The 'Angara rocket' is a planned
space-launch vehicle, designed to place heavy payloads into orbit. It is currently under development at the
Moscow-based
Khrunichev State Space Scientific Production Center. The rocket will be primarily launched from the
Plesetsk Cosmodrome,
Russia, thereby reducing Russia's dependency on
Kazakhstan for the use of their
Baikonur Cosmodrome where the current generation of Russian rockets is launched from (but the heavy Angara A5 will be launched from both Plesetsk and Baikonur). The Angara will also end the need to purchase
Zenit rockets from
Ukraine.
The Angara will provide a similar lifting capability to the
Proton rocket, the heavy lift workhorse of the
Soviet Union and now
Russia. The rockets are designed to be modular, similar to the US
EELV, and the family will offer a range of configurations capable of lifting between 2,000 and 24,500 kilograms to
LEO. In addition, the rocket core and booster stages will use
liquid oxygen and
RP-1 instead of
hypergolic fuels, eliminating the need for Russia to clean up crash sites and at the same time apply current technologies that have been used on all Soviet/Russian launchers since the 1950s. Angara, like the current
Soyuz rocket, can carry either a LOX/RP-1 upper stage or, like that of the U.S.
Atlas V EELV, a cryogenic upper stage fueled by LOX and
liquid hydrogen (LH
2), similar to the U.S.
Centaur upper stage.
The first launch of an Angara (probably the Angara 1.1 or 1.2 version) is expected to take place in 2010 or 2011 at the Plesetsk Cosmodrome.
[1][2]
Angara specifications
| Version | Angara 1.1 | Angara 1.2 | Angara A3 | Angara A5 | Angara A5/KVRB |
|---|
| First stage | 1xCRM, RD-191 | 1xCRM, RD-191 | 3xCRM, RD-191 | 5xCRM, RD-191 | 5xCRM, RD-191 |
| Second stage | Breeze-KM | Block I, RD-0124A | Block I, RD-0124A | Block I, RD-0124A | Block I, RD-0124A |
| Third stage (not used for LEO) | -- | –- | Breeze-M | Breeze-M | KVRB |
| Thrust (at ground) | 196 Mgf (1.92 MN) | 196 Mgf (1.92 MN) | 588 Mgf (5.77 MN) | 980 Mgf (9.61 MN) | 980 Mgf (9.61 MN) |
| Launch weight | 149 t | 171.5 t | 478 t | 773 t | 790 t |
| Height (maximal) | 34.9 m | 41.5 m | 45.8 m | 55.4 m | 64 m |
| Payload (LEO 200 km) | 2 t | 3.7 t | 14.6 t | 24.5 t | 24.5 t |
| Payload (GTO) | –- | –- | 2.4 t | 5.4 t | 6.6 t |
| Payload (GEO) | –- | –- | –- | 2.8 t | 4 t |
'Comparable rockets:'
Delta IV -
Atlas V -
Ariane 5 -
Chang Zheng 5 -
Proton -
Falcon 9 -
GSLV III
References
1. Declarations from Anatoly Bashlakov about the first launches of Angara rockets (in Russian)
2. Flight tests of Angara are planned during the years 2010-2011 (in Russian)
External links
★
Angara family page by the Khrunichev Center (in Russian)
★
Angara page by ILS
★
Angara page by ESA
★
Energia family, including Angara launch vehicle, at Encyclopedia Astronautica
★
Angara family at RussianSpaceWeb
★
Baikal booster stage at RussianSpaceWeb
★
Angara specifications