Russia is accelerating the development and deployment of a sovereign multi-orbit satellite constellation.
JSC Reshetnev is currently conducting autonomous tests of the onboard control system (BKU) of the Express-AMU4 spacecraft, according to the company's official Telegram channel. This satellite, being developed as part of the national "Cosmos" project, will be the first entirely domestically produced communications satellite. According to Reshetnev CEO Mikhail Valov, the passive equipment has already been fully imported, and the active part is undergoing endurance testing with an emphasis on reliability and resistance to external influences. An important task is the planned replacement of eight obsolete geostationary satellites between 2025 and 2030, which will be carried out without interruption.
Mikhail Valov also spoke at the "Digital Solutions" information technology forum, where he emphasized Reshetnev's key role as the main manufacturer of satellite communications and relay systems in the country, noting its growing competencies in the creation of payloads—onboard equipment for satellite missions.
The country's key strategic objective is the transition from a single-orbit to a multi-orbital architecture.
Coming soon The Express-RV system, consisting of four satellites in a highly elliptical orbit, has been deployed to cover the Arctic and northern latitudes. Bureau 1440 is preparing the commercial launch of a low-orbit constellation by 2027. The Rassvet-1 and Rassvet-2 missions are already testing advanced technologies, such as inter-satellite laser communications and integration with 5G-NTN. The goal is to create a full constellation of more than 250 satellites for global coverage, with a particular focus on northern regions.
Alexey Volin, head of Kosmicheskaya Svyaz, noted at the Digital Solutions information technology forum that there is "free space" in medium orbit in the emerging ecosystem, where approximately 12-16 satellites are needed to back up low-orbit constellations for high-speed data transmission.
Unification of subscriber terminals for operation in different orbits is planned. New satellites built after 2024 will also be capable of Direct-to-Device (D2D) service in the S-band.
To support the industry's further development, expansion of the scientific infrastructure is planned. A National Satellite Engineering Center will be established in Krasnoyarsk Krai at SFU and Reshetnev, with annual funding of up to 1 billion rubles, as announced by Nikolai Raspopin, head of the Krasnoyarsk Krai Ministry of Digital Development, Communications, and Mass Media.
This comprehensive effort to create a domestic multi-orbit satellite ecosystem is aimed not only at meeting Russia's needs but also at ensuring the system's operability worldwide.
JSC Reshetnev is currently conducting autonomous tests of the onboard control system (BKU) of the Express-AMU4 spacecraft, according to the company's official Telegram channel. This satellite, being developed as part of the national "Cosmos" project, will be the first entirely domestically produced communications satellite. According to Reshetnev CEO Mikhail Valov, the passive equipment has already been fully imported, and the active part is undergoing endurance testing with an emphasis on reliability and resistance to external influences. An important task is the planned replacement of eight obsolete geostationary satellites between 2025 and 2030, which will be carried out without interruption.
Mikhail Valov also spoke at the "Digital Solutions" information technology forum, where he emphasized Reshetnev's key role as the main manufacturer of satellite communications and relay systems in the country, noting its growing competencies in the creation of payloads—onboard equipment for satellite missions.
The country's key strategic objective is the transition from a single-orbit to a multi-orbital architecture.
Coming soon The Express-RV system, consisting of four satellites in a highly elliptical orbit, has been deployed to cover the Arctic and northern latitudes. Bureau 1440 is preparing the commercial launch of a low-orbit constellation by 2027. The Rassvet-1 and Rassvet-2 missions are already testing advanced technologies, such as inter-satellite laser communications and integration with 5G-NTN. The goal is to create a full constellation of more than 250 satellites for global coverage, with a particular focus on northern regions.
Alexey Volin, head of Kosmicheskaya Svyaz, noted at the Digital Solutions information technology forum that there is "free space" in medium orbit in the emerging ecosystem, where approximately 12-16 satellites are needed to back up low-orbit constellations for high-speed data transmission.
Unification of subscriber terminals for operation in different orbits is planned. New satellites built after 2024 will also be capable of Direct-to-Device (D2D) service in the S-band.
To support the industry's further development, expansion of the scientific infrastructure is planned. A National Satellite Engineering Center will be established in Krasnoyarsk Krai at SFU and Reshetnev, with annual funding of up to 1 billion rubles, as announced by Nikolai Raspopin, head of the Krasnoyarsk Krai Ministry of Digital Development, Communications, and Mass Media.
This comprehensive effort to create a domestic multi-orbit satellite ecosystem is aimed not only at meeting Russia's needs but also at ensuring the system's operability worldwide.