US Air Force validates Anduril Barracuda open architecture as missile production scales for 2027.

The US Air Force Research Laboratory validated Anduril’s Barracuda-M architecture, making it the first weapon in large-scale production to pass independent WOSA verification. The assessment gives US acquisition programs a tested basis for integrating new components across the missile family.

The four-day review covered 14 technical domains, including seekers, GPS navigation, guidance, and the Munitions Data Bus, and demonstrated compatibility between internal and external bus implementations. Production is underway, with initial deliveries expected in early 2027 as Anduril plans to increase annual output to several thousand systems.

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Anduril’s Barracuda-500 air vehicle. Its Barracuda-500M munition variant belongs to the family that passed independent US Air Force WOSA verification. (Photo Source: Anduril Industries)

The assessment is conducted by the Air Force Research Laboratory’s (AFRL) Munition Open Architecture Test and Evaluation Laboratory (MOATEL), which checks compliance with the Weapon Open Systems Architecture (WOSA) standard. Over four days, the teams examine 14 technical domains, including seekers, GPS navigation, propulsion, autopilot, guidance and the Munitions Data Bus. The finding concerns the software architecture and interfaces assessed. It is neither a range test nor a qualification of the missile’s full combat performance.

In a statement published on September 23, 2026, Anduril describes Barracuda as the first weapon entering large-scale production to complete this independent verification. That distinction matters to acquisition offices. WOSA defines common interfaces between subsystems so that a sensor, navigation module, or software package can potentially be replaced without redesigning the entire missile. A service could therefore consider components from another supplier. Safety and qualification requirements still apply, but a government laboratory checks conformity rather than relying solely on the manufacturer’s assessment.

One part of the evaluation concerns the Munitions Data Bus, which manages exchanges between onboard elements. According to Anduril, testing showed compatibility between its internal and external implementations. This could make software easier to reuse across variants and reduce integration work during an upgrade. It does not mean that a new seeker can be fitted without further testing. Verified interfaces provide a basis for future changes; each configuration intended for service still requires validation.

The Barracuda family comprises the 100, 250 and 500 models, with M configurations carrying a munition payload. Anduril lists a range of more than 120 nautical miles and a speed of approximately 200 to 500 knots for the Barracuda-100M. For the Barracuda-500M, it lists more than 500 nautical miles, or about 926 kilometers, and approximately 190 to 500 knots. These figures apply to different variants. The company specifies a 100-pound, or roughly 45-kilogram, payload for the ground-launched 500M. WOSA verification does not certify those performance claims.

The move from laboratory assessment to serial production sits within broader procurement plans. In May 2026, Anduril announced a framework agreement covering at least 3,000 ground-launched Barracuda-500M missiles for the US Army over three years. It calls for a minimum of 1,000 complete rounds annually, with first deliveries in the first half of 2027. More than 60 containerized launchers are also planned for that year. A separate framework concerns air-launched versions. Anduril says production has begun and plans to manufacture several thousand Barracuda systems per year. Deliveries will show whether it can sustain that rate.

The open architecture has an industrial dimension as well as a technical one. Anduril says Barracuda requires ten tools or fewer for assembly and uses widely available components across six common subsystems. The design is intended to ease production and the introduction of new equipment. Those benefits still depend on parts availability, access to the relevant interfaces, and testing after modifications. Qualification and support also take time. MOATEL’s assessment reduces one source of integration uncertainty without resolving every production risk.

Dispersed ground units could use the Barracuda-500M against land or maritime targets at distance, provided they have reliable targeting information and a suitable command chain. Anduril’s proposed launcher fits inside a 20-foot ISO container and holds up to 16 missiles. Standardized interfaces could help adapt sensors or guidance to different missions. Operational results would also depend on opposing defenses, communications, available stocks and reloading, none of which is measured by WOSA verification.

Anduril’s next step is to turn WOSA verification into deliveries. The first Barracuda systems are expected in early 2027, while the company plans to raise annual output to several thousand. It must meet that production target and show, through subsequent integrations, whether the verified interfaces make the missile’s variants easier to update in practice. Serial production will test the value of that technical result. Beyond US orders, Anduril’s expansion of its local industrial base in Taiwan around other systems indicates that the company is also seeking a larger role in meeting partners’ defense needs.

Written By Erwan Halna du Fretay - Defense Analyst, Army Recognition Group
Erwan Halna du Fretay holds a Master’s degree in International Relations and has experience studying conflicts and global arms transfers. His research interests include security and strategic studies, particularly the dynamics of the defense industry, the evolution of military technologies, and the strategic transformation of armed forces.