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FAA Selects Leidos & Thales for Radar Upgrade

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  Published in Politics and Government on Sunday, February 1st 2026 at 22:55 GMT by WNYT NewsChannel 13
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WASHINGTON D.C. - February 2nd, 2026 - In a move poised to dramatically improve the safety and efficiency of American airspace, the Federal Aviation Administration (FAA) today announced the selection of Leidos and Thales USA to replace the nation's aging radar infrastructure. The contract, representing a multi-billion dollar investment, will see the 612 existing radar systems - many of which are decades old and reliant on increasingly unreliable technology - replaced with cutting-edge, modernized equivalents.

For years, aviation experts have warned about the potential risks posed by the aging radar network. While rigorously maintained, the existing systems were built on technology that predates many of the advancements in air travel we've seen in recent decades. This modernization isn't simply about replacing hardware; it's about future-proofing the national airspace system against growing demands and increasingly complex air traffic patterns.

"This is a critical investment in the safety and reliability of air travel," stated FAA Administrator Amelia Hayes in a press conference this morning. "The current radar systems are reaching the end of their operational lifespan. They're becoming increasingly difficult and costly to maintain, and lack the capabilities needed to handle the projected growth in air traffic over the next 20-30 years. Leidos and Thales USA presented the most innovative and comprehensive solutions to address these challenges."

The new radar systems will leverage advancements in solid-state technology, digital signal processing, and network-centric architecture. These improvements promise several key benefits. Firstly, enhanced detection capabilities will allow air traffic controllers to track aircraft more accurately and at greater distances, even in adverse weather conditions. This will translate to quicker identification of potential conflicts and more informed decision-making.

Secondly, the upgraded systems will feature improved data integration with the FAA's NextGen air traffic control modernization program. NextGen aims to transition from a ground-based radar system to a satellite-based system, but the existing radar infrastructure acts as a crucial fallback and complements the new technologies. Seamless integration ensures a smoother and more reliable transition, allowing for enhanced situational awareness for controllers across the country.

Thales USA will be focusing on the eastern half of the country, deploying their advanced ASR-N (Airport Surveillance Radar - Next Generation) technology. This radar boasts enhanced range, accuracy, and the ability to distinguish between different types of aircraft. Leidos, meanwhile, will be responsible for the western half of the US, implementing a customized system based on their proven track record in defense and aviation technologies.

The contract rollout will be phased over the next decade, beginning with upgrades to high-traffic airspace around major metropolitan areas. The FAA anticipates minimal disruption to air travel during the transition, utilizing a carefully planned installation and testing schedule. Each radar site will undergo a complete overhaul, including the installation of new antennas, transmitters, receivers, and data processing equipment.

Beyond safety and efficiency, the modernization project is also expected to generate thousands of high-skilled jobs in the aerospace and technology sectors. The FAA is committed to working with both Leidos and Thales USA to ensure a diverse and inclusive workforce is involved in the project.

Industry analysts predict this upgrade will set a new global standard for air traffic control technology. Several other nations are also facing similar challenges with aging radar infrastructure and are closely watching the FAA's progress. The lessons learned from this project could have a significant impact on air travel safety worldwide.

While the initial contract focuses on replacing the existing radar systems, the FAA is also exploring opportunities to incorporate emerging technologies such as artificial intelligence and machine learning to further optimize air traffic flow and enhance predictive capabilities. The long-term vision is to create a fully automated and resilient airspace system capable of handling the demands of a rapidly evolving aviation landscape.