The AESA RBE2 radar is a high-performance, active electronically scanned array system specifically designed for the omnirole Rafale fighter jet. Developed in close collaboration with Dassault Aviation and the French defense procurement agency (DGA), this advanced radar meets the rigorous demands of modern Air Forces by integrating cutting-edge fire control capabilities with exceptional target detection and tracking features. Its design includes an array of hundreds of transmit/receive (T/R) modules that allow for precise control and steering of the radar beam, enhancing situational awareness and engagement effectiveness in complex combat scenarios. The AESA RBE2 radar significantly contributes to the Rafale's versatility, enabling it to perform a wide range of missions with superior accuracy and reliability.
SPECTRA is the advanced multi-spectral integrated defensive aids suite developed by Thales in collaboration with MBDA, specifically designed to protect the Rafale fighter aircraft. This sophisticated system operates across electromagnetic, laser, and infrared domains, utilizing smart data fusion from a variety of multi-spectral sensors to effectively identify, locate, jam, and deploy decoys against a wide array of threats. SPECTRA incorporates a network of receivers and countermeasures, featuring RF (radio frequency) detectors that employ advanced techniques such as interferometry for precise direction-finding and passive ranging, along with digital frequency memory for enhanced signal coherence. This comprehensive defensive capability ensures that the Rafale maintains superior situational awareness and resilience in complex combat environments.
The Multi Ammunition Soft-kill System (MASS) developed by Hanwha Systems is a cutting-edge counter-missile response system designed to protect naval vessels from a wide range of threats, including radar, infrared, electro-optical, and laser-guided missiles. This advanced system employs highly effective decoy technology to mislead incoming threats, ensuring the safety of various types of naval ships operating in both open and littoral waters. With its superior performance and reliability, MASS has gained a competitive edge in bid competitions for new ship counter-missile decoy systems. Hanwha Systems is responsible for producing key components of the MASS, including the launcher and control systems, reinforcing its commitment to enhancing maritime defense capabilities.
The VULCANO 127mm by Leonardo is an advanced naval artillery system designed to provide superior firepower and precision in maritime operations. This state-of-the-art system features guided munitions that enhance accuracy against both surface and aerial targets, making it highly effective in various combat scenarios. The VULCANO 127mm is compatible with existing naval platforms, allowing for seamless integration and operational flexibility. Its advanced fire control systems ensure rapid target acquisition and engagement, while its modular design supports a range of mission profiles, positioning it as a critical asset for modern naval forces seeking to maintain dominance in complex operational environments.
The VULCANO 155mm by Leonardo is a cutting-edge artillery system designed for enhanced precision and effectiveness in modern warfare. This advanced system utilizes guided munitions, allowing for accurate targeting of both surface and aerial threats at extended ranges. The VULCANO 155mm is compatible with existing artillery platforms, facilitating seamless integration and operational flexibility. Its sophisticated fire control systems ensure rapid target acquisition and engagement, making it an invaluable asset for armed forces seeking to improve their fire support capabilities. With its modular design, the VULCANO 155mm is adaptable to a variety of mission profiles, reinforcing its role in contemporary military operations.
The Vulcano-76 is a cutting-edge electronic device designed for high-performance applications, featuring advanced processing capabilities and robust connectivity options. With its sleek design and user-friendly interface, the Vulcano-76 is ideal for both professional and personal use, offering unparalleled reliability and efficiency. Equipped with state-of-the-art technology, it ensures seamless integration with various systems, making it a versatile choice for users seeking to enhance their digital experience. Whether for data analysis, automation, or multimedia applications, the Vulcano-76 stands out as a top-tier solution in the electronics market.
DART by Leonardo is an innovative data acquisition and processing system designed for real-time analysis in various operational environments. This advanced platform enables efficient collection, management, and dissemination of critical information, enhancing situational awareness for military and security applications. With its modular design, DART can be easily integrated into existing systems, providing flexibility to adapt to specific mission requirements. Its robust architecture ensures reliable performance under demanding conditions, making it an essential tool for decision-makers who require timely and accurate data to support strategic operations.
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.
The L3Harris Trident II D5 is a key component of the U.S. Navy's submarine-launched Fleet Ballistic Missile (FBM) program, with over 40 years of support in boost and post-boost propulsion systems manufactured at facilities in Gainesville and Orange County, Virginia. L3Harris has produced nearly 4,000 Post Boost Control System Gas Generator Units for both the Trident I C4 and Trident II D5 programs, as well as critical components such as Nose Fairing Jettison Motors and Third State Eject Motors. Currently, the Trident II D5 missile is deployed on Ohio-class submarines and is set to be integrated into the upcoming Columbia-class submarines. L3Harris continues to lead in developing emerging technologies that enhance the capability and affordability of missile systems, ensuring a strong foundation for the next generation of FBM propulsion systems while maintaining a remarkable mission success track record within the FBM team.
Rocket Shop℠ Defense Advanced Programs by L3Harris is a cutting-edge initiative designed to deliver multi-domain defense solutions that span from sea to space. Leveraging advanced technologies and innovative engineering, Rocket Shop℠ focuses on the development and modernization of solid rocket motor manufacturing, enhancing capabilities for hypersonic vehicle flight in collaboration with key partners such as DARPA and Lockheed Martin. With a commitment to performance excellence and continuous improvement, L3Harris aims to provide robust defense systems that meet the evolving needs of military operations and ensure national security.
