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| EL/M-2075 | |
|---|---|
| Name | EL/M-2075 |
| Country | Israel |
| Manufacturer | Israel Aerospace Industries |
| Introduced | 2000s |
| Type | Airborne radar |
| Frequency | L-band / S-band variants |
| Platform | AEW&C aircraft, maritime patrol aircraft |
EL/M-2075
The EL/M-2075 is an airborne early warning and control radar system developed by Israel Aerospace Industries and its subsidiary Elta Systems for integration on fixed-wing platforms. It provides long-range surveillance, target detection, and command-and-control support for air forces, navies, and multinational coalitions involved in operations such as the Gulf deployments, NATO exercises, and coalition air campaigns. The system has been fitted to aircraft operated by nations including Israel, India, South Korea, Chile, and others participating in exercises like Red Flag, Pitch Black, and Bold Alligator.
The EL/M-2075 program originated within Israel Aerospace Industries and Elta Systems as an evolution of earlier Israeli airborne radars used in platforms like the E-2 Hawkeye-equipped squadrons and the Gulf War lessons. Designed to meet requirements from operators such as the Indian Air Force and the Republic of Korea Air Force, the radar competes with systems fielded by Northrop Grumman, Thales Group, Saab AB, Leonardo S.p.A., and Airbus Defence and Space. Development milestones intersected with procurements by ministries including the Ministry of Defense (Israel), the Ministry of Defence (India), and the Ministry of National Defense (South Korea).
The EL/M-2075 employs active electronically scanned array (AESA) technology and modular line-replaceable units influenced by designs used by Raytheon Technologies and BAE Systems. Its multisensor architecture integrates L-band and S-band arrays with signal processing akin to equipment from Rafael Advanced Defense Systems and IAI Malat. The radar's software suite incorporates track management algorithms developed with principles used in systems by Lockheed Martin and General Dynamics. Avionics and mission systems are compatible with datalinks such as Link 16 and cooperative identification systems employed by NATO and the United States Air Force. The design emphasizes interoperability with platforms like the Boeing 737, Embrier 190, Ilyushin Il-76, and converted airframes used by operators including the Indian Navy and the Republic of Korea Navy.
Variants have been tailored to fit airborne and maritime missions, mirroring variant strategies used by Northrop Grumman E-2 Hawkeye series and the Boeing E-3 Sentry. Export versions incorporate spectrum management features aligned with regulations from agencies like the Federal Communications Commission and standards observed by European Defence Agency customers. Upgrades have included enhanced electronic intelligence suites parallel to upgrades offered by ThalesRaytheonSystems, improved passive detection inspired by research at Tel Aviv University and Technion – Israel Institute of Technology, and mission system updates analogous to those implemented on Saab 340 AEW&C platforms. Field retrofits have been negotiated through defense contractors such as Elbit Systems and integrators like CAE Inc..
Operational deployments reflect participation in regional air defense and coalition operations including patrols over the Mediterranean Sea, surveillance during tensions in the Persian Gulf, and exercises with partners such as United States European Command and INDIAN Navy task forces. The radar saw early service life trials with the Israel Defense Forces Air Force and later operational employment by the Indian Air Force aboard platforms procured under acquisition programs resembling other international procurements like the M-MRCA contest and maritime patrol acquisitions by Chile. Exercises and real-world missions drew comparisons to operational records of systems like the NATO AWACS and the Russian A-50 Mainstay.
Known operators include national forces such as the Israeli Air Force, the Indian Air Force, the Republic of Korea Air Force, and the Chilean Air Force which configured their fleets alongside acquisitions from manufacturers such as Boeing and Embraer. Deployments have ranged from land-based forward operating bases like Nevatim Airbase and Lohegaon Air Force Station to carrier and maritime patrol taskings akin to those undertaken by the Royal Australian Air Force and the Brazilian Air Force for regional surveillance. Cooperative logistics and training agreements involved organizations such as Defence Research and Development Organisation (India), South Korean Agency for Defense Development, and multinational maintenance support frameworks similar to NATO Support and Procurement Agency arrangements.
Reported performance attributes include long-range search and track capacity, sector coverage comparable to arrays on the E-3 Sentry and detection ranges influenced by array aperture and power similar to systems from Thales Group and Raytheon. The radar provides multi-target tracking, high-resolution tracking for fighter engagements analogous to requirements of the F-15 and Rafale integration, and maritime surveillance modes used in conjunction with sensors on platforms like the P-8 Poseidon. Electronic counter-countermeasures and low-observable target detection draw on techniques researched at institutions such as Tel Aviv University and Technion – Israel Institute of Technology.
Export campaigns involved negotiations with ministries including the Ministry of Defence (India), the South Korean Defense Acquisition Program Administration, and procurement offices of nations like Chile and other Asian, African, and Latin American customers. Sales and offset arrangements mirrored patterns seen in transactions involving Dassault Aviation, Saab AB, and Embraer Defense and included training, logistics, and industrial cooperation similar to agreements between Israel Aerospace Industries and foreign partners. International interest has been reported during procurement processes akin to those for the AEW&C capability in countries evaluating replacements for legacy platforms like the S-3 Viking and upgrading fleets previously reliant on systems from Soviet Union-era suppliers.
Category:Airborne radar