The IAI Scorpius - SJ (ELL-8251SB) is a state-of-the-art military jammer designed to effectively disrupt enemy air defense surveillance and fire control radars. Utilizing advanced Active Electronic Scanned Array (AESA) technology, this high-performance system offers exceptional target detection sensitivity and the ability to transmit powerful, accurately focused directional beams. Ideal for installation on fighter and mission aircraft, as well as military transport planes, the Scorpius - SJ supports both escort and stand-off jamming missions. Its electronically steered jamming capabilities ensure robust protection against various Air-to-Air and Surface-to-Air threats in complex radar environments, all while operating automatically with minimal pilot input. The system can be easily reprogrammed on the flight line for mission-specific adaptability, allowing for quick updates to threat libraries and jamming techniques through a user-friendly PC application.
The IAI TacSense (ELI-8395) is a compact and lightweight Tactical SIGINT system designed for multi-domain operations, suitable for various platforms including small air vehicles (sUAS, tactical aerostats), land vehicles (ATV, LAV), and maritime assets (OPV), as well as fixed ground installations and infantry use. This integrated COMINT and ELINT sensor system excels in detecting, geo-locating, and tracking radio-emitting threats such as communications systems and radars, thereby providing a comprehensive Situational Awareness Picture (SAP) for territorial spectrum dominance. With robust built-in capabilities for monitoring voice and communication transmissions alongside radar emission analysis, TacSense fuses ELINT and COMINT data to enhance target tracking, classification, and identification. The information is displayed on operator workstations and integrated into the customer's command and control network, delivering real-time intelligence for informed decision-making while also allowing for post-mission analysis. As a force multiplier, TacSense significantly enhances the effectiveness of field assets including Air Defense systems, ISR radars, sniper systems, and other long-range weaponry.
The ELK-7029 by IAI is a compact and cost-effective VHF/UHF interferometer-based Direction Finder (DF) designed for efficient airport and harbor traffic management. This advanced system features a single broadband antenna stack operating between 100 MHz and 400 MHz, coupled with a commercial off-the-shelf PC that integrates wideband receivers and sophisticated Digital Signal Processors (DSPs). Leveraging decades of expertise from ELTA in Communication Intelligence (COMINT) Direction Finding, the ELK-7029 employs cutting-edge algorithms to ensure precise location tracking of transmission sources through automatic triangulation when multiple DF systems are synchronized.
The IAI CellDart (ELK-7077) is a sophisticated cell phone interceptor designed for tactical real-time intelligence, capable of active and passive cellular interception across 2G, 3G, 4G, and 5G networks. Utilizing unique patented technology, this system is employed globally for Intelligence, Surveillance, and Reconnaissance (ISR) operations, as well as border and maritime security, homeland security, and law enforcement activities. The CellDart features an IMSI catcher that emulates cellular signals to capture targeted devices within a designated Area of Interest (AoI) without disrupting commercial networks. Its advanced geolocation sensor, equipped with a specialized Direction Finding antenna and cutting-edge algorithms, accurately locates users within meters, even at significant distances. Additionally, the system can passively monitor voice calls and SMS on 2G networks while offering capabilities like silent call denial of service for blacklisted targets and the ability to downgrade or redirect mobile phones to its own Base Transceiver Station.
The Teaser is a cutting-edge, precision-guided missile system developed by IAI, specifically designed for dismounted operations where tactical forces require portable and effective weaponry. Weighing less than traditional guided missiles, the Teaser can engage targets up to 2,500 meters away while maintaining a low signature during launch and flight. Its flexible design allows for over-the-shoulder launches in confined spaces or remote operation, making it adaptable to various combat scenarios. The missile features an anti-structure warhead capable of effectively targeting personnel, lightly armored vehicles, and low-altitude aerial threats. With its user-friendly 'aim and shoot' functionality and Automatic Command-to-Line-Of-Sight (ACLOS) technology, the Teaser ensures high accuracy while minimizing the risk of detection through its Low Probability of Intercept (LPI) communication link.
The Mini ADA is a cutting-edge, compact anti-jam GNSS system designed for tactical platforms, offering enhanced positioning, navigation, and timing (PNT) capabilities in environments prone to signal jamming and interference. With over 20 years of expertise in delivering advanced GNSS and anti-jam solutions, IAI provides a robust single-enclosure Line Replaceable Unit (LRU) that ensures reliable performance under challenging conditions typical of ground assets like main battle tanks (MBTs) and infantry fighting vehicles (IFVs). The Mini ADA features state-of-the-art technology for maximum jamming resistance, along with comprehensive integration support for various receivers and navigation systems, making it an ideal choice for modern military operations requiring resilient GNSS functionality.
The NFSR is a high-precision inertial North Finding and Azimuth transfer system designed for rapid deployment in various military applications, including artillery, radars, missile launchers, and target acquisition systems. Utilizing TAMAM's advanced Ring Laser Gyro technology, it offers exceptional accuracy with a heading error of only 0.5 mrad at latitudes less than ± 65°. Weighing just 6.7 kg and featuring a compact design (228.5 mm x 163.0 mm x 157.5 mm), the NFSR is both portable and lightweight, making it ideal for quick setup in challenging environments. Its proprietary motion compensation filtering technique ensures reliable performance even in extreme miss-leveling conditions, while remote control capabilities via RS-422/RS-232 serial communication enhance operational flexibility. With a proven track record among the US Army and NATO forces, the NFSR system stands out for its cost-effectiveness and high mean time between failures (MTBF), ensuring dependable operation in the field.
IAI ARIEL (ELA-6992) is an advanced robotic combat task force solution designed for the operation of networked autonomous platforms, including both ground units and light aerial drones, in conjunction with ground combat forces. This innovative system enables the execution of complex, high-risk missions at battalion and brigade levels, allowing field commanders to define missions and engagement rules through the user-friendly Automission interface. This mission planning and execution management system efficiently allocates tasks to autonomous platforms while ensuring minimal human involvement and full coordination with combat forces. Missions can be executed sequentially or simultaneously, with Automission continuously monitoring environmental conditions and adapting plans as necessary. If a platform becomes incapacitated, its role is automatically reassigned, ensuring operational continuity and effectiveness in dynamic combat scenarios.
The IAI ELTA RoboCon (ELA-6611) is an advanced Autonomous Logistic Support System specifically designed to optimize military logistics operations. This innovative unmanned vehicle facilitates autonomous logistic convoys, featuring sophisticated "follow me" technology that allows it to seamlessly integrate with various manned and unmanned vehicles. Its adaptability to diverse operational requirements makes RoboCon a crucial asset in modern warfare, providing exceptional flexibility by operating autonomously or under human control as needed. By automating the transport and delivery of supplies, RoboCon significantly mitigates risks associated with supply chain operations in hostile environments, while its ability to navigate complex terrains ensures efficient support for troops in the field.
The Tactical Heron, an advanced Unmanned Aerial System (UAS) developed by IAI, is engineered for demanding intelligence, surveillance, target acquisition, and reconnaissance (ISTAR) missions at the tactical level. Evolving from the renowned Heron family, this long-endurance platform supports ground forces with its ability to perform operations over the horizon and beyond the line of sight (BLOS). It boasts multi-mission versatility by carrying up to four payloads simultaneously, including electro-optical/infrared sensors, maritime patrol radar, and electronic signals intelligence (SIGINT) systems. With a range exceeding 250 km through a wideband datalink and optional SATCOM communications extending beyond 1,000 km, the Tactical Heron is designed for maximum operational effectiveness. Powered by a certified low-noise electronic fuel injection engine, it can operate at altitudes of 23,000 ft even in adverse weather conditions and reach speeds of up to 120 KTAS, making it an unparalleled asset for modern military operations.
The BirdEye 650D is an advanced, affordable small unmanned aerial system (UAS) designed for tactical intelligence, surveillance, target acquisition, and reconnaissance (ISTAR) missions. This fixed-wing UAV offers exceptional endurance, achieving up to 15 hours of flight time and a range of 150 km, making it ideal for both urban and over-the-hill reconnaissance. It operates seamlessly alongside ground forces and is easily transportable via a trailer, ensuring quick deployment with minimal logistical requirements. The system is controlled by a team of three personnel using either a vehicle-mounted ground control station or portable controls, allowing tactical units to effectively manage their ISTAR assets. With a maximum altitude of 15,000 feet and loiter speeds between 40-80 KTAS, the BirdEye 650D provides wide-area coverage and persistent surveillance while maintaining a low visual and acoustic signature for covert operations. It supports a payload of up to 5.5 kg, integrating stabilized day/night sensors and moving target trackers to enhance mission capabilities.
The WanderB-VTOL is an advanced military drone designed for tactical Intelligence, Surveillance, Target Acquisition, and Reconnaissance (ISTAR) operations. This all-electric vertical takeoff and landing (VTOL) aircraft combines the benefits of multirotor and fixed-wing designs, enabling extended mission endurance and range while maintaining low acoustic, visual, thermal, and radar signatures. With a unique wing-based lift system and a single pusher propeller for forward flight, the WanderB-VTOL operates quietly and efficiently. It supports missions lasting up to 2.5 hours with a fully autonomous flight control system and an intuitive ground control interface, allowing for rapid deployment of high-definition video and photogrammetric mapping on demand. Its high-performance electro-optical/infrared (EO/IR) payloads can carry up to 15 kg, making it a versatile tool for modern military operations.
The IAI ThunderB-VTOL is a cutting-edge hybrid Unmanned Aerial System (UAS) that seamlessly integrates multirotor VTOL capabilities with fixed-wing aircraft design, making it ideal for extended Intelligence, Surveillance, Target Acquisition, and Reconnaissance (ISTAR) missions. This innovative platform features reduced acoustic, visual, thermal, and radar signatures, ensuring covert operations. With vertical lift for takeoff and landing from confined spaces, it also boasts efficient forward flight powered by a highly efficient ICE engine that extends endurance up to 12 hours. The ThunderB-VTOL delivers rapid, GPS-marked High-Definition video and photogrammetric tactical mapping on demand, all managed through a fully autonomous flight control system and an intuitive ground control station. Its advanced situational awareness is enhanced by the ability to carry up to 8 kg of high-performance EO/IR payloads, making it a versatile tool for modern military and security operations.
IAI has been selected as the prime contractor for the Carmel program, a cutting-edge initiative aimed at enhancing Israel's defense capabilities through advanced technology and innovative systems. This program focuses on the development of next-generation armored vehicles that incorporate state-of-the-art training systems and simulators, ensuring that military personnel are equipped with the best tools for effective training and operational readiness. With IAI's expertise in defense technology, the Carmel program is set to revolutionize military operations and strengthen national security.
ADNAV is an advanced land navigation system developed by IAI, designed for autonomous operation with a quick alignment time of just 3-4 minutes. Utilizing state-of-the-art Fiber Optic Gyro (FOG) and Q-Flex accelerometers, ADNAV offers dynamic alignment while in motion through a sophisticated Kalman filter technique. This compact and lightweight hybrid navigation system integrates inertial navigation with GPS, providing high reliability and inertial error corrections via internal and external GPS updates. With a proven operational record, ADNAV is ideal for a variety of applications, including vehicles, armored personnel carriers, tanks, and autonomous vehicles. It meets stringent military standards (MIL-STD-810F and MIL-STD-461E) and features multiple communication interfaces, making it a versatile solution for modern navigation needs.
