Raytheon conducted a demonstration of its Next Generation Short Range Interceptor (NGSRI) system, utilizing a soldier-portable Command Launch Assembly to fire guided missiles. The company stated that the test involved identifying, tracking, and engaging simulated airborne threats with support from missile seeker optics and a solid rocket motor supplied by Northrop Grumman.
Tom Laliberty, president of land and air defense systems at Raytheon, described the system as an evolution of the company’s previous Stinger technology. He emphasized that the new design aims to simplify manufacturing and fielding processes. Laliberty noted that the NGSRI demonstrated faster locking speeds and extended range compared to the Stinger, which he characterized as the most widely requested shoulder-fired air defense system globally.
This flight test builds upon previous evaluations of the NGSRI subsystems. Earlier assessments focused on validating the command launch assembly’s extended operational range and the precision of the missile warhead assembly. The company also tested propellant technology from Northrop Grumman to confirm the viability of key interceptor design components.
The NGSRI program is an Army initiative designed to develop a short-range missile capable of launching from both vehicle platforms and shoulder-mounted systems. The interceptor utilizes a modular architecture intended to ensure compatibility with current and future mounted platforms while accelerating development and production timelines. The system is intended to eventually replace the Stinger.