Raytheon's Shoulder-Fired Missile Scores Direct Hits in Extended-Range Air Threat Tests

Raytheon has completed another critical technology demonstration of its Next Generation Short Range Interceptor (NGSRI), bringing the U.S. Army's planned replacement for the Stinger missile closer to operational service. In the latest test, Raytheon fired multiple guided missiles from a man-portable launcher, successfully intercepting simulated aerial threats and scoring direct hits on each target.

The demonstration provided a comprehensive evaluation of the complete weapon system, including the missile itself and its Command Launch Assembly (CLA). Raytheon stated that the system successfully detected, tracked, and engaged every target, demonstrating significant improvements in range and target acquisition capability over the fielded Stinger missile.

Extended Engagement Range

The centerpiece of the latest demonstration was NGSRI's ability to intercept threats at greater distances than existing shoulder-launched air defense systems. Raytheon attributed this advancement to a new missile seeker featuring enhanced optical performance, as well as a high-load solid rocket motor developed by Northrop Grumman.

The upgraded Command Launch Assembly also played a central role in the test. Soldiers used the man-portable launcher to acquire and engage simulated aerial targets, fully demonstrating the system's operational effectiveness in dismounted combat scenarios.

Tom Laliberty, President of Raytheon's Land and Air Defense Systems division, stated that NGSRI can detect threats earlier and engage them at greater distances than the Stinger, giving troops a more capable air defense weapon. He added that the new design also simplifies manufacturing and fielding, enabling the Army to produce and deploy the weapon more quickly while reducing overall costs.

Replacing the Stinger

The U.S. Army launched the NGSRI program to develop a modern successor to the Stinger missile, which has served as the military's primary shoulder-launched air defense missile for decades. The new interceptor will support both man-portable operations and vehicle-mounted launch platforms, giving troops greater flexibility when countering drones, helicopters, and other low-altitude aerial threats.

As the original manufacturer of the Stinger missile and launcher, Raytheon designed NGSRI to be compatible with existing and future vehicle platforms. This design approach is intended to enable a smooth transition to the new interceptor without requiring a wholesale replacement of current supporting equipment. Over the past year, Raytheon has conducted a series of self-funded assessments and incremental technology demonstrations under Army contract to mature the design ahead of formal program milestones.

Testing Program Advances

The latest live-fire test followed closely on another significant milestone achieved in February 2026. During that ballistic test, Raytheon demonstrated the interceptor's ability to track a drone target and launch from a man-portable system. Engineers used the February test to collect performance data and validate key technologies before advancing to more demanding flight demonstrations. Raytheon self-funded that test to accelerate development and reduce technical risk ahead of future Army evaluations.

NGSRI incorporates more than sixty years of Raytheon air defense system development experience, employing a modular architecture and automated manufacturing methods. Raytheon believes these production techniques will shorten manufacturing cycle times and support higher production rates as the Army moves toward full-rate procurement.

If selected, NGSRI would replace one of the most widely deployed shoulder-launched air defense missiles in the world, providing U.S. Army and Marine Corps forces with enhanced capabilities to counter increasingly complex aerial threats.

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