BAE Systems

The THAAD (Terminal High Altitude Area Defense) Seeker is a critical component of the THAAD missile guidance system, designed to intercept and neutralize high-speed ballistic missile threats, including hypersonic missiles, at altitudes of up to 150 km. Using advanced sensors, the seeker locks onto incoming threats traveling at speeds of up to 17,000 mph, directing the THAAD interceptor for a precise hit-to-kill impact. As part of BAE Systems' cutting-edge sensor technology, the THAAD Seeker enhances the missile defense system's ability to neutralize threats while ensuring a non-explosive, kinetic impact that minimizes risk. BAE Systems’ expertise in precision-guided munitions (PGMs) and electronic warfare (EW) systems has led to continuous innovation in seeker design, improving system performance and manufacturability, reinforcing its position as a global leader in military sensor technologies.

BAE Systems' Sensor Solutions Products include advanced visible, infrared, and X-ray imaging sensors designed for a broad range of commercial and military applications. These high-performance sensors are utilized in sectors such as security, surveillance, firefighting, medical X-ray, driving aids, scientific research, military weapons systems, and satellite technologies. With cutting-edge capabilities, BAE Systems’ sensors enhance operational effectiveness in detecting and analyzing critical data across various environments, providing reliable solutions for both defense and civilian needs.

BAE Systems' Nonlinear Crystal Technologies leverage advanced materials to enhance the performance of various defense and intelligence applications. These cutting-edge crystals are integral to improving the efficiency and functionality of a wide range of systems, including laser technologies, sensors, and communication devices. Developed through FAST Labs™ advanced research and development, these technologies provide the critical edge needed in modern warfare and defense scenarios. By pushing the boundaries of innovation, BAE Systems continues to drive advancements in nonlinear optics that meet the evolving challenges of both military and commercial markets.

BAE Systems' Environmental Test Service offers 24/7 testing capabilities to ensure the reliability and durability of military, aerospace, commercial, and educational products. Since its launch in 1985, the service has provided comprehensive environmental qualification testing, including vibration, thermal cycling, shock, humidity, and altitude testing, to standards such as MIL-STD-810, MIL-STD-202, and RTCA/DO-160. With a range of expert testing services like environmental stress screening (ESS) and advanced facilities like HALT/HASS chambers, BAE Systems ensures that products meet rigorous performance requirements, are free from defects, and are ready for deployment in challenging environments.

BAE Systems offers comprehensive Sustainment and Mission Readiness Support to ensure the operational readiness of military platforms worldwide. With a focus on weapon systems, combat and amphibious vehicles, and advanced training, BAE Systems provides installation, testing, and follow-on maintenance for critical systems such as the Mk 38, Mk 110, Mk 45 naval guns, and Mk 41 Vertical Launch System (VLS). In addition, the company delivers extensive vehicle modernization services, including over 3 million hours of field modifications for armored brigades. BAE's international sustainment programs ensure ongoing mission readiness, supported by a network of certified field service representatives and a robust supply chain for parts and accessories. The company also focuses on innovative solutions like virtual training and additive manufacturing to enhance support in contested environments.

APKWS® laser-guidance kit www.baesystems.com/en-media/webImage/20230612155657/1573671207249.jpg www.baesystems.com/en-us/product/apkws www.baesystems.com /en-us/product/apkws APKWS® Precision Guidance Kit 4-5 minutes Greater strike range with unmatched precision lethality With the category’s highest combat-proven hit rate, APKWS guidance kit equipped rocket consistently hit their intended target with pinpoint accuracy while limiting collateral damage. The guidance section is designed to lock onto targets from over 6 kilometers away, supporting survivability and mission success by keeping your launch platform at a safe standoff distance from threats. A recent Single Variant Block Upgrade optimized flight trajectory so the rocket can hit targets at a steeper angle of attack for enhanced lethality. APKWS rockets use advanced DASALS® seeker optics on all four guidance wings to maximize target acquisition better than any competitors' laser guidance system designs. The APKWS DASALS® seeker optics are essential to maximizing target acquisition. Innovative by design, the APKWS kit includes advanced Distributed Aperture Semi-Active Laser Seeker (DASALS) optics located on all four guidance wings, which are protected by wing-slot seals prior to firing, avoiding adjacent fire damage that can interfere with a nose mount seeker. Once the rocket is fired, the APKWS kit’s wings deploy and the optics lock on to designated targets, guiding the rocket to the target – delivering accurate strikes and minimizing collateral damage when and where it matters most. Wing slot seals protect optics from adjacent firings, sand, and moisture prior to launch to ensure no damage or debris inhibit the seeker from locking onto targets Optics lock on to moving or stationary targets in open or confined areas, supporting a wide variety of missions, and reducing any chance of a lost or uncontrolled rocket after launch 40-degree instantaneous field of regard enables a broad capture area for the rocket to adjust mid-flight and stay on track to its target Cost effective, easy to integrate, and more capable than ever First put into production in 2008, the APKWS laser-guidance kit proved to be one of the most accurate, effective, and easy to implement systems in the world for converting unguided rockets into laser-guided rockets (LGR). With our continued development, the system is undergoing live fire testing from a range of unmanned combat aerial vehicles (UCAVs). Today’s system has also proven itself capable in air-to-air targeting of unmanned aerial vehicles (UAVs) and low-flying cruise missiles – as part of a counter-unmanned aerial system (C-UAS) – as well as in ground-to-ground lethality fired from launchers mounted on vehicles and remote weapon stations. Mission and platform flexibility, as well as its light weight and low cost of integration, makes our APKWS system one of the most highly capable and useful combat weapons available to every department of the U.S. DoD and to U.S. allies. In fact, since its introduction, over 50,000 APKWS units have been sold for service worldwide. Production-ready for high demand APKWS guidance kit casings ready, responding to high demand for these precision-guided rockets. APKWS guidance kits are readily available. Demand from the U.S. military and international governments is high, and BAE Systems is well-positioned to support that demand. Our state-of-the-art factories in Hudson, New Hampshire and Austin, Texas continue to produce and deliver with available excess capacity, supported by our robust supply chain, advanced manufacturing capabilities, and recent investments of over $100 million in infrastructure improvements. We offer a manufacturing capacity of at least 25,000 units per year, and are continuing to expand production. With most of our supply chain in the United States, our centralized approach, and focus on delivering zero defects, we are optimizing overall production and delivery efficiency, which shows in our: Over 6 years in full-rate production More than 50,000 units delivered to date Proven ability to surge capacity, accelerating the delivery of over a thousand units ahead of schedule. back to top Previous Chapter Next Chapter

The AN/AAR-57 Common Missile Warning System (CMWS) provides advanced missile detection and countermeasure capabilities for aircraft, significantly enhancing survivability in contested environments. By using infrared sensors to detect and track incoming missiles, the CMWS alerts the crew, enabling timely countermeasure deployment. Designed for a wide range of military platforms, it improves mission success rates by effectively identifying threats and reducing the risk of missile impact. With its proven reliability and operational effectiveness, the AN/AAR-57 CMWS is a critical system for both fixed-wing and rotary-wing aircraft, offering protection in high-threat scenarios.

The Advanced Survivability Pod is a cutting-edge electronic warfare solution designed to enhance the survivability of military aircraft. This pod provides advanced protection by detecting and countering various threats such as radar, jamming, and other electromagnetic signals. It integrates seamlessly with aircraft systems, offering real-time threat detection and enabling automatic deployment of countermeasures to safeguard the aircraft during critical missions. With its advanced sensors and adaptive countermeasure technologies, the Advanced Survivability Pod ensures that military assets remain operational and protected in contested environments.

The Faraday Test Centre in Rochester, Kent, is a state-of-the-art facility providing comprehensive Electromagnetic Compatibility (EMC) testing services. It is fully equipped to conduct a wide range of qualification tests for commercial and military applications, ensuring compliance with international standards. The centre specializes in testing products for electromagnetic interference and compatibility, offering expert testing capabilities to support the development and certification of electronic systems across various industries. With its advanced testing equipment and highly skilled team, the Faraday Test Centre ensures that products perform reliably and meet the highest standards of electromagnetic resilience.

Long Range Anti-Ship Missile (LRASM) RF Sensor www.baesystems.com/en-media/webImage/20210403113212/1434611563922.jpg www.baesystems.com/en-us/product/long-range-anti-ship-missile www.baesystems.com /en-us/product/long-range-anti-ship-missile Networked Enabled Electronic Warfare: LRASM 6-7 minutes Multimedia Contact Us US FlagUnited States What We Do Our Company Sustainability Investors Newsroom Careers What We Do What We Do Products & Services Future technologies Air Land Cyber security & intelligence Electronics Sea Services Space Our Company Our Company BAE Systems, Inc. About Us Inc. Businesses Inc. Board of Directors Inc. Leadership Newsroom Products & Services Special Security Agreement (SSA) United States Suppliers U.S. Supplier Diversity Our locations Sustainability Sustainability Protect the planet Annual report Global sustainability Electric hybrid propulsion Modeling and simulation Diversity, Equity and Inclusion Employee resource groups Inc. DEI Impact Report Community Investment Governance United States Suppliers Commitment to DEI Special Security Agreement Investors Newsroom Newsroom Features Saab and BAE Systems employees in a group around parts created using additive manufacturing Additive Manufacturing An F-35 fighter jet flies against a backdrop of clouds and blue sky, overlaid with an artist’s rendering of electronic warfare capabilities. Shaping electromagnetic warfare in an integrated simulation environment News BAE Systems announces top suppliers at sixth annual ‘Partner2Win’ supplier symposium Nov 13 2024 Market Update Nov 12 2024 The Netherlands and Belgium jointly award BAE Systems a contract for 40Mk4 naval gun systems Nov 1 2024 Events International WorkBoat Show Nov 12 - 14 2024 | New Orleans, United States of America I/ITSEC 2024 Dec 2 - 6 2024 | Orlando, United States of America IDEX Feb 17 - 21 2025 | Abu Dhabi, United Arab Emirates Careers Careers Explore US-based careers Business Development, Strategy & Planning Engineering & Technology Finance & Accounting Intelligence Manufacturing & Maintenance Other Professionals Project & Program Management Supply Chain & Logistics Explore jobs globally Search What are you looking for? Regions BAE Systems Home What we do Products & Services Long Range Anti-Ship Missile (LRASM) RF Sensor LRASM sensor technology advances precision missile guidance LRASM – the Long Range Anti-Ship Missile – uses next-generation precision guidance technology to penetrate enemy air defenses and strike targeted ships from longer distances. Long Range Anti-Ship Missile (LRASM) RF Sensor The advanced sensor technology enables LRASM to strike targets from long distances and penetrate enemy air defenses more effectively with increased survivability. Overview News Contact 12 Default Profile Image Daniel Mooney Business Development Overview News BAE Systems electrical engineers reviewing new defense electronics designs in front of new processing equipment in development Related product The FAST Labs™ R&D group of BAE Systems pushes the limits of what is possible; to create advanced technologies that give our customers the edge they need to win and our employees the chance to change the world. Find out more

The AN/ALR-56 Radar Warning Receivers (RWR) from BAE Systems enhance mission survivability by providing critical situational awareness for tactical, fighter, and transport aircraft. These advanced systems are designed to detect, identify, and prioritize radar threats, offering real-time alerts to pilots and improving operational effectiveness. With a focus on advanced upgrades for legacy fleets, the AN/ALR-56 RWR is a trusted solution for strengthening defense capabilities and ensuring aircraft protection in challenging environments. The system’s reliability and adaptability make it a key component in enhancing the survivability of aircrews worldwide.

BAE Systems' National Network Cyber Centre provides comprehensive cybersecurity solutions designed to safeguard a nation's critical infrastructure, businesses, and citizens against sophisticated cyber threats. Offering advanced threat detection and response capabilities, this centre integrates cutting-edge technologies to defend against increasingly targeted and evolving cyberattacks. With a focus on real-time monitoring and threat mitigation, the National Network Cyber Centre ensures robust protection for both public and private sectors, helping organizations stay ahead in an ever-changing digital landscape.

BAE Systems' Electronic Warfare (EW) solutions provide cutting-edge capabilities for protecting military forces and critical infrastructure from modern threats. With over 60 years of experience, BAE Systems offers a comprehensive suite of technologies that include Electronic Support (ES), Electronic Protection (EP), Electronic Attack (EA), and Mission Support. These systems are designed to detect, disrupt, and neutralize adversary threats using advanced signal processing, electronic countermeasures, and directed energy weapons. BAE’s EW technologies have been deployed on over 120 platforms and are integral to 5th generation aircraft and other military assets. As threats evolve, BAE Systems continues to develop innovative EW solutions that give armed forces the edge to control the electromagnetic spectrum, ensuring operational superiority and enhanced survivability in the most complex environments.

The Innovative Multiple-Object Tracking Radar (iMOTR) by BAE Systems is designed to provide highly accurate real-time tracking of multiple airborne objects. With advanced capabilities for improved surface clutter rejection, iMOTR excels at tracking low-flying objects, sea-skimming weapons, and surface craft. This radar system is particularly effective in military test and evaluation ranges, offering enhanced precision in tracking time, space, and position information of flying objects. The iMOTR's advanced features make it an ideal solution for critical defense applications that require reliable, high-performance tracking capabilities in complex environments.

The CW Doppler Radar from BAE Systems provides advanced radar capabilities for detecting and tracking moving objects with high precision. It uses continuous wave (CW) Doppler technology to accurately measure the velocity and position of targets, making it ideal for applications in both military and commercial sectors. The radar system is designed to operate in challenging environments, offering enhanced detection of slow-moving and small objects even in cluttered conditions. With its reliable performance and adaptability, the CW Doppler Radar ensures robust tracking in various operational scenarios.