The M428 IFF (Identification Friend or Foe) Transponder from Leonardo is a state-of-the-art device designed to enhance situational awareness and safety in military operations. This advanced transponder provides secure and reliable identification of friendly forces, significantly reducing the risk of fratricide in complex combat environments. The M428 is compatible with various military standards and communication protocols, ensuring seamless integration with existing systems and platforms. Its compact and rugged design allows for deployment in diverse operational scenarios, including air, land, and naval applications. With its high-performance capabilities and user-friendly interface, the M428 IFF Transponder is essential for maintaining effective command and control in modern defense operations.
The SWave SRT 800 from Leonardo is a compact and powerful software-defined radio (SDR) designed to enhance traditional avionics units, including UHF/VHF voice and data communications radios, modems, and cryptographic computers. This innovative device integrates two MCU equipment into a single, flexible solution that meets demanding computational requirements through its advanced digital section. The SRT 800 features a patented RF technology that maximizes transmission power while minimizing power dissipation. It supports a wide range of waveforms, including those compliant with the European Secure Software Defined Radio (ESSOR) architecture, and is equipped with narrow and wideband capabilities along with Electronic Counter-Countermeasures (ECCM) technology, ensuring high performance and interoperability across military communication systems.
The M424B1 IFF (Identification Friend or Foe) Transponder from Leonardo is a sophisticated system designed to enhance situational awareness and security in military and civilian airspace. This compact transponder provides reliable identification capabilities by responding to interrogation signals from radar systems, helping to distinguish friendly aircraft from potential threats. The M424B1 is engineered for easy integration into various platforms, including helicopters and fixed-wing aircraft, ensuring seamless operation in diverse operational environments. Its advanced features and robust performance make it an essential tool for modern aviation, contributing to safer and more efficient air operations.
The M425 IFF (Identification Friend or Foe) Transponder from Leonardo is an advanced system designed to enhance air traffic management and operational safety in military and civilian aviation. This transponder provides reliable identification by responding to interrogation signals, allowing for the accurate differentiation of friendly aircraft from potential threats. Compact and lightweight, the M425 is engineered for easy integration into a variety of platforms, including helicopters and fixed-wing aircraft. Its robust design ensures reliable performance in diverse operational environments, making it a critical component for modern air operations that require enhanced situational awareness and security.
The M426S E-Scan IFF (Identification Friend or Foe) Interrogator from Leonardo is a cutting-edge system designed to enhance situational awareness and security in military air operations. Utilizing advanced electronic scanning technology, the M426S provides rapid and accurate identification of friendly aircraft by sending interrogation signals that elicit responses from IFF transponders. Its compact and lightweight design allows for easy integration into various platforms, including fixed-wing aircraft and helicopters. The M426S is engineered for high reliability and performance in diverse operational environments, making it an essential tool for modern air defense systems that require efficient and precise identification capabilities.
The Radar Altimeter Family from Leonardo offers advanced solutions for accurate altitude measurement in various aviation applications. These systems utilize state-of-the-art radar technology to provide real-time altitude data, ensuring safe and precise landings, especially in challenging conditions such as low visibility or rough terrain. Designed for both military and commercial aircraft, the radar altimeters are compact and lightweight, allowing for easy integration into existing avionics systems. With robust performance and high reliability, the Radar Altimeter Family enhances situational awareness for pilots and supports effective decision-making during critical flight operations.
The AFIRS™ 228 Automated Flight Information & Reporting System is a cutting-edge solution designed to meet the demanding communication needs of modern aviation. This system enables long-range Future Air Navigation System (FANS) and Controller-to-Pilot Data Link Communications (CPDLC) through the Aircraft Communications Addressing and Reporting System (ACARS) network, facilitating efficient messaging between traffic controllers and pilots. Equipped with two Iridium transceivers, the AFIRS 228 ensures global voice and data communications, while the low-profile antenna is seamlessly mounted on the aircraft fuselage. The system integrates telecom functions into the cockpit audio system, enhancing communication for flight crews, and includes a separate SDU Configuration Module for easy management of system settings and user information. With its robust features, the AFIRS 228 significantly enhances safety and operational efficiency in aviation communications.
Weather and Radar Processing (WARP) is a cutting-edge system deployed in the U.S. that enhances weather data analysis and radar processing for the Federal Aviation Administration (FAA). Under the WARP Maintenance and Sustainment Services (WMSS) III contract, it offers comprehensive hardware and software maintenance, a dedicated 15/7 user help desk, and engineering services to ensure alignment with future weather initiatives. Recently upgraded with robust hardware and new service-oriented architecture (SOA) capabilities, WARP is designed to support the FAA in optimizing flight routes around adverse weather conditions. With the upcoming NextGen Network Enabled Weather (NNEW) initiative, WARP's advanced features promise to deliver efficient and cost-effective solutions for achieving NextGen weather objectives.
Weather Sustainment is a comprehensive solution offered by L3Harris that addresses a wide range of complex mission requirements, including facilities maintenance and the reverse-engineering of legacy systems. This service encompasses system engineering, sustainment, logistics and supply, depot maintenance, as well as software and hardware engineering and configuration management. Specifically designed for range instrumentation, Weather Sustainment supports critical functions such as tracking, telemetry, optical systems, communications, and command-and-control networks. With its robust capabilities, L3Harris ensures operational readiness and efficiency for diverse weather-related applications.
The Aviation Weather Data System (HWDS) enhances flight safety by delivering accurate weather and aeronautical data within the National Airspace System (NAS) through System Wide Information Management (SWIM). Established in 1988 to support the FAA's Meteorologist Weather Processor (MWP) program, HWDS is responsible for acquiring, identifying, mediating, and disseminating reliable weather information to both FAA and non-FAA programs, ensuring that pilots and air traffic controllers have access to critical data for informed decision-making. With its robust capabilities, HWDS plays a vital role in improving operational efficiency and safety in aviation.
L3Harris' ADS-B Air Traffic Surveillance system is a pivotal component of the FAA’s Next Generation Air Transportation System (NextGen), designed to modernize air traffic control through enhanced ground-based and satellite-based surveillance. As the prime contractor, L3Harris is responsible for developing a nationwide network that integrates radio communications, telecommunications, and advanced software to provide real-time, accurate surveillance data. This system not only improves situational awareness for pilots and air traffic controllers but also enhances safety by enabling precise aircraft tracking, even in challenging environments like oceans and remote areas. With the deployment of 81 satellite-based ADS-B receivers, L3Harris is at the forefront of global aircraft monitoring, ensuring safer skies and more efficient airspace management.
The Aeronautical Mobile Aircraft Communication System (AeroMACS) by L3Harris is a cutting-edge communication solution approved by the FAA, designed to meet stringent regulatory compliance standards. This system extends the capabilities of the FAA Telecommunications Infrastructure (FTI) program, offering a secure managed service network that supports critical National Airspace System (NAS) operations, including voice, data, and video communications. AeroMACS enhances runway traffic management by providing a wireless communication system for Aircraft Surface Detection data, significantly improving operational efficiency for Air Traffic Controllers across U.S. airports. For more information, visit L3Harris AeroMACS.
L3Harris is a leading provider of Air Traffic Management (ATM) solutions, specializing in the modernization of air navigation services to ensure safe, secure, and efficient skies. With over three decades of experience, L3Harris delivers critical infrastructure as a managed service, enhancing airspace surveillance systems and communications networks for real-time precision and situational awareness. Their integrated information-sharing platforms facilitate seamless communication among controllers, airlines, and pilots, ultimately improving operational efficiencies and expanding capacity. By focusing on mission-critical needs, L3Harris empowers air traffic management professionals to concentrate on their core objectives while leveraging advanced technologies to meet the evolving demands of global aviation.
The Advanced Capability Pod (ACaP) by L3Harris is a cutting-edge electronic warfare solution designed to enhance operational capabilities in dynamic environments. Offering advanced sensing, jamming, and communications capabilities, ACaP provides flexible, rapid deployment for a wide range of military platforms. Its modular design ensures compatibility with various aircraft, delivering unmatched versatility and adaptability for electronic warfare missions. With its high-performance features and continuous upgradeability, the ACaP ensures that users stay ahead of emerging threats. For more information, visit [Advanced Capability Pod](www.example.com/acap).
The AN/ALQ-161A B-1B Countermeasure System by L3Harris is a sophisticated electronic warfare solution designed to protect the B-1B bomber from a wide range of threats. Offering advanced radar jamming and electronic countermeasure capabilities, the system enhances the survivability of the aircraft in complex, hostile environments. With real-time adaptive performance and seamless integration into the aircraft’s avionics suite, the AN/ALQ-161A ensures that the B-1B remains a dominant force in modern combat operations. For more information, visit [AN/ALQ-161A B-1B Countermeasure System](www.example.com/alq-161a).
