CPI Aerostructures Secures $13.6M Contract for Next Generation Jammer Pods

    L3Harris Technologies has awarded CPI Aerostructures a $13.6 million contract to produce airborne pod structures for the U.S. Navy's Next Generation Jammer Low Band program. This contract will enhance the electronic warfare capabilities of the EA-18G Growler aircraft, marking a significant milestone in defense procurement efforts.

    U.S. Naval Air Systems Command, United States Navy, U.S. Department of Defense

    Key Signals

    • L3Harris awards CPI Aerostructures $13.6M contract for airborne pod structures
    • CPI Aerostructures has a backlog of $495 million
    • Next Generation Jammer Low Band program aims to replace AN/ALQ-99 Tactical Jamming System

    On July 27, 2026, L3Harris Technologies awarded CPI Aerostructures, Inc. a fully definitized contract worth $13.6 million aimed at delivering critical airborne pod structures for the Next Generation Jammer Low Band (NGJ-LB) program. This contract is pivotal in the U.S. Navy's endeavor to modernize its EA-18G Growler electronic warfare aircraft. The modernization effort involves leveraging new technology to replace the aging AN/ALQ-99 Tactical Jamming System with a more innovative modular, open-system architecture.

    The NGJ-LB program marks an important step forward in electronic warfare capability for the U.S. Navy as it seeks to develop a system that is more adaptable to the changing face of warfare. The award underscores both L3Harris' confidence in CPI Aerostructures and the U.S. Department of Defense’s (DoD) commitment to advancing airborne electronic warfare technologies. This investment aligns with the broader defense procurement landscape, which is increasingly focused on ensuring interoperability and enhancing the military's technological edge over potential adversaries.

    CPI Aerostructures has already made significant contributions to this program, including delivering the first test article and providing engineering support since the project's inception in late 2024. This interaction between the prime contractor and subcontractors stands to influence future procurement trends, especially in sectors related to aerospace and defense system manufacturing. The modular design of the NGJ-LB allows for ease of maintenance and operational flexibility, making it easier to incorporate future upgrades. The potential for system enhancements through joint and allied operations is particularly relevant as defense forces increasingly rely on cooperative engagements.

    This award not only reflects CPI Aerostructures’ strong position within the aerospace supply chain but also suggests expanding opportunities for other suppliers in the defense sector. With a backlog of approximately $495 million, CPI Aerostructures stands poised to enhance its market presence strategically. The significance of this contract highlights a renewed focus on electronic warfare capabilities within the Naval Air Systems Command and is indicative of a broader trend within the DoD to solidify the United States' technological advantages.

    Defense contractors working in related fields should monitor developments linked to this contract as the NGJ-LB program progresses. Procurement professionals need to consider how the increasing demand for modular systems might create flexibility in defense contracts and project execution. The interconnected nature of advanced military systems means that procurement strategies will likely become more collaborative, and companies willing to adapt may find new avenues for contract awards.

    In summary, the NGJ-LB represents an essential investment in the Navy’s capabilities to address modern electronic warfare challenges. The focus on modular architecture and rapid technological upgrades may redefine future procurement specifications across various military applications, making this a crucial area for professionals to engage with moving forward.

    Agencies

    • U.S. Naval Air Systems Command
    • United States Navy
    • U.S. Department of Defense

    Vendors

    • CPI Aerostructures, Inc.
    • L3Harris Technologies
    • Honeywell Aerospace