The IAI ELTA ELI-4000 PANORAMA is a state-of-the-art military Command and Control (C4) system designed to meet the comprehensive defensive and offensive requirements of modern air forces. This advanced system integrates seamlessly with various surveillance sensors, Network-Centric Warfare (NCW) networks, and external data sources to deliver a unified Recognized Air Picture (RAP). It supports the entire mission cycle, from mission planning and Air Tasking Order creation to threat evaluation and battle management, including the tasking of air defense assets. The ELI-4000 offers scalable solutions for Local, Regional, and National Command Centers, as well as tactical front-line operations. Additionally, it features advanced training programs that cater to individual operators and full-scale air campaign simulations, ensuring operational readiness and effectiveness.
The IAI ELTA ELL-8385 is a cutting-edge Electronic Support Measures (ESM) and Electronic Intelligence (ELINT) system, expertly designed to navigate the complexities of modern dense radar environments. With capabilities for long-range, high-endurance missions, the ELL-8385 effectively searches, intercepts, measures, locates, analyzes, classifies, and monitors a wide array of radar transmissions from ground, airborne, and naval sources. It excels in handling high mobility and rapidly changing signal parameters, ensuring comprehensive situational awareness. The system's primary function is to generate real-time intelligence reports, including an Electronic Order of Battle (EOB), providing both tactical and strategic insights that integrate seamlessly into national intelligence frameworks.
The Air Defense Command and Control System (ADCCS) is a state-of-the-art solution designed to enhance situational awareness and operational effectiveness in air defense operations. This advanced system integrates various sensors, communication networks, and command protocols to provide real-time data and analytics, enabling military forces to detect, track, and engage aerial threats efficiently. With its user-friendly interface and robust architecture, ADCCS supports seamless coordination among multiple units, ensuring a rapid response to evolving threats while maintaining the highest levels of security and reliability. Ideal for modern defense environments, the ADCCS is essential for achieving air superiority and safeguarding national interests.
The ELTA Passive Air Situation Picture (PASP) system is a cutting-edge solution designed to enhance situational awareness in airspace management. Utilizing advanced sensor technology, PASP provides real-time data on aerial activities, enabling operators to detect, track, and analyze airborne objects with high precision. Its user-friendly interface and robust data processing capabilities ensure that military and civilian users can make informed decisions quickly and effectively. Ideal for integration into command and control systems, PASP significantly improves response times and operational efficiency in complex air environments.
The Super Vulcan is an advanced electro-optical fire control system developed by IAI, designed to enhance the capabilities of the Vulcan/SAM/M113 launcher. Equipped with the Eagle-Eye Optronic Fire Control System, it features sophisticated TV and FLIR target auto-tracking capabilities, significantly improving the effectiveness of M113, Vulcan, and Stinger missile launchers. The Super Vulcan facilitates unit-level fire coordination and management, integrating seamlessly with sectorial air surveillance radar to create a comprehensive air target picture. This integration allows for early detection of incoming threats, enhancing the overall efficiency and responsiveness of the weapon system in combat scenarios.
The IAI Green Lotus ELI-2139 is an advanced multi-mission, multi-sensor system tailored for tactical air and ground surveillance, force protection, Ground Based Air Defense (GBAD), Counter-UAS (C-UAS), and Counter-Rocket, Artillery & Mortar (C-RAM) operations. This innovative solution integrates a variety of ELTA's active and passive sensors, enabling mobile forces to automatically detect, track, classify, identify, and verify a diverse range of aerial targets such as fighter aircraft, helicopters, drones, and low Radar Cross Section (RCS) threats like missiles and artillery shells. Additionally, it effectively classifies ground targets including vehicles and slow-moving individuals. All sensor data is processed through a unified command and control console that utilizes AI to enhance detection and situational awareness, providing users with a comprehensive Situational Awareness Picture (SAP) for precise target acquisition. The system's modular design allows for efficient sharing of power and communication among co-located sensors.
The ELM-2106NG Defense Radar by IAI ELTA is a state-of-the-art tactical 3D air defense system designed to detect a diverse range of airborne platforms, including low-altitude high-speed fighter aircraft, hovering helicopters, UAVs, and low-speed ultra-lights. This advanced radar offers precise measurements of range, azimuth, and elevation for each target, enabling it to differentiate between fixed-wing aircraft and helicopters while classifying helicopters based on rotor rotation rate. The ELM-2106NG can function as a local air defense system, a gap filler for main air defense systems, or as a search radar supporting anti-aircraft weapon systems. With impressive detection ranges—up to 100 km for instrumental targets and 40-60 km for fighter aircraft—it operates efficiently under various environmental conditions. Weighing 170 kg and requiring 20-32 Volts DC power, the radar boasts a high mean time between failures (MTBF) of 1500 hours and a low mean time to repair (MTTR) of just 20 minutes, making it a reliable choice for modern defense applications.
The BARAK MX Integrated Air Defence System by IAI is a state-of-the-art, network-centric solution designed to address a wide range of aerial threats, including drones and tactical ballistic missiles. With its advanced open system architecture and modular design, the BARAK MX seamlessly integrates various sensors, battle management systems, and high-performance interceptors, ensuring both current and future operational effectiveness against evolving threats. Its unique connectivity capabilities allow for the expansion of defended areas by interconnecting multiple units, enabling enhanced collaboration among fire units to engage targets beyond their individual reach. This comprehensive approach not only enhances the operational capabilities of armed forces but also facilitates the integration of ground-based and naval air defenses into a cohesive defense strategy.
The Arrow 2 interceptor is a cutting-edge component of the Arrow Weapon System (AWS), recognized as the world's first operational, national stand-alone anti-tactical ballistic missile (ATBM) defense system. This advanced missile interceptor is engineered to detect, track, and neutralize incoming tactical ballistic missiles (TBMs) using the sophisticated ELM-2080 Green Pine Radar System. Capable of intercepting missiles traveling at speeds of up to 2 miles per second (3 km/s), the Arrow 2 provides comprehensive protection for strategic assets, military forces, and civilian populations against a variety of missile threats. Its proven effectiveness is underscored by successful deployments against Scud and Shahab-3 missiles, solidifying its role as a vital asset in modern air defense strategies.
The Arrow 3 interceptor is a cutting-edge anti-ballistic missile defense system that forms a crucial part of the Arrow Weapon System (AWS), recognized as the world's first operational, stand-alone defense mechanism against tactical ballistic missiles (TBMs). Designed to detect, track, intercept, and destroy incoming missiles, the Arrow 3 excels in neutralizing threats carrying various warheads over extensive areas, thereby safeguarding strategic assets and civilian populations. This innovative interceptor is specifically engineered to tackle advanced, long-range threats, particularly those equipped with weapons of mass destruction. Its seamless integration with existing Arrow systems enhances engagement capabilities, making it a vital component of Israel's defense strategy. The Arrow 3 has demonstrated its effectiveness in combat, successfully intercepting numerous ballistic missiles during the recent "Iron Swords" War (2023-2024), thereby ensuring the security of Israeli skies and its citizens.
The ELI-5500 EZ-GUARD is a state-of-the-art integrated modular EEZ surveillance system designed by IAI, providing comprehensive coverage of Exclusive Economic Zones (EEZ) up to 200 nautical miles and beyond. This advanced system incorporates a diverse array of ELTA sensors and information sources, ensuring real-time Maritime Situational Picture (MSP) capabilities. By leveraging sophisticated decision-support features optimized for a multi-level command hierarchy, the EZ-GUARD effectively prioritizes event management recommendations. It achieves this by fusing data from various sensors, cooperative information sources like AIS and LRIT, and open-source intelligence, resulting in a coherent and actionable MSP tailored to mission requirements.
The IAI TacSense (ELI-8395) is a state-of-the-art Tactical SIGINT System designed for multi-domain operations, offering a compact and lightweight solution for integrated COMINT and ELINT sensor capabilities. This versatile system can be deployed on various platforms, including small unmanned aerial systems (sUAS), tactical aerostats, all-terrain vehicles (ATV), light armored vehicles (LAV), and naval vessels (OPV), as well as fixed ground installations or carried by infantry. TacSense excels in detecting, geo-locating, and tracking radio-emitting threats, such as communication systems and radar emissions, thereby providing a comprehensive Situational Awareness Picture (SAP) to ensure spectrum dominance. Its advanced features include monitoring voice communications through built-in COMINT capabilities and analyzing radar emissions via ELINT functionality. The system fuses ELINT and COMINT data to enhance target tracking, classification, and identification, with real-time intelligence displayed on operator workstations and integrated into the customer’s command and control network. Additionally, TacSense records data for post-mission analysis, serving as a crucial force multiplier when combined with other military assets like Air Defense systems and ISR radars.
The Helicopter Training and Safety System (HTS) offers a cutting-edge solution for live helicopter training, enhancing pilot proficiency with high-value embedded training and advanced safety features. Designed for optimal resource utilization, HTS includes enhanced debriefing capabilities that maximize flight hours. It provides high-fidelity simulation for helicopter weapons and tactical flight training in hostile environments, incorporating both live and virtual electronic warfare (EW) threats. The system is available in two configurations: the THRUST airborne pod, specifically designed for attack helicopters like the Apache AH-64, and the THURST Tactical Helicopter Rehearsal Autonomous Safety and Training system. Both configurations are plug-and-play compatible with existing missile enclosures, allowing seamless integration into various platforms while facilitating realistic training scenarios in conjunction with Combat Training Centers (CTC).
The IAI ATLAS - Advance Training Live AI System (ELS-8050) is a cutting-edge AI training platform designed for advanced interactive military simulations, offering a comprehensive solution for Human-Machine-Machine Teaming (HMMT) developers and ground forces. This versatile system provides a multi-layered Live, Virtual & Constructive (LVC) field training environment, enabling users to set up, execute, manage in real-time, and conduct post-analysis of diverse training scenarios. With its open architecture, the platform allows for the integration of Commercial Off-The-Shelf (COTS) sensors and related products, enhancing the training experience. Scenarios are highly adaptable, incorporating various factors such as threats, weapons, terrain, and weather conditions. Leveraging precise Digital Twin and AI technologies, ATLAS supports all engagement types, including Non-Line of Sight (NLOS) operations, and accommodates a wide range of weapon parameters, including those still in development. This innovative system facilitates realistic blue versus red training sessions, ensuring military personnel are well-prepared for real-world challenges.
The ELI-4030 Drone Guard is an advanced Counter UAV System developed by IAI, designed to meet complex operational needs with its high-end, multi-layered, and scalable architecture. This system features an open design that allows for the integration of a variety of high-performance sensors, including ELTA's leading 3D AESA radars, passive Communications Intelligence (COMINT) systems, and electro-optical (EO) systems. Its sophisticated Command and Control (C2) system consolidates all functionalities into a single interface, enabling operators to effectively detect, classify, and counter drone threats. Enhanced by automated threat analysis and AI-driven decision-making tools, the Drone Guard minimizes operator workload while maximizing performance efficiency. Additionally, it provides versatile threat mitigation options, including cyber takeover of flight controls, disruption of communication or navigation protocols (COMJAM), and even destruction through integrated weapon systems.
