The U.S. Army is laying the groundwork for one of its most consequential short-range air defense procurements in decades. On June 5, 2026, the Army's Maneuver Short Range Air Defense (M-SHORAD) program issued a Request for Information seeking contractors capable of producing 11,000 Next Generation Short Range Interceptor (NGSRI) missiles and 2,200 Control Launch Assemblies. With a 10-year production run slated to begin in FY28, the program represents a significant industrial commitment — and an early shaping opportunity for defense contractors across the supply chain.
What Is the NGSRI and Why Is the Stinger Being Replaced?
The FIM-92 Stinger has been the Army's soldier-portable air defense workhorse for more than four decades. Designed to defeat low-altitude fixed-wing and rotary-wing threats, the Stinger reaches a maximum speed of approximately Mach 2. But the battlefield has changed dramatically. The proliferation of Group 2 and Group 3 unmanned aerial systems — drones weighing between 21 and 1,320 pounds and operating at altitudes up to 18,000 feet — has exposed gaps that the aging Stinger was never designed to close.
The NGSRI is the Army's answer. The new interceptor is soldier-portable and fire-and-forget, preserving the tactical flexibility of the Stinger while delivering substantially improved lethality. The missile reaches Mach 3 — 50 percent faster than the Stinger — and is designed to defeat rotary-wing aircraft, fixed-wing aircraft, and Group 2 and Group 3 UAS threats. That multi-threat capability is critical as near-peer adversaries continue to field increasingly capable drone swarms and low-altitude cruise missiles alongside conventional aviation platforms.
Raytheon Technologies (RTX) and Northrop Grumman have both been active in the NGSRI development space. In 2025, the two companies conducted successful rocket motor tests of the missile's more powerful Highly Loaded Grain solid rocket motor. In February 2026, RTX separately demonstrated the NGSRI's ability to track drone targets and be fired from a man-portable launcher — technical milestones that signal the program is maturing toward a production decision. The RFI represents the Army's effort to assess industrial readiness before a formal solicitation is released.
RFI Requirements and Timeline
The June 5 RFI asks industry to address several specific areas of readiness and capability. Respondents must provide unit cost estimates for both the NGSRI missile and the Control Launch Assembly, covering the full 10-year production run of 11,000 and 2,200 units respectively. Beyond pricing, the Army is asking companies to document their manufacturing capacity, workforce depth, and supply chain readiness — a clear signal that industrial base health will be a key evaluation criterion in any subsequent competitive acquisition.
Industry responses are due by July 6, 2026, giving contractors approximately one month to prepare substantive submissions. This compressed timeline underscores the Army's intent to move quickly toward a formal solicitation. An RFI is a market research instrument, not a contract opportunity — no award will result from this notice — but the data gathered will directly shape the eventual solicitation's requirements and evaluation factors.
Companies that respond thoughtfully to the RFI position themselves as informed, credible partners in the program's development. Those that do not respond risk being absent from the acquisition team's mental map of qualified sources when the formal Request for Proposal (RFP) is released.
M-SHORAD Integration Context
The NGSRI does not exist in isolation. It is a central component of the Army's Maneuver-Short Range Air Defense (M-SHORAD) modernization effort, which is designed to give ground-maneuver units organic, mobile air defense capability that can keep pace with armored formations. The Army has assigned M-SHORAD modernization high priority, reflecting the urgency of the capability gap at the highest levels of Army leadership.
A key hardware element of the M-SHORAD integration plan is the Stryker-based Sergeant (Sgt.) Stout vehicle. The Army's plan calls for retrofitting 248 Sgt. Stout vehicles with new launcher interfaces designed to accommodate the NGSRI. That retrofit requirement creates an additional procurement thread — launcher interface hardware and integration services — that is distinct from the missile itself. Contractors with systems integration experience on wheeled combat vehicles should take note.
The combination of a new interceptor, upgraded launch platforms, and a multi-year production ramp represents a substantial industrial program that will generate work across propulsion, seekers, electronics, launcher systems, vehicle integration, sustainment, and training. Prime contractors and Tier 2 suppliers alike have reason to pay close attention.
What It Means for Contractors
For contractors already active in the short-range air defense market — particularly those with experience in missile propulsion, infrared or electro-optical seekers, or proximity fuzing — the NGSRI RFI is a direct invitation to shape the program before the RFP drops. Responding to an RFI is not merely a compliance exercise; it is a strategic communication. A well-crafted RFI response demonstrates that your organization understands the Army's operational problem, has the production capacity to address it, and can price a multi-year program with credibility.
For companies earlier in the supply chain — composite airframe manufacturers, electronics suppliers, small business subcontractors — the smart move is to begin identifying potential prime partners now. Large defense primes building their NGSRI teams will be looking for qualified subcontractors with documented capacity and clean manufacturing records. Establishing those relationships before the RFP is released gives you influence over how your capabilities are written into a proposal's technical approach.
The July 6 response deadline means that preparation must begin immediately. At a minimum, your submission should address: realistic unit cost estimates supported by cost accounting data, a credible production ramp plan that maps workforce and equipment to volume requirements, and a supply chain risk assessment that identifies any single-source dependencies or long-lead materials. The Army is explicitly asking for this information — companies that provide it clearly and specifically will stand out from those that submit vague capability statements.
Longer term, contractors should monitor the SAM.gov listing for the NGSRI program and track any follow-on Industry Days or draft RFP releases. Given the FY28 production start target and the Army's stated urgency around M-SHORAD modernization, a formal solicitation could move faster than a typical major defense acquisition. Building your technical and pricing foundation now — not after the RFP drops — is the difference between a competitive proposal and a rushed one.
The NGSRI program is early enough that industry still has genuine influence over how requirements are written — a window that closes the moment a draft RFP is released.
