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Rajput -class destroyer

The Rajput-class destroyers are a class of five guided-missile destroyers developed for and operated by the , representing modified variants of the 's Kashin-class design with enhancements such as an aft and indigenous upgrades for anti-ship and air defense capabilities. Built at the in the (now ) during the late 1970s and 1980s, the ships were commissioned between 1980 and 1988, marking the 's first acquisition of large guided-missile surface combatants from the USSR and serving as a cornerstone for its blue-water ambitions. These vessels displace 3,950 tons standard and 4,974 tons at full load, measure 147 meters in length with a beam of 15.8 meters and draft of 5 meters, and achieve a maximum speed of 35 knots via a combined gas and gas (COGAG) propulsion system powered by four gas turbines delivering 72,000 shaft horsepower. Their original armament included four P-20M (SS-N-2D Styx) anti-ship missiles, two twin S-125M (SA-N-1 Goa) surface-to-air missile launchers with 44 missiles, one twin AK-726 76 mm dual-purpose gun, four AK-630 CIWS mounts, a quintuple 533 mm torpedo tube launcher, and two RBU-6000 anti-submarine rocket launchers, enabling multi-role operations in surface warfare, air defense, and anti-submarine warfare. The lead ship, INS Rajput (D51), was commissioned on 30 September 1980, followed by INS Rana (D52) on 28 June 1982, INS Ranjit (D53) on 15 September 1983, INS Ranvir (D54) on 28 October 1986, and INS Ranvijay (D55) on 21 December 1988; these destroyers participated in key operations such as Op Talwar during the 1999 , multinational exercises like SLINEX and TROPEX, and humanitarian missions including the 2004 tsunami relief. Mid-life modernizations in the 1990s and 2000s integrated advanced sensors like the Ajanta electronic warfare suite on some units, while INS Rajput became the testbed for the Indo-Russian supersonic , with eight cells installed and successfully fired in trials from 2003 to 2005, later extended to other ships for enhanced strike capabilities reaching 290-450 km ranges. As of November 2025, INS Ranjit was decommissioned on 6 May 2019 after 36 years of service, and INS Rajput followed on 21 May 2021 after 41 years, including its pioneering role in integration; the remaining three—INS Rana, INS Ranvir, and INS Ranvijay—continue active duty, primarily based at and , undergoing ongoing upgrades with indigenous systems like Barak-1 missiles and advanced sonars to extend operational life amid plans for replacement by next-generation destroyers under Project 18.

Development and construction

Background and origins

In the aftermath of the 1971 Indo-Pakistani War, faced significant challenges in modernizing its naval forces, exacerbated by the ' suspension of and the ongoing that had been in place since the 1965 conflict. This geopolitical shift pushed toward closer military ties with the , which had provided crucial diplomatic and logistical support during the war, including vetoing UN resolutions against and deploying naval assets to the . The Indo-Soviet Treaty of Peace, Friendship, and Cooperation, signed on August 9, 1971, formalized this partnership by committing both nations to mutual consultations in the event of threats to their security, laying the groundwork for expanded Soviet arms transfers to bolster 's defense capabilities. By the mid-1970s, the Indian Navy's surface fleet was critically outdated, relying on three World War II-era R-class destroyers transferred from in 1949, which lacked the guided-missile capabilities needed to counter modern threats like anti-ship missiles and to support emerging carrier task forces. Recognizing the urgency for advanced destroyers, Indian planners initiated discussions with the starting around 1972 to acquire and adapt a proven design, culminating in negotiations that dragged on until 1974. These talks focused on and co-development, leading to the selection of a modified version of the Soviet Kashin-class destroyer as the basis for India's new fleet. The formal agreement for the construction of five such destroyers was reached by late , with the design finalized as Project 61MI—a tropicalized variant suited to Indian operational conditions—and initial orders placed in for production at the Soviet 61 Kommunara Shipyard in . This acquisition marked a pivotal step in the Indian Navy's modernization, introducing its first guided-missile destroyers and enabling greater through incorporated indigenous elements, while replacing the obsolete R-class vessels and enhancing India's blue-water capabilities amid regional tensions.

Design modifications from Kashin-class

The Rajput-class destroyers were adapted from the Soviet Kashin-class design through several key modifications requested by the to enhance () capabilities, operations, and suitability for tropical environments. The most significant change involved the addition of an aft flight deck and elevator, replacing the original Kashin helicopter pad; this allowed the first three ships (INS Rajput, INS Rana, and INS Ranjit) to operate the HAL Chetak light for and utility roles, while the last two (INS Ranvir and INS Ranvijay) were equipped for the heavier Ka-28 Helix-A , enabling extended-range dipping sonar and torpedo deployment. Electronic systems were upgraded for better integration and reliability in humid, high-temperature conditions prevalent in the . The Soviet MR-310 air-search radar was replaced with the MP-500 Kliver (: Big Net-A) C-band radar, providing improved detection ranges up to 100 nautical miles, while radars utilized two Volga sets (: Don Kay) at I-band for enhanced accuracy in cluttered tropical waters. integration was tropicalized with the MGK-335 Platina suite, offering better hull-mounted and variable-depth capabilities for in warm, layered waters, compared to the Kashin's less adaptable MG-311 Vychegda system. fire control elements, such as early BEL systems, were incorporated to facilitate compatibility with weapons and reduce reliance on Soviet . Structurally, the hull was reinforced to support the added weight of equipment, including quintuple 533 mm tubes and rocket launchers, prioritizing submerged threat detection and engagement in littoral operations. Crew accommodations were expanded to 320 personnel, including provisions for aircrew and improved living quarters suited to extended deployments in tropical climates. These changes increased the standard from the Kashin's 3,400 tons to 3,950 tons, reflecting the integration of heavier and sensor suites while maintaining operational balance for carrier escort and independent task force roles in the .

Building program and commissioning

The Rajput-class destroyers were constructed exclusively at the 61 Kommunara Shipbuilding Plant in Mykolayiv, Ukrainian SSR (now Mykolaiv, Ukraine), as part of a Soviet-Indian defense cooperation agreement. This facility, a major Soviet naval yard, handled the full production of the five vessels between 1976 and 1988, incorporating Indian-specified modifications to the base Kashin-class design for enhanced compatibility with Western and indigenous systems. Construction timelines varied due to the yard's concurrent commitments to Soviet fleet projects, resulting in staggered keellayings from 1976 to 1982. The building program progressed as follows, with key milestones for each ship:
Ship NameLaid Down DateLaunched DateCommissioned Date
INS Rajput (D51)11 September 197617 September 19774 May 1980
INS Rana (D52)29 November 197627 September 197819 February 1982
INS Ranjit (D53)29 June 197716 June 197915 September 1983
INS Ranvir (D54)24 October 198112 March 198328 October 1986
INS Ranvijay (D55)19 March 19821 February 198621 December 1987
These dates reflect the progressive rollout, with the initial three ships built more rapidly before a gap caused by yard overload. The program encountered delays stemming from Soviet shipyard constraints, including limited production slots amid domestic naval priorities, as well as extended Indian quality inspections to verify modifications like the addition of facilities. Financial pressures in the late Soviet era further stretched timelines for the later vessels, though the overall effort succeeded in delivering a capable class ahead of broader Indo-Soviet arms pacts. Commissioning ceremonies occurred in Soviet Black Sea ports, involving Indian naval officers and dignitaries to formalize handover. For INS , the lead ship, the event took place at , Georgian SSR, on 4 May 1980, presided over by Indian Ambassador I.K. Gujral and Captain G.M. Hiranandani, marking the Indian Navy's entry into modern guided-missile destroyers. Following commissioning, undertook its delivery voyage from through the , Mediterranean, and to , covering approximately 6,000 nautical miles over several weeks under mixed Soviet-Indian crews to build operational familiarity. Subsequent ships followed similar protocols at or nearby facilities, with Indian personnel participating in trials before transit to .

Design characteristics

Hull and general specifications

The Rajput-class destroyers measure 146.5 in , with a of 15.8 and a draught of 4.8 . Their hull features a based on a modified Soviet Kashin-class design, incorporating n-specific adaptations for enhanced stability and operational flexibility. The ships have a standard of 3,950 tons and a full load of 4,974 tons, providing a robust platform suited to the demanding conditions of the . These destroyers accommodate a of 320 personnel, including 35 officers, with living quarters designed to support prolonged at-sea operations. As multi-role platforms, they are optimized for anti-air warfare (AAW), (ASuW), and (ASW) missions, demonstrating strong endurance with a range of 4,500 nautical miles at 18 knots. This configuration ensures seaworthiness for extended deployments in regional waters.

Propulsion and performance

The Rajput-class destroyers are powered by a (COGAG) propulsion consisting of four M3E gas turbines, each rated at 18,000 shaft horsepower (shp), for a total output of 72,000 shp. This arrangement drives twin shafts fitted with controllable-pitch propellers, enabling flexible power distribution for both high-speed operations and efficient cruising. The propulsion setup delivers a maximum speed of 35 knots, while a cruising speed of 18 knots provides an operational range of approximately 4,500 nautical miles. At higher speeds of 30 knots, the range reduces to about 2,600 nautical miles, reflecting the system's balance between power and fuel efficiency suited for extended patrols and rapid response missions. As of 2025, the has explored upgrading the Rajput-class propulsion with the indigenous Marine Gas Turbine (KMGT), a 12 MW developed by the (GTRE). However, the KMGT remains in developmental testing and has not been implemented on any Rajput-class vessels, with ongoing work focused on a new variant for future naval applications.

Sensors and electronic systems

The Rajput-class destroyers featured a primary air and surface search in the form of the Soviet MR-310 (NATO designation Head Net-C), operating in the E-band with a detection range of approximately 70 nautical miles for surface targets and enhanced capabilities for low-altitude air contacts. Navigation radars consisted of two sets in the I-band, providing reliable surface and coastal tracking for operational maneuvering. The air search was the MP-500 Kliver (Big Net-A) in C-band, capable of detecting at up to 100 nautical miles, supporting early warning and coordination with air defense systems. For anti-submarine warfare, the class was originally equipped with the Soviet Vycheda MG-311 hull-mounted sonar, a medium-frequency active-passive system; this was later upgraded to the indigenous HUMSA during mid-life refits on surviving ships, optimized for detecting and classifying submerged threats in littoral and open-ocean environments. Select ships incorporated a variable depth sonar (VDS), such as the Mare Tail system, which allowed deployment at optimal depths to counter thermocline effects and improve detection ranges against quiet submarines. Electronic warfare capabilities included intercept and direction-finding suites like the Ajanta on INS Rajput, enabling threat signal analysis and electronic support measures for . Communication systems supported and data exchange, with of the Navy's Link-2 tactical datalink for real-time information sharing among fleet units. Countermeasures were provided by Soviet-origin jammers such as the Krab series and PK-16 decoy launchers, enhancing survivability against radar-guided threats. Sensor integration was managed through a centralized combat management system derived from the Soviet Planshet-61ME, which fused , , and data for command and control decisions. Variations existed across the class; for instance, INS featured the advanced SEWS V5 suite for improved and capabilities. Later vessels incorporated the EL/M-2238 multifunction , an system providing enhanced 3D air and surface surveillance with anti- features.

Armament and equipment

Surface-to-surface and anti-ship weapons

The Rajput-class destroyers were initially armed with four SS-N-2D () anti-ship missiles, deployed from single-tube inclined launchers located forward of the bridge. These subsonic missiles, with a range of up to 80 km and speed of Mach 0.9, featured sea-skimming flight profiles and terminal homing for engaging surface targets. Each ship carried a total loadout of eight missiles, including four ready-to-fire and four in reserve storage. By the early 2000s, modernization efforts replaced the systems on select vessels with the Indo-Russian supersonic , enhancing strike capability against surface threats. and INS Ranvijay received an 8-cell vertical launch system (VLS) aft, accommodating eight missiles with a range of 290 km, fired in a hot-launch configuration for rapid salvoes. INS Rajput, serving as an initial trials platform, was fitted with two twin inclined launchers for four missiles, replacing two forward tubes while retaining the others. The operates at speeds exceeding 2.8, utilizing inertial navigation with for precision strikes. The first three ships—INS Rajput, INS Rana, and INS Ranjit—retained their original missiles longer than the later pair, with systems phased out primarily through the 2010s on non-upgraded hulls; however, as of 2025, INS Rana's missiles and launchers were removed during a recent refit, leaving the ship without dedicated anti-ship missiles. Post-upgrade configurations provided a balanced , typically combining for long-range engagements with retained legacy systems for redundancy where applicable. These weapons have demonstrated effectiveness in anti-ship roles during naval exercises, including Theatre Level Operational Readiness Exercise (TROPEX). For instance, INS Ranvijay successfully test-fired a missile at a surface target in the during a 2020 exercise, validating integration and guidance under operational conditions.

Air defense systems

The Rajput-class destroyers were originally armed with the Soviet S-125M Neva system for medium-range air defense, consisting of two twin-arm launchers positioned forward and aft, with a total magazine capacity of 44 missiles and an engagement range of up to 25 km against aircraft at altitudes of 0.02 to 18 km. This system, derived from the land-based S-125 Pechora, uses radio and provides the primary layer of protection against diving bombers and low-flying cruise missiles, with each launcher supported by dedicated fire control radars for . As part of mid-life refits in the 2000s, the aft S-125M launcher on INS Ranvir and INS Ranvijay was replaced by the Israeli Barak-1 point-defense missile system, featuring an eight-cell vertical launch unit with a shorter engagement range of 12 km but improved response time against sea-skimming threats due to its vertical launch and active radar homing. The Barak-1 integrates with the EL/M-2221 STGR fire control radar, enabling simultaneous engagement of multiple targets in a 360-degree arc, though it sacrifices some of the S-125M's extended range for quicker reaction against close-in aerial incursions. INS Rana, during a 2024-2025 refit, had its forward S-125M launcher removed and replaced with a 16-cell Vertical Launch Short Range Surface-to-Air Missile (VL-SRSAM) system supported by an Active Electronically Scanned Array (AESA) fire control radar for enhanced short-range defense. For close-in defense against missiles and aircraft that penetrate outer layers, the class employs two AK-630M 30 mm Gatling guns, each with six barrels and a up to 5,000 rounds per minute, effective to 4 km against air targets. These automated systems, mounted , use radar-directed fire control for autonomous operation and provide a last-ditch barrier, with loads optimized for high-volume bursts against fast-moving threats. Countermeasure support includes PK-10 launchers, typically four in number, which deploy rockets to create false echoes and signatures, disrupting incoming . Overall, these air defense elements form a layered point-defense envelope, integrated with the ship's MR-123 or EL/M-2221 s for comprehensive 360-degree coverage against aerial threats, though limited by the class's age and reliance on line-of-sight engagements.

Anti-submarine and torpedo armament

The Rajput-class destroyers are equipped with a single quintuple 533 mm PTA-53-61 launcher positioned amidships, enabling the deployment of heavyweight anti-submarine es for engaging submerged threats. Originally armed with Soviet-era SET-65KE es, which feature active and passive homing guidance, a range of approximately 15 km at 40 knots, and a 205 kg , and Type 53-65 es with passive wake-homing, a 19 km range at 45 knots, and a 305 kg , the class provides robust close-to-medium range underwater strike capability. For enhanced , the ships carry two Smerch-2 rocket launchers, each with 12 barrels, delivering unguided 213 mm rockets that function as depth charges with a maximum range of 6 km and engagement depth up to 500 meters, armed with 31 kg warheads for area saturation against submarines. These systems support rapid salvo fire to create lethal patterns in the , complementing launches in dynamic underwater engagements. Post-Cold War upgrades have modernized the armament with the indigenous heavyweight , a 533 mm wire-guided weapon with acoustic homing, exceeding 40 km range at speeds over 40 knots and a 250 kg , first test-fired from Ranvijay in 2016 to bolster self-reliance in operations. This integration, alongside sonar systems for target acquisition, extends the class's effectiveness against contemporary submarine threats, with helicopter-borne sensors providing additional detection reach for coordinated strikes.

Aviation facilities

The Rajput-class destroyers incorporate dedicated aviation facilities to enable helicopter operations, enhancing their (ASW) and (SAR) capabilities beyond the ship's fixed sensors and weapons. The aft flight deck, positioned at the , supports vertical takeoff and landing for a single , with an enclosed below deck accessed via an for storage and maintenance. Provision is made for helicopter fueling and basic servicing directly on the ship, allowing sustained operations without external support. Aircraft compatibility varies across the class, reflecting evolutionary upgrades in aviation assets. The initial three vessels—INS Rajput, INS Rana, and INS Ranjit—operate the , a light utility helicopter derived from the , suitable for observation, transport, and limited roles with a maximum endurance of approximately three hours. In contrast, the subsequent ships—INS Ranvir and INS Ranvijay—accommodate the heavier Kamov Ka-28 Helix-A, a dedicated platform equipped for dipping deployment and launches, offering an endurance exceeding four hours to extend mission range. These facilities allow the embarked helicopters to significantly augment the destroyers' operational reach, particularly in by deploying and ordnance over a wider area than ship-launched systems permit, while also facilitating missions in remote environments. The design supports helicopters with a up to around 10 tons, aligning with the Ka-28's requirements for effective integration.

Operational history

Early service and deployments

The lead ship of the Rajput-class destroyers, INS Rajput (D51), was commissioned into the on 4 May 1980 at , (then part of the ), under the command of Captain Gulab Mohanlal Hiranandani, marking the integration of the first Soviet-built into the fleet. Following commissioning, INS Rajput undertook an extensive transit voyage from the through the , , and , arriving at on 26 September 1980 to complete initial shakedown operations and crew familiarization. The subsequent ships of the class—INS Rana (D52) on 28 June 1982, INS Ranjit (D53) on 15 September 1983, INS Ranvir (D54) on 28 October 1986, and INS Ranvijay (D55) on 21 December 1987—followed similar commissioning patterns in Soviet shipyards, with initial shakedowns emphasizing systems integration and transit to Indian waters between 1980 and 1982 for the early units. Upon arrival, the Rajput-class destroyers were assigned to both major naval commands to bolster surface strike capabilities: INS Rajput initially joined the Western Fleet based at , later transferring to the Eastern Fleet at in June 1988; INS Rana and INS Ranjit joined the Eastern Fleet, while and INS Ranvijay were allocated to the Western Fleet, reflecting the Indian Navy's strategy to distribute advanced anti-surface and anti-submarine assets across its operational theaters. This integration was part of broader Indo-Soviet naval cooperation in the , facilitated by the construction of the ships at the 61 Communards Shipyard in (now , ), where Indian personnel received training on Soviet-designed systems prior to delivery. The class quickly entered routine patrols and fleet exercises, contributing to the Navy's growing emphasis on blue-water operations in the region during the early . In the mid-1980s, the destroyers participated in key regional deployments that underscored their role in maritime security and crisis response. INS Rajput supported Operation Aman in 1987, providing escort and patrol duties for the Indian Peace Keeping Force (IPKF) off the Sri Lankan coast amid escalating tensions. This was followed by involvement in Operation Pawan later that year, where Rajput-class units conducted surveillance and anti-submarine patrols in Sri Lankan waters to safeguard IPKF logistics and deter hostile naval activity. By 1988, the class played a pivotal role in Operation Cactus, deploying to the Maldives to counter a coup attempt; INS Godavari and supporting destroyers, including INS Rajput, intercepted mercenaries and secured the islands within hours of the crisis unfolding. Additionally, ships like INS Rajput undertook Operation Crowsnest patrols off the Lakshadweep Islands to monitor exclusive economic zone threats, enhancing the Navy's maritime domain awareness in the late 1980s. Throughout the early to mid-1990s, the Rajput-class maintained a high operational tempo, with ships averaging extensive sea time in annual deployments focused on regional deterrence and multinational engagements. INS Rajput alone logged over 787,194 nautical miles in its initial decades of service, exemplifying the class's reliability in sustained operations across the and . These deployments included routine exercises and cooperative patrols stemming from Indo-Soviet naval ties, though specific joint maneuvers with the were integrated into the ships' early training phases rather than standalone events. The class also participated in during the 1999 , blockading Pakistani ports. Minor refits during this period addressed initial teething issues with Soviet electronics, ensuring continued availability without major disruptions.

Modernization efforts

The modernization of the Rajput-class destroyers began in the early as part of the Indian Navy's mid-life upgrade (MLU) program, aimed at replacing outdated Soviet-era systems with more advanced weaponry and sensors to extend operational life by approximately 10-15 years. A key focus was the integration of the indigenous supersonic cruise missile, which replaced the older () anti-ship missiles on three ships: INS in September 2005, INS around 2008, and INS Ranvijay shortly thereafter. These upgrades involved installing vertical launch units (VLUs) for , with INS serving as the primary trials platform for successful test firings between 2003 and 2005. The MLU efforts, which spanned from the early to the late with significant delays causing extended refit periods of up to 46 months, enhanced the class's strike capabilities while incorporating some indigenous components. In parallel, air systems were bolstered through the addition of the Barak-1 point- (SAM) system during refits in the 2010s, particularly on the later vessels and INS Ranvijay, where it replaced AK-630 close-in weapon systems and was paired with EL/M-2221 search-and-track radars. Indigenous upgrades included the replacement of the original Vycheda MG-311 sonar with the HUMSA hull-mounted sonar for improved detection, and the potential installation of a Bharat Electronics Limited (BEL)-developed automated integrated operational (AIO) combat management system to integrate sensors and weapons more effectively. By 2025, had completed a comprehensive refit featuring state-of-the-art weapons and sensors, with the majority of components being indigenous, reflecting India's push toward self-reliance in manufacturing. However, challenges persisted, including incomplete (EW) upgrades due to refit delays and shifting international partnerships from to . Propulsion enhancements were explored through trials of the indigenous Kaveri Marine Gas Turbine (KMGT) engine, a derivative of the GTRE Kaveri aero-engine adapted for naval use at 12 MW output, beginning around 2008 as a potential replacement for the aging M-3E gas turbines. Despite successful land-based testing, the KMGT saw no fleet-wide adoption by 2025, with the class retaining its original Soviet-derived powerplants amid ongoing development hurdles. These modernization initiatives, while not uniform across the class, significantly prolonged the service life of remaining active ships into the mid-2020s.

Decommissions and notable incidents

The Rajput-class destroyers began reaching the end of their service lives in the late 2010s due to their age and the obsolescence of their systems, despite prior modernization efforts that extended operational viability for some vessels. INS Ranjit (D53), the third ship in the class, was decommissioned on 6 May 2019 at the Naval Dockyard in Visakhapatnam after 36 years of service. The lead ship, INS Rajput (D51), followed on 21 May 2021, also at Visakhapatnam, concluding 41 years of active duty as the Indian Navy's first guided-missile destroyer. These decommissions reflected the class's transition from frontline roles, driven by the need to replace aging Soviet-era platforms with more advanced indigenous designs amid evolving maritime threats. Post-decommissioning, INS Ranjit was utilized as a target in the Indian Navy's Theatre Level Operational Readiness Exercise (TROPEX-21) in early 2021, where it was sunk by a strike off the eastern seaboard, demonstrating capabilities in a controlled . No ships of the have been lost in , underscoring their durability during extensive deployments, though peacetime incidents have occurred. A notable event involved INS Ranvir (D54) on 18 January 2022, when an in the ship's compartment at Mumbai's Naval Dockyard killed three personnel and injured 11 others; the incident was attributed to a technical fault during maintenance, with the vessel sustaining minor damage but returning to service after repairs. The phasing out of the Rajput-class has facilitated the Indian 's shift toward next-generation platforms, including the Visakhapatnam-class destroyers, which incorporate enhanced stealth, sensors, and weaponry. By November 2025, the commissioning of the final Visakhapatnam-class ship, INS Surat, on 15 January 2025 marked a key milestone in this transition, allowing the to retire older assets while bolstering blue-water capabilities.

Ships of the class

Active ships

As of November 2025, three Rajput-class destroyers remain in active service with the : INS Rana (D52), INS Ranvir (D54), and INS Ranvijay (D55). These vessels continue to perform escort duties, multinational exercises, and regional patrols, with projected service life extensions supporting operations until approximately 2030 pending further modernization. INS Rana (D52), commissioned on 28 June 1982 and based at under the , participated in the 12th edition of the Sri Lanka-India Naval Exercise (SLINEX-25) in August 2025, arriving at alongside INS Jyoti for joint training and sporting events. The ship also joined multinational Exercise Zapad-2025 in September 2025, deploying with INS Kuthar and a P-8I aircraft alongside forces from over 20 nations, including . While not equipped with missiles, INS Rana serves as a for vertical-launch short-range surface-to-air missiles () and focuses on anti-submarine and roles. INS Ranvir (D54), commissioned on 28 October 1986 and homeported at with the Eastern Fleet, has undergone advanced upgrades including integration of indigenous weapons and sensors. It participated in Exercise Bongosagar 2025 and a coordinated with Navy's BNS Abu Ubaidah in March 2025, enhancing bilateral . The is armed with an 8-cell vertical launch system (VLS) for supersonic cruise missiles, enabling precision strikes against surface and land targets, as demonstrated in prior test firings. INS Ranvir's recent operational deployment included a visit to Chattogram, , in July 2024, underscoring its role in regional . INS Ranvijay (D55), commissioned on 21 December 1987 and serving as a for the Western Fleet based at , conducted operations in the and in 2025 as part of the Indian Navy's expanded deployment of over 12 warships for such missions. The vessel features a full 8-cell VLS for missiles, replacing earlier S-125 systems and enhancing its anti-ship and land-attack capabilities, with successful vertical launches recorded in recent years. INS Ranvijay has alternated as between Eastern and Western Fleets, contributing to multinational exercises and in the Region.

Decommissioned ships

The Rajput-class destroyers include two vessels that have been decommissioned, marking the end of significant chapters in the Indian Navy's surface fleet history. INS Rajput (D51), the lead ship of the class, was commissioned on 4 May 1980 at , , in the erstwhile , and served for 41 years until its decommissioning on 21 May 2021 at the Naval Dockyard in . During its tenure, INS Rajput covered 787,194 nautical miles, was commanded by 31 officers, and participated in key operations such as (providing patrol duties off the Sri Lankan coast from 1987 to 1990 as part of the Indian Peacekeeping Force) and Operation Cactus (resolving a hostage crisis off the in 1988). It also served as a trial platform for the supersonic , integrating the system into its armament and contributing to the Navy's missile capabilities. Following decommissioning, INS Rajput was struck from the naval register, with no confirmed plans for preservation or alternative use reported as of 2025. INS Ranjit (D53), the third ship in the class, was commissioned on 15 September 1983 and decommissioned on 6 May 2019 after 36 years of service, also at . It accumulated 2,190 days at sea, traversing over 743,000 nautical miles—equivalent to 17 circumnavigations of the —and was commanded by 27 officers. Notable for its deployments during the Indian Peacekeeping Force operations in the late , INS Ranjit became the first Rajput-class vessel to fire the missile, validating its integration on aging platforms during early trials. Post-decommissioning, the hull was utilized as a live-fire target and sunk by during the Indian Navy's Theatre Level Readiness and Operational Exercise (TROPEX-21) in 2021, providing training value in scenarios. These decommissionings reflect the class's extensive contributions, including over four decades of combined operational experience in regional conflicts and humanitarian missions during the , while training multiple generations of naval personnel through routine deployments and exercises. The retirements have reduced the active Rajput-class fleet to three ships as of November 2025—INS Rana (D52), (D54), and INS Ranvijay (D55)—amid broader modernization efforts to replace aging Soviet-era vessels.

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