Roscosmos Commences Production of Three Angara-A5M Rockets for Russian Orbital Station
Upgraded heavy-lift rockets to deploy modules for future ROS, featuring 27-ton payload capacity
Quick Look
- Roscosmos and Khrunichev Center have signed a state contract to manufacture three Angara-A5M heavy-lift rockets for deploying modules of the future Russian Orbital Station (ROS).
- The upgraded Angara-A5M can launch spacecraft weighing up to 27 tons into low Earth orbit, compared to the 24-ton limit of the standard Angara-A5.
- The next phase will adapt the rocket for manned spacecraft launches.
AI-generated summary
Why It Matters
Russia plans to build its own orbital station (ROS) to replace the aging International Space Station. The Angara family of rockets is designed to replace the Proton-M rocket and features environmentally friendly propellants (kerosene and liquid oxygen).
MOSCOW, June 6. /TASS/. Roscosmos has announced the commencement of production for three upgraded Angara-A5M rockets, which will be used to launch modules for a future Russian orbital station (ROS). "Roscosmos and the Khrunichev Center have signed a state contract for the manufacture of three Angara-A5M carrier rockets to deploy modules for the new Russian orbital station. Unlike the standard Angara-A5, the upgraded version features increased payload capacity. It will be capable of launching spacecraft having a mass of up to 27 tons into low Earth orbit, compared to the 24-ton limit of the Angara-A5," the corporation stated on its Telegram channel. The next phase in the Angara-A5 modernization program involves adapting the rocket for launching manned spacecraft. Angara rockets Angara is a family of Russian launch vehicles ranging from light to heavy classes. Their propellants - kerosene and liquid oxygen - are environmentally friendly, unlike the fuel used by Proton-M, which Angara rockets are set to replace in the near future. It is expected that, beyond the basic heavy Angara-A5 (with a launch mass of approximately 773 tons and a payload capacity of up to 24.5 tons to low Earth orbit), modifications such as the Angara-A5M - with increased payload capacity - and the Angara-A5V, which will feature returnable first and second stages and a third stage powered by hydrogen, will be developed. Rockets from this family are planned to be used for launching satellites into low Earth orbit (for example, the Spektr-UF orbital observatory), deploying modules for the future Russian orbital station, and delivering crews to the orbital outpost.
What to Watch
AI outlook — possibilities, not facts
Angara-A5M will conduct first test launch within 2-3 years
Likely · Within years
Russian Orbital Station module launches using Angara-A5M will begin in late 2020s
Possible · Within years
Open Questions
- When exactly will the first Angara-A5M launch occur?
- What is the total cost of the three rockets?
- What is the timeline for the Russian Orbital Station deployment?





