The Network Data Acquisition System (NetDAS™) by L3Harris is a compact, high-performance solution designed for critical applications where size, performance, and cost are paramount, even in the harshest environmental conditions. Leveraging over 40 years of experience in signal conditioning and data acquisition, NetDAS integrates advanced technologies, including Field-Programmable Gate Arrays (FPGA) and Digital Signal Processing (DSP), in a modular, stackable design. This system delivers superior performance, maintainability, and survivability, providing essential signal conditioning and encoding functions in a space-efficient package for demanding military and industrial operations.
PCM Encoder Data Acquisition System PCM330E www.l3harris.com/sites/default/files/styles/80_x_80/public/2021-03/sas-ma-product-PCM-330-teaser-920x490.jpg?h=69df63bf&itok=PvMrlxtC www.l3harris.com/all-capabilities/pcm-encoder-data-acquisition-system-pcm330e www.l3harris.com /all-capabilities/pcm-encoder-data-acquisition-system-pcm330e PCM Encoder Data Acquisition System PCM330E 2-3 minutes L3Harris' PCM330E delivers advanced capabilities to acquire, convert and process today’s high data rate signals. The PCM330E provides a flexible, high performance platform, supported by state-of-the-art signal conditioning for the most demanding applications. Its flight heritage based on the highly successful PCM300 & 600 families of data acquisition products (thousands have been provided for smart weapons, UAS and launch vehicle programs). The PCM330E brings unparalleled acquisition capabilities while continuing to set new standards for size, weight and power constrained applications. Users may select from a multifunctional suite of acquisition modules to develop a data acquisition solution that meets tough modern day requirements in a cohesive and flexible fashion. Special design constraints were considered to deliver superior capabilities for high-speed serial data interfaces, video and fast sample rate analog and discrete data acquisition channels. Easy configuration set-up, control and monitoring is accomplished via L3Harris' VistaTec™, a telemetry and avionics user application, with an intuitive graphical user interface that is additionally coupled with L3Harris ground processing capabilities. This provides a complete fully integrated, end-to-end solution for the Instrumentation and Flight Test engineer. Driven by customer demands for increased functionality, performance and channel density, the PCM330E is the encoder that customers are turning to when they need small size, high data rates, high performance tolerances and an unmatched history of successful in-flight performance. Related Domains & Industries Solutions that solve our customers' toughest challenges. view all capabilities
L3Harris’ Proximity C-UAS Rocket Fuzing expands the capabilities of the combat-proven Advanced Precision Kill Weapon System (APKWS) by offering enhanced effectiveness against both ground and air targets. The Hydra 70 Proximity Fuze combines an advanced proximity sensor with modern electronics, utilizing two programmable modes: one for counter-UAS (C-UAS) applications, and another for height of burst (HOB) targeting of ground threats. It is directly compatible with existing Hydra 70 warheads, maintaining the same proven safety standards as previous models. The system’s flexibility and redundant safety modes ensure reliable performance, including counteracting unexploded ordnance (UXO) risks. With its effective engagement of small, moving targets, and platform-agnostic design, this fuze system is integral to the VAMPIRE™ counter-UAS solutions and continues to enhance global security operations.
SafeShot™ (Flight Safety System) is a cost-effective, scalable, and fully integrated solution designed to enhance flight safety across various platforms. By offering a compact and flexible alternative to traditional, weapon-specific legacy systems, SafeShot™ reduces size, weight, and power consumption by up to 71%, 72%, and 42%, respectively. It integrates key components such as antennas, batteries, and beacons into a single, unified system, making it compatible with multiple weapon interface control documents (ICDs). SafeShot™ also accelerates flight test and qualification processes, providing better performance data by allowing munitions to remain intact during testing. With enhanced security features, miniaturized pulse code modulation, and tri-services qualification, SafeShot™ delivers a reliable and efficient flight safety solution, reducing costs and enabling faster deployment.
The High Reliability Transmitter (HRT-920) from L3Harris is designed to deliver up to 17 W of output power with data rate capabilities of up to 20 Mbps. It offers superior protection against high VSWR loads, as well as short and open conditions, ensuring robust performance in demanding environments. With simplified internal construction, multi-waveform and encoding capability, and fully synthesized channel selection, the HRT-920 provides versatile and reliable communication. It supports both standard and custom waveforms, and includes digital and analog data interfaces, along with compliance to MIL-SPEC quality and environmental standards, including IRIG 106-11 and MIL-STD-461F EMI requirements.
The M734A1 Multi-Option Fuze for Mortars is a versatile and reliable solution designed for use with 60mm, 81mm, and 120mm mortar systems. This fuze offers multiple settings, including point-detonating, delay, and proximity modes, providing flexibility for different operational scenarios. Its advanced features ensure consistent performance and accuracy, enhancing the effectiveness of mortar systems in diverse combat environments. The M734A1 is engineered to withstand harsh conditions, offering superior durability and safety, making it a trusted choice for military forces worldwide. It meets NATO standards, ensuring compatibility and interoperability with a wide range of mortar platforms.
The M783 Electronic Point Detonating/Delay Fuze for Mortars is a next-generation fuze designed for use with 60mm, 81mm, and 120mm mortars. Offering both point-detonating and delay functionality, the M783 provides enhanced flexibility and performance for a wide range of combat scenarios. This advanced fuze features an electronic design for precise detonation control, ensuring reliable operation under diverse environmental conditions. It is engineered to meet NATO standards and offers compatibility with multiple mortar systems, providing military forces with a high-performance solution for effective and efficient munitions deployment.
F-15 Avionics Solutions www.baesystems.com/en-media/webImage/20210401012539/1434555039607.jpg www.baesystems.com/en-us/product/f-15-avionics-solutions www.baesystems.com /en-us/product/f-15-avionics-solutions F-15 Avionics Solutions 3-4 minutes BAE Systems is the after-market OEM for F-15 fleet sustainment and upgrades, offering a true total life-cycle solution. Our highly skilled engineering and technical personnel provide world class development, fabrication, integration, testing, and qualification of electro-mechanical avionics products. In addition, customers are able to leverage our full logistics support packages, diminishing manufacturing sources mitigation services, and reverse engineering and product redesign solutions. Examples of our F-15 Avionics Products and Services include: Flat Panel Control Indicator (FPCI): Flat Panel Control Indicators are being integrated into all United States Air Force F-15 C/D aircrafts. The FCPI contains a soft-key menu system to enable expanded control functionality along with reprogrammable features that enable control to systems as future requirements dictate – all without hardware modification. BAE Systems designed the FPCI as a drop in form-fit-function replacement, making the program’s transition one of ease and seamless integration. Replacement Vertical Situation Display (RVSD): The RVSD processes electrical signals from the aircraft’s legacy Programmable Signal Data Processor (PSDP) to provide a color representation of the different intensity symbols. Containing more robust signal processing and color capability, RVSD is 56% larger than previous displays and does not require any modifications to the aircraft’s instrument panels when integrated. Advanced Components Obsolescence Management (AVCOM): AVCOM is a web-enabled tool that comes with a host of support services unlike any other in the industry. The system offers a dynamic range of tools which are used across multiple USAF and other service's platforms; including the USAF F-15 fleet. AVCOM provides a proactive, cost-effective, and customized approach to help minimize the impact to the Customer’s supply chain before part obsolescence and availability problems can affect the program or platform’s readiness and availability. AVCOM provides Parts Research, Bill of Materials (BOM) Loading, End of Life (EOL) Alerts, Product Discontinuous Notices (PDNs), Counterfeit Alerts, Advanced BOM Analysis, Logistics Data, COTS Management, and Analysis and Resolution (A&R) services including complete mitigation solutions. Extending the life of today’s weapon systems and platforms is more important than ever, and equipping Global Armed Forces with leading edge technology is imperative. We support both domestic and international Customers throughout the world through both Foreign Military Sales (FMS) and Direct Commercial Sales (DCS) procurement requirements. Contact us today to learn more about our F-15 and other avionics and sustainment solutions.
BAE Systems' Fusion Technology and Systems provide advanced solutions for integrating and enhancing sensor capabilities in complex environments. These systems combine data from multiple sensors, offering superior situational awareness and real-time decision-making support. By leveraging cutting-edge fusion technology, BAE Systems ensures optimized performance in defense, aerospace, and intelligence applications, enabling more effective operations and faster response times in dynamic scenarios.
BAE Systems offers comprehensive avionics development solutions, specializing in the modernization and integration of airborne systems for both acquisition and analysis. Their expertise includes LRU and SRU design, integration of custom protocol converters, and onboard data storage for various aircraft buses like Mil-Std-1553B and ARINC-429. BAE Systems also provides critical support for fleet-wide maintenance with software designed for both ground analysis and crew decision support. The company's solutions adhere to rigorous industry standards, including DO-160D, Mil-Std-810, and DO-178B compliance, ensuring high-quality, safe, and reliable avionics systems. Their capabilities extend to reverse engineering legacy systems and adapting commercial off-the-shelf (COTS) components to meet custom requirements, supported by proven expertise in software development for both embedded and ground systems.
BAE Systems offers comprehensive aircraft upgrades and modification solutions that cover the entire system life cycle, from development to sustainment and retirement. With cutting-edge technology and expert engineering, they address obsolescence issues and provide customized solutions to enhance aircraft reliability and functionality. Their services include modernizing legacy systems, integrating new technologies, and improving mission capabilities. Key offerings include FLIR install modifications, SATCOM integration, structural integrity analysis, and advanced health monitoring systems, all designed to meet the evolving needs of defense and commercial aviation.
The Composite Bomb Bodies, including the GBU-39A/B Focused Lethality Munition (FLM) and BLU-129/B, are advanced munitions designed to provide precise, low-collateral damage solutions in complex operational environments. Developed by L3Harris in collaboration with the U.S. Air Force and Lawrence Livermore National Laboratory, these bomb bodies utilize carbon-fiber-wound construction to enhance performance while minimizing risk to surrounding areas. The FLM variant features a modified casing and internal fill for more devastating effects within a smaller, confined volume, while the BLU-129/B disintegrates upon impact, reducing collateral damage and enabling its use in close proximity to friendly forces. L3Harris continues to innovate in composite casing technology, ensuring that these munitions meet the evolving needs of modern military operations.
Project Sunday is a cutting-edge initiative by BAE Systems that focuses on the development of advanced technologies to enhance operational capabilities in complex environments. This project leverages innovative solutions to address critical defense and security challenges, providing powerful tools for military and government sectors. Through sophisticated systems and processes, Project Sunday aims to deliver high-performance solutions that optimize mission success, ensuring resilience and adaptability in rapidly evolving landscapes. It represents BAE Systems' commitment to driving technological advancements for a secure and sustainable future.
The Intelligence Carry-On Program (ICOP) by BAE Systems offers compact, portable solutions designed to enhance operational capabilities for intelligence gathering and analysis in the field. This program provides advanced intelligence, surveillance, and reconnaissance (ISR) tools in a lightweight and easily deployable format, making it ideal for use in dynamic and remote environments. With its innovative technology, ICOP enables military and intelligence personnel to access critical data and perform real-time analysis, empowering them to make informed decisions quickly and efficiently, even in the most challenging conditions.
Advanced Component Obsolescence Management (AVCOM) is a comprehensive solution designed to manage and mitigate the risks associated with the obsolescence of critical components in defense and aerospace systems. By leveraging advanced technologies and expert analysis, AVCOM ensures the continued operational effectiveness and lifecycle management of military systems, providing innovative strategies for sourcing, redesigning, and securing long-term availability of key components. This approach helps maintain the reliability and sustainability of complex systems, reducing downtime and extending the service life of defense platforms while ensuring compliance with industry standards.
