BARAK MX is a modular, network-centric integrated air and missile defence system developed by Israel Aerospace Industries (IAI) for land and naval applications. It integrates vertically launched surface-to-air interceptors, IAI/ELTA AESA radars, command-and-control and battle-management functions into a scalable layered defence architecture designed to counter aircraft, helicopters, UAVs, loitering munitions, sea-skimming and cruise missiles, glide bombs, rockets and tactical ballistic missile threats. The established core interceptor family provides engagement ranges from 15 km to 150 km, while newer IAI capability information also depicts the BARAK EA interceptor extending coverage to 250 km.
Country users : Israel, Morocco, Cyprus, Slovakia
Technical Data
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Launcher Unit
BARAK MX uses vertical-launch systems providing 360-degree engagement coverage. IAI describes its smart launchers as capable of launching and managing different interceptor combinations, with the battle-management system assigning the appropriate interceptor according to the threat. BARAK MR, LR and ER configurations carry eight interceptors per launcher, while the dedicated BARAK SR configuration carries up to 15 missiles on land and eight in naval applications. The architecture supports mixed missile loads, allowing different layers of the BARAK family to operate within the same integrated defence system.
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Missiles
The BARAK MX interceptor family includes BARAK SR, MR, LR, ER and the newly disclosed EA. SR covers threats to 15 km; MR to 35 km; LR to 70 km; ER to 150 km; and IAI's newer capability information depicts EA reaching approximately 250 km. The established interceptors use active seeker technology and vertical launch, with propulsion increasing in capability from single-pulse on MR to dual-pulse on LR and dual-pulse plus booster on ER. Unlike air-to-air missiles adapted for surface launch, IAI states that BARAK MX interceptors were designed from the outset as surface-to-air weapons, allowing their dimensions, seekers, warheads and propulsion systems to be optimized for the air-defence mission.
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Mobility
BARAK MX is designed for land-mobile, deployed land and naval operations rather than around a single standardized vehicle chassis. In the land configuration supplied to the Royal Thai Air Force, IAI identifies a Command and Control unit, Multi-Mission Radar, missile launchers, missile reloading vehicle and logistic support vehicle, with all components mounted on high-mobility platforms to support rapid deployment and operational readiness. MR and LR are specifically offered for both mobile and deployed land operations, while the modular architecture permits vehicle and system configuration to be adapted to customer requirements.
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Command and Control Systems
BARAK MX employs an integrated Battle Management Center / Command and Control system connecting radar sensors, fire units, launchers and interceptors within a network-centric architecture. The system supports threat detection and classification, engagement management, weapon assignment, interceptor selection and communication with missiles through data links. Multiple BARAK MX units can share sensor and engagement resources, allowing one fire unit to exploit assets belonging to another and enabling coordinated land and naval defence. Automatic interceptor selection is designed to match the weapon to the threat while optimizing the cost and effectiveness of each engagement.
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Combat Use
BARAK MX achieved confirmed combat use during Operation Rising Lion in June 2025. On 16 June 2025, the Israeli Navy operationally employed the Barak Magen system and its LRAD long-range interceptor for the first time aboard a Sa'ar 6-class vessel during interceptions of UAVs launched from Iran. On 20 June 2025, the Israeli Air Force's Aerial Defense Array recorded the first operational interception by its land-based Barak system when it destroyed a UAV that entered Israeli territory. IAI later confirmed successful BARAK MX interceptions by both the Israeli Navy and Air Force and subsequently reported that the system intercepted dozens of threats during its initial operational deployment.
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