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Barak 8

From Alfawiki
Barak 8
Company typeJoint venture product
IndustryDefence
Founded2006
FounderDefence Research & Development Organisation (India), Israel Aerospace Industries (Israel)
Headquarters
India, Israel
Area served
India, Israel, Azerbaijan
Key people
V. K. Saraswat (DRDO chairman during development)
ProductsSurface-to-air missile system (LR-SAM / MR-SAM)
OwnerDefence Research & Development Organisation, Israel Aerospace Industries, Bharat Dynamics Limited, Kalyani Rafael Advanced Systems, Tata Advanced Systems, Elta Systems, Rafael Advanced Defense Systems

Barak 8 (, meaning "Lightning"), also referred to as LR-SAM or MR-SAM, represents a surface-to-air missile (SAM) system co-developed by India and Israel. It is engineered to protect against a variety of aerial threats such as fighter jets, helicopters, anti-ship missiles, unmanned aerial vehicles (UAVs), ballistic missiles, cruise missiles, and combat aircraft. This system is available in both naval and terrestrial configurations.

The development of Barak 8 was a collaborative effort between India's Defence Research & Development Organisation (DRDO) and Israel Aerospace Industries (IAI). Its production involves several entities including Israel's Directorate of Research and Development (DDR&D), Elta Systems, Rafael Advanced Defense Systems, alongside Indian firms Bharat Dynamics Limited (BDL), Kalyani Rafael Advanced Systems (KRAS), and Tata Advanced Systems (TASL).

Background

The Barak 8 missile evolved from the original Barak 1 design, incorporating a more sophisticated seeker and an extended operational range that approaches those of medium-range naval systems like the RIM-162 ESSM and SM-2 Standard. The enhanced Barak II missile was successfully tested by Israel on July 30, 2009. Equipped with a radar providing full 360-degree coverage, it can intercept incoming threats as close as 500 meters from the vessel. Each complete Barak system—including missile containers, radar units, computing systems, and installation—has an approximate cost of $24 million. Concurrently with Barak-8’s development, IAI also created the Barak MX system—a multi-tiered air defense platform featuring intelligent launchers capable of deploying Short, Medium, and Extended-Range interceptors for both land and maritime applications. Unlike Barak-8, the Barak MX’s components were developed exclusively by IAI to fulfill specific domestic and export requirements.

Development

The collaborative project for the LR-SAM missile (initially known as Barak-II) commenced in 2006 with significant funding. It was intended for integration on Project 15A Kolkata-class destroyers entering service from 2012 onwards, with deliveries to the Indian Armed Forces projected by 2013.

In 2010, an agreement was finalized for a Medium Range SAM (MR-SAM) variant tailored for the Indian Air Force to replace the existing Pechora missile systems. Additionally, plans included developing a variant with an extended range of 100 km for deployment on Project 15B Visakhapatnam-class destroyers.

By July 2010, DRDO chairman V. K. Saraswat indicated that over 70% of the missile’s components developed alongside Israel would be manufactured indigenously. Progress continued through 2017 on missile development in India, including collaborative work on the homing system.

On October 3, 2024, Bharat Electronics and Israel Aerospace Industries established the joint venture BEL IAI AeroSystems, designated as the exclusive provider of technical and lifecycle support services for MR-SAM within the Indian Armed Forces.

Design (LR-SAM)

The Barak 8 missile measures approximately 4.5 meters in length with a body diameter of 0.225 meters and a booster diameter of 0.54 meters. It features a wingspan of around 0.94 meters and weighs about 275 kilograms, which includes a proximity-fuzed warhead weighing roughly 60 kilograms. The missile can reach speeds up to Mach 2 and initially had an operational range near 70 kilometers; this has since been extended first to about 90 kilometers and later to approximately 100 kilometers. It utilizes a dual-pulse rocket motor equipped with thrust vector control that provides superior maneuverability during target engagement. A secondary motor ignites during the terminal phase to activate an active radar seeker that guides the missile toward its target.

Engineered to neutralize a broad spectrum of airborne threats—including anti-ship missiles, aircraft, UAVs, drones, and supersonic missiles—Barak 8 integrates seamlessly with advanced air defense networks and multi-function surveillance radars such as the EL/M-2248 MF-STAR AESA installed on Kolkata-class destroyers. This combination allows it to engage multiple targets simultaneously during saturation attacks. Aerodynamic performance evaluations were conducted at the National Aerospace Laboratories’ 1.2-meter Trisonic Wind Tunnel Facility.

Israel Aerospace Industries characterizes Barak 8 as "a sophisticated long-range missile defense and air defense system" featuring:

  • Extended operational range
  • Two-way data link operating in GPS S band
  • Active radar seeker guidance
  • Complete 360-degree coverage
  • Smokeless propulsion system
  • Thrust vector control capability
  • Dual pulse rocket motor
  • Vertical launch capability
  • Ability to engage multiple targets simultaneously
  • Point-defense functionality against ballistic missiles

Configuration

A land-based Firing Unit (FU) or Battery consists of one Combat Management System (CMS), one Mobile Power System (MPS), one Advanced Long Range Radar, one Radar Power System (RPS), three Mobile Launcher Systems (MLS), three Reloader Vehicles (RV), a Field Service Vehicle (FSV), and the associated missiles. Each launcher accommodates eight missiles arranged in two stacks, launched from canister modules. Similarly, shipborne launchers store missiles in 2×4 vertical launching system (VLS) cells.

Variants

  • Medium Range-Surface to Air Missile (MR-SAM): This land-based missile system, utilized by the Indian Air Force and Indian Army, integrates command and control elements, tracking radar, missile units, and mobile launchers. It is equipped with a sophisticated radio frequency (RF) seeker and offers a range of 70 km according to manufacturer IAI.
  • Long Range-Surface to Air Missile (LR-SAM): Deployed by the Indian Navy as a ship-launched missile, this variant extends the operational range to 100 km. It is capable of intercepting a variety of threats including missiles, fighter jets, maritime patrol aircraft (MPA), helicopters, and sea-skimming missiles. The system incorporates advanced phased-array radars (MF-STAR), command and control infrastructure, launchers configured in 2×4 modules, and missiles equipped with enhanced RF seekers.
  • Barak-8ER: Currently in development, this extended range version aims to increase maximum reach up to 150 km. Tailored to counter multiple beyond visual range threats, it preserves the Barak-8’s autopilot/inertial navigation system and active radar seeker guidance while likely featuring software enhancements and updated control surfaces. The booster length grows from 4.5 meters to nearly 6 meters; however, missile diameter and fin dimensions remain unchanged. Initial operational capability (IOC) is anticipated first for the naval platform, followed by the land-based system. Existing Barak-8 operators are expected to upgrade to this improved configuration for enhanced performance.

Barak MX

The BARAK MX, developed by Israel Aerospace Industries, serves as a central element of its Integrated Air and Missile Defence Portfolio.

Characterized as a "fully network-centric solution," the BARAK MX employs an open architecture with modular components that unify sensors, battle management systems, and interceptors into a cohesive platform. Its network connectivity enables expansion of defended zones by linking multiple fire units, allowing engagement of targets beyond individual unit range. Furthermore, it integrates Ground-Based Air Defences (GBAD) alongside Naval Air Defences within a joint multi-layered network to bolster protection against missile threats.

BARAK MX interceptors share common components while addressing diverse target types. Unlike air-to-air missiles adapted for surface use, BARAK MX interceptors were purpose-built as surface-to-air missiles optimized in size and diameter.

The BARAK MX interceptor series comprises:

  • BARAK MR: Features a single-pulse rocket motor with a range of 35 km.
  • BARAK LR (LRAD): Equipped with a dual-pulse rocket motor extending range to 70 km.
  • BARAK ER: Incorporates an additional booster for a 150 km range along with improved anti-tactical ballistic missile capabilities.

Flight evaluations

  • 14 May 2010: The LR-SAM, initially named Barak-II, was successfully test-fired in Israel targeting an electronic simulation.
  • 10 November 2014: Comprehensive testing of Barak 8 took place in Israel, integrating all components for both naval and land platforms, confirming full operational functionality.
  • 26 November 2015: The Israeli Sa'ar 5-class corvette INS Lahav executed its inaugural naval trial against a high-speed drone, verifying an extended engagement range close to 100 km.
  • 29–30 December 2015: The Indian Navy conducted Barak 8 LRSAM firings from INS Kolkata (D63) during exercises in the Arabian Sea.
  • 30 June & 1 July 2016: Land-based Barak 8 tests were successfully carried out at Integrated Test Range (ITR), Chandipur, India, targeting unmanned aerial vehicles; this was a joint effort involving DRDO, Indian defense forces, and IAI.
  • 20–21 September 2016: Two rounds of LRSAM launches occurred from a mobile platform at ITR Chandipur against pilotless targets.
  • 25 December 2016: Azerbaijan completed a successful missile test.
  • 10 February 2017: IAI performed a sea-based Barak-8 test to validate system capabilities.
  • 16 May & 29 November 2017: The Indian Navy tested the MRSAM variant aboard INS Kochi (D64), demonstrating target engagement using the MFSTAR radar and coordinated weapons control.
  • 25 January 2019: LRSAM was launched by the Indian Navy from INS Chennai (D65) targeting a low-altitude aerial threat.
  • 15 May 2019: Full Joint Taskforce Coordinating mode operation of MRSAM was demonstrated by the Indian Navy on two Kolkata-class destroyers, showcasing Cooperative Engagement Capability along the western coast.
  • 23 November 2020: India successfully executed a missile firing against a UAV from ITR Chandipur, with monitoring through radar and electro-optical systems.
  • 22 March 2021: IAI test-fired the BARAK MX ER interceptor featuring an extended range of 150 km and altitude capability up to 30 km.
  • March 2022: Multiple flight tests of the Indian Army's MRSAM variant were conducted by DRDO at ITR Chandipur, confirming effectiveness against medium and low altitude targets; development trials concluded by month-end.
  • November 2022: The first successful BARAK MX launch from an Israeli Sa’ar 6-class corvette was completed.
  • April 3–4, 2025: DRDO and the Indian Army carried out four successful flight tests of the Army MRSAM variant at Dr. APJ Abdul Kalam Island, Odisha, engaging high-speed aerial threats across diverse altitudes and distances; these trials confirmed operational readiness for deployment in Eastern and Southern Commands.
  • 24 April 2025: INS Surat (D69) conducted a missile interception of a sea-skimming target in the Arabian Sea utilizing precision cooperative engagement techniques.

Procurement

  • 2006: Contract awarded for development and procurement of LR-SAM (then known as Barak-II) intended for the Indian Navy's Kolkata-class destroyer vessels.
  • February 2009: Israel finalized a $1.1 billion () agreement to supply an enhanced tactical Barak 8 air defence system to India for the MR-SAM program, with delivery projected by 2017. This included provision for 18 firing units (9 squadrons) designated for the Indian Air Force along with 450 missiles, encompassing development expenses.
  • February 2017: The Cabinet Committee on Security, led by Indian Prime Minister Narendra Modi, approved a contract valued around , for the MR-SAM system acquisition by the Indian Army, targeting deployment by 2023. The order comprised five regiments (40 firing units) and included provision of approximately 200 missiles. Valued at $1.6 billion, this represented IAI’s largest single sale and included missiles allocated for the Navy’s INS Vikrant.
  • 21 May 2017: IAI secured a $630 million contract from the Indian Navy to outfit four Visakhapatnam-class destroyer ships with LR-SAM systems, in collaboration with BEL. The missile system was already operational with both Indian Air Force and Navy units.
  • 5 September 2018: MDL and GRSE awarded Bharat Electronics a contract worth to supply seven Barak-8 LR-SAM systems for Nilgiri-class frigates. Subsequently in October, Bharat Electronics entered into a $777 million agreement with IAI to fulfill this supply commitment.
  • January 2019: A contract was signed among Indian Navy, Cochin Shipyard, and IAI to provide LR-SAM systems for INS Vikrant along with maintenance support for various MSRAM subsystems.
  • July 2019: Rafael Advanced Defense Systems granted Kalyani Rafael Advanced Systems (KRAS) a $100 million contract to manufacture approximately 1,000 MR-SAM missile kits intended for Indian Army and Air Force orders. KRAS delivered its initial batch to BDL on March 16, 2021.
  • 16 January 2025: The Ministry of Defence inked an agreement with BDL to supply over seventy MRSAM missiles tailored for the Indian Navy at an estimated cost of .

Production

For missiles supplied to the Indian Armed Forces, Bharat Dynamics Limited (BDL) acts as the principal system integrator. The manufacturing of components is carried out by Kalyani Rafael Advanced Systems (KRAS), a Hyderabad-based joint venture between Kalyani Group and Rafael, prior to final assembly at BDL. The Combat Management System is developed and produced by Tata Advanced Systems. With an investment of $100 million, BDL set up a production facility in Hyderabad capable of producing up to 100 MRSAM and LRSAM missiles annually. Major collaborators include Rafael, Elta, L&T, and BEL.

Deployment

By December 2015, the Indian Navy had equipped its Kolkata-class and Visakhapatnam-class destroyers with these missiles.

On 9 September 2021, the Indian Air Force received its inaugural Firing Unit, marking the commissioning of the first MRSAM Squadron at Jaisalmer Air Force Station in the presence of Defence Minister Rajnath Singh. The IAF aims to establish nine squadrons comprising 24 firing units and an estimated 2,000 missiles.

In February 2023, the Indian Army formed its first MRSAM regiment under XXXIII Corps, Eastern Command, designating it as the Abhra Weapon System.

By October 2023, an additional MRSAM squadron was deployed at Adampur Air Force Station, which has also hosted an S-400 squadron since 2021.

The army variant of MRSAM was featured in the 2024 Republic Day Parade, equipped with LBMFSTAR (EL/M-2084) radar and launchers mounted on Tata LPTA 3138 8x8 HMV platforms.

Service history

According to an anonymous source cited by Middle East Eye, a Barak 8 missile operated by the Azerbaijani Armed Forces successfully intercepted an Iskander missile launched by Armenia toward Baku near the conclusion of the 2020 Nagorno-Karabakh war, influencing Azerbaijan’s decision to accept a ceasefire. The deployment of Iskander missiles by Armenia remains contentious, with contradictory accounts from social media, the Russian Defense Ministry, and Azerbaijan concerning their usage and detection.

On 2 July 2022, BARAK MX missiles fired from the Sa'ar 5-class corvette INS Eilat downed two reconnaissance UAVs operated by Hezbollah over Israel’s offshore Karish gas field in the Mediterranean Sea.

During the 2025 India–Pakistan conflict, Indian news sources reported that the MRSAM system intercepted Pakistani Fatah-2 rockets over Sirsa, Haryana, showcasing its operational capability against regional threats.

Current operators

  • : Purchased 12 Barak 8 missile systems along with 75 missiles.
  • : Utilizes the Barak MX air defense missile system.
  • :
    • : Ordered five regiments, including the Abhra regiment under XXXIII Corps.
    • : Procured nine squadrons, including MRSAM units at 41 Wing (Jaisalmer AFS) and 8 Wing (Adampur AFS).
    • : Equipped on , Kolkata-class destroyer, Visakhapatnam-class destroyer, and Nilgiri-class frigate.
  • : Israel Aerospace Industries’ BARAK MX is actively deployed and combat-tested within both Israeli Air Force and Navy forces, in naval and land-based roles.
  • : In February 2022, signed a $500 million deal for Barak MX air defense missile systems; initial deliveries were reported by mid-2023.

Future users

  • : Acquisition confirmed for deployment on Multifunctional Support Ship vessels of the Koninklijke Marine.
  • : Agreement worth €560 million finalized for Barak MX procurement.
  • : IAI has entered into a contract with Greek private firms to develop the "Hellenic Lightning Shield" missile defense system utilizing Barak MX technology.

Prospective users

See also

External links

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