PAC‑3 added to Aegis
- Lockheed Martin won a contract to integrate the PAC‑3 MSE interceptor with the U.S. Navy's Aegis combat system. - The award is worth about $200 million and Lockheed expects production to rise through 2030. - The work couples a land‑based Patriot interceptor into ship air‑defence architectures, increasing systems‑integration demand for suppliers (reuters.com).
The U.S. Navy is moving to add the Army’s PAC-3 Missile Segment Enhancement interceptor to Aegis, putting a Patriot-family missile on warships for the first time. (reuters.com) Lockheed Martin said on April 21 it received a contract to develop, integrate and test PAC-3 MSE with the Aegis Combat System, and Reuters reported the award at about $200 million. (lockheedmartin.com, reuters.com) Aegis is the Navy’s shipboard combat system that uses radar and fire-control software to track threats and guide interceptors. PAC-3 MSE is the latest Patriot interceptor, built to destroy incoming targets by direct impact rather than an explosive blast. (navytimes.com, lockheedmartin.com) The Navy is pursuing the pairing as it looks for more ways to defend ships against fast, maneuvering threats, including hypersonic weapons that compress warning time. Reuters reported the sea-service push is tied to concerns about China’s missile arsenal. (reuters.com, aviationweek.com) The change also widens the Navy’s interceptor menu beyond the Standard Missile family already used with Aegis on destroyers and cruisers. Defense News said the service is looking to bring an Army missile aboard ships as Pentagon demand for PAC-3 MSE keeps rising. (defensenews.com, navytimes.com) Lockheed executives said at the Navy League’s Sea-Air-Space conference that the company has been working on the concept for years and expects PAC-3 production to keep climbing through 2030. Reuters reported the company is expanding output as the Pentagon and allies buy more interceptors. (reuters.com, navalnews.com) PAC-3 MSE is already used by the U.S. Army and by 16 partner nations, according to Lockheed Martin. Putting it into Aegis would let the Navy tap a missile already in large-scale production instead of waiting for an all-new ship interceptor. (lockheedmartin.com, reuters.com) The work now shifts from contract language to engineering: fitting a land-based interceptor into a ship combat architecture, proving it in tests, and deciding where it belongs in the fleet’s layered defenses. If that works, Aegis ships would gain a new way to swat down some of the fastest threats headed their way. (lockheedmartin.com, reuters.com)
