The US Army Orders 11,000 NGSRI Missiles to Modernize Air Defense

The US Army Orders 11,000 New Short-Range Anti-Aircraft Missiles

The United States Army has initiated a process for the acquisition of 11,000 new Next Generation Short Range Interceptor (NGSRI) missiles, aiming to replace the old FIM-92 Stinger systems. The Request for Information (RFI) published on the SAM.gov portal represents a crucial step in modernizing the army's mobile air defense capabilities, in response to the growing threat of drones, hypersonic missiles, and other guided munitions.

Quick Response

Technical Details and Program Specifications

The RFI requests cost estimates for 11,000 NGSRI missiles and 2,200 control and launch units (CLAs) over a ten-year period. Initial production includes 200 missiles and 20 CLAs in the first year (2028) and 500 missiles and 20 CLAs in the second year (2029), with the possibility of doubling these quantities.

The NGSRI system is described as a high-performance, portable, fire-and-forget missile capable of neutralizing air threats such as helicopters, fixed-wing aircraft, and Group 2/3 unmanned aerial systems. Unlike the Stinger, which only reaches Mach 2 thanks to its traditional solid-propellant rocket motor, the NGSRI will use a highly loaded grain (Highly Loaded Grain) rocket motor, significantly increasing its speed to Mach 3.

M-SHORAD Program Progression

The Maneuver Short Range Air Defense (M-SHORAD) program is divided into increments. Increment 1, renamed Sgt. Stout, tested the integration of Stinger missiles, a 30mm cannon, and a 7.62mm machine gun on a Stryker vehicle equipped with radar. Increment 2 experimented with a 50 kW laser mounted on a Stryker. Increment 3, currently in development, involves replacing the Stinger with the new NGSRI.

Tests and Demonstrations

In February 2026, RTX demonstrated the NGSRI's ability to track aerial targets and be launched from a portable launcher. Tests conducted by RTX and Northrop Grumman demonstrated the effectiveness of the highly loaded rocket motor, representing a significant evolution from current systems.

Compatibility and Integration

The new missile is designed to be launched from both vehicles and portable launchers, maintaining compatibility with existing Stinger launchers, such as the Sgt. Stout and the Marine Corps Air-To-Air Launcher. The RFI requires suppliers to explain how they will integrate the NGSRI on the Sgt. Stout, with a plan to retrofit up to 248 vehicles, each with up to two universal missile launchers for Stinger missiles.

History and Current Challenges

The Stinger missile, introduced in the 1980s to replace the FIM-43 Redeye, has a long operational history, including its use in the Soviet-Afghan War, where it was successfully employed against Soviet Mi-24 helicopters. However, technological advancements and new air threats require more advanced systems capable of addressing modern challenges.

Strategic Implications

The acquisition of these new missiles represents a strategic investment for the US Army, aimed at maintaining air superiority in increasingly complex combat scenarios. Modernizing mobile air defense capabilities is essential to counter emerging threats, ensuring the safety of field forces and the ability to operate in hostile environments.

Next Steps and Deadlines

The deadline for submitting responses to the RFI is set for July 6. Suppliers are invited to present detailed proposals including cost estimates, integration plans, and production capabilities. This process represents a crucial phase for selecting industrial partners who will collaborate on the development and production of the new air defense system.

Modernizing mobile air defense capabilities is a key element of the US Army's strategy to address future challenges. With the adoption of the NGSRI, the American armed forces are preparing to effectively counter modern air threats, ensuring security and operational readiness in global combat scenarios.