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 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 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.
The Guardium Border Patrol Robot by ELTA is a cutting-edge autonomous system designed for reconnaissance and surveillance of borders and critical facilities. With a rapid deployment capability of 1-1 minutes, it effectively hosts lethal and Intelligence, Surveillance, and Reconnaissance (ISR) payloads, including advanced radars, SIGINT, and electro-optical/infrared (EO/IR) sensors. This innovative robot detects intrusions and threats in real-time, ensuring swift target acquisition for effective mitigation. ELTA provides comprehensive turnkey solutions to enhance security operations and safeguard vital areas.
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) technology and Q-Flex accelerometers, it offers dynamic alignment while on the move through a Kalman filter technique. This compact and lightweight hybrid system integrates inertial navigation with GPS, ensuring high reliability and precision through internal and external error corrections. With a proven operational record and thousands of units deployed globally, ADNAV is ideal for various applications, including vehicles, armored personnel carriers, tanks, and autonomous vehicles. It operates under stringent military standards, featuring robust communication interfaces and environmental resilience.
Bana lütfen sadece 1 paragraflık İngilizce kısa urun profili yaz, link ya da url embed etme gosterme sadece text ıstıyorum, sadece profil olsun text olarak yani kopyalama ve yapıştırmaya yönelik olsun başka bir başlık ya da senin yorumunu istemiyorum işte bir paragraflık ürün profili diye: Veriler: Bana lütfen sadece 1 paragraflık İngilizce kısa urun profili yaz, link ya da url embed etme gosterme sadece text ıstıyorum, sadece profil olsun text olarak yani kopyalama ve yapıştırmaya yönelik olsun başka bir başlık ya da senin yorumunu istemiyorum işte bir paragraflık ürün profili diye: Veriler: www.iai.co.il /p/elm-2090u-ultra Higly Reliable Autonomous Long-Range UHF Detection 2-2 minutes IAI The operationally proven ELTA's ULTRA Early Warning and long-range search and track radars are a family of transportable land-based radar systems designed to autonomously detect and simultaneously track dozens of Ballistic Missiles (BMs), satellites and airborne targets at very long ranges. The radar operates under all weather conditions and in the presence of dense electromagnetic environments. The modular digital Active Electronic Steering Array (AESA) consists of thousands of transmit/receive modules and digital units which provide high redundancy, graceful degradation, high reliability and high availability. The modular design enables the construction of scalable radar configurations using multiple antenna building blocks (clusters) according to customer requirements. Technical Details Performance Single Cluster (C1) Detection range: Up to 500 km for Fighter A/C Target Azimuth coverage: 120° or 360° (Rotating Mode) Elevation coverage: Up to 70° 6 or 22 Clusters (C6 or C22) Detection range: Extended range Azimuth coverage: 120° or 320° (Slewing Mode) Elevation coverage: Up to 70° Autonomous very long-range detection and acquisition of targets with low Radar Cross Section (RCS) Advance Electronic
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 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 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.
The ELI-6063 is an advanced tactical, mobile, and modular ground-based integrated electronic warfare (EW) system developed by ELTA for both communication and non-communication signal intelligence (SIGINT) operations. This cutting-edge system is designed to detect, monitor, analyze, locate, record, and jam enemy communications and radar signals. It provides a continuous real-time flow of communications intelligence (COMINT) and electronic intelligence (ELINT) data to support units in the field. The SIGINT data is utilized by the system's Command and Control Centers to effectively direct jamming operations against selected targets. With its comprehensive capabilities, the ELI-6063 offers vital close support to tactical forces while ensuring relevant intelligence reaches higher military echelons for strategic decision-making. The system includes various components such as Operator Stations, Permission Preparation Stations, Post-Mission Analysis Stations, Signal Interception and Direction Finding Stations, and Jamming Stations, all seamlessly integrated for optimal performance.
The IAI ELTA ELM-2226 ACSR is a cutting-edge Coastal Surveillance Radar system designed for optimal detection of various surface targets, even in harsh maritime conditions. This third-generation radar is digital, solid-state, compact, and cost-effective, ensuring user-friendliness with minimal operator workload. It offers continuous, gap-free automatic detection and tracking capabilities, delivering reliable tactical situation displays. The ELM-2226 can be configured for either fixed or mobile deployment and includes three radar types: short-range, medium-range, and long-range, making it a versatile solution for coastal surveillance and vessel traffic services (VTS).
