L3Harris Sensor Performance Modeling and Planning utilizes an internally developed signal processing engine that operates on a distributed real-time platform, significantly reducing the time required to implement new algorithms or performance enhancements. This advanced development group focuses on delivering innovative signal processing solutions tailored for the U.S. Navy, with a primary goal of improving automated detection and classification of sonar signals. By leveraging multi-disciplinary expertise in adaptive signal processing and physics-based modeling, L3Harris enhances the capabilities of sonar operators, enabling them to effectively detect, classify, and localize targets in complex underwater environments. This commitment to cutting-edge technology ensures that naval forces maintain a tactical advantage over adversaries.
The L3Harris Shadow Fox Autonomous Surface Vehicle (ASV) is a versatile and robust platform designed for a variety of maritime applications, particularly in shallow water surveys in inshore and coastal environments. Equipped with the advanced ASView™ Control System, Shadow Fox ensures safe and reliable navigation for unmanned operations, enhancing operational efficiency and effectiveness. This small yet powerful ASV is engineered to perform under challenging conditions, making it ideal for missions that require precision and adaptability. With its innovative design and autonomous capabilities, the Shadow Fox is an essential tool for modern maritime operations, supporting a wide range of survey and reconnaissance tasks.
L3Harris Software Engineering provides innovative solutions tailored to meet customer needs through a collaborative approach involving software engineers and other engineering specialists. Our comprehensive expertise spans all aspects of software development, including software life-cycle management, requirements analysis and definition, software and database design, rapid prototyping, coding and testing, as well as verification and validation. This extensive skill set enables us to deliver high-quality applications that have proven effective in various industries, ensuring that our clients receive reliable and cutting-edge software solutions that enhance operational efficiency and performance. L3Harris is committed to driving technological advancement through excellence in software engineering.
The L3Harris Picasso is an advanced quadcopter platform specifically designed for marine environments, featuring autonomous navigation and automatic detection and recognition capabilities. This versatile drone supports automatic search area and path planning, allowing it to efficiently track ship movements and gather environmental data. With real-time imaging and onboard recording, operators can monitor the entire mission through a control unit, maintaining the ability to take direct control of the drone at any moment. The robust structure, frame, and fitting of the Picasso ensure durability and reliability in challenging maritime conditions, making it an invaluable tool for a wide range of applications in maritime surveillance and reconnaissance.
L3Harris offers advanced Snorkel Systems and Gas Exhaust Valves specifically designed for submarines, enhancing operational efficiency and performance. The Snorkel Mast design follows the standard L3Harris mast design concept, focusing on optimizing air flow to induce air vertically through the mast with minimal pressure drop, thereby improving diesel engine efficiency. Our qualified air induction valves are seamlessly integrated into the overall design of the submarine and snorkel mast, ensuring reliable performance in demanding underwater environments. This innovative approach not only supports enhanced propulsion capabilities but also contributes to the overall mission effectiveness of modern submarines.
L3Harris Periscope Imaging systems are advanced solutions designed for naval undersea imaging and communications, featuring precise, high-resolution optics and integrated sensor packaging. These versatile systems can incorporate a range of sensor options, including Electronic Support Measures (ESM), Electronic Warfare (EW), Direction Finding (DF), GPS, communication antennas, thermal imaging, low-light imaging, image intensified cameras, and low observables technology. With the benefits of modern optronic masts, L3Harris periscope systems are engineered for easy retrofitting, allowing naval forces to enhance their surveillance and reconnaissance capabilities seamlessly. This adaptability ensures that operators can maintain a tactical advantage in diverse operational environments.
The L3Harris Phalanx Tracking Pedestal is a fully U.S. Navy-qualified and field-proven solution designed to endure continuous gun shock in demanding naval environments. This high-performance tracking platform features an advanced isolation and decoupling system that enables precise tracking during gun firing, ensuring optimal performance even under challenging conditions. Its lightweight design minimizes the impact on gun servo performance, making it adaptable for a wide range of applications and environments. The Phalanx Tracking Pedestal can be integrated into a comprehensive fire control system, enhancing the effectiveness and reliability of naval weaponry in operational scenarios.
The L3Harris Polecat Autonomous Surface Vehicle is a versatile target boat designed for autonomous navigation along pre-defined waypoints or remote control operation. Its robust aluminum hull allows for easy repairs by any skilled welder, enhancing operational readiness. Equipped with a single-point lift system and powered by a diesel engine, the Polecat can be conveniently stored, launched, and recovered from various vessels. With an impressive payload capacity of 400 kg and an endurance range of 408 miles at 12 knots, this autonomous surface vehicle is ideal for a wide range of maritime applications, providing reliable performance and flexibility in diverse operational scenarios.
The L3Harris Power Node Control Center (PNCC) / Integrated Power Node Center (IPNC) represents a significant advancement in electrical power distribution technology. This innovative system integrates the functionalities of transfer switches, frequency converters, motor controllers, transformers, circuit breakers, rectifiers, and inverters into a single enclosure, streamlining power management and enhancing operational efficiency. Designed for versatility and reliability, the PNCC/IPNC provides comprehensive solutions for managing electrical power in various applications, ensuring seamless integration and optimal performance in demanding environments. With its cutting-edge technology, L3Harris continues to lead the way in modern power distribution systems.
L3Harris provides advanced radar solutions for naval undersea imaging and communications, enhancing situational awareness and operational effectiveness for maritime forces. Our cutting-edge submarine imaging masts are designed to deliver high-resolution imagery and critical data in challenging underwater environments, ensuring reliable performance for various naval applications. Recently, the U.S. Navy exercised an option on a contract with L3Harris to produce enhanced submarine imaging masts and spares, underscoring our commitment to supporting military readiness and technological advancement. With a focus on innovation and quality, L3Harris continues to lead the way in undersea imaging and communication technologies.
L3Harris SeaPort Next Generation Mac (SeaPort NxG) is a comprehensive contracting vehicle designed to support the U.S. Navy's engineering and technical needs. Awarded on December 3, 2018, by the Naval Surface Warfare Center, Dahlgren Division, this initiative brings together a robust workforce that serves as a stable national resource for Navy Systems Commands throughout the duration of the SeaPort NxG contract. The program encompasses a wide range of service categories and functional areas, including engineering services, program management, and logistics support, ensuring that the Navy has access to the expertise and innovative solutions necessary for mission success in an evolving operational landscape.
L3Harris SensorXP™ is a cutting-edge maritime autonomous electro-optical/infrared (EO/IR) imaging system designed for surface ship applications, featuring state-of-the-art optronic sights and stabilized platforms. This innovative system offers automatic image processing and stitching capabilities, along with a networked client graphical user interface that allows for manual control and the display of 360-degree views. The SensorXP includes an above-deck sensor unit and below-deck interface electronics unit, providing comprehensive situational awareness in both visible and infrared spectrums. With its advanced technology, SensorXP enhances operational effectiveness by delivering real-time imagery and improving decision-making in complex maritime environments.
L3Harris Ship Navigation Control Systems are custom-designed solutions tailored to meet the unique requirements of our clients and their vessels. These advanced systems integrate a wide array of control, sensor, and indicator technologies, setting new standards for functionality and operational efficiency. With a focus on ergonomic support for operators, our navigation and bridge systems enhance situational awareness and decision-making capabilities. L3Harris provides comprehensive turnkey solutions that encompass program management, project engineering, hardware and software engineering, as well as system selection and integration. This commitment to innovation ensures that our clients receive reliable and effective navigation solutions for their maritime operations.
L3Harris Shipboard Alteration Installation services leverage over 40 years of expertise in the ship repair and modernization industry, providing high-quality and cost-effective solutions for C4ISR and hull, mechanical, and electrical (HM&E) equipment installations. Our experienced alteration installation teams (AITs) adhere to the NSTS 9090-310 series requirements, ensuring compliance and excellence in ship alteration and TEMPALT support for combat systems across all classes of U.S. Navy submarines worldwide. By focusing on innovation and efficiency, L3Harris enhances the operational capabilities of naval vessels, ensuring they meet the evolving demands of modern maritime operations.
L3Harris Shipboard Design Engineering services boast over 50 years of combined experience in providing comprehensive support for operation, testing, inspection, maintenance, checkout, planning, and estimating within Department of Defense (DoD) test and evaluation (T&E) and fleet modernization programs. Our expertise includes developing technical data packages for various NAVSEA program offices and the Office of Naval Intelligence, ensuring that all requirements are met with precision. We deliver detailed design documentation up to Level 3 drawings, facilitating effective project execution and enhancing the operational capabilities of naval vessels. L3Harris is committed to delivering innovative design solutions that support the evolving needs of the U.S. Navy and its mission objectives.
