Who benefits when missile production ramps?
Published June 14, 2026 / AMRAAM supplier value pools beneath the prime
The latest U.S. weapons-production push is a missile and interceptor capacity story.
The issue is not whether demand exists. It is whether output can be scaled to match it.
RF, microwave, antenna and radome content
electronics, circuit-card, semiconductor and timing content
guidance, navigation and control
warhead, rocket-motor, safe-and-arm, fuzing and battery content
AMRAAM example: visible supplier value pools beneath the prime
For FY19-FY26, reported first-tier subcontract value beneath Raytheon's guided-missile work points to several value pools below the prime.
RF, microwave, antenna and radome content
CAES Systems, Ball Aerospace, Stellant Systems, Corning, BAE Systems Space & Mission Systems
Electronics, circuit-card, semiconductor and timing content
OECO, FCG, Port Electronics, Arrow Electronics, Avnet, Sanmina, Mercury Systems
Guidance, navigation and control
Atlantic Inertial Systems, L3 Technologies, Honeywell, L3Harris Interstate Electronics, Northrop Grumman, Moog
Warhead, rocket-motor, safe-and-arm, fuzing and battery content
Kaman Aerospace, Alliant Techsystems Operations, Nammo Raufoss, Ensign-Bickford, EaglePicher
Cables, connectors and interconnects
Huber+Suhner Astrolab, Teledyne Defense Electronics, Midcon Cables, Smiths Interconnect, Cristek Interconnects
Machining, structural and materials content
General Dynamics OTS, Precision Metal Products, Haas Group, Glendee
Percentages are approximate visible supplier value pools beneath the prime.
More likely to scale through incumbents
More plausible expansion / second-source areas
Commercial read-through
Higher AMRAAM demand does not benefit only Raytheon.
It also benefits suppliers already embedded in radio-frequency electronics, missile antennas, inertial systems, motors, warheads, fuzing, circuit cards, semiconductors, cable assemblies, connectors, machining and test-related content.
PAC-3 MSE shows a similar pattern: source-broadening around attitude-control motors and actuation, while seekers and solid rocket motors are more likely to scale through incumbent capacity first.
What the signal says
Higher AMRAAM demand does not benefit only Raytheon.
It also benefits suppliers embedded in RF electronics, missile antennas, inertial systems, motors, warheads, fuzing, circuit cards, semiconductors, cable assemblies, connectors, machining and test-related content.
The harder question is capacity.
RF assemblies, antenna content, inertial systems, rocket motors, warheads and safe-and-arm devices are technically sensitive and difficult to substitute quickly.
Some areas are more plausible for broadening.
Cable assemblies, interconnects, circuit-card production, selected electronics, machining, test equipment, structural content and some power-related components may be more realistic expansion areas.
Sources: public prime and subcontract procurement data, congressional budget materials, company disclosures, DLA references, Mimir Data Platform and Modeling. Percentages are approximate visible supplier value pools beneath the prime and are not a definitive AMRAAM bill of material.