IAI is a leading provider of resilient land navigation solutions, specializing in inertial navigation and GNSS anti-jamming technologies. Their extensive product lineup features advanced inertial sensors, including gyroscopes and accelerometers, along with sophisticated electronics and navigation algorithms. IAI offers complete navigation systems such as inertial navigation systems, inertial measurement units, and stabilization units, catering to a diverse range of platforms and applications globally. Recognized as Israel's center of excellence in resilient navigation, IAI's innovative solutions enhance safety and operational effectiveness in various environments, ultimately saving lives and ensuring mission success.
IAI is a leading provider of advanced inertial navigation and GNSS anti-jamming solutions, offering a comprehensive range of state-of-the-art products including gyroscopes, accelerometers, navigation algorithms, and complete navigation systems. Recognized as Israel's center of excellence in resilient navigation capabilities, IAI delivers innovative airborne solutions for both manned and unmanned aerial vehicles, loitering munitions, and airborne electro-optics. Their cutting-edge technology ensures precise navigation, stabilization, and orientation while effectively countering GNSS jamming threats. IAI's battle-proven solutions are designed to save lives and provide customers with cost-effective, ITAR-free options that enhance operational effectiveness in diverse environments.
The Mini ADA is a state-of-the-art anti-jam GNSS system developed by IAI, designed to provide reliable positioning, navigation, and timing (PNT) for tactical platforms. With its compact single-enclosure design, the Mini ADA is engineered to withstand harsh environmental conditions typical of ground operations, including main battle tanks and infantry fighting vehicles. Leveraging over 20 years of expertise in GNSS and anti-jamming technologies, IAI offers an end-to-end solution that features advanced testing and simulation capabilities, ensuring the highest level of jamming resistance. This innovative system supports integration with various receivers and navigation systems, making it an essential tool for modern military applications that demand uninterrupted GNSS availability.
The ADA-O Jam Resistant GNSS System for Surface Applications is a cutting-edge solution designed to ensure reliable positioning, navigation, and timing (PNT) for modern ground assets. Housed in a single enclosure and rigorously tested for land-based environmental conditions, the system features a Multiple Element Controlled Reception Pattern Antenna (CRPA) and advanced spatial filtering algorithms that provide exceptional resistance to jamming. It delivers a jam-resistant RF signal to both existing and new GNSS receivers, supporting L1, L2, and SAASM/P(Y) codes, with the option for M-code through software or firmware upgrades. With over 20 years of experience in developing top-tier GNSS and anti-jam technologies, IAI offers a combat-proven solution that meets the most demanding operational requirements.
ADNAV is an advanced land navigation system developed by IAI, designed for autonomous operation with a quick alignment time of just 3-4 minutes. Utilizing state-of-the-art Fiber Optic Gyro (FOG) and Q-Flex accelerometers, ADNAV offers dynamic alignment while in motion through a sophisticated Kalman filter technique. This compact and lightweight hybrid navigation system integrates inertial navigation with GPS, providing high reliability and inertial error corrections via internal and external GPS updates. With a proven operational record, ADNAV is ideal for a variety of applications, including vehicles, armored personnel carriers, tanks, and autonomous vehicles. It meets stringent military standards (MIL-STD-810F and MIL-STD-461E) and features multiple communication interfaces, making it a versatile solution for modern navigation needs.
Thales Radio Navigation provides a comprehensive suite of high-resistance sensors designed for military aircraft to ensure safe navigation during very-low altitude operations, secure landings, and traditional en-route navigation. This equipment is specifically engineered to withstand the demanding conditions of military environments, where any failure or vulnerability to jamming can have critical consequences for the aircraft and its crew. With proven reliability across thousands of installations, Thales offers essential components such as Radio-Altimeters, Multi-Mode Receivers, and TACAN interrogators and beacons, enabling pilots to effectively perform their missions under all conditions and enhancing operational safety in complex scenarios.
Leonardo's Navigation services provide comprehensive solutions for precise positioning and timing in various applications, including aerospace, maritime, and terrestrial environments. Leveraging advanced satellite technology and robust algorithms, these services ensure accurate navigation data that enhances operational efficiency and safety. The system is designed to support a wide range of users, from individual aircraft and vessels to large-scale transportation networks, offering real-time updates and seamless integration with existing infrastructure. With a focus on reliability and resilience, Leonardo's Navigation services are essential for modern navigation challenges, enabling users to navigate confidently in complex environments.
The Space Atomic Clock PHM (Passive Hydrogen Maser) is a cutting-edge atomic clock designed for precise positioning, timekeeping, and various onboard applications in space. With a remarkable operational lifespan of over 12 years, it boasts exceptional stability, making it the master clock of the Galileo Navigation Satellite System. Currently, more than 40 units are already in orbit, showcasing its reliability and significance in enhancing navigation accuracy and satellite operations.
The L3Harris M-Code Type II system is designed to provide advanced navigation capabilities for military operations, offering the same M2GRAM and MGUE functionalities as the GB-GRAM Type I. This standard allows warfighters to maintain backward compatibility with the Y-code signal while also utilizing the modernized M-code signal, ensuring reliable and precise positioning and timing. The system is engineered to protect against GPS jamming and spoofing, enhancing operational success in contested environments. The TruTrak-M Type II is versatile, integrated across various platforms including ground, undersea, and low-dynamic airborne systems, making it a critical asset for modern military applications.
The L3Harris M-Code Type I system represents the latest generation of navigation technology, specifically designed to enhance electronic warfare capabilities and ensure operational success during Blue Force Electronic Attacks (BFEA) through the use of spectrally isolated signals. This advanced system mitigates cyber threats by improving cryptography and enhancing the protection of critical technologies, while also reducing product costs by eliminating the need for expensive tamper resistance coatings, allowing for unclassified manufacturing. Additionally, the TruTrak-M feature ensures full backward compatibility with legacy Selective Availability Anti-Spoofing systems, making it a versatile solution for modern military applications.
L3Harris M-Code Navigation Solutions provide advanced GPS capabilities designed to counter emerging Navigation Warfare (NAVWAR) threats in contested environments. These solutions enhance acquisition speed, jamming immunity, and spoofing resistance, ensuring reliable positioning, navigation, and timing even in challenging conditions. With robust security features, L3Harris M-Code technology significantly improves the accuracy, availability, and integrity of navigation data, which is essential for mission success across various military operations. Our comprehensive navigation solutions portfolio supports a wide range of applications, reinforcing operational effectiveness and resilience in modern warfare scenarios.
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.
BAE Systems specializes in the design, development, and production of Electronic Engine Controls (EEC) and Full Authority Digital Engine Controls (FADEC) systems that optimize engine performance and efficiency across a wide range of military and commercial aircraft. These advanced systems improve fuel consumption, reduce emissions, and enhance safety by detecting and mitigating failures. With over 30 years of experience, BAE Systems' engine controls are trusted for their reliability and performance in the harshest environments. They provide critical support for more than 30,000 engines worldwide, with continuous innovation to meet the evolving needs of next-generation aircraft, including hypersonic flight and hybrid propulsion systems.
BAE Systems' Low Probability of Intercept Altimeters (LPIA) provide advanced navigation and altitude measurement capabilities with reduced detectability by adversary radar systems. These altimeters are specifically designed for military and defense applications, where stealth and precision are crucial. With their low probability of intercept features, LPIAs ensure secure and reliable performance in hostile environments, enabling aircraft and other platforms to operate undetected. By using advanced signal processing techniques, LPIAs offer accurate altitude measurements while minimizing the likelihood of being intercepted or tracked, making them ideal for critical missions where stealth is paramount. For more information, visit [Low Probability of Intercept Altimeters (LPIA)](www.baesystems.com/en-us/product/low-probability-of-intercept-altimeters-lpia).
BAE Systems' Communications, Navigation & Identification (CNI) systems are world-class solutions designed to enhance situational awareness and provide a tactical battlefield advantage. These secure, interoperable, multi-channel, and multi-band systems support air, land, maritime, space, and cyber platforms, enabling seamless integration of mission-critical assets for improved mission planning and execution. With over 10,000 systems delivered to the U.S. Department of Defense and more than 56 allied nations, BAE’s CNI products offer capabilities such as Identification Friend or Foe (IFF), precision navigation, and advanced networking. Designed for demanding environments, these systems deliver superior performance, reliability, and scalability, ensuring ongoing operational effectiveness and mission success. For more information, visit [Communications, Navigation & Identification](www.baesystems.com/en-us/productfamily/communications-navigation-identification).
