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Lockheed Martin unveiled its PAC-3 Edge interceptor on October 9, 2026, presenting a next-generation missile designed to give the U.S. Army greater range, altitude, and maneuverability against advanced ballistic and hypersonic threats.

Building on the combat-proven PAC-3 Missile Segment Enhancement (MSE), the new interceptor features an upgraded seeker, a multi-pulse rocket motor, and improved flight controls. Testing is scheduled to begin in 2027, with deployment targeted for 2031.

PAC-3 Edge introduces a new seeker developed by Lockheed Martin’s Strigo Product Center. The advanced sensor is designed to improve target detection, tracking, and precision, helping the interceptor engage sophisticated threats, including missiles that maneuver during flight.

Lockheed Martin has invested $250 million in the Strigo Product Center to develop advanced seeker technology. The company plans to invest approximately $800 million in the seeker program overall, with several hundred million dollars already spent. The technology is also intended to support other offensive and defensive systems.

The interceptor will use a multi-pulse solid rocket motor developed by Northrop Grumman. The motor is designed to deliver controlled thrust at different stages of flight, providing greater flexibility in managing speed and energy during an engagement. This is intended to improve the missile’s ability to reach targets at greater distances and altitudes.

Upgraded flight controls will further enhance maneuverability and performance. Combined with the new seeker and propulsion system, these improvements are designed to help PAC-3 Edge pursue and intercept more demanding targets, including weapons with complex flight paths.

Lockheed Martin has described the interceptor as more capable than the existing PAC-3 MSE, particularly in range, altitude, and its ability to engage advanced threats. The company has not disclosed specific performance figures for the new missile.

Integration with Army Air Defense Systems

PAC-3 Edge is being developed for the U.S. Army’s Future Interceptor program, which seeks a next-generation interceptor for the Patriot air and missile defense system. Lockheed Martin has been selected to advance to the next stage of the competition, although the Army has not publicly identified the other company selected.

The interceptor is designed to integrate with the Army’s Integrated Battle Command System (IBCS), the M903 launcher, containerized launchers, and HIMARS Flex. These integration options are intended to allow the missile to operate within a wider air and missile defense network and provide greater flexibility in how launchers are deployed.

IBCS connects sensors, command systems, and weapon platforms to support coordinated engagements against incoming threats. Compatibility with this architecture could allow PAC-3 Edge to contribute to a layered defense that combines different sensors and interceptors to protect military forces and critical infrastructure.

The planned compatibility with containerized launchers and HIMARS Flex also offers additional deployment options beyond traditional Patriot configurations, although the specific operational arrangements have not been detailed.

Production Plans and Timeline

Lockheed Martin plans to begin testing PAC-3 Edge in 2027, with initial deployment targeted for 2031. The company intends to manufacture the interceptor at its existing PAC-3 production line in Camden, Arkansas.

The development comes as the U.S. Army seeks to increase interceptor production amid strong demand for air and missile defense systems. In July 2026, the Army awarded Lockheed Martin a contract worth up to $58.6 billion to expand PAC-3 interceptor production.

Under a seven-year framework agreement with the Pentagon, Lockheed Martin aims to increase annual PAC-3 production capacity from approximately 600 to 2,000 interceptors. The company has said PAC-3 Edge is expected to cost about the same as the existing PAC-3 MSE at comparable production levels.

Lockheed Martin is also modernizing its manufacturing facilities with robotics, automation, and artificial intelligence to improve production efficiency. The upgraded facilities are intended to support expanded PAC-3 MSE manufacturing and provide the industrial capacity needed for future PAC-3 Edge production.

Expanding the Patriot System’s Capabilities

PAC-3 Edge is intended to extend the Patriot family’s ability to engage advanced missile threats by combining a more capable seeker with improved propulsion and flight controls.

Greater range and altitude could expand the area in which threats can be intercepted, while improved maneuverability is designed to support engagements against more challenging targets.

The interceptor remains under development, and its operational performance will need to be demonstrated through testing. If the planned capabilities are achieved, PAC-3 Edge could provide the U.S. Army with an additional layer of protection against increasingly sophisticated ballistic, maneuvering, and hypersonic missile threats.