L3Harris High Dynamic Range Feedforward Amplifiers are advanced solutions designed to enhance signal processing capabilities across a frequency range of 1.5 to 32 MHz, with an optional extension to 88 MHz. Compact in size at 2.4" x 3" x 7", these amplifiers effectively replace conventional technology amplifiers rated at 75 to 100 W. Utilizing feedforward amplifier technology, they achieve high intercept points of +118 dBm OIP2 and +62 dBm OIP3 while maintaining a low DC power consumption of just 18 W. With gain options ranging from 11 to 23 dB and a typical noise figure of 5 dB, this mature design has proven reliability, with over 3,000 units successfully fielded in various applications.
L3Harris High Dynamic Range Multicoupler Systems are engineered to optimize signal distribution while maintaining exceptional performance in demanding environments. These systems utilize a cascade of feedforward amplifiers driving a power divider, ensuring that the intercept point of the divider remains sufficiently high to preserve the superior intercept characteristics of the feedforward amplifier. Unlike typical passive power dividers that can introduce significant intermodulation distortion (IMD) products, L3Harris multicouplers are designed to minimize these effects, delivering high dynamic range and reliable signal integrity. This advanced technology is ideal for applications requiring robust performance in complex communication networks, enhancing overall system efficiency and effectiveness.
The L3Harris Iver3 EP Open System Autonomous Underwater Vehicle (AUV) is designed for flexibility and adaptability, allowing users to install their own hardware and implement software extensions without the need for custom designs. This model features dedicated physical space in the forward section for user electronics, along with hull penetrators that facilitate connections to external sensors. With its remote helm functionality, the Iver3 EP enables users to integrate their sensors seamlessly and maintain real-time control over the vehicle during operations. This open architecture makes the Iver3 EP an ideal choice for a variety of underwater missions, enhancing operational capabilities while accommodating specific user requirements.
The L3Harris Iver3 Standard System Autonomous Underwater Vehicle (AUV) is designed to excel in near coastal environments, offering a wide range of world-class sensors and sonar packages for diverse applications. With its state-of-the-art open system architecture, the Iver3 simplifies operation and enhances reliability, making it an ideal choice for inshore surveys where tethered methods may pose challenges. The integrated VectorMap software streamlines mission planning, data processing, and reporting, ensuring a seamless user experience. This combination of advanced technology and user-friendly design allows operators to efficiently conduct underwater missions while overcoming traditional survey obstacles.
The L3Harris Iver4 580 Autonomous Underwater Vehicle (AUV) is engineered with next-generation technology, offering a compact design with a diameter of 5.8 inches and a length starting at 82 inches. This AUV features a comprehensive suite of sensors, making it highly effective for both commercial and defense survey missions while ensuring rapid deployment and minimal off-mission time. Its transportability and in-water efficiency are complemented by a user-friendly design that allows for easy field-swapping of the sealed battery section, enabling quick reassembly without specialized tools. The Iver4 580 is the ideal solution for organizations seeking reliable performance in underwater operations.
The L3Harris Iver4 900 Autonomous Underwater Vehicle (AUV) is designed for extended endurance, making it ideal for long ingress and egress missions. Constructed from durable titanium and carbon fiber, this AUV features a man-portable design with sealed sections that eliminate DOT IX travel restrictions and the need for vacuum packing. It offers wet pluggable, user-defined, and swappable payloads, along with customizable battery chemistry to suit various operational needs. With a length of 2.5 meters, a diameter of 9 inches, and a weight of less than 230 pounds, the Iver4 900 is rated for depths of up to 300 meters and includes a 200-meter Doppler Velocity Log (DVL) for high accuracy in depth measurement. This combination of features ensures reliable performance in diverse underwater environments.
L3Harris Launch and Recovery Systems for Surface Combatants are designed to enhance the operational capabilities of modern navies by facilitating the efficient deployment of rigid-hulled inflatable boats (RHIBs) from mother ships. These systems enable the rapid launch and recovery of personnel and equipment at sea, significantly extending the operational range and versatility of naval vessels in various warfare scenarios. With a proven track record in delivering innovative engineered solutions, L3Harris meets the evolving operational requirements of navies worldwide, ensuring that surface combatants are equipped to perform effectively in diverse maritime environments. Our commitment to quality and reliability ensures seamless integration and optimal performance of launch and recovery operations.
The L3Harris Helicopter Long-Range Active Sonar system is a cutting-edge solution designed to enhance maritime surveillance and anti-submarine warfare capabilities. This advanced sonar technology provides exceptional detection ranges, enabling helicopters to identify and track underwater threats effectively. With its sophisticated signal processing and high-resolution imaging, the system delivers precise target information in various operational environments. Engineered for integration with existing helicopter platforms, the Long-Range Active Sonar enhances situational awareness and mission effectiveness while ensuring reliable performance in challenging conditions. This innovative system is essential for modern naval operations, supporting both defense and reconnaissance missions.
L3Harris provides comprehensive Hydrographic Mission Systems Support to the Royal Australia ,n Navy (RAN), which is tasked with surveying and charting over one eighth of the world's surface, spanning from Cocos Island in the Indian Ocean to the Solomon Islands, and from the Equator to Antarctica. The RAN operates six ships and one aircraft dedicated to this critical mission, ensuring the development of accurate nautical charts that are essential for safe navigation. L3Harris’ support enhances the capabilities of the RAN's Hydrographic Service by delivering advanced technologies and expertise, facilitating effective data collection and analysis for maritime safety and operational effectiveness.
The L3Harris IVER Suite of Autonomous Underwater Vehicles (AUVs) represents the forefront of unmanned underwater technology, designed to execute a wide array of commercial and defense missions. The Iver4 900 AUV is particularly notable, offering a robust 300-meter operational depth capability and extended mission duration without shipping restrictions, thanks to its innovative Lithium-free standard design. This versatility makes the IVER Suite ideal for various applications, including environmental monitoring, hydrographic surveying, and military reconnaissance. With L3Harris leading the way in AUV development, users can rely on advanced technology that enhances operational efficiency and mission effectiveness in challenging underwater environments.
The L3Harris Low-Frequency Active Towed Sonar system is a cutting-edge solution designed for effective underwater detection and surveillance. This advanced sonar technology utilizes low-frequency signals to enhance target detection capabilities over long ranges, making it ideal for naval operations in complex marine environments. The towed design allows for greater flexibility and maneuverability, enabling the system to be deployed from various platforms. With its high sensitivity and precision, the L3Harris Low-Frequency Active Towed Sonar significantly improves situational awareness and operational effectiveness for maritime forces, ensuring they can identify and track underwater threats with confidence.
L3Harris is a global leader in providing comprehensive life cycle support for Integrated Bridge Systems (IBS), delivering turnkey solutions for both U.S. government and commercial customers. With over 40 years of experience, L3Harris specializes in commercial-off-the-shelf (COTS) and modified COTS navigation and communication products and services. Our offerings encompass system requirements reviews, shipboard installation, integration, and ongoing maintenance, ensuring optimal performance and reliability in maritime operations. By leveraging our expertise in advanced navigation and communication technologies, we enhance situational awareness and operational efficiency for vessels across various sectors, reinforcing our commitment to safety and innovation in the maritime industry.
L3Harris Integrated Data Environments (IDE) provide a robust framework for securely sharing accurate information in near real-time, enabling collaboration among all stakeholders. This capability significantly enhances operational readiness while mitigating potential risks associated with data management. With extensive experience and a forward-thinking approach, L3Harris develops and manages IDE solutions that integrate people, systems, and data effectively. This holistic integration not only streamlines processes but also delivers substantial improvements in operational performance, ensuring that organizations can respond swiftly and efficiently to evolving challenges in their operational environments.
L3Harris Integrated Platform Management Systems (IPMS) are designed to enhance the operational effectiveness and survivability of modern warships through advanced platform automation capabilities. By integrating comprehensive monitoring and control functions for ship propulsion, electrical systems, and other critical operations, the IPMS optimizes overall performance while enabling significant reductions in crew requirements. This innovative system streamlines operations, allowing naval forces to achieve unprecedented levels of efficiency and safety in complex maritime environments. With L3Harris IPMS, warships can effectively respond to evolving threats and operational demands, ensuring mission success in today's dynamic naval landscape.
L3Harris offers comprehensive maintenance, repair, and modernization services for Landing Craft Air Cushion (LCAC) vessels, ensuring their operational readiness and longevity. With a proven track record of over 50 successful complex availabilities, our capabilities include Service Life Extension Program (SLEP) availabilities, Continuous Maintenance Availabilities, and Fleet Modernization Program availabilities at Assault Craft Unit Four and Assault Craft Unit Five. Our SLEP services encompass major structural repairs to the aluminum hull and underwater structure, modifications to hydraulic, fuel, and electrical systems, as well as the installation of new gas turbine engines. With certifications from NAVSEA, L3Harris stands as the premier provider in the industry for LCAC maintenance and modernization solutions.
