The MARS II / MLRS Evolution is a state-of-the-art Medium Artillery Rocket System that combines exceptional precision with extended range capabilities. Developed through collaboration among Germany, France, the United Kingdom, the USA, and Italy, this advanced artillery system is an evolution of the original MLRS introduced in the early 1980s. Featuring a robust high-torque engine delivering 368 kW, the MARS II boasts high mobility and an integrated battle-proven chassis. The system is designed for rapid deployment, capable of firing 12 unguided 230mm rockets in approximately 60 seconds. The upgraded version includes electric laying drives for quicker positioning and is equipped with the European Fire Control System (EFCS) to facilitate the launch of guided missiles (GMLRS), making it a formidable asset on the battlefield.
The IAI ELK-1891 is an advanced training system designed to enhance the skills of military personnel through realistic simulation environments. This cutting-edge simulator incorporates state-of-the-art technology to provide immersive training experiences that replicate real-world scenarios, ensuring users are well-prepared for various operational challenges. With its user-friendly interface and customizable features, the ELK-1891 supports a wide range of training programs, making it an essential tool for defense organizations looking to improve their tactical readiness and operational effectiveness.
The IAI ELTA ELK-1882T Wideband SATCOM Datalink is a cutting-edge SATCOM-on-the-move (SOTM) system that facilitates bi-directional wideband communication for airborne, maritime, and ground vehicular platforms. Engineered for military, security, and commercial applications, this high-capacity data link is particularly adept for special mission platforms, including reconnaissance aircraft, maritime patrol aircraft, and Airborne Early Warning & Control Systems (AEW&C). Its robust design ensures reliable connectivity in dynamic environments, making it an essential tool for modern operations requiring real-time data transmission and enhanced situational awareness.
The IAI NC² SATCOM Network Terminal (ELK-1882T) is an advanced Underwater Tactical Communication System designed for submarines, offering secure and reliable Beyond-Line-Of-Sight (BLOS) voice, video, and data communications. Utilizing geostationary or Low Earth Orbit (LEO) satellites and operating in the Ku band, this system supports both point-to-point and network configurations. It features high-performance antennas, including a high-gain parabolic option and an Active Electronically Scanned Array (AESA) antenna with electronic beam steering, all while maintaining a reduced Size, Weight, and Power (SWaP) profile. The innovative design allows for installation within the submarine's optronic mast, enhancing stealth capabilities during covert operations. Housed in a robust radome capable of withstanding high underwater pressure, the ELK-1882T is part of ELTA's proven range of naval communication solutions, backed by decades of successful operational service.
TECSAR is an advanced radar observation satellite developed by IAI, designed to provide modern armed forces with critical situational awareness on the battlefield. Utilizing Synthetic Aperture Radar (SAR) technology, TECSAR delivers high-resolution imagery regardless of weather conditions, time of day, or visibility challenges such as clouds, smoke, and darkness. This capability allows for continuous monitoring of troop movements, vehicle deployments, and potential threats, offering commanders a comprehensive view that traditional optical imagery cannot match. By penetrating debris and vegetation cover, TECSAR reveals hidden details, making it an invaluable asset for strategic planning and operational effectiveness in complex environments.
The EHUD AACMI (Autonomous Air Combat Maneuvering Instrumentation) is an innovative real-time air combat training system designed for fighter aircraft pilots, enhancing debriefing and safety protocols. This advanced system facilitates live training with capabilities such as simulated armament firing, real-time hit and miss assessments, and comprehensive debriefing features. EHUD supports both air-to-air and air-to-ground training through weapon simulations and boasts a robust safety suite driven by sophisticated algorithms, backed by extensive testing across 20 different combat aircraft. Its modular design allows interoperability with various platforms, including helicopters and naval systems, ensuring seamless joint battlespace integration. By utilizing commercial off-the-shelf software and minimizing certification requirements, EHUD achieves high reliability and operational flexibility while maintaining a low life cycle cost (LCC). The system is compatible with AIM-9L, R73, SEMAC, and Hellfire enclosures, making it adaptable for diverse military applications.
The IAI Skimmer Naval Helicopter Upgrade Package is a comprehensive solution designed to enhance the capabilities of naval helicopters for future missions. This modular upgrade can be customized to meet the specific requirements of various manufacturers and operators, integrating advanced mission systems, sensors, and avionics such as radar, electronic warfare support measures (ESM), electro-optic payloads, and communication intelligence (COMINT). The Skimmer is adept at addressing critical naval operations including anti-submarine warfare (ASW), anti-surface warfare (ASuW), coastguard protection, special operations, and amphibious assaults. Leveraging IAI's extensive experience in helicopter engineering and system integration, the upgrade ensures seamless installation on a diverse range of platforms, whether new or used, with input from expert pilots experienced in naval missions.
The Maritime Heron Unmanned Aerial System (UAS) by IAI is a cutting-edge surveillance solution designed to address the intricate challenges of maritime operations. With its origins rooted in the proven Heron Medium Altitude Long Endurance (MALE) platform, this system delivers persistent surveillance capabilities essential for national security and maritime response. It excels in monitoring vital shipping lanes, conducting search and rescue missions, and safeguarding sovereign waters. Developed in collaboration with Israeli and international naval forces, the Maritime Heron features an integrated system that encompasses advanced avionics, a variety of mission payloads—including Maritime Patrol Radar (MPR), Automatic Identification System (AIS), Electro Optics (EO), Electronic Support Measures (ESM), and robust communication tools—ensuring comprehensive coverage and rapid response to maritime incidents.
The LAHAT (Laser Homing Attack Missile) is an affordable anti-tank guided missile (ATGM) developed by IAI, designed to deliver exceptional precision with a circular error probable (CEP) of less than 1 meter. This versatile missile system offers unparalleled operational flexibility, allowing for deployment from air, land, or sea platforms, ensuring that it can be effectively utilized across various combat scenarios. With a range of up to 10 kilometers, LAHAT enables forces to engage targets from a safe distance, minimizing their exposure to enemy fire. Training for personnel can be completed within one week, ensuring rapid operational readiness. Utilizing laser homing technology, the missile follows a laser spot designated by UAVs, helicopters, drones, or optical systems, making it a highly effective solution for modern battlefield challenges.
The Mini Harpy is a cutting-edge loitering weapon designed to enhance the operational capabilities of tactical forces. Weighing 50 kg, it boasts an impressive endurance of up to one hour and can engage targets at a range of 100 km. Equipped with a 7 kg warhead, the Mini Harpy features dual electro-optical/infrared and anti-radiation seekers, allowing it to effectively identify and strike both emitting and non-emitting targets from any direction and angle. Its canister launch capability from ground or naval platforms, combined with options for man-in-the-loop or fully autonomous operation, ensures versatility in various combat scenarios. The system is engineered for mission execution even in adverse weather conditions, offering silent operation through electrical propulsion and the ability to perform suppression or destruction missions against enemy air defenses, including abort and re-attack capabilities.
The UAS Mission Trainer (UMT) is a state-of-the-art, high-fidelity mission training system designed to replace costly training flight hours with a highly effective simulation experience. Developed as part of the UAS academy, the UMT caters to the increasing need for advanced training tools that accommodate the complexity and diversity of Unmanned Aerial Systems (UAS) missions while significantly lowering overall training expenses. It serves all UAS operational personnel—including pilots, payload operators, and external pilots—across various training stages, offering capabilities for individual, team, and multi-team training. The system features an Instructor Operating Station (IOS) that is separate from the trainees' area to enhance realism and flexibility, along with integrated operational components that simulate real-world avionics. Its modular architecture allows for easy upgrades and replacements, ensuring compatibility with embedded standards like HLA and STANAG 4586 for multi-training scenarios and seamless integration with operational UAS elements.
IAI's UAS Training for Platform Operators offers a cutting-edge solution for the efficient training of unmanned aircraft system (UAS) operators. With over 70 years of expertise in the industry, IAI provides high-fidelity, cost-effective simulation programs specifically designed for military applications and operational users worldwide. These advanced simulators allow trainees to certify for UAS operation without the need for actual flight, accurately replicating IAI's unmanned aerial systems in various scenarios, including routine flights and combat missions. This innovative approach enables instructors and trainees to practice high-risk maneuvers safely, ensuring that operators, payload operators, and mission commanders develop the essential skills required for effective UAS management across all proficiency levels.
The HoverMast 100 is an advanced, lightweight reconnaissance system designed for a variety of applications, including military and civilian use. With a quick deployment time of just 1-1.5 minutes, it provides real-time aerial surveillance and situational awareness, making it an essential tool for ground forces and security operations. The system is equipped with high-resolution cameras and sensors, allowing operators to capture detailed imagery and data from the air. Its compact design ensures ease of transport and setup, while its robust performance in diverse environments enhances operational effectiveness. The HoverMast 100 represents a significant advancement in portable aerial technology, offering users unparalleled capabilities in monitoring and reconnaissance.
Blue Spear is an advanced 5th generation Surface to Surface Missile (SSM) designed for long-range precision strikes against both ship and land targets under complex conditions and all weather scenarios. Featuring a jet-propelled engine and a highly explosive, insensitive warhead, it boasts an impressive range of 290 km and operates at a sub-sonic speed of 0.85 Mach. The missile utilizes Fire and Forget (FAF) and Fire and Update (FAU) modes, ensuring high impact over the horizon. Its low sea-skimming capability enhances survivability, while state-of-the-art data link technologies enable multiple way-point routing and complex trajectories, allowing Blue Spear to effectively penetrate layered and point defenses.
The LORA is a cutting-edge Long-Range Artillery Weapon System designed for precision strikes against strategic targets deep within enemy territory. With an impressive range of 90 to 430 km, this all-weather surface-to-surface missile can be launched from mobile or maritime platforms, ensuring versatility in various combat scenarios. The LORA features a high explosive warhead that delivers remarkable accuracy, boasting a circular error probable (CEP) of just 10 meters across its entire range. It can be deployed within minutes from unprepared positions, allowing for rapid response to emerging threats. The missile's advanced design includes a shaped trajectory flight mode and solid-state electronics, ensuring reliability and low maintenance costs. Weighing 1600 kg and measuring 5.2 meters in length, the LORA is an effective solution for neutralizing fixed or transportable targets, including critical infrastructure assets, with minimal delay from the launch decision.
