The LORA is a cutting-edge Long-Range Artillery Weapon System designed for precision strikes against strategic targets deep within enemy territory. This all-weather surface-to-surface missile boasts a remarkable range of 90 to 430 km and can be launched within minutes from unprepared positions, ensuring rapid response capabilities. With a high explosive warhead and a circular error probable (CEP) of just 10 meters, the LORA delivers exceptional accuracy against various targets, including fixed infrastructure and mobile units. Its unique shaped trajectory flight mode enhances its effectiveness, while the sealed canister storage minimizes maintenance costs. Weighing 1600 kg and measuring 5.2 meters in length, the LORA is equipped with reliable solid rocket motor technology and all-electric drives, making it a formidable asset for modern military operations.
The TopGun Precision Guiding Kit is an innovative solution that transforms standard 155 mm artillery ammunition into precision-guided munitions without significant changes to existing firing procedures. Utilizing a guidance-integrated fuse, TopGun achieves remarkable accuracy with a circular error probable (CEP) of less than 20 meters at any range, enhancing the effectiveness of artillery in low-intensity conflicts. This GPS-based system not only revives the relevance of traditional artillery by enabling engagement of new target types but also offers a cost-effective upgrade to current inventories. With high divert capability and reduced ammunition requirements for fire missions, TopGun represents a significant advancement in artillery technology, making it an essential tool for modern military operations.
The IAI ELTA's ELI-3312 Multi-Mission Multi Sensor Suite (M3S2) is a cutting-edge situational awareness and target acquisition system tailored for tracked and wheeled vehicles. This advanced system significantly enhances weapon systems by integrating compact tactical sensors, including staring radars, muzzle flash detectors, electro-optical, and acoustic sensors, all coordinated through a central signal processing unit (CU). The CU employs sophisticated algorithms to process sensor data, delivering verified target information to operators for swift decision-making via an intuitive Man Machine Interface. By seamlessly linking with the Fire Control System, the ELI-3312 M3S2 effectively completes the sensor-to-shooter cycle, adeptly managing both ground and aerial threats while its modular design ensures straightforward installation and adaptability in various operational environments.
The ELM-2026B Very Short Range Air Defense Radar (VSHORAD) by IAI ELTA is an advanced X-Band radar system designed for the detection and tracking of various airborne threats, including low radar cross-section (RCS) and low-flying targets such as fighter jets, ultra-light aircraft, and UAVs. Utilizing fifth-generation 3D Tactical Air Defense Radar technology, this lightweight and transportable system features a solid-state electronically scanned array with pulse-Doppler capabilities. The ELM-2026B offers multi-beam elevation coverage through Digital Beam Forming (DBF) and provides 360° azimuth coverage via antenna rotation, ensuring precise measurements of target velocity, range, and angles. This radar system can be deployed as a local air defense solution, delivering early warning and target tracking to surface-to-air missile systems, with installation options available for both fixed and mobile configurations.
The SCHILKA mobile air defense fire control system is specifically designed to protect exposed ground forces and armored vehicles from aerial threats. Featuring a modern fire control computer, the SCHILKA utilizes advanced 3rd generation electro-optical systems, phased array 3D tracking radar, and a precise navigation system to provide comprehensive 360-degree coverage against air attacks, both day and night. Its solid-state, hydraulically controlled turret is equipped with anti-aircraft guns and short-range air defense missiles, allowing it to effectively engage a wide range of flying targets at varying distances. With its combination of high effectiveness and cost-efficiency, the SCHILKA system ensures pinpoint accuracy in hitting moving targets, making it an essential asset for modern military operations.
The Mini ADA is a state-of-the-art anti-jam GNSS system developed by IAI, designed to provide reliable positioning, navigation, and timing (PNT) for tactical platforms. With its compact single-enclosure design, the Mini ADA is engineered to withstand harsh environmental conditions typical of ground operations, including main battle tanks and infantry fighting vehicles. Leveraging over 20 years of expertise in GNSS and anti-jamming technologies, IAI offers an end-to-end solution that features advanced testing and simulation capabilities, ensuring the highest level of jamming resistance. This innovative system supports integration with various receivers and navigation systems, making it an essential tool for modern military applications that demand uninterrupted GNSS availability.
The IAI ELTA ELI-3375 Counter-IED and Counter Mine Suite (CIMS) is a state-of-the-art integrated protection system designed for the detection of both surface and underground improvised explosive devices (IEDs), mines, and roadside bombs. This advanced suite supports a diverse array of sensors and sub-systems, ensuring comprehensive coverage against various IED threats that a single sensor might miss. The system features a user-friendly central processing and management interface, allowing operators to effectively manage and integrate multiple detection technologies to enhance situational awareness and operational effectiveness in complex environments.
The AMMAD MK2 Actuating Device, developed by IAI, is an advanced solution for safely neutralizing land-based magnetically-fused mines. This innovative system generates a magnetic field that precedes a vehicle at a safe distance of 5 to 16 feet, effectively triggering mines before the vehicle approaches. Designed to counteract active, passive, and dual-mode mines, the AMMAD MK2 offers an end-to-end solution for explosive threats. Its open architecture allows for continuous upgrades to adapt to evolving threats, and it can be integrated with various detection and dislodging systems such as Ground Penetrating Radar and metal detectors. Weighing approximately 200 kg, including a tailored mounting adaptor, the AMMAD MK2 can be installed on nearly any motor vehicle, enhancing operational safety and effectiveness in mine-affected areas.
The ELTA Track Width Mine Plow (TWMP) is a versatile and modular system engineered to enhance the operational capabilities of Main Battle Tanks, including the US M1, M69, M48, German Leopard 1 and 2, British Centurion, French AMX-30, and all generations of the Israeli Merkava. This innovative solution requires no external engineering support for deployment, raising, or stowing, allowing for quick and efficient operation in the field. The TWMP can function independently as a purely mechanical mine plow or be integrated with active and passive electronic systems for enhanced performance, making it an essential asset for modern armored warfare.
The ELM-2135 StormGuard Vehicle Radar System is an advanced multi-mission radar designed by IAI ELTA to enhance situational awareness for combat vehicles in modern battlefield scenarios. Operating in X-Band, this compact system provides 360° surveillance capabilities, effectively detecting simultaneous threats such as anti-tank guided missiles, rockets, drones, and UAVs from various directions and distances, regardless of day or night and under all weather conditions. StormGuard offers vehicle crews a coherent Situational Awareness Picture (SAP) and can operate continuously or be activated by passive threat detection through the ELO-5220 EO sensor. Additionally, it seamlessly interfaces with onboard weapon systems, including Remote Weapon Stations, to improve operational response and safety for military personnel.
The HARPY is an advanced autonomous weapon system that combines the capabilities of a UAV and a missile, offering unmatched operational flexibility. Designed for the suppression and destruction of enemy air defenses (SEAD/DEAD), it can be launched without prior intelligence on target locations, making it a strategic asset for armed forces facing anti-access/area denial (A2AD) systems. HARPY is deployable from ground-based or naval canisters and is capable of long-range missions, providing a safe corridor through enemy airspace. With its Anti-Radiation (AR) seeker, it autonomously identifies and strikes high-value emitting targets, operating effectively in deep strike missions for up to 9 hours under any weather conditions and in GNSS-denied environments. HARPY excels in locating and engaging targets from various angles, ensuring precision and effectiveness in complex battlefields.
The LAHAT (Laser Homing Attack Missile) is an advanced and affordable anti-tank guided missile (ATGM) developed by IAI, designed for precision lethality with a remarkable hit accuracy of less than 1 meter (CEP). This versatile missile can be launched from air, land, or sea platforms, providing unparalleled operational flexibility for military forces. With a range of up to 10 kilometers, LAHAT allows troops to engage targets from a safe distance, minimizing their exposure in combat scenarios. The missile utilizes laser homing technology, following a laser spot designated by various platforms such as UAVs, helicopters, or optical posts, enabling quick and effective strikes while ensuring rapid withdrawal from the combat zone. Training personnel for LAHAT operations takes less than a week, making it an efficient addition to any military arsenal.
The ThunderBullet (ELO-5220p) is a cutting-edge Gunfire Detection System (GDS) designed to enhance battlefield situational awareness for military units. This advanced system utilizes a combination of SWIR Electro-Optics and acoustic sensors to provide instantaneous detection, geo-location, and alerts for various types of fire, including small arms, snipers, machine guns, and RPGs. ThunderBullet excels in accuracy and reliability, boasting low false alarm rates and the ability to operate effectively in challenging environments, such as urban settings with dense echoes. By integrating two sensor technologies, it shortens the sensor-to-shooter cycle and can automate responses for remote-controlled weapon systems (RCWS), making it an essential tool for ensuring the survival and success of combat units in high-stakes scenarios.
The ELO-5220 OTHELLO Hostile Fire Detection System by IAI ELTA is a cutting-edge solution designed to enhance situational awareness for combat units, crucial for survival and mission success. This combat-proven system swiftly and accurately identifies the source of direct fire, including gunshots, rockets, and Anti-Tank Guided Missiles (ATGM), operating silently and passively with advanced Short Wave Infrared (SWIR) and daylight (CMOS) sensors. The OTHELLO system instantly detects muzzle flashes and rocket launches, calculating the direction of fire with high angular precision while maintaining a high probability of detection (PD) and a low false alarm rate (FAR). Its compact design allows for various configurations, enabling integration with both wheeled and tracked vehicle platforms as well as weapon systems, such as Remote-Controlled Weapon Stations (RCWS). The system can be deployed independently or in conjunction with radar and self-protection systems, tailored to meet specific operational and performance requirements.
The IAI RES-Q-CELL (ELI-8950) is an advanced autonomous emergency cellular coverage system designed for search and rescue operations in challenging environments. This innovative geo-location system enables teams to swiftly and accurately locate survivors of natural disasters, terrorist attacks, and combat situations, providing 3D geo-location of cellular phones regardless of the local cellular network's status. Its rapid deployment capabilities and user-friendly operation from a safe distance make it ideal for use in heavily damaged urban areas or open spaces affected by severe weather events like hurricanes and floods. The RES-Q-CELL can be mounted on small aerial platforms, including commercial drones and vehicles, and has been successfully utilized by clients globally, demonstrating its reliability and effectiveness in critical situations.
