The AN/ALQ-172 B-52 Self Protection System by L3Harris is an advanced electronic warfare system designed to protect the B-52 bomber from a wide range of threats. Equipped with sophisticated radar jamming and threat detection capabilities, the system enhances the aircraft's survivability by actively countering hostile radar and missile threats. Integrated seamlessly with the B-52's avionics, the AN/ALQ-172 ensures real-time, adaptive responses to evolving combat environments, providing superior protection during complex missions. For more information, visit [AN/ALQ-172 B-52 Self Protection System](www.example.com/alq-172).
The AN/ALQ-211 Self Protection System by L3Harris is a cutting-edge electronic warfare solution designed to enhance the survivability of military aircraft. Featuring advanced radar jamming, missile warning, and threat detection capabilities, the system provides real-time protection against a wide range of airborne threats. Its integrated, adaptive design ensures seamless operation with aircraft avionics, enabling rapid response to evolving combat environments. With proven reliability in complex missions, the AN/ALQ-211 is essential for securing the safety of high-value air assets. For more information, visit [AN/ALQ-211 Self Protection System](www.example.com/alq-211).
The F/A-18 Electronic Warfare system from L3Harris offers advanced capabilities designed to enhance the survivability of military aircraft in complex combat environments. With state-of-the-art radar jamming, threat detection, and electronic protection features, this system ensures comprehensive defense against a wide range of airborne and surface threats. The adaptable system integrates seamlessly with aircraft avionics, providing real-time countermeasures and strategic advantages in dynamic operational conditions. For more information, visit [F/A-18 Electronic Warfare](www.example.com/f18).
The Degraded Visibility Landing System (DVLS) enhances pilot situational awareness by providing a low-latency, binocular helmet-mounted display (HMD) with augmented reality symbology, including obstructions, threat data, and synthetic terrain. This system integrates navigation data, mission planning cues, and intuitive landing zone displays to facilitate safe landings in degraded environments. It supports both passive and active sensing technologies like radar and LIDAR, with an open interface that allows data fusion from various sources and sensors. The DVLS is designed for easy installation, offering automated boresighting, low size, weight, and power requirements, and scalability for diverse platforms, including retrofitting into existing cockpits.
The AN/ASQ-239 F-35 Electronic Warfare (EW) countermeasure system is a next-generation suite designed to provide both offensive and defensive options for pilots operating the F-35 Lightning II. This system integrates advanced radar warning, targeting support, and countermeasures, offering unparalleled protection against a wide range of airborne and ground-based threats. Its 360-degree situational awareness maximizes detection ranges and provides real-time, rapid response capabilities for jamming, evasion, and engagement. The system's platform-level design ensures long-term reliability, maintainability, and cost-effectiveness, while its adaptable architecture allows for future upgrades, making it an essential component of the F-35's electronic warfare capabilities. For more information, visit [AN/ASQ-239 F-35 EW Countermeasure System](www.baesystems.com/en-us/product/an-asq-239-f-35-ew-countermeasure-system).
The AN/ASN-128B/C Doppler Navigation Set from BAE Systems is a high-performance navigation solution designed to provide precise and reliable positioning in demanding environments. It is widely used in military aircraft, offering superior accuracy in both high-speed and complex missions. By utilizing Doppler radar technology, this navigation system delivers consistent, real-time data, enabling aircraft to operate effectively in diverse operational scenarios. The AN/ASN-128B/C is built to withstand harsh conditions, making it an essential component for modern navigation systems in military aviation.
The AN/ASN-157 Doppler Navigation Set by BAE Systems is a highly reliable, advanced navigation solution designed for military and aerospace applications. Utilizing Doppler radar technology, it provides precise and real-time navigation in challenging environments, ensuring consistent performance even in GPS-denied or cluttered conditions. The AN/ASN-157 is engineered to deliver accurate positioning, velocity, and direction information, making it essential for tactical operations, air navigation, and military platforms. Its robust design and integration capabilities allow for seamless operation in a variety of defense systems, enhancing overall mission effectiveness and operational efficiency.
The Integrated GPS Anti-Jam System (IGAS) from BAE Systems provides advanced protection for GPS receivers, ensuring uninterrupted positioning, navigation, and timing (PNT) data in contested environments. Designed for military and defense applications, IGAS utilizes state-of-the-art technology to counter jamming and spoofing threats, maintaining reliable and accurate GPS signals even in the most challenging electronic warfare scenarios. By seamlessly integrating with existing systems, IGAS enhances operational effectiveness, providing critical resilience to GPS-dependent platforms and ensuring mission success.
The AN/DPX-7 Reduced Size Transponder (RST) is a compact, advanced identification friend or foe (IFF) solution designed to enhance situational awareness and ensure secure identification in complex operational environments. This next-generation transponder delivers the world’s most advanced Mark XIIA IFF capabilities in a smaller, more efficient form factor, offering improved performance while reducing size and weight. The AN/DPX-7 is ideal for integration into a wide range of military platforms, providing enhanced identification and communication capabilities for air, sea, and land-based systems. Its versatility and cutting-edge technology make it a critical component for modern defense operations.
BAE Systems' Doppler Radars for Helicopter Navigation provide precise and reliable navigation in both friendly and hostile environments. These radars utilize advanced Doppler technology to ensure accurate altitude and velocity measurements, even in challenging conditions such as adverse weather or when GPS signals are unavailable. Designed to enhance operational effectiveness, the Doppler radars support critical helicopter missions, ensuring safe and efficient navigation in complex and high-risk environments. With cutting-edge performance and reliability, these systems are integral to modern aviation, improving situational awareness and mission success.
General Dynamics Mission Systems specializes in the design and manufacture of high-performance radomes for commercial and military aircraft, including Ku, K, Ka, Tri-band, and Quad-band systems. These radomes enhance in-flight connectivity by providing greater bandwidth and faster speeds for passengers and flight crews. With expertise in designing radomes for Active Electronically Scanned Array (AESA) antennas, they offer low-risk, high-performance solutions that ensure optimal system performance and durability. Their facilities, including FAA Repair Station Certification, support a comprehensive range of tests and certifications, ensuring the reliability and safety of the radomes under various environmental conditions.
CACI’s engineers conceive, develop, test, and field ship platforms and mission packages to meet the Navy’s shipbuilding needs affordably and safely. Our survivability engineers helped two Littoral Combat Ships pass shock trials. They developed redundancy and hardening requirements for key systems, analyzing the damage caused by a shock and the ship’s ability to recover.
Providing the critical communication link for all your Intelligence, Surveillance, and Reconnaissance (ISR) requirements, Viasat’s ISR services deliver the broadband data links that help ensure situational awareness.
V2X provides sensor integration that protects select U.S. installations against chemical, biological, and radiological (CBR) attacks. To improve performance, we developed an Internet-of-Things (IoT) application driven by V2X analytic tools. The solution delivers real-time situational awareness and provides input that drives preventative maintenance schedules and predictive analytics to support staffing decisions. We also integrate CBR sensor data with force protection surveillance tools, creating a common operational picture that speeds incident response.
For more than 30 years, V2X has been helping the U.S. Air Force meet demanding mission requirements. From operating Maxwell, Sheppard, and Keesler AFBs, plus Thule (Greenland) AB, to protecting arms, ammunition, and airframes to ensuring that aviation platforms are ready when needed, we bring innovation to improve operational performance. V2X is the largest provider of base management services for the Air Education Training Command (AETC). We also support enhanced supply chain and logistics, MRO, and integrated security solutions. And as part of the Air Force Contract Augmentation Program (AFCAP), we help ensure rapid responses to urgent mission requirements throughout Southwest Asia.
