The L3Harris CXS-2000/C is a highly reliable, software-defined satellite communications transponder designed for military and space applications. Built to meet the U.S. Department of Defense standards, it supports SGLS and USB-compatible transponder operations for Telemetry, Tracking, and Command (TT&C) between satellite control facilities and military satellites. With radiation-hardened components, it operates in both L-band and S-band frequencies, offering features such as direct modulation, ranging, and robust encryption capabilities. The CXS-2000/C is a proven, TRL-9 transponder with more than 100,000 hours of successful on-orbit operation, ensuring high performance for critical military and aerospace communications.
InControl™ is a robust, scalable satellite command and control system designed to support a wide range of missions from CubeSat to interplanetary spacecraft. It provides real-time situational awareness, automation of command procedures, telemetry processing, and payload management, streamlining operations for satellite operators. The system’s flexible architecture allows for seamless integration of new devices and adapts easily to mission-specific needs. With built-in automation, InControl reduces the operational complexity of managing large constellations, while offering deep customization options for mission planning, testing, and data analysis. Additionally, its fault tolerance and machine learning capabilities enable efficient anomaly detection and automated responses, maximizing operational efficiency and reducing downtime.
The Concepts and Operations for Space and Missile Defense Integration Capabilities (COSMIC) program offers comprehensive support across a wide range of responsibilities, from future concept development to system integration for C4ISR (Command, Control, Communications, and Computer, Intelligence, Surveillance, and Reconnaissance). BAE Systems' COSMIC team specializes in strategic direction development, wargame planning, and new technology searches, providing essential components for system production, demonstration, and deployment. With expertise in space combat and force development, system engineering, and security accreditation of prototype systems, our team is committed to delivering innovative solutions, ensuring mission success, and fulfilling customer needs. The program is supported by industry-leading talent located in Huntsville, AL, and Colorado Springs, CO.
BAE Systems' GPS Space solutions provide advanced, reliable positioning and navigation services for satellite-based applications. Designed to support a variety of critical defense and commercial operations, these systems offer high accuracy and resilience in space environments. With cutting-edge technology and expertise, BAE Systems ensures that its GPS space products deliver precise, real-time data, making them an essential part of global defense and communication infrastructures.
Space Electronics www.baesystems.com/en-media/webImage/20220707204225/1434641003089.jpg www.baesystems.com/en-us/productfamily/space-electronics www.baesystems.com /en-us/productfamily/space-electronics Space Electronics and Space Security Products 4-4 minutes BAE Systems' high-reliability, radiation-hardened space electronics, space-resilient mission payloads, and secure ground solutions ensure operational excellence and mission assurance for a variety of U.S. Department of Defense (DoD), national security, civil, and commercial/private space missions. And we are the "go to" choice for limiting low-orbit risk when plans call for landing on a distant planet or moon. Today, BAE Systems has over 1,000 computers on more than 300 satellites, and our space computers have logged more than 10,000 years of flight time without a failure. We are committed to delivering space resiliency and innovation in a range of new solutions for the evolving challenges faced in today’s – and tomorrow’s – active, contested space environment. BAE Systems combines a history of orbital expertise with our next generation ground resiliency and data analytics solutions to keep assets safe and performing effectively in space. Key BAE Systems space electronics Radiation-hardened electronics at the component, card, and unit levels specifically designed for high-reliability, long-term mission lifetime performance in the space radiation environment. Our large portfolio of trusted, rad hard, space resiliency electronics are proven to continue working without failure both in high radiation and in the extreme temperature ranges of space, including: Rad-hard standard components for the space and missile defense communities, from SRAM, C-RAM, and PROM technologies to current and legacy FPGAs, and SpaceWire. Radiation-hardened single board computers (SBCs) that have so far seen more than 10,000 years of flight without failure. Learn about our RAD750®, and RAD5545® SBCs. Space-hardened payload subsystems and units such as our radio frequency (RF) and infrared (IR) sensors, digital receivers, reconfigurable processing modules, solid-state recorders, and more. Radiation-hardened application specific integrated circuits (ASICs) technologies, libraries, and services that provide a complete solution for developing small footprint, system-on-chip products to enable processing for spacecraft, space vehicles, satellites, space missions, and more. Our ASICs services include: Application Specific Design Services Rad hard, low power, high-reliability circuit libraries Space resiliency packaging, from flip-chip and wirebond to ceramic quad flat pack, ceramic column grid array, and plastic ball grid array Services for radiation-hardened products including circuit card design and assembly, application-specific integrated circuits (ASICs) and field programmable gate arrays (FPGAs) engineering design, custom circuit design and layout, radiation assurance services, analytical services and testing, space materials management, and more. BAE Systems is a DoD Category 1A Trusted Supplier, and has received numerous accreditations for our radiation-hardened devices, including classified handling. Available now, including for export Our radiation-hardened electronics, ASICs chips, and services for rad hard products are available to U.S. space agencies, military branches, and intelligence agencies, as well as select private spaceflight companies and to allied nations for space exploration and space-based commercial services. To learn about our entire space portfolio, click here.
The GeoXO Ocean Color Instrument (OCX) by BAE Systems is a cutting-edge sensor designed to enhance oceanographic studies and environmental monitoring. It provides high-resolution measurements of ocean color, which is essential for understanding the health of marine ecosystems, monitoring water quality, and tracking pollutants. The OCX is capable of detecting subtle variations in ocean color across a wide range of wavelengths, making it an invaluable tool for scientific research, environmental management, and climate change studies. With its advanced technology, the OCX delivers precise and reliable data to support a wide range of applications in marine science.
The Atmospheric Composition Instrument (ACX) by BAE Systems is a sophisticated sensor designed to measure and analyze atmospheric composition, particularly focusing on pollutants like ozone. This cutting-edge technology plays a crucial role in monitoring air quality, assessing environmental impacts, and supporting climate change studies. The ACX provides accurate, real-time data to better understand atmospheric conditions and their effects on both the environment and agriculture. With its advanced capabilities, the ACX is a vital tool for scientists, environmental agencies, and policymakers dedicated to improving air quality and managing pollution.
The Geostationary Extended Observations (GeoXO) program, developed by BAE Systems for NOAA, enhances Earth monitoring capabilities by providing more frequent, high-resolution measurements of the atmosphere and oceans. This next-generation satellite system expands upon the GOES-R Series, delivering critical data every 1-2 hours to improve weather forecasting and environmental monitoring. The instruments developed for GeoXO, including the Atmospheric Composition (ACX), Ocean Color (OCX), and GeoXO Sounder (GXS), play a vital role in providing timely and accurate information about severe weather events, air quality, and environmental hazards, ultimately supporting better decision-making for public health and economic resilience.
The SpaceWire Rad Hard ASIC and Evaluation Board is a cutting-edge solution designed for spacecraft communication networks. Fully compliant with SpaceWire standards, this chip is the first of its kind to meet the stringent requirements set by the European Space Agency and NASA spacecraft. It provides robust, high-performance data transmission capabilities in space environments, ensuring reliable communication systems for space missions. With its radiation-hardened design, the ASIC and evaluation board offer unparalleled reliability in the harsh conditions of space, making it an essential component for advanced space exploration and satellite communication systems.
The Chandra X-Ray Observatory, developed by BAE Systems, is a leading space-based telescope designed to study high-energy astrophysical phenomena such as black holes, supernovae, and galaxies. Positioned in orbit around Earth, it captures X-ray emissions from distant cosmic sources, offering valuable insights into the universe's most energetic and mysterious components. This observatory plays a pivotal role in expanding our understanding of space, providing scientists with data that is essential for advancing astrophysics. With its advanced imaging and observational capabilities, Chandra contributes significantly to the field of space research. For more information, visit [BAE Systems - Chandra X-Ray Observatory](www.baesystems.com/en-us/product/chandra-x-ray-observatory).
The GEMS (Geostationary Environment Monitoring Spectrometer) and TEMPO (Tropospheric Emissions: Monitoring of Pollution) are advanced geostationary ultraviolet-visible spectrometers designed to enhance global air quality monitoring. Launched in 2020 and 2023, respectively, GEMS monitors trans-boundary pollution events in the Asia-Pacific region, while TEMPO tracks pollutants like ozone, nitrogen dioxide, and sulfur dioxide across North America. These instruments provide high-resolution, hourly measurements that aid in climate change research and pollution forecasting. Developed through collaborations with institutions such as NASA and the Korea Aerospace Research Institute, both instruments are part of a global satellite constellation aimed at improving environmental monitoring and air quality prediction.
The Solar Backscatter Ultraviolet Radiometer (SBUV/2) is a key instrument used for monitoring the ozone layer, essential for protecting life on Earth from harmful ultraviolet (UV) rays. It operates aboard NOAA weather satellites and measures the density and distribution of ozone in the atmosphere by analyzing reflected wavelengths from Earth. This data helps determine the total ozone between the instrument and the ground, as well as the vertical distribution of ozone. SBUV/2 was instrumental in discovering the ozone hole over Antarctica in 1987 and continues to play a crucial role in monitoring ozone levels globally. Since its first launch in 1984, nine SBUV/2 instruments have been built for NASA and NOAA, with the latest launched in 2009. [Learn more](www.baesystems.com/en-us/product/sbuv-2-solar-backscatter-ultraviolet-radiometer)
STORRM is a next-generation docking camera and navigation system developed by BAE Systems. It was demonstrated aboard the STS-134 mission to the International Space Station, offering advanced capabilities for spacecraft docking operations. The system integrates high-resolution cameras and sophisticated navigation algorithms to enhance docking accuracy and safety during crewed and uncrewed space missions. With its cutting-edge technology, STORRM represents a significant leap forward in space exploration, ensuring precise navigation and smoother docking processes for future spacecraft.
The SAM product from BAE Systems offers advanced capabilities for both defense and security applications. With its cutting-edge technology, the SAM system integrates seamlessly into various military platforms to enhance operational effectiveness. This system is designed for high-performance operations, including precision targeting and advanced electronic warfare, ensuring superior reliability and efficiency in combat environments. Its modularity and adaptability make it ideal for both air and sea-based defense solutions, providing exceptional protection against a wide range of threats. The SAM system is part of BAE's commitment to delivering future-proof technologies that safeguard critical assets and enhance global defense strategies.
