AUSA 2026: Lockheed Martin shows off Stinger's successor

QuadStar – Lockheed Martin’s new very short-range missile

The new NGSRI (Next-Generation Short-Range Interceptor) very short-range system is intended to replace FIM-92 Stinger systems in the future. Lockheed Martin’s offer is based on the new QuadStar missile. The system itself is designed to provide a greater range compared to the Stinger. Additionally, the QuadStar missile is expected to achieve higher speeds. It will feature a more effective warhead, and its design will provide improved aerodynamics and greater manoeuvrability.

Approximate technical data indicates that the missile will be about 2 m long, with a diameter of 70 mm and a mass of approximately 14 kg. The missile, housed in a single-use transport-launch container, is connected to a CLU (Command Launch Unit) equipped with electro-optical sensors. The launcher features batteries that provide the capability for up to 120 minutes of continuous operation. These can be charged from an external source.

What is the NGSRI programme?

Importantly, the new transport-launch containers are fully compatible with existing FIM-92 Stinger system launchers installed on vehicles. Consequently, the NGSRI will be able to replace Stingers not only as a man-portable system but also as armament for self-propelled anti-aircraft systems such as the M1265A1 Stout M-SHORAD and the AN/TWQ-1 Avenger Air Defence System, as well as subsequent very short-range systems under development.

The system offered by Lockheed Martin is one of two proposals in the NGSRI programme to succeed the Stinger. The second offer was prepared by Raytheon, and the competitive procurement process is still ongoing. The programme is funded with over $700 million (approx. €645 million). The Americans are also open to alternative solutions. In September, another Industry Day was held as part of the NGSRI programme.