The IAI ELTA ELK-7065 is a cutting-edge compact HF COMINT and 3D Geolocation system that delivers real-time, high-precision location of HF transmitters. Engineered for installation on various airborne platforms, including mission aircraft and UAVs, the ELK-7065 excels in the challenging electromagnetic environment of the HF band. This advanced system effectively tags and identifies signal characteristics across multiple dimensions, incorporating parameters such as power, center frequency, modulation, geo-location, and polarization. These capabilities facilitate rapid labeling of received signals and ensure reliable Electronic Order of Battle (EOB) generation, making it an essential tool for modern intelligence operations.
The IAI ELK-7029 is a compact and cost-effective VHF/UHF direction finder (DF) that utilizes interferometer technology to deliver accurate and reliable performance for airport and harbor traffic management. This advanced DF system features a single broadband antenna stack operating within the 100 MHz - 400 MHz range, along with a commercial off-the-shelf (COTS) PC that integrates wideband in-house receivers and sophisticated Digital Signal Processors (DSPs). Leveraging decades of expertise from ELTA in Communication Intelligence (COMINT) Direction Finders, the ELK-7029 employs advanced algorithms to ensure precise location tracking of transmission sources through automatic triangulation when multiple synchronized DF systems are deployed.
The IAI ELTA ELK-7071 is a state-of-the-art V/UHF Communication Intelligence (COMINT) and Direction Finding (DF) system designed to intercept, analyze, identify, locate, and monitor communication networks and datalinks in complex environments. This advanced system generates a real-time, detailed Electronic Order of Battle (EOB) by utilizing a unified Multi Channel COMINT Sensor (MCCS) that can be tailored to meet specific customer needs and deployed on various platforms, including airborne, shipborne, or vehicular systems. With an emphasis on reducing Size, Weight, and Power (SWaP), the ELK-7071 ensures high reliability through built-in redundancy and features easy configurability and upgradability. The MCCS effectively performs all essential COMINT functions, including Direction Finding and monitoring capabilities.
The Mini Harop is a tactical loitering munition drone designed for small ground units and special operations forces, offering enhanced situational awareness and firepower in a compact form. This low-cost system can be stored and launched from a sealed canister, allowing for the transport of 12-16 units on a small vehicle. Operated via a tablet-sized control panel with a tactical low-power data link, the Mini Harop features a high-quality day/night electro-optical guidance system capable of visual intelligence collection up to 50 km away. Powered by a silent electric motor, it boasts a loitering time of two hours and can accurately engage operator-designated targets with a nearly 3 kg warhead, achieving better than 1 meter circular error probability (CEP). Additionally, it includes an "abort and go around" capability to minimize collateral damage, and if no target is identified, the Mini Harop can be recovered and reused, significantly reducing mission costs.
The ROTEM Tactical Drone is a cutting-edge, man-portable VTOL loitering munition designed for modern battlefield operations. Weighing only 6.7 kg, it excels in complex urban environments, allowing tactical forces to engage moving targets with precision while minimizing collateral damage. With a range of 10 km, ROTEM can be deployed quickly from its backpack and is ready for flight within minutes. Controlled via a tablet, it can loiter for up to 30 minutes, autonomously tracking targets while giving the operator the ability to abort the mission at any moment. Equipped with two fragmentation grenades that can be detonated on impact or by proximity, ROTEM can be remotely disarmed and reused after battery swaps, making it a versatile asset for diverse terrain settings.
HAROP is an advanced loitering munition system that combines the capabilities of a UAV and a missile, designed to effectively hunt high-value targets such as unmanned surface vessels, command posts, supply depots, tanks, and air defense systems. With a remarkable endurance of up to 9 hours, HAROP utilizes an electro-optic seeker to autonomously seek, locate, and identify targets within a designated area before planning and executing an attack from various angles. Its robust design allows it to operate effectively even in challenging environments, overcoming GNSS jamming issues. This guided weapon system is remotely supervised by human operators who can abort missions if necessary. HAROP can be launched from canisters mounted on trucks or naval vessels, ensuring versatile deployment across diverse terrains.
The Mini Harpy is a cutting-edge loitering weapon designed to provide tactical forces with enhanced operational capabilities. Weighing 50 kg, it boasts an impressive endurance of up to 1 hour and an operational range of 100 km, making it ideal for modern warfare scenarios. Equipped with a 7 kg warhead, the Mini Harpy can engage both emitting and non-emitting targets from any angle, offering significant tactical advantages. Its dual EO/IR and anti-radiation seeker ensure high precision, while the canister launch capability from ground or naval platforms adds versatility. The system supports both man-in-the-loop (MITL) and fully autonomous operations, allowing for effective mission execution even in adverse weather conditions. With features like battle damage assessment (BDA), abort and re-attack capability, and silent operation using electrical propulsion, the Mini Harpy is a formidable asset for suppression and destruction of enemy air defense missions.
The ROTEM ALPHA is a cutting-edge VTOL (Vertical Take-off and Landing) loitering munition designed for modern combat scenarios, particularly effective against armored vehicles and fortified structures in complex environments. Weighing just 17 kg and equipped with a 2.5 kg warhead, it offers both fragmentation and shaped-charge capabilities with selectable detonation modes for optimal target engagement. With an impressive operational range that allows it to loiter for up to 60 minutes while covering distances of tens of kilometers, the ROTEM ALPHA is engineered for high endurance missions. It features advanced electro-optical sensors and automatic target tracking, ensuring precise strikes even in low-visibility conditions. Additionally, this tactical system is easily deployable from backpacks, can be rapidly assembled, and is retrievable for battery swaps, making it a versatile asset for ground and maritime operations.
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.
The Tactical POPSTAR is an advanced electro-optical passive radar system designed to enhance situational awareness on the modern battlefield. With a fully passive operation, it provides 24/7 surveillance capabilities, enabling automatic drone detection up to 4 kilometers away, and operates effectively in both day and night conditions. Featuring a panoramic coverage of 60x10 degrees in ultra-high resolution, the system supports live video streaming and recording, along with sophisticated features such as Video Motion Detection (VMD) and Automatic Target Recognition (ATR). Its gimbaled pan and tilt rotation allows for precise tracking and easy integration with interception systems. The Tactical POPSTAR is ideal for securing borders, sensitive sites, and critical infrastructures, offering a reliable solution for real-time threat assessment without disclosing the sensor's position or interfering with surrounding equipment.
The IAI MicroWAMI (ELS-8995) is a cutting-edge Persistent Surveillance System that provides high-resolution Wide Area Motion Imagery (WAMI) for military, security, law enforcement, and emergency response applications. Weighing less than 1 kg, this lightweight solution operates effectively in both day and night conditions using Long-Wave Infrared (LWIR) technology. The MicroWAMI system captures real-time images through a step-and-stare method, creating a continuously updated mosaic that covers extensive geographic areas. Its onboard computer features an advanced anomaly detection engine and video analytics tools, allowing operators to monitor multiple targets while concentrating on objects of interest. Designed for easy installation on small tactical platforms such as drones and UAVs, the MicroWAMI is a highly cost-effective solution that minimizes power consumption and can be operational within minutes.
The IAI ELTA ELK-7065 is a cutting-edge compact HF COMINT and 3D Geolocation system designed for high-precision location tracking of HF transmitters. This advanced system is optimized for installation on various airborne platforms, including mission aircraft and UAVs, ensuring reliable operation even in the challenging electromagnetic environments typical of the HF band. The ELK-7065 excels in tagging and identifying signal characteristics across multiple dimensions, utilizing parameters such as power, center frequency, modulation, geo-location, and polarization. These capabilities facilitate rapid labeling of received signals and the generation of accurate Electronic Order of Battle (EOB) data, making it an essential tool for modern intelligence operations.
IAI's Land MiniPOP is a cutting-edge, 8-inch payload designed for day/night observation systems, specifically tailored for military land forces and paramilitary applications. It excels in challenging environmental conditions, including shock, vibration, and extreme temperatures, making it ideal for modern battlefield scenarios. The Land MiniPOP offers real-time imaging, automatic video tracking, and precise target geo-location capabilities, enhancing situational awareness and intelligence for ground forces and special operations. Its dual-axis, gyro-stabilized design allows for versatile use as a gunner sight, commander sight, or observation vehicle. The system's open architecture supports up to four sensors, with the basic configuration featuring a continuous zoom color day camera, ensuring effective detection of time-critical and elusive threats in asymmetrical warfare environments.
BlueDome™ is an advanced Tactical Identification System designed for Blue-Force Tracking (BFT), enabling rapid identification of friendly forces on the battlefield. This innovative system enhances combat efficiency and significantly reduces the risk of fratricide by allowing ground forces, particularly Special Forces and Strike Brigades, to quickly ascertain the location of allied troops. BlueDome operates using lightweight transponder devices worn by soldiers, which transmit coded information regarding their identity and position. When unidentified forces are detected, an eye-safe laser interrogator is employed to confirm whether they are friendly. This technology can be integrated into various equipment, including binoculars, ground vehicles, and helicopters, making it a versatile solution for complex operational environments. By ensuring accurate identification of friendly units, BlueDome plays a crucial role in minimizing casualties and improving overall situational awareness in military operations.
The IAI WASP WAMI (Wide Area Motion Imagery) is an advanced airborne electro-optical system designed to enhance situational awareness by providing persistent surveillance over wide areas. This compact system features both Color Visible and Thermal (Mid-Wave IR) sensors, enabling continuous operation day and night while delivering high-resolution imagery. With its unique SWaP (Size, Weight, and Power) form factor, the WASP can be easily integrated into various airborne platforms, including fixed-wing, rotary-wing, and unmanned aircraft, as well as aerostats. Its 3-axis stabilization ensures sharp image capture even during maneuvers and vibrations, while the optional airborne Digital Processing Unit (DPU) utilizes sophisticated algorithms for advanced data and image processing, making it an essential tool for real-time monitoring and target tracking in complex operational environments.
