Plesetsk Cosmodrome

Plesetsk Cosmodrome
w:Russian Space Forces Никита Глухарёв · Public domain · source
Name	Plesetsk Cosmodrome
Type	Cosmodrome
Established	1957
Country	Russia
Location	Arkhangelsk Oblast

Plesetsk Cosmodrome is a major Russian spaceport and missile test range located in Arkhangelsk Oblast, established during the Cold War for strategic rocket launches and later adapted for orbital launches, satellite deployment, and defense testing. It has served Soviet and Russian programs linked to the Soviet Union, Russian Federation, Ministry of Defence, Soviet space program, and Roscosmos affiliates, supporting polar-orbit launches, ballistic missile trials, and military space operations. Over decades Plesetsk has interacted with programs and organizations including the R-7 Semyorka, Molniya (rocket family), Dnepr (rocket), Soyuz (rocket family), and various reconnaissance, meteorological, and communications satellite initiatives tied to agencies such as the Strategic Rocket Forces (Russia), Glavkosmos, and private contractors like Progress Rocket Space Centre.

History

The site's origin traces to Cold War exigencies when the Soviet Union selected northern ranges after considerations involving Baikonur Cosmodrome and Arctic testing requirements, with initial activity connected to the R-7 Semyorka program and the Intercontinental ballistic missile development trajectories overseen by design bureaus like OKB-1 and leaders such as Sergei Korolev. During the 1960s and 1970s Plesetsk supported launches related to the Molniya (rocket family), Cosmos (satellite), and strategic test campaigns by the Strategic Rocket Forces (Russia), paralleling developments at Kapustin Yar and Sary Shagan. In the later Soviet era Plesetsk hosted modernization efforts involving designers from Mikhail Yangel's and Vladimir Chelomey's bureaus, adapting facilities for vehicles like Zenit (rocket family) variants and responding to directives from the Council of Ministers of the Soviet Union. After the dissolution of the Soviet Union the site was incorporated into Russian structures involving Russian Aerospace Forces and civilian launch operations coordinated with Roscosmos State Corporation. The post‑Cold War period saw commercialization attempts, incidents including launch failures tied to vehicles like Dnepr (rocket), and partnerships involving organizations such as Eurockot and contractors from the Progress State Research and Production Rocket Space Center.

Location and facilities

Located in northern Arkhangelsk Oblast near the urban settlement of Plesetsk township and proximate to Kholmogorsky District transport nodes, the complex lies within a region historically connected to the Northern Dvina River basin and infrastructure serving the Moscow–Arkhangelsk railway. The site comprises runways, railheads, integration buildings, fueling depots, fueling complexes related to propellant types developed by design houses like NPO Energomash and Khimavtomatika, and control installations for telemetry and tracking interoperable with networks such as COSPAS-SARSAT and ground stations used by entities like the Space Forces (Russia). Facilities reflect influences from architectural work by Soviet construction ministries and logistical planning coordinated with organizations like the Ministry of Defence (Russia), and include hardened silos, mobile launch pads, vehicle integration processing buildings affiliated with the TsSKB-Progress lineage, and environmental monitoring links to institutes such as the Russian Academy of Sciences.

Launch complexes and vehicles

Plesetsk hosts multiple pads and complexes tailored for families including Soyuz (rocket family), Angara (rocket family), Rockot, and previously Kosmos-3M and R-7 derivatives, with specific sites designated for historic vehicles like Molniya-M and modernized systems such as Angara A5. Launch complexes were developed in collaboration with bureaux including TsSKB-Progress, Khrunichev State Research and Production Space Center, and engine makers like NPO Energomash, enabling support for liquid oxygen/kerosene, hypergolic, and storable propellant architectures used by vehicles such as Dnepr (rocket), Soyuz-2, and experimental missions testing upper stages by groups like Lavochkin Association. Infrastructure at complexes is compatible with satellite classes including Glonass navigation satellites, Meteor meteorological platforms, radar reconnaissance series from design houses such as Konstruktorskoe Byuro Martsinovskiy and electronic intelligence payloads associated with the Main Directorate of the General Staff (GRU). International launch customers and conversion programs have adapted decommissioned ICBMs for orbital service under frameworks linked to organizations such as Kosmotras.

Operations and missions

Operational control integrates command elements from the Russian Aerospace Forces and range support by the Aerospace Defence Forces legacy structures, coordinating telemetry, flight safety, and recovery operations with agencies like Roscosmos and contractors such as TsENKI. Missions launched from Plesetsk span polar orbital insertions for systems like Glonass and Meteor, military reconnaissance programs comparable to the Kosmos (satellite) series, and scientific payloads analogous to those flown for the Academy of Sciences of the USSR and the Russian Academy of Sciences. The site has supported missile tests involving designs from Makeyev Rocket Design Bureau and space surveillance efforts tied to the Russian Space Surveillance System and cooperative tracking networks like European Space Agency sensors. Launch cadence has varied with geopolitical shifts impacting partnerships with entities including CNES, DLR, and commercial launch brokers.

Role in Russian space and military programs

Plesetsk remains integral to strategic and tactical space capabilities for the Russian Federation, enabling launches for the Glonass constellation, reconnaissance assets for services like the Main Intelligence Directorate (GRU), and national missile testing programs associated with the Strategic Rocket Forces (Russia). Its northern latitude complements equatorial facilities such as Baikonur Cosmodrome and planned developments at Vostochny Cosmodrome, providing polar trajectory access essential for polar-orbiting systems developed by firms like ISS Reshetnev and VNIIEM. The cosmodrome's dual use for military and civilian launches intersects with procurement and design directed by organizations including Khrunichev State Research and Production Space Center, Rostec, and defense ministries, affecting doctrines shaped in part by historical events such as Cold War competition and contemporary initiatives within the Russian space program. Continued modernization at Plesetsk involves projects with industrial partners like Progress Rocket Space Centre and regulatory coordination with agencies such as Rosaviatsiya for airspace management and flight safety.

Category:Spaceports in Russia