The MiniPOP Sea is an advanced compact sonar system designed for modern naval operations, providing crucial electro-optical solutions for real-time intelligence and threat detection. With an 8-inch payload optimized for day and night observation, this system excels in harsh maritime environments, enduring shock, vibration, and extreme temperatures. It features automatic video tracking and precise target geo-location capabilities, making it ideal for small to medium-sized vessels or as part of a naval remote-controlled weapon system (RCWS). The dual-axis, gyro-stabilized design ensures stability and accuracy, enhancing the operational effectiveness of naval forces in both peacetime and wartime scenarios.
The SeaMOSP is an advanced coastal defense solution designed for modern naval operations, enabling forces to project power and maintain national sovereignty. This highly stabilized, long-range reconnaissance and targeting multi-sensor payload is essential for real-time intelligence gathering, threat detection, and target acquisition in challenging maritime environments. With its robust design, SeaMOSP operates effectively under all-weather conditions and has been successfully deployed in naval fleets worldwide, showcasing its reliability through extensive maritime operational experience. Easily integrated into any C4I system or operated with IAI’s control system, the SeaMOSP enhances the capabilities of naval forces to counter a wide range of threats, from state adversaries to non-state actors and piracy.
MegaPOP is an ultra-long range multi-spectral electro-optical system designed to enhance border protection and control in modern defense strategies. With a focus on 24/7 surveillance, it provides critical situational awareness in multi-dimensional environments facing various threats. This advanced system is tailored for land applications, including marine and land border control, as well as the surveillance of sensitive facilities. MegaPOP boasts high-definition capabilities, utilizing multiple sensors to simultaneously record video output from thermal, color daylight HD, and HD SWIR channels. Its continuous zoom feature ensures high-quality imaging even in challenging visual conditions, making it an essential tool for homeland security and defense forces requiring reliable long-range surveillance performance.
The IAI M19 High Definition multi-sensor system is a cutting-edge observation solution designed for both manned and unmanned airborne platforms operating at medium and high altitudes. With a large-format payload, the M19 delivers exceptional high-definition multi-sensor imagery at ultra-long ranges, ensuring outstanding observation quality even from significant distances. It features a comprehensive field of regard with 360° continuous azimuth coverage and a slewing rate of up to 100°/sec. The system includes a thermal camera with a resolution of 1280x1024, various day camera options for continuous zoom, and high-performance SWIR capabilities. Additionally, the M19 can be seamlessly integrated into any C4I system or operated with IAI’s proprietary control systems, supported by tailored customer service through a cost-effective ILS package to meet specific operational needs.
The POPUltra is an ultra-lightweight payload designed for day and night observation systems, specifically tailored for airborne applications such as small unmanned aerial vehicles (UAVs). This advanced payload delivers real-time imagery, automatic video tracking, and precise target geo-location, enhancing operational efficiency. Featuring a dual-axis, gyro-stabilized, fully digital design, the POPUltra includes a continuous zoom color day camera and a thermal imaging camera, with options for a laser pointer and automatic television tracker for added functionality. Weighing less than 5 kg and measuring 8 inches in diameter, it offers a wide field of regard with 360° azimuth coverage. The POPUltra seamlessly integrates with any C4I system or can be operated using IAI's control systems, backed by comprehensive customer support through a tailored ILS package to ensure optimal availability.
The MOSP 3000 HD is a highly stabilized long-range reconnaissance sensor payload designed for 2-3 minutes of long-range surveillance, investigation, and target acquisition missions. This advanced electro-optical system minimizes the risk of exposure for airborne platforms and operators to enemy detection and counter-surveillance systems by enabling stand-off operations. Featuring a single LRU, the MOSP 3000 HD incorporates high-definition multi-sensors with thermal, day, and SWIR channels, delivering exceptional performance in its class. Its powerful sensors, high stabilization, bore-sight capability, and unique image processing ensure outstanding range acquisition. Additionally, the system enhances operator efficiency and situational awareness through its multimode Automatic Video Tracker (AVT) and video symbology overlay. The MOSP payloads are operationally deployed and combat-proven by customers around the globe, reinforcing IAI's position as a world leader in electro-optical solutions.
The IAI Micropop is an advanced training system designed to enhance the skills of personnel in various operational scenarios. With a user-friendly interface and cutting-edge simulation technology, it provides realistic training experiences that prepare users for real-world challenges. The system supports a wide range of training modules, allowing organizations to customize their training programs according to specific needs. Ideal for military and defense applications, the Micropop ensures that trainees receive comprehensive instruction in a controlled environment, fostering both individual and team development.
The Tactical POPSTAR is an advanced electro-optical passive radar system designed to enhance situational awareness on the modern battlefield. This fully passive system operates 24/7, providing automatic drone detection up to 4 km away, and features day and night color operation with ultra-high resolution panoramic coverage of 60x10 degrees. With capabilities such as live video streaming, video motion detection (VMD), automatic target recognition (ATR), and tracking, the Tactical POPSTAR allows for real-time threat assessment while reducing operator workload. Its gimbaled pan and tilt rotation facilitates easy integration with interception systems, and an optional laser range finder (LRF) enhances target localization. This breakthrough technology is ideal for securing borders, sensitive sites, covert infrastructures, and airports, offering reliable surveillance without disclosing sensor positions or interfering with surrounding equipment.
IAI's Land MiniPOP is an advanced 8-inch payload designed for day/night observation systems, specifically tailored for military land forces and para-military applications. Built to endure harsh environmental conditions such as shock, vibration, and extreme temperatures, the Land MiniPOP delivers real-time imaging and automatic video tracking, enhancing situational awareness in modern battlefields. This dual-axis, gyro-stabilized payload features a single Line Replaceable Unit (LRU) and an open architecture design that accommodates up to four sensors. Its basic configuration includes a continuous zoom color day camera, making it ideal for precise target geo-location and effective threat detection in asymmetrical combat scenarios.
CAES’ precision stabilized positioners and digital controls offer an unparalleled combination of reliability, precision, and value for both military and industrial applications. These military Commercial Off the Shelf (COTS) products leverage extensive expertise in Line of Sight (LOS) stabilization and control systems technology, featuring modular designs that accommodate a variety of sensor payloads. With applications spanning electronic surveillance, SATCOM, directed energy, and more, CAES precision stabilized positioners are designed to meet rigorous performance standards. The SPS standard product line includes lightweight, scalable designs that can support payloads from five to 2,000 pounds, equipped with unique bearing structures for ultra-stiffness, low jitter LOS pointing, and a standard digital interface for seamless integration.
The Stabilised Optronic Pedestal AK630 is a cutting-edge, two-axis stabilized platform designed for naval applications, featuring advanced Electro-Optical sensors including a CCD camera, thermal imager, and laser range finder. This sophisticated system allows for precise target designation, surveillance, and tracking, utilizing command drive signals generated by a sight pedestal controller. Enhanced with servo sensors like gyros and encoders for motion detection, the pedestal ensures smooth operation with high accuracy. Ideal for controlling the AK630 naval gun mount or similar systems, it excels in all-weather conditions and offers features such as passive surveillance, long-range detection, video processing, and precise target ranging, making it an essential asset for modern naval warfare.
The Stabilised Optronic Pedestal Sights (SOPS) IAC is an advanced surveillance system designed for both daytime and nighttime operations, featuring a CCD camera and thermal imager. This sophisticated system integrates four key components: the Optronic Pedestal, Control & Display Unit, Gun Control Unit, and Transformer Unit. The motorized and stabilized Optronic Pedestal employs gyroscopic technology for enhanced stability and precision, utilizing high-speed torque motors for rapid response. The Control & Display Unit is equipped with a rugged 15-inch intelligent display, control panel, switches, and a dual-axis joystick that enables seamless operation of the pedestal and gun system. With automatic target tracking capabilities through its video tracker, the SOPS IAC ensures effective surveillance, detection, and accurate ranging for superior engagement in various operational scenarios.
The Stabilised Optronic Pedestal (SOP) MK-II is an advanced surveillance platform designed for both day and night operations, equipped with a CCD camera for daytime use and a thermal imager for nighttime surveillance. This motorized and stabilized pedestal features gyroscopic stabilization in both axes, ensuring high precision and smooth tracking of targets. It incorporates high-speed torque motors for rapid response and optimal stiffness, along with a user-friendly control panel that includes a display for video output and various controls. The dual-axis joystick allows operators to maneuver the pedestal and the associated CRN-91 gun system effortlessly. Key features include passive surveillance capabilities, long-range detection, video processing with picture-in-picture functionality, precise target ranging, and reliable performance in all weather conditions.
The LRF Eye-safe 10 PPM is a cutting-edge laser range finder designed for precision measurement of distances to non-cooperative targets. This compact and lightweight device features Class-1M eye-safe technology, ensuring user safety while delivering exceptional performance. With a maximum range of 20 kilometers and a minimum distance of 75 meters, it boasts an accuracy of ± 5 meters. The LRF can be seamlessly integrated with day or night sights and includes a built-in CCD camera for bore sighting alongside other sensors. Additional features include operation with an external 18-32V DC supply, self-test capabilities, shot and time counters, laser output energy monitoring, remote readout and triggering via RS422 serial interface, all while meeting stringent military specifications for EMI/EMC compliance.
The LRF Eye-safe EOFCS by BEL is a compact and lightweight laser range finder designed for measuring distances to non-cooperative targets. This advanced device features a simple operation, a ranging capability of 5 pulses per second, and a built-in test facility, making it user-friendly and efficient. It can be seamlessly integrated with day or night sights and includes a CCD camera for precise bore sighting alongside other sensors. The LRF Eye-safe EOFCS meets military specifications and is equipped with an RS 422 interface, ensuring reliable performance in various operational environments.
