The L3Harris DP-ELRF II Diode-Pumped Eye-Safe Laser Range Finder is a Class 1 eye-safe, long-range laser rangefinder designed for optimal performance in challenging operational environments. This advanced system features enhancements over the legacy flash-lamp product line, including improved laser beam divergence, enhanced laser bore sight retention, extended system shot-life, and increased receiver sensitivity. These upgrades ensure superior accuracy and reliability, making the DP-ELRF II an essential tool for military and tactical applications where precision targeting and safety are paramount. Its eye-safe classification allows for versatile use without compromising operator safety.
The L3Harris DP-ELRF III Diode-Pumped Eye-Safe Laser Range Finder is a Class 1 eye-safe, long-range laser rangefinder designed to deliver exceptional performance in demanding operational environments. Building on the legacy of previous models, the DP ELRF-III features significant enhancements such as improved laser beam divergence, enhanced boresight retention, extended system shot-life, and increased receiver sensitivity. These advancements ensure superior accuracy and reliability, making the DP-ELRF III an essential tool for military and tactical applications where precision targeting is critical. Its eye-safe classification allows for versatile usage while maintaining operator safety, positioning it as a leading solution in modern rangefinding technology.
The L3Harris DP-ELRF V Diode-Pumped Eye-Safe Laser Range Finder represents the forefront of range finding technology, utilizing a diode-pumped erbium: glass laser transmitter paired with a thermoelectrically cooled avalanche photodiode (TE-cooled APD) receiver. This advanced system delivers high pulse rates with low input power requirements, enabling longer ranging pulses for enhanced performance. With its low beam divergence and larger receiver aperture, the DP-ELRF V is optimized for accurate ranging on smaller targets, making it an ideal tool for military and tactical applications where precision is critical. Its eye-safe classification ensures safe operation while maintaining high operational effectiveness in various environments.
The L3Harris ELRF-3 Flash-Lamp Eye-Safe Laser Range Finder is a Class 1 eye-safe, long-range laser rangefinder designed for diverse applications. Featuring an avalanche photodiode (APD) receiver, the ELRF-3 offers enhanced performance with lower beam divergence, allowing for precise targeting and accurate distance measurements even in challenging environments. This advanced rangefinder is ideal for military and tactical operations, providing reliable and safe functionality while ensuring operator safety. Its robust design and superior capabilities make the ELRF-3 a vital tool for effective mission execution across various operational scenarios.
The L3Harris ELRF-3 Flash-Lamp Eye-Safe Laser Range Finder is a high-performance device offering up to 30 kilometers of ranging capability, making it suitable for a variety of military and tactical applications. It features an optional 1 Hz repetition rate and utilizes an avalanche photodiode (APD) detector, ensuring precise measurements with a standard beam divergence of 0.5 mrad. Compliant with ANSI Z136.1-2007 and EN 60825-1 Class 1 eye-safe standards, the ELRF-3 is designed for operator safety. Additionally, it includes a kinematic mounting interface for reliable boresight retention and a single-connector interface for streamlined power and communication, enhancing its usability in the field.
The L3Harris ES-3701S Precision Radar Electronic Support Measures (ESM) System is a high-performance solution designed to enhance situational awareness, targeting, self-protection, and surveillance capabilities for military operations. This advanced system offers comprehensive radio frequency (RF) coverage, providing direction finding (DF) across communication and radar bands. The ES-3701S seamlessly interfaces with various combat management systems (CMS) and features a user-friendly Windows graphical interface that can also be operated on a multi-function console. With its robust capabilities, the ES-3701S significantly improves operational effectiveness and decision-making in complex combat environments.
The L3Harris Network-Enabled Tactical Link System (NETLS) is an advanced data link buffer, translation, and command management system designed to meet the operational and functional tactical data link requirements of the U.S. and NATO forces. NETLS enables real-time multi-link data exchange, optimizing tactical control and enhancing force coordination across various platforms. This state-of-the-art system ensures seamless interoperability among different communication networks, allowing for efficient information sharing and decision-making in dynamic operational environments. With its robust capabilities, NETLS supports military operations by providing reliable and timely situational awareness to commanders and operators.
L3Harris Dynamic Positioning Systems and Auxiliary/MH Propulsion Systems for Minehunters are engineered to enhance the maneuverability and operational efficiency of vessels engaged in mine countermeasure (MCM) operations. Featuring two or three retractable azimuthal thrusters, this propulsion system allows for precise navigation and positioning, facilitating the search and identification of underwater targets. It also supports the launch and recovery of remotely operated vehicles (ROVs) and boats without putting the vessel, operators, or valuable assets at risk. This advanced technology ensures that minehunters can operate safely and effectively in challenging maritime environments, significantly improving mission success rates.
L3Harris’ Electronically Steered Array (ESA) Solutions provide customized, low size, weight, and power (SWaP) reconfigurable systems that integrate multi-intelligence (multi-INT) technology across a range of air, land, and sea platforms. These advanced arrays feature high gain and narrow beam patterns that significantly enhance system performance in dense signal environments, facilitating effective standoff collection in near-peer operational strategies. By improving signals intelligence (SIGINT) and communications intelligence (COMINT) capabilities, L3Harris’ ESA solutions ensure superior situational awareness and operational effectiveness for military and defense applications.
L3Harris Diversified Marine Services offers comprehensive marine solutions backed by over six decades of experience in the industry. The skilled team of engineers and technicians has successfully installed thousands of kilometers of marine cable, along with hundreds of sensors, moorings, and underwater structures for a wide array of global marine construction projects. Catering to military, academic, scientific, and commercial clients, L3Harris provides a full spectrum of services including cable installation, repair, and maintenance. Their expertise ensures reliable and efficient support for various marine initiatives, making L3Harris a trusted partner in advancing marine technology and infrastructure.
L3Harris Defense Uncrewed Surface Vehicles (USVs) are designed to enhance maritime operational capabilities for military applications, providing advanced solutions for surveillance, reconnaissance, and tactical missions. These USVs are equipped with cutting-edge technology that enables autonomous operation, real-time data collection, and effective communication with command centers. Built to withstand harsh marine environments, L3Harris USVs support a variety of missions, including anti-submarine warfare, mine countermeasures, and environmental monitoring. With a focus on reliability and performance, these vehicles play a crucial role in modern naval operations, ensuring mission success while reducing risk to personnel.
L3Harris Degaussing Systems provide advanced solutions for naval vessels, enhancing their stealth capabilities by reducing magnetic signatures. The systems are designed to protect ships from magnetic mines and torpedoes by neutralizing the vessel's magnetic field through a series of strategically placed coils. L3Harris' technology ensures effective operation in various maritime environments, contributing to the safety and operational effectiveness of naval forces. With a focus on reliability and performance, these degaussing systems are integral to modern naval warfare strategies, enabling vessels to operate with reduced risk in contested waters.
L3Harris specializes in Electrical Propulsion Systems Integration, delivering advanced solutions for a variety of maritime applications. The company has successfully provided electrical propulsion systems for notable vessels such as the USS Howard O. Lorenzen (T-AGM-25) and the M.V. American Phoenix, and is currently contracted to supply the auxiliary electric propulsion system for the DDG-51 Flight IIA backfit program. L3Harris offers electric auxiliary propulsion solutions tailored for vessels of any size or service, including bi-directional power take-in/power take-out systems that enable both propulsion and electric power generation. This innovative technology enhances operational flexibility and efficiency across diverse maritime environments.
L3Harris’ Electro-Optical Sensor Systems (EOSSs) have been instrumental in mission success for over 20 years, offering advanced capabilities tailored for Naval Gun Weapon System (GWS) targeting, surveillance, and situational awareness. The latest MK20 Mod 1 system is a versatile and cost-effective electro-optical/infrared (EO/IR) solution designed to deliver superior performance in various operational scenarios. Built with unique features that enhance targeting accuracy and provide comprehensive situational awareness, the MK20 Mod 1 is an essential tool for naval forces, ensuring effective engagement and operational readiness in complex maritime environments.
L3Harris Environmental Monitoring Systems (EMS) deliver precise and continuous monitoring of pressure, temperature, and liquid levels within guided missile tubes. This robust system is equipped with advanced sensors that ensure accurate detection of environmental conditions, enhancing operational safety and reliability. Designed with simplicity in mind, the EMS features a streamlined assembly that minimizes complexity while maximizing performance. With an expected mean time between failures that reflects its reliability, the L3Harris EMS is an essential component for maintaining optimal conditions in critical military applications, ensuring readiness and effectiveness in the field.
