The LEOPARD 2 A5 is a state-of-the-art main battle tank designed to address the evolving challenges of modern warfare, both symmetric and asymmetric. Built for durability and efficiency, it features an optimized running gear and power pack that enhance stability and power transmission, ensuring superior mobility across rough terrain. The tank is equipped with advanced protective measures, including reinforced side protection for the crew compartment and armored roof and front plates, providing exceptional safety for both personnel and ammunition. Its formidable 120mm main gun, complemented by improved optronics, delivers outstanding combat capabilities, making the LEOPARD 2 A5 a reliable choice for NATO partners in various operational environments.
The LEOPARD 2 A4 is a highly advanced main battle tank that has been specifically enhanced to meet the demands of modern warfare, drawing on lessons learned from conflicts in the Balkans and Afghanistan. This iteration features optimized system components designed to protect the crew from a variety of threats, including mines, improvised explosive devices, and anti-tank weapons, ensuring their safety during operations. The tank is equipped with a powerful 120mm main gun and high-performance stabilization technology, which together provide exceptional combat capabilities and accuracy even while on the move. Additionally, reinforced underbody protection and adapted suspension systems further enhance crew safety by mitigating risks from landmines and rough terrain, making the LEOPARD 2 A4 a formidable asset on the battlefield.
The LEOPARD 1 A5 is a renowned main battle tank developed by KNDS, with a production history dating back to 1965, resulting in over 4,700 units deployed across nine countries on five continents. This tank exemplifies cutting-edge combat technology, continuously updated to meet modern warfare demands. Its design allows for extensive customization through various retrofit kits, enabling user nations to enhance firepower, protection, mobility, or logistics according to specific operational needs. With nearly 50 years of proven performance, the LEOPARD 1 A5 remains a cornerstone of contemporary armed forces, demonstrating exceptional combat capability and maneuverability in diverse environments.
The LEOPARD main battle tank, developed by KNDS, boasts a remarkable 50-year legacy of excellence in armored warfare. With variants ranging from the advanced LEOPARD 2 A7 to the still-operational LEOPARD 1, this tank exemplifies superior combat capability through an optimal blend of firepower, protection, and mobility. Its sophisticated maneuverability sets a global standard, ensuring that the LEOPARD has consistently excelled in comparative trials. The modular design of the LEOPARD 2 allows for adaptability to various threat scenarios, securing its relevance well into the mid-21st century and making it a preferred choice for modern military forces worldwide.
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 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 Point Blank Missile is a cutting-edge hand-launched VTOL (Vertical Take-Off & Landing) precision strike missile designed for modern asymmetric warfare. Weighing approximately 10 kilograms, this innovative system allows ground and Special Forces units to maintain lethal, long-range capabilities without relying on external fire support, which can be costly and time-consuming to coordinate. With its unique hovering capability, the Point Blank can observe and acquire targets in complex environments, enabling soldiers to engage with precision or return the missile to their hands if no target is identified. This flexibility enhances operational independence and surprise, ensuring that small units remain effective and agile on the battlefield.
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.
The ELI-4030 Drone Guard is a state-of-the-art Counter UAV System developed by IAI, designed to meet complex operational requirements with its high-end, multi-layered, and scalable architecture. This advanced solution integrates 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 platform, empowering operators to efficiently detect, classify, and counter drone threats. Enhanced by innovative Artificial Intelligence (AI) tools and advanced algorithms, the system reduces operator workload while improving overall performance. The Drone Guard not only excels in detection and identification but also provides versatile threat mitigation options such as cyber takeover of flight controls, disruption of communication or navigation protocols (COMJAM), and even destruction via integrated weapon systems.
The Eagle Eye III VSHORAD is a cutting-edge, versatile drone system designed for short-range air defense operations. Developed by IAI, this advanced unmanned aerial vehicle offers real-time intelligence, surveillance, and reconnaissance capabilities, ensuring enhanced situational awareness for military applications. With its compact design and high maneuverability, the Eagle Eye III can be deployed rapidly in various environments, making it an essential asset for modern defense forces. Its advanced sensor suite and robust communication systems enable seamless integration with existing military infrastructures, providing operators with critical data to make informed decisions in dynamic scenarios.
The Sky Capture system is an advanced air defense radar solution designed to enhance the capabilities of both mobile and stationary air defense systems. This comprehensive command, control, and communications (C3) platform integrates seamlessly with existing air defense frameworks worldwide, utilizing cutting-edge electro-optical systems, 3D tracking and searching radars, and a precise navigation system to deliver 360-degree coverage against aerial threats, day or night. With its ability to control anti-aircraft weapons and engage diverse flying targets at varying ranges, the Sky Capture system transforms any fire unit—whether anti-aircraft guns or missiles—into a highly effective asset in modern warfare, ensuring pinpoint accuracy and operational efficiency.
