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.
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 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.
The ELI-3315 Vessel Traffic Management System (VTMS) by IAI is designed for real-time maritime surveillance and control, addressing the challenges posed by high traffic in waterways and port entrances, particularly under adverse weather conditions such as rain and fog. This advanced system enhances safety for personnel, vessels, and equipment by offering a comprehensive real-time overview of vessel movements and interactions within the Vessel Traffic Service (VTS) area. As maritime traffic congestion continues to rise, the ELI-3315 VTMS meets the increasing demands of traffic control systems and port organizations, ensuring efficient and secure navigation in busy maritime environments.
The IAI ELK-1882T is a compact and lightweight tactical satellite communication terminal designed for on-the-move operations, ideal for independent special mission units requiring Beyond-Line-Of-Sight (BLOS) capabilities. This micro terminal features a Software Defined Radio (SDR) modem and a Ku-band phased array antenna utilizing Active Electronically Scanned Array (AESA) technology, allowing for electronic beam steering. Its design enables easy mounting on a soldier's backpack, ensuring seamless communication in dynamic environments. The ELK-1882T provides secure and reliable connectivity, making it an essential tool for modern military operations.
The IAI TacCell (ELK-1888) is a cutting-edge military communication equipment designed to empower ground forces with a fully autonomous, high-bandwidth, and secure cellular communication network. Engineered for rugged environments, this compact and modular system can be easily deployed from backpacks, vehicles, or aerial platforms, including UAVs and drones, ensuring comprehensive network coverage across diverse terrains. The TacCell facilitates secure and reliable communication for the rapid exchange of critical data in real time, supporting Internet of Military Things (IoMT) devices, handheld computers, weapon systems, and advanced sensors like radars and SIGINT. Featuring Network In a Box (NIB) nodes that function independently or as part of a decentralized CellMesh™ network, the system dynamically adjusts to operational conditions, providing a robust broadband solution without a single point of failure. Each user can seamlessly connect to any node, ensuring uninterrupted service and efficient handover capabilities.
MLM Division offers a comprehensive telemetry turnkey solution designed to meet all communication and testing needs, specializing in high-performance, cost-effective telemetry and communication products and systems. With a focus on advanced applications, MLM provides end-to-end solutions for critical projects such as the SHAVIT launcher for OFEQ satellites and the ARROW II and ARROW III anti-TBM defense systems, along with various naval, airborne, and ground-based systems. Leveraging extensive experience as both a developer and user of telemetry systems, MLM customizes solutions to fit each client's specific requirements. The company's commitment to research and development ensures that its telemetry and communication stations are utilized by leading defense and aerospace organizations worldwide for development, integration, and testing purposes, covering everything from individual components to complete turnkey multi-user/multi-stream systems.
The IAI ELTA RobDozer (ELA-6641) is a cutting-edge Autonomous Combat Engineering System designed to meet the demanding challenges of battlefield operations. This advanced combat bulldozer excels in breaching tasks, effectively clearing paths through rugged terrains and removing obstacles that hinder military maneuvers. Its versatility is enhanced by the ability to equip additional manipulators, allowing it to perform a variety of engineering missions such as constructing defenses, erecting barriers, and digging positions. With its autonomous navigation capabilities, the RobDozer operates safely in high-risk environments, reducing the danger to human crews while ensuring continuous operation even under fire. This robust armored vehicle is an essential asset for modern military operations, providing strategic advantages in shaping the battlefield.
The IAI ELTA RobARC (ELA-6631) is an advanced Autonomous IED & Route Clearance System designed to improve safety and operational efficiency in hazardous environments. This cutting-edge system features multiple payloads, including both passive and active IED detection sensors, a Remote-Controlled Weapon Station (RCWS), and a manipulator, enabling it to autonomously identify and clear improvised explosive devices (IEDs) from routes. A standout capability of the RobARC is its ability to detect both surface and underground explosive devices from stand-off ranges, providing essential protection for personnel by maintaining a safe distance from potential explosions. Upon detection of an IED, operators can choose from various response options, including removal, on-site neutralization, or bypassing the threat, allowing for adaptable strategies tailored to specific mission requirements. This integrated approach not only secures pathways for military and civilian movements but also significantly enhances overall mission success while prioritizing safety.
The IAI ELTA’s RoBattle (ELA-6681) is an advanced Autonomous Combat System engineered to significantly enhance military operational capabilities in complex environments. This innovative robotic solution combines high maneuverability with autonomous operation in challenging terrains, making it an invaluable asset for combat maneuvering units. RoBattle excels in Combat Intelligence, Surveillance, Target Acquisition & Reconnaissance (ISTAR) missions, delivering critical battlefield intelligence and improving situational awareness. It is versatile in executing strategic operations such as serving as an Advance Guard, setting ambushes, acting as a decoy, and ensuring convoy and force protection. By automating high-risk tasks, RoBattle empowers decision-makers to pursue bold strategies while minimizing risks to human soldiers, thereby preserving lives during intense combat scenarios.
