Generated by GPT-5-mini| Project 22350 | |
|---|---|
| Name | Admiral Gorshkov class |
| Native name | Серия 22350 |
| Caption | Admiral Gorshkov underway |
| Builders | Severnaya Verf |
| In service | 2018– |
| Displacement | 4,550–5,400 t (standard/full) |
| Length | 135 m |
| Beam | 16.5 m |
| Draught | 4.5 m |
| Propulsion | Combined gas and gas (COGAG) |
| Speed | 29 knots |
| Complement | ~170 |
Project 22350 Project 22350 is a class of modern Russian frigates developed for blue-water operations, littoral warfare, and escort duties. The program links post-Soviet naval priorities with designs influenced by earlier Soviet classes and contemporary international trends, aiming to equip the Russian Navy with multi-role surface combatants capable of anti-ship, anti-air, and anti-submarine warfare. The class entered service amid geopolitical tensions that involved actors such as NATO, European Union, and United States defense policy debates.
The design emerged from post-Cold War shipbuilding efforts at Severnaya Verf and concept work by the Northern Fleet and Central Design Bureau Severnoye Design Bureau, reflecting lessons from Kirov-class battlecruiser, Sovremennyy-class destroyer, and Udaloy-class destroyer operations. Influences include naval architects associated with the Soviet Navy transition to the Russian Navy and doctrinal shifts after crises such as the Russo-Georgian War and interventions referenced in analyses by Ministry of Defence (Russia). Development programs intersected with industrial entities like United Shipbuilding Corporation and suppliers including OKB Rubin and NPO Saturn. Design priorities emphasized modular combat systems comparable to trends seen in Type 26 frigate, FREMM, and Freedom-class Littoral Combat Ship concepts, while retaining gas-turbine propulsion heritage akin to Kuznetsov-class aircraft carrier engineering.
The class features hull dimensions and displacement intended to balance endurance and signature reduction, drawing on hull-form research linked to institutes such as Central Research Institute of Shipbuilding Technology. Propulsion uses combined gas turbines produced by ZMKB Saturn or similar manufacturers, with auxiliary systems informed by export controls stemming from interactions with entities like Rosoboronexport and sanctions regimes after incidents involving Crimea crisis (2014). The electrical and automation suites mirror standards adopted in projects associated with Sevmash and shipyard modernization supported by state programs administered by Russian Ministry of Industry and Trade.
Armament integrates vertical launch systems for missiles related to programs developed by NPO Mashinostroyeniya and Almaz-Antey design bureaus, hosting missiles comparable in role to P-800 Oniks, Kalibr, and air-defense missiles similar to the S-300 family lineage. Close-in weapon systems reference systems produced by KBP Instrument Design Bureau and guns linked to legacy designs like the AK-190 family. Sensor suites combine radar and sonar technologies from Phazotron-NIIR-linked projects and sonar developers akin to Zvezda-Agat, with combat management systems influenced by integrations used on ships associated with Admiral Kuznetsov refit studies. Electronic warfare and decoy systems reflect capabilities commercialized by firms such as RTI Systems and research from Russian Academy of Sciences institutes.
Construction has been led by Severnaya Verf in Saint Petersburg, with Keel-laying and commissioning milestones associated with shipyards that also build vessels for Baltic Fleet operations. Production encountered supply chain effects involving international partners, affecting timelines similarly to historical shipbuilding disruptions experienced by Soviet Union yards during the 1990s Russian economic crisis. The project involved procurement coordination with Rosatom-linked industrial programs for materials and with logistical planning tied to ports such as Murmansk and Vladivostok for commissioning and fleet allocation.
Units entered service in the late 2010s and deployed across theaters aligned with strategic priorities of the Northern Fleet, Pacific Fleet, and Mediterranean Sea operations that relate to Russian expeditionary activities seen in contexts like Syrian civil war naval support. Deployments have been noted in escort roles for surface groups, participation in naval exercises with units from formations comparable to Northern Fleet task forces, and patrols near contested maritime zones that drew reactions from United Kingdom, France, and NATO maritime patrol assets. Training and trials involved cooperation with Russian Navy staff colleges and feedback loops from commanders influencing subsequent fittings and operational doctrines.
The design was offered for export discussions involving potential customers from regions including India, Indonesia, and states in the Middle East; negotiations referenced precedents set by exports managed by Rosoboronexport and historical deals with countries like Vietnam and Algeria. Proposed variants envisaged changes in propulsion, weapon fit, and sensor suites to suit requirements similar to those that guided adaptations of classes such as Mistral-class amphibious assault ship or Type 054A frigate export modifications. Industrial partnerships and offset agreements mirrored arrangements used in other high-profile procurements such as the Sukhoi Su-35 export program.
Individual ships experienced technical issues during trials and operational incidents involving propulsion, weapons testing, or maintenance periods comparable in public profile to refit episodes of Admiral Kuznetsov. Upgrades have been planned or executed to integrate domestically produced turbine components, new vertical launch cells, improved sonar arrays, and enhanced electronic warfare systems following directives from Ministry of Defence (Russia) modernization programs. Refit cycles drew on capabilities at yards like Sevmash and spurred additional design work at Severnoye Design Bureau to produce incremental improvements and variant proposals.
Category:Frigates of Russia