The WESCAM MX™-15 MS is a cutting-edge maritime surveillance and reconnaissance system designed to enhance tactical situational awareness for naval operations. With its advanced electro-optical and infrared (EO/IR) capabilities, this system provides real-time intelligence that is crucial for mission success, enabling vessels to effectively detect and respond to potential threats at significant ranges. Engineered by L3Harris, the MX-Series leverages over 45 years of stabilization and design expertise, ensuring reliable performance even in challenging conditions. The system seamlessly integrates with existing maritime mission frameworks to deliver full-motion video intelligence, facilitating the identification and neutralization of both friendly and adversarial forces. Whether deployed on manned or unmanned platforms, the WESCAM MX™-15 MS stands as a vital asset for modern maritime security and domain awareness.
The WESCAM MX™-20 is a cutting-edge airborne surveillance and reconnaissance system designed by L3Harris, featuring advanced multi-sensor and multi-spectral capabilities for comprehensive monitoring of critical assets such as borders, airfields, and forward operating bases. Deployed globally across more than 260 platforms—including fixed-wing, rotor-wing, UAVs, and aerostats—this system offers seamless integration and operational efficiency with common electronics, user interfaces, and software. Engineered for superior performance, the MX-Series turrets excel in resolution, magnification, and stabilization, ensuring unmatched target identification and designation ranges in the industry. With its user-friendly design and robust support features, the WESCAM MX™-20 stands as a leader in modern aerial surveillance technology.
The WESCAM MX™-25 is a cutting-edge airborne surveillance and reconnaissance system developed by L3Harris, designed for comprehensive monitoring of critical assets such as borders, airfields, and forward operating bases. This advanced multi-sensor, multi-spectral system is compatible with over 260 different platforms, including fixed-wing, rotor-wing, UAVs, and aerostats, ensuring versatility and adaptability in various operational environments. The MX-Series emphasizes user-friendly design with common electronics, interfaces, and software across its product range, facilitating easy integration and support. Engineered to meet the demands of modern missions, the MX™-25 excels in resolution, magnification, and stabilization, providing unmatched electro-optical/infrared (EO/IR) target identification and designation capabilities at extended ranges, setting a new standard in the industry.
The WESCAM MX™-GCS is an advanced Independent Stabilized Sighting System designed for military applications, providing superior situational awareness and target acquisition capabilities. Ideal for use as both a gunner and commander sight, it features 360-degree scanning, high-definition imaging, and a mid-wave cooled thermal imager, enabling operators to identify threats beyond the range of their weapon systems. The system enhances operational efficiency with real-time image processing, high-accuracy gimbal stabilization, and optional target auto-tracking. Built to meet U.S. military standards for ruggedness and reliability, the WESCAM MX-GCS is proven in live-fire tests with various gun systems, making it an essential tool for infantry fighting vehicles and main battle tanks in modern combat scenarios.
Euclid is a multi-INT-centric, integrated, cloud-based software solution designed for efficient workflow orchestration and mission processing, delivering accurate and cost-effective geospatial products. Utilizing proven ground processing functions for electro-optical imaging, it supports both linear and 2-dimensional array data processing with commercial-off-the-shelf (COTS) algorithms at Technical Readiness Level 9 (TRL-9), minimizing schedule and technical risks for users. Deployed across satellites, airborne configurations, and ground data centers, Euclid's modular architecture allows for seamless integration of new technologies through open standards, promoting a "plug-and-play" environment. This flexibility enables it to support various satellites and sensors while adapting to diverse infrastructure needs, making it an ideal solution for intelligence, scientific, and academic applications. L3Harris provides comprehensive service integration and "drop-in" support for new missions and data types.
The 90-Day Beacon Underwater Locator Device by L3Harris is a cutting-edge solution designed to meet the aviation industry's evolving safety standards. Introduced in 2015, this durable device weighs only 6.7 ounces and features a watertight aluminum casing, allowing it to operate at depths of up to 20,000 feet (6,096 meters). With a directional range of 2,000 to 4,000 yards (1,800 to 3,500 meters), its performance is reliable even in challenging environments. The beacon is engineered to withstand pressures of up to 8,700 psi and requires minimal maintenance, with routine checks every two years and battery replacements every six years, ensuring compliance with the Component Maintenance Manual (CMM).
L3Harris Advanced Air Mobility Solutions provides cutting-edge technologies and services designed to support the growth of the emerging air mobility ecosystem. With a dedicated team of experts, L3Harris offers a comprehensive portfolio that includes voice and flight data recorders, traffic collision avoidance systems, and advanced pilot training simulators. The Extra Lightweight Data Recorder (xLDR), specifically engineered for eVTOLs and unmanned aircraft, ensures compliance with safety mandates while capturing critical operational data. Furthermore, L3Harris is at the forefront of innovation in airspace management, integrating advanced surveillance solutions and data analytics to enhance flight safety and efficiency. Their commitment to research and development positions them as a leader in shaping the future of urban air mobility.
Advanced Models, including Comet™ and Comet Plus™, are cutting-edge simulation tools designed for reactor neutron kinetics, utilizing first principle physics and advanced numerical techniques. Comet™ is tailored for heavy water reactors (PHWRs) and employs the Mesh-Centered Finite Difference (MCFD) method, enhanced by Generalized Equivalence Theory for accurate homogenized parameter calculations. In contrast, Comet Plus™ focuses on light water reactors (LWRs) and gas-cooled reactors (GCRs), utilizing the Nodal Expansion Method (NEM) that achieves exceptional precision by representing flux with a fourth-order polynomial. Both models operate in three dimensions, solving neutron diffusion equations at each node without relying on approximations. They account for various factors such as xenon and iodine concentrations, delayed neutron groups, decay heat calculations, and the unique behaviors of control rods. The Orchid® Core Builder tool enhances user experience by enabling graphical modifications and validation of neutronic data, supporting multiple lattice codes while facilitating cycle-specific simulator training in line with industry recommendations.
The AFIRS™ 228 Automated Flight Information & Reporting System is a cutting-edge solution designed to meet the demanding communication needs of modern aviation. This system enables long-range Future Air Navigation System (FANS) and Controller-to-Pilot Data Link Communications (CPDLC) through the Aircraft Communications Addressing and Reporting System (ACARS) network, facilitating efficient messaging between traffic controllers and pilots. Equipped with two Iridium transceivers, the AFIRS 228 ensures global voice and data communications, while the low-profile antenna is seamlessly mounted on the aircraft fuselage. The system integrates telecom functions into the cockpit audio system, enhancing communication for flight crews, and includes a separate SDU Configuration Module for easy management of system settings and user information. With its robust features, the AFIRS 228 significantly enhances safety and operational efficiency in aviation communications.
L3Harris Aftercare Services provide comprehensive support for flight simulators, ensuring their functionality, safety, and reliability throughout their lifecycle. With offerings such as RealityCare Maintenance, which includes software updates, recurrent evaluation support, and technical training, these services are designed to prevent training interruptions and enhance operational efficiency. Additionally, the Fleet Upgrade Services keep simulators aligned with the latest aircraft standards and capabilities, while Lifecycle Extension Services assist in upgrades, relocations, and eventual retirement of simulators. To stay competitive in the rapidly evolving simulation technology landscape, L3Harris also offers product enhancements that include advanced motion control systems and data analytics, ensuring that your training devices remain cutting-edge and effective.
The WESCAM MX™-10D is an advanced airborne targeting and designating system designed for low-altitude tactical surveillance and target acquisition missions. Weighing only 43 lb (19.5 kg) and featuring a compact 15-inch turret height, it offers exceptional installation flexibility across various platforms, including fixed-wing, rotary-wing, UAVs, and aerostats. The MX-10D supports up to six sensors simultaneously, providing superior HD imaging through its electro-optical camera, laser rangefinder, and high-sensitivity color camera. With advanced features like real-time image enhancement, a four-axis gimbal for uncompromised stabilization, and robust automatic image focus, this system ensures precise geo-pointing capabilities regardless of aircraft movement. The WESCAM MX™-10D represents a significant leap in battlefield dominance, enabling operators to conduct missions with unparalleled precision both day and night.
The WESCAM MX™-10 RSTA is an advanced Independent Stabilized Sighting System designed for a variety of critical missions, including reconnaissance, surveillance, target acquisition, and force protection. Featuring a multi-sensor imaging payload with a mid-wave large-format cooled thermal sensor and dual-channel electro-optical options, this system ensures high-performance imaging in challenging environments. Its fully active 4-axis steering and stabilization capabilities provide uncompromised performance, while the rugged design meets U.S. military standards for durability and reliability. With integrated electronics and built-in vibration isolation, the MX™-10 RSTA is ideal for both ground and shipboard applications, enabling operators to maintain situational awareness and enhance mission success in urban and asymmetric threat scenarios.
Venom™ is a cost-effective Adversary Air software suite designed to enhance air-to-air capabilities using commercial-off-the-shelf components, providing a user-friendly cockpit experience. This innovative system features a high-resolution tactical situation display that integrates radar and datalink track information, threats, system status, and weapons engagement data. With the Garmin® G3000™ Integrated Flight Deck touch controller and bezel key interfaces, Venom™ equips pilots with cutting-edge tools for executing adversary missions. Key functionalities include an integrated Thales Scorpion Helmet Cueing System (HMCS) with off-boresight capability, Duotech Nemesis Radar, Argus Radar Warning Receiver (RWR), Link 16, Red Net, and advanced weapons simulation. Additionally, Venom™ boasts a robust mission recording and debrief system that captures critical flight data for timely analysis by blue force pilots, making it adaptable for various platforms and mission sets through its modular display interface.
Weaver is a cutting-edge situational awareness and mission management software application designed to enhance operator effectiveness through improved crew coordination and mission execution. Featuring an intuitive user interface, Weaver allows users to customize their displays with dynamically resizable media windows that showcase maps, video, or augmented reality content. The software supports dual-screen operation with a floating media panel and provides essential tactical information, including range and bearing between tracks, sensors, and map cursors, along with built-in distance measuring and annotation tools. Compatible with L3Harris WESCAM MX™-Series EO/IR sensors and various industry-standard maps, Weaver can easily adapt to additional platforms and mission requirements through existing plug-ins or custom interfaces. With options for tailored support and training, Weaver is the ideal solution for operators seeking to optimize their mission capabilities.
The Momentum ICS is an advanced communication system designed for seamless integration and robust performance in various operational environments. It includes essential components such as the Momentum Communication Unit (MCU), VoIP Interface Processor, and multiple control panels, ensuring versatility and ease of use. Weighing between 0.9 to 14 pounds depending on the component, the system is lightweight yet powerful, with power requirements ranging from 7 to 220 watts. The Momentum ICS is engineered for reliability and efficiency, making it an ideal choice for mission-critical applications in defense and aerospace sectors.
