Lockheed Martin and Sweden Forge Pact for Precision Strikes with PAC-3 MSE Missiles
Sweden Secures PAC-3 MSE Missiles from Lockheed Martin
U.S. and Swedish officials have formalized a pivotal agreement for Sweden to acquire Lockheed Martin’s Patriot Advanced Capability-3 (PAC-3) Missile Segment Enhancement (MSE) missiles along with essential support equipment. This landmark contract will position Sweden as the sixth international customer to adopt the PAC-3 MSE system.
“We’re honored to partner with Sweden in their commitment to safeguarding their armed forces, citizens, and infrastructure,” stated Jay Pitman, Vice President of PAC-3 at Lockheed Martin Missiles and Fire Control. “Given today’s global security landscape, reliable Hit-to-Kill technology and innovative defense solutions are crucial. The PAC-3 MSE interceptors will offer Sweden a robust layer of protection.”
By joining the ranks of nations such as the U.S., Qatar, Japan, Romania, Poland, and the UAE, Sweden is enhancing its missile defense capabilities with PAC-3 MSE. Many other countries are also keen to strengthen their defensive measures using the advanced Patriot system.
Lockheed Martin serves as the primary contractor for the PAC-3 MSE upgrade, which enhances the Patriot air defense system. The upgraded PAC-3 MSE enlarges the operational envelope due to its dual-pulse solid rocket motor, resulting in superior performance in both altitude and range. Specifically designed to intercept a variety of threats including tactical ballistic missiles, cruise missiles, and aircraft, the PAC-3 MSE employs Hit-to-Kill technology, achieving engagement through direct body contact.
As a global leader in air and missile defense systems, Lockheed Martin offers top-notch solutions that protect citizens and vital assets from evolving threats. Their extensive expertise covers missile design, production, infrared seekers, command and control, battle management, and integrated communications. Lockheed Martin also specializes in precision pointing, tracking optics, radar technology, and simulating threat-representative targets for comprehensive missile defense evaluations.
