the development of a moon base, a mobile manipulator crane, a grader, an excavator, a cable layer and a mobile robot for lunar surface exploration between 2018-2025. It appears that Roscosmos wants to be more than just a guest, but a full time resident.
5. Moon-Mobile: A moon base without a moon vehicle is kind of beside the point, thus Roscosmos is developing a new rover that will search for natural resources. The Moon is full of resources, such as rare earth elements, titanium, and uranium, which the Earth does not have in abundant supply. It is also rich in helium-3, which is a possible fuel for nuclear fusion. This new moon vehicle is called Moon-Mobile. Development should conclude by 2021, with testing lasting another four years.
6. Super-heavy rocket to Mars: In September 2014 plans for a super-heavy rocket with a120-150 ton capacity received preliminary approval by President Vladimir Putin. This rocket is one of the most expensive of Roscosmos’ ideas and its budget is twice as large as the Angara rocket, a popular spacecraft currently in use. The goal of the rocket is to fly it to Mars; NASA has a similar rocket design under construction. The enormous budget undoubtedly makes this project a risky proposal.
7. Spectr-RG for the exploration of black holes: In 2013 the Russian-German high-energy astrophysics observatory Spectr-RG was ready to be launched with the purpose of exploring galactic clusters and black holes with the eROSITA Roentgen telescope. While the idea has been in existence since the late 1980s, the project was only restarted in 2005, requiring $135 million. The project was put on hold several times because of delays from the German telescope developers. The observatory should be ready by 2017.
Source: Russia Beyond the Headlines - http://rbth.com/science_and_tech/2014/09/18/moon_bases_orbit_cleaners_and_rockets_to_mars_russias_most_a_39879.html)
This summer, the Russian Space Agency (Rosсosmos) announced a number of ambitious projects. RBTH has created a list of the most exciting and expensive ones. Of course, not all of these projects will be fully implemented in the future, but if they are, they could revolutionize space forever.
1. Liquidator: The space janitor Humans haven’t conquered space yet, but they have already managed to pollute it. According to the US Space Surveillance Network there are more than 16,200 loose objects orbiting the earth, which has the potential to destroy new space vehicles. There is a chance that the plot of the film Gravity, where two astronauts played by Sandra Bullock and George Clooney are stranded in space after the destruction of their shuttle, could come true. In August Roscosmos declared their plans to design a spacecraft for cleaning the geostationary orbit from spent satellites and LV upper stages. The project, called the Liquidator, is slated for development between 2018-2025 with a budget of roughly 10.8 billion rubles ($292 million).
2. New cosmodromes: Roscosmos plans to spend 900 billion rubles ($24.3 billion) for infrastructure to support spaceports. These funds will be used to build an extension of the Plesetsk cosmodrome as well as to complete the construction of the Vostochny cosmodrome and to support the Baikonur space complex based in Kazakhstan. However, Roscosmos have come up with a more financially feasible option. If a dispute with Kazakhstan is resolved by 2020 the agency will be required to spend only 800 billion rubles ($21,6 billion). In that case, Roscosmos will be able to use Baikonur, as well as Russian cosmodromes. In that case 100 billion rubles ($2.7 billion) will be freed up to devote to the Vostochny space complex.
3. Remote sensing of the earth: The remote sensing of the earth is one of the Russian space industry’s weakest areas. With no national program in place, Russian scientists have to rely on information from international satellites. But a Federal Space Program (FSP) is slated for development between 2016-2025 and was created by resilient optimists promising to enlarge the orbital fleet by adding 26 hi-tech satellites at a cost of 358.6 billion ($9.7 billion). The different projects within the FSP include (with projected costs in parentheses):
Meteo-SSO, a global hydrometeorological and heliophysical system consisting of four new generation satellites to travel on sun synchronous orbits (66 billion rubles / $1.8 billion).
Meteo-Glob, a global meteorological sensing system using visible and infrared bands (86.9 billion rubles / $2.3 billion). Resurs, a three-satellite program designed to capture images of the Earth in high and ultra-high resolution (55 billion rubles / $1.5 billion).
ES-SSO is an operating supervision space system for local emergency situations. It is composed of 10 satellites that orbit in synchronicity with the sun (106.3 billion rubles / $2.9 billion).
ES-GSO is a high-operating supervision space system for major emergency situations. It functions on an optical and radar band on a geostationary orbit (44.3 billion rubles / $1.2 billion).
4. Moon-base: Russian spacecraft were the first to fly over the dark side of the Moon and take soil samples, but they never managed to put a person on its surface. Roscosmos is currently quite serious about moon exploration. The Agency is slated to spend $280 million on the development of a moon base, a mobile manipulator crane, a grader, an excavator, a cable layer and a mobile robot for lunar surface exploration between 2018-2025. It appears that Roscosmos wants to be more than just a guest, but a full time resident.
5. Moon-Mobile: A moon base without a moon vehicle is kind of beside the point, thus Roscosmos is developing a new rover that will search for natural resources. The Moon is full of resources, such as rare earth elements, titanium, and uranium, which the Earth does not have in abundant supply. It is also rich in helium-3, which is a possible fuel for nuclear fusion. This new moon vehicle is called Moon-Mobile. Development should conclude by 2021, with testing lasting another four years.
6. Super-heavy rocket to Mars: In September 2014 plans for a super-heavy rocket with a120-150 ton capacity received preliminary approval by President Vladimir Putin. This rocket is one of the most expensive of Roscosmos’ ideas and its budget is twice as large as the Angara rocket, a popular spacecraft currently in use. The goal of the rocket is to fly it to Mars; NASA has a similar rocket design under construction. The enormous budget undoubtedly makes this project a risky proposal.
7. Spectr-RG for the exploration of black holes: In 2013 the Russian-German high-energy astrophysics observatory Spectr-RG was ready to be launched with the purpose of exploring galactic clusters and black holes with the eROSITA Roentgen telescope. While the idea has been in existence since the late 1980s, the project was only restarted in 2005, requiring $135 million. The project was put on hold several times because of delays from the German telescope developers. The observatory should be ready by 2017.
Source: Russia Beyond the Headlines - http://rbth.com/science_and_tech/2014/09/18/moon_bases_orbit_cleaners_and_rockets_to_mars_russias_most_a_39879.html)
(I'd typically would put this article in the news section, but I think this one deserves "better".)
The planned obsolescence date of the ISS is said to be 2020, with 2028 being a "best case scenario".... With OPSEK and an ambitious space program coming up, why would they put that much money into the already "overused" ISS? That money is enough to fund the entire super-heavy program, plus a couple A5 launches! I understand that they want to do more experiments up there, but that extra money could go into speeding up the assembly of OPSEK, allowing Russia to complete the same experiments while being 100% space independent! Now that the US is officially going to use their own lifters and spacecraft, Russia's dominance over the ISS project will begin to shrink... Might as well jump ship and reassemble the (going to be used on OPSEK) Russian craft that are part of the ISS! - It would further slow down the US ISS program, is that is desirable... Anyway, if they reuse some sections of the ISS, Russia can then launch the Node Module in 2016 and start assembly! It would be in operation by the scheduled obsolescence of the ISS, wouldn't be expensive (they'd probably save money, as the ISS program isn't cheap), and as mentioned before, would be a Russia-only project. OPSEK should also be able to accommodate any Russian sections/crafts that were planned for the ISS as well.... IMHO, there is no downside to doing this, and no upsides in continuing the ISS program! - Get it together Roscosmos!
