ASTON, Pennsylvania, — June 17, 2026 : The U.S. Department of Defense has awarded Alloy Surfaces Company a $300 million contract modification to continue production of advanced infrared decoy flares used to protect American military aircraft from heat-seeking missile threats. The award, announced on June 12, increases the total value of the underlying contract (W15QKN-21-D-0014) to $328.8 million and extends production through March 30, 2031.
The contract was issued by the U.S. Army Contracting Command in Newark, New Jersey, and supports the continued manufacture of a range of specialized infrared countermeasure decoys that are deployed across multiple U.S. military aircraft platforms.
Advanced Infrared Countermeasure Production
Under the contract, Alloy Surfaces will produce several infrared decoy flare variants, including the M211, MJU-49, MJU-50A/B, MJU-51A/B, MJU-52A/B, MJU-64/B, MJU-66/B, and the newer XM-219 model.
These decoys are designed to protect aircraft from infrared-guided missiles by generating heat signatures that closely resemble those produced by jet engines and helicopter exhaust systems. When released from an aircraft, the flares create an alternative heat source intended to attract incoming missile seekers away from the aircraft itself.
According to U.S. procurement documents, the effectiveness of these systems is based on Alloy Surfaces’ proprietary ignition chemistry and specialized payload materials. The technology produces a burn spectrum that closely matches engine heat signatures, making it difficult for modern infrared missile seekers to distinguish between the flare and the aircraft.
Due to the unique performance requirements of these countermeasures, Alloy Surfaces remains the sole qualified manufacturer for several of the flare variants covered under the contract. As a result, the procurement received only one bid during the solicitation process.
Protecting Aircraft Against MANPADS
The decoys are primarily intended to counter Man-Portable Air Defense Systems (MANPADS) and other infrared-guided missile threats. MANPADS are shoulder-fired missile systems that rely on heat-seeking sensors to track aircraft engines rather than radar emissions.
Because these missiles do not require radar guidance, pilots often receive little or no warning before an attack. Infrared decoy flares therefore serve as one of the most important defensive measures available to aircrews operating in contested environments.
MANPADS have been widely used in conflicts around the world and continue to pose a significant threat to helicopters, transport aircraft, and low-flying combat aircraft due to their mobility, relatively low cost, and ease of deployment.
The flare systems produced by Alloy Surfaces are integrated into a variety of U.S. military platforms, including transport aircraft, fighter jets, special operations aircraft, and rotary-wing aircraft. These systems provide an additional layer of protection against both surface-to-air and air-to-air infrared-guided missiles.
Evolving Threat Environment
The contract expansion comes as military planners assess emerging threats on modern battlefields, particularly the increasing use of unmanned systems.
Recent reports from the conflict in Ukraine indicate that some Shahed-type attack drones have been observed carrying MANPADS and air-to-air missiles, introducing a new airborne threat to helicopters and other low-flying aircraft. Previously, Ukrainian helicopter crews operating Mi-8 and Mi-24 aircraft had successfully engaged Shahed drones using onboard machine guns because the drones lacked dedicated anti-aircraft weaponry.
The reported integration of heat-seeking missiles onto low-cost unmanned platforms represents a significant shift in aerial warfare. Defense analysts note that such developments could expand the range of platforms capable of launching infrared-guided attacks, creating additional challenges for military aircraft operating near frontline areas.
The growing availability of inexpensive missile technology and its adaptation to unmanned systems has increased the importance of advanced aircraft survivability equipment, including modern flare countermeasures and electronic warfare systems.
Long-Term Supply Chain Support
All work under the contract will be performed at Alloy Surfaces’ facility in Aston, Pennsylvania. The company, a subsidiary of Chemring Group, has supplied infrared countermeasure materials to the U.S. military for decades and specializes in pyrophoric and pyrotechnic technologies used in aircraft protection systems.
The latest contract modification ensures continued production of critical countermeasure inventories for U.S. armed forces and allied operators through the end of the decade. It also supports the Department of Defense’s broader efforts to maintain aircraft survivability against increasingly sophisticated infrared-guided threats.
By extending production through 2031, the Pentagon is securing a long-term supply of specialized decoy flares that remain an essential component of aircraft self-protection systems in modern combat environments.
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