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.
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.
IAI's Land MiniPOP is an advanced 8-inch payload designed for day/night observation systems, specifically tailored for military land forces and para-military applications. Built to endure harsh environmental conditions such as shock, vibration, and extreme temperatures, the Land MiniPOP delivers real-time imaging and automatic video tracking, enhancing situational awareness in modern battlefields. This dual-axis, gyro-stabilized payload features a single Line Replaceable Unit (LRU) and an open architecture design that accommodates up to four sensors. Its basic configuration includes a continuous zoom color day camera, making it ideal for precise target geo-location and effective threat detection in asymmetrical combat scenarios.
The ELM-2135 StormGuard Vehicle Radar System is an advanced solution designed to enhance the safety of combat vehicles and their crews on the modern battlefield. With the increasing threats from anti-tank guided missiles, rockets, drones, and UAVs, IAI ELTA has developed this unique sensor that detects multiple simultaneous threats from various directions and distances. Operating in the X-Band, StormGuard offers 360° surveillance capabilities, ensuring effective monitoring day and night, regardless of weather conditions. The system delivers a coherent Situational Awareness Picture (SAP) to vehicle crews and can function continuously or be activated by passive threat detection through the ELO-5220 EO sensor. Additionally, StormGuard seamlessly interfaces with onboard weapons systems, including Remote Weapon Stations, to enhance defensive operations.
The ELI-3310 by IAI ELTA is a cutting-edge coastal surveillance radar system designed for round-the-clock, all-weather operation, providing a comprehensive solution for the protection of homeland coastal areas. This advanced system integrates state-of-the-art technologies to ensure optimal surveillance capabilities even in extreme weather conditions. It features both fixed and mobile coastal stations that can be operated locally or remotely, alongside a sophisticated Command and Control Center (C3). The C3 consolidates data from various sensors to generate a detailed situational awareness picture of the naval environment, enabling timely detection and response to potential threats.
The IAI ELTA ELI-3320 Port Guard Diver Detection System offers comprehensive all-weather perimeter protection for sites partially or completely surrounded by water, effectively safeguarding against threats from both sea and ground. This advanced system utilizes sophisticated sensors to detect, locate, track, and classify various surface and sub-surface targets, including vessels, boats, divers, vehicles, and pedestrians. The information is relayed to a Command & Control Center (CCC), which generates a complete situational awareness picture of the area. In the event of a detected threat, an alert report is promptly sent to security units for immediate preventive action. With its open architecture design, the ELI-3320 is flexible and modular, allowing for tailored solutions based on specific site and protection needs.
The REX MK II (ELA-6601) is an advanced Unmanned Infantry Combat Support System designed to enhance infantry operations in complex combat environments. This versatile robotic combat vehicle excels in multiple missions, providing tactical logistical support by delivering supplies directly to the frontline, conducting Intelligence, Surveillance, and Reconnaissance (ISR) operations to gather vital battlefield information, and performing various military applications. Equipped with lethal weapons systems for target acquisition, the REX MK II also supports battlefield medical operations by evacuating wounded personnel, significantly improving survival rates. With a payload capacity of up to 1.25 tons and a hybrid electric system that allows for a silent mode range of approximately 70 km out of a total range of 300 km, this vehicle is engineered for high maneuverability across diverse terrains and weather conditions. It can be easily transported by aircraft such as the MV-22 or CH-47F, making it an invaluable asset for modern military forces.
The TRF is a compact, lightweight, and cost-effective Inertial Measurement Unit (IMU) designed for control, stabilization, and guidance applications. Utilizing advanced Fiber Optic Gyro (FOG) technology alongside Q-Flex or MEMS accelerometer technologies, the TRF delivers high reliability and proven accuracy across various systems. With tactical grade performance, it is ideal for land and maritime applications including guided weapons, unmanned air vehicles, optronic system stabilization, and naval antenna stabilization. The unit operates under stringent environmental conditions as per MIL-STD-810F and MIL-STD-461E standards, with a power requirement of 12 W max and operational temperature range of -40°C to +71°C. Its dimensions are Ø98mm with a height of 54mm, weighing only 0.43 kg, making it a versatile choice for smart munitions and more.
The IAI ELS-8994 StarLight is a cutting-edge cloud-based Multi-INT analysis system designed to empower commanders, warfighters, and intelligence analysts with advanced decision support tools. This innovative system efficiently transforms vast amounts of unstructured data from diverse ISR sensors into actionable intelligence and insights. Its sensor-agnostic architecture allows seamless integration with various data sources, including SAR/GMTI radars, SIGINT, EO/IR, Video, and Wide-Area Motion Imagery (WAMI). With a focus on secure access and cyber protection, StarLight features a modular suite of smart operational applications that leverage Machine Learning and AI to enhance situational awareness, deliver mission-critical alerts, and conduct predictive analytics on time-sensitive targets. Tailored to meet specific customer needs, the system's capabilities ensure agile scalability and effective man-machine collaboration for optimal operational efficiency.
The IAI RICent HLS Tactical System is a cutting-edge, multi-disciplinary intelligence platform designed to enhance geospatial awareness for real-time intelligence operations. It delivers critical situational awareness by providing commanders, operators, field agents, and first responders with a comprehensive picture of potential threats across various domains, including law enforcement, critical infrastructure protection, mega-event security, border security, and disaster management. Leveraging an open architecture and extensive connectivity to diverse surveillance systems and data sources, RICent HLS ensures persistent real-time monitoring of entities of interest and anomalies. Key benefits include immediate access to decision-grade intelligence derived from video surveillance, radar systems, signals intelligence, and cyber sources; the ability to correlate real-time data with organizational knowledge; centralized control of multiple surveillance assets; and efficient dissemination of actionable alerts to support operational effectiveness.
The ELS-8994 RICent Imagery Intelligence System by ELTA is a state-of-the-art solution designed for comprehensive Intelligence, Surveillance, and Reconnaissance (ISR) operations. This modular, end-to-end system facilitates real-time imagery acquisition and dissemination, integrating data from a wide array of sensors including Electro-Optics (E/O), Infra-Red (IR), Video, Synthetic Aperture Radar (SAR), and Ground Moving Target Indication (GMTI). Key features include automatic imagery geo-referencing and geo-indexing, IMINT data fusion and interpretation, multi-sensor support, and real-time spatial data archiving and retrieval. With capabilities for on-the-fly mosaic creation and dynamic 3D display, the RICent serves as a robust foundation for an integrated geo-intelligence system, ensuring high-quality image intelligence material for mission-critical applications.
The IAI ELTA ELI-3350 Multi-Sensor Command & Control System (MSISS) is a cutting-edge solution engineered to enhance operational effectiveness across diverse scenarios. This advanced system provides comprehensive Command, Control, Communication, Computers, Intelligence, Surveillance, and Reconnaissance (C4ISR) capabilities for joint forces, facilitating the seamless operation of C4ISR centers. With its sophisticated decision-support tools tailored for multi-level command structures, the ELI-3350 MSISS delivers real-time Situation Awareness Pictures (SAP) and mission tasking recommendations. It efficiently integrates data from a wide array of airborne, ground, surface, and sub-surface surveillance sensors, ensuring thorough monitoring of all areas of interest and enhancing situational awareness in complex operational environments.
