The L3Harris Multi-Class Static Automatic Bus Transfer (MC-SABT) system is designed to ensure uninterrupted power supply for critical loads by automatically transferring power from a normal source to an alternate source in the event of interruptions or abnormal conditions. Specifically developed to protect mission-critical power loads on naval ships and other defense applications, the MC-SABT complies with MIL-STD-1399 and STANAG 1008 standards. Utilizing advanced silicon-controlled rectifier (SCR) power-switching elements, this robust system enhances operational reliability and resilience in demanding maritime environments, making it an essential component for modern naval power management.
L3Harris Naval Platform Imaging solutions encompass a range of advanced systems, including surface ship systems, electro-optical sighting systems, and 360-degree electro-optical/infrared (EO/IR) imaging capabilities. Recently, L3Harris secured a competitive procurement contract to provide the U.S. Navy with an Electro Optical Sensor System (EOSS) as part of the Cruiser (Ticonderoga class) Modernization Program. The MK20 MOD 0 EOSS builds on the proven MK46 Optical Sight System and is designed to enhance situational awareness and targeting accuracy for naval operations. With a focus on delivering cutting-edge imaging technology, L3Harris is committed to supporting the U.S. Navy’s modernization efforts and ensuring mission success in complex maritime environments.
The L3Harris Navigation Display System (NDS) is a specialized Warship Electronic Chart Display and Information System (W-ECDIS) developed for the Royal Australia ,n Navy (RAN), effectively replacing traditional paper charts for ship navigation. This advanced system enhances navigational safety and operational efficiency while streamlining maritime planning at the headquarters level. By collaborating closely with the Australia ,n Maritime Command and Control (MC2) Systems Program Office, L3Harris ensures comprehensive supply and support for the NDS, providing naval operators with reliable tools to navigate complex maritime environments confidently. This commitment to innovation and excellence positions L3Harris as a key partner in modernizing naval navigation capabilities.
L3Harris offers advanced Optical Alignment and Precision Measurement capabilities that support a comprehensive alteration installation program. Our team of expert alignment technicians is skilled in establishing benchmarks and utilizing existing geodetic marks to ensure precise measurements. They employ a variety of tools, including traditional theodolites, automated total stations, and cutting-edge photogrammetry alignment equipment. Noteworthy applications of our optical alignment services include the calibration and alignment of radar systems, ensuring optimal performance and accuracy in critical operational environments. This commitment to precision enhances the reliability of complex systems, making L3Harris a trusted partner in high-stakes projects.
L3Harris is the world's largest provider of submarine imaging systems, offering advanced optronic imaging solutions that deliver precise, high-resolution optics and integrated sensor packages. From the development of the first submarine periscope to the latest in optronic sensors, L3Harris has consistently produced cutting-edge systems that empower users to effectively look, see, and control integrated imaging capabilities. Our submarine optronic systems are designed for optimal performance in challenging underwater environments, ensuring superior situational awareness and operational effectiveness for naval forces. With a commitment to innovation and excellence, L3Harris remains at the forefront of undersea imaging and communications technology.
The L3Harris M-Code Type I system represents the latest generation of navigation technology, specifically designed to enhance electronic warfare capabilities and ensure operational success during Blue Force Electronic Attacks (BFEA) through the use of spectrally isolated signals. This advanced system mitigates cyber threats by improving cryptography and enhancing the protection of critical technologies, while also reducing product costs by eliminating the need for expensive tamper resistance coatings, allowing for unclassified manufacturing. Additionally, the TruTrak-M feature ensures full backward compatibility with legacy Selective Availability Anti-Spoofing systems, making it a versatile solution for modern military applications.
The L3Harris M-Code Type II system is designed to provide advanced navigation capabilities for military operations, offering the same M2GRAM and MGUE functionalities as the GB-GRAM Type I. This standard allows warfighters to maintain backward compatibility with the Y-code signal while also utilizing the modernized M-code signal, ensuring reliable and precise positioning and timing. The system is engineered to protect against GPS jamming and spoofing, enhancing operational success in contested environments. The TruTrak-M Type II is versatile, integrated across various platforms including ground, undersea, and low-dynamic airborne systems, making it a critical asset for modern military applications.
The L3Harris MK-11 is an advanced "eye-safe" laser transmitter operating at 1.54 μm, utilizing a diode-pumped, passively Q-switched Erbium glass design with an integrated photodiode. This cutting-edge technology ensures high performance in various applications, providing reliable and precise laser capabilities for both commercial and defense sectors. The MK-11 is designed to meet stringent safety standards while delivering exceptional output, making it suitable for multi-domain integrated mission systems and precision munitions. With its robust construction and advanced features, the MK-11 stands out as a key component in modern laser technology solutions across maritime and land-based operations.
The L3Harris MK-2 is a high-performance "eye-safe" laser transmitter featuring a 1.54 μm diode-pumped, passively Q-switched Erbium glass design. This advanced laser technology operates at a frequency of 10 Hz, delivering pulse energies exceeding 0.2 mJ with pulse durations of just 5 nanoseconds. The MK-2 utilizes a High-Efficiency End-Pumped (HEEP) configuration, ensuring optimal energy conversion and efficiency for a variety of applications. Although it does not include an integrated photodiode, the MK-2 is certified under ISO 9001:2015 standards, reflecting its commitment to quality and reliability. This versatile laser transmitter is ideal for use in both commercial and defense sectors, providing precise and effective solutions for modern laser applications.
The L3Harris MK-25 is a cutting-edge product that utilizes high-quality proprietary laser glass formulas to manufacture critical internal components for laser transmitters. This advanced capability, combined with our ongoing scientific innovations, enables us to maintain stringent control over the performance of our current product line while driving research and development for future advancements. The MK-25 plays a vital role across multiple markets, including integration with the WESCAM MX™-Series, which features multi-sensor, multi-spectral electro-optic and infrared (EO/IR) surveillance and targeting systems. These systems are designed to support intelligence, surveillance, and reconnaissance (ISR) missions, enhancing operational effectiveness in various applications.
The L3Harris MK-82 is an advanced "eye-safe" laser transmitter that operates at 1.54 μm, utilizing a diode-pumped, passively Q-switched Erbium glass design. This high-efficiency side-pumped (HESP) microlaser is engineered for optimal performance and safety, making it suitable for a variety of applications in both commercial and defense sectors. The MK-82 features an integrated photodiode, enhancing its functionality and precision in laser operations. Certified under ISO 9001:2015, this product reflects L3Harris' commitment to quality and reliability. The MK-82 is part of a broader range of laser glass and transmitter solutions, designed to meet the demanding requirements of modern laser technology.
The L3Harris MK-85 is a high-performance diode-pumped solid-state (DPSS) laser transmitter that operates at 1.54 μm, utilizing a passively Q-switched Erbium glass design. This high-efficiency side-pumped (HESP) laser features an integrated photodiode, ensuring precise operation and enhanced functionality for various applications. With the purchase of an MK-85, customers receive complimentary technical support for all laser driver needs, backed by our experienced engineers who are dedicated to helping clients quickly and reliably launch their projects. The MK-85 exemplifies L3Harris' commitment to providing innovative laser solutions with exceptional customer service and support.
The L3Harris MK-88 is a high-performance diode-pumped laser transmitter that operates at 1.54 μm, featuring a passively Q-switched Erbium glass design. Capable of delivering pulse rates from 1 to 10 Hz with pulse energies of up to 4 mJ and pulse durations of just 6 nanoseconds, the MK-88 is engineered for precision and reliability in demanding applications. This laser includes an integrated photodiode for enhanced functionality and performance monitoring. Designed with efficient heat management in mind, the MK-88 typically utilizes conductive cooling methods, such as mounting on a metal heat sink, and may incorporate fans or water-cooled baseplates to effectively dissipate heat. This attention to thermal management ensures optimal operation and longevity of the laser system.
L3Harris Mission-Configurable Imaging and Targeting Systems are designed to meet the evolving needs of military operations with a focus on rapid deployment and low-risk production. Leveraging extensive experience and technical expertise, including contributions from doctorate-level technologists, L3Harris is recognized as a leader in translating quick-reaction program requirements into effective solutions. Our skilled program managers work closely with national laboratories and prime industry organizations to ensure that each imaging and targeting system is tailored to specific mission needs, providing high-performance capabilities that enhance situational awareness and operational effectiveness in diverse environments. This commitment to innovation and adaptability positions L3Harris as the preferred partner for advanced imaging and targeting solutions.
L3Harris Marine Consoles feature a modular design that allows for flexible multi-console configurations, easily assembled to meet specific operational requirements. These consoles offer a variety of connection segments, enabling unique setups tailored to customer needs, and can accommodate traditional instrumentation or communications equipment. Our dedicated systems engineering team collaborates closely with clients to ensure optimal design integration for their applications. The lightweight construction of the consoles enhances mobility and ease of installation, making them ideal for diverse maritime environments where adaptability and efficiency are paramount. L3Harris Marine Consoles provide robust solutions that enhance situational awareness and operational effectiveness at sea.
