Anduril builds thousands of Polish missiles without owning a factory

PGZ and Anduril sign a Polish missile pact

Anduril Industries and Poland’s state-owned Polska Grupa Zbrojeniowa S.A. (PGZ) agreed on 6 July 2026 to build the surface-launched Barracuda-500M (SLB-500M) cruise missile in Bydgoszcz. Prime Minister Donald Tusk and Minister of National Defence Władysław Kosiniak-Kamysz attended the signing.

The deal names PGZ and its subsidiary Military Aviation Works No. 2 (WZL-2) as execution partners. It builds on a prior understanding the two sides signed in October 2025, converting that memorandum into a production programme to deliver thousands of SLB-500M systems.

The U.S. Department of War announced a framework with Anduril on 13 May 2026 to scale the SLB-500M as an affordable, mass-producible cruise missile for long-range precision fires. The PGZ–Anduril accord now extends that path to European soil, with Bydgoszcz confirmed as the manufacturing site.

Prime Minister Tusk said: “You made the right choice in selecting Poland, the Polish Armaments Group, and Military Aviation Works No. 2.”

What makes Barracuda different?

Anduril developed the Barracuda family to break from legacy cruise missile designs via published parameters and autonomous, software-centric architecture. The baseline Barracuda-M is a turbojet-powered medium-range cruise missile and the missile variant of the Barracuda AAV loitering munition (Barracuda-M – Wikipedia). The U.S. Air Force allocated the designation AGM-189A Barracuda-500M in September 2025 to the largest and most capable member, which is termed a “Strategic Autonomous Cruise Missile” (AGM-189A Barracuda-500 source, Anduril Strategic Autonomous Cruise Missile reference).

Range and platform flexibility. Published specs list the Barracuda 500M as a subsonic cruise missile with 500+ nautical miles of range and precision strike (TheDefenseWatch.com). The smaller Barracuda-100 reaches 220 km (Meet Barracuda Missile: A Cheap High-Tech Alternative To Tomahawk), and the legacy Tomahawk exceeds 1,000 km (Katkov, via Defense Express), so the 500M (about 926 km) covers most of that range at lower cost. Until recently only air platforms like the F-16 or the Rapid Dragon pallet could launch the Barracuda-500; Anduril demonstrated a ground-launched version by adding a solid-rocket booster to the unchanged missile (Anduril AGM-189 Barracuda-500), a modularity legacy fixed-config missiles lack.

Payload characteristics. Katkov said the Tomahawk carries a 450–500 kg warhead (Defense Express). Reporting described Barracuda as having “small warheads” (Barracuda vs. Tomahawk: Could the US's New Low-Cost Missile Be Ukraine's Next Long-Range Weapon?), and Defense Express reported the 500 variant “faces production and warhead-effectiveness constraints that limit how much it can substitute for classic cruise missiles” (Barracuda as alternative or compliment to Tomahawks for Ukraine). The source describes the Barracuda-100’s warhead only as “roughly” unspecified, signaling a lighter payload than Cold-War-era missiles.

Software-defined guidance and production philosophy. Anduril frames the Barracuda as an autonomous air vehicle. That autonomy, paired with “precision strike capability at a fraction of traditional costs” (TheDefenseWatch.com), separates it from legacy systems not built for hyper-scale software iteration. Anduril pitches Barracuda to U.S. forces as a low-cost “hyper-scale production” alternative to the AGM-158C LRASM (Barracuda-M – Wikipedia), aiming to create a missile it can build cheaply and fast in large numbers (Meet Barracuda Missile). One analysis said the family lacks a mass-production line (Barracuda vs. Tomahawk), but the design intent — cheap, autonomous, rapidly producible — differentiates it from scarce, expensive Tomahawks.

Bydgoszcz’s factories and talent bench

PGZ will execute the SLB-500M build at the Bydgoszcz line under the July pact (Poland to Build U.S. Barracuda-500M Cruise Missiles Locally with ...). The city brands itself “NATO Capital of Poland” for its military training and defense industry (PGZ and Anduril to Produce Missiles in Poland - LinkedIn). Research indicated Bydgoszcz’s strong civilian manufacturing and logistics workforce will produce the Barracuda-500 (the earlier LinkedIn post about the Polish build), drawing on trades and logistics complemented by PGZ’s broader footprint in air and missile defense, rocket artillery, aircraft, armored platforms, and unmanned systems (PGZ and Anduril to Produce Barracuda Cruise Missiles in Poland).

The research stays silent on specialized missile engineering, guidance, or software integration in that local pool. Its bench thus concentrates on physical production and supply chain, leaving higher-tech integration to Anduril rather than a cited local cadre. Technology transfer must fill those gaps.

Frontier defense engineers feel the pull

Building the Barracuda-500M in Europe shifts defense-engineering roles from factory ownership to distributed talent. Because the missile’s edge rests on software-defined guidance, the transfer demands embedded software engineers to adapt its code, systems engineers to reconcile Anduril’s design with PGZ manufacturing, and integration engineers to validate transferred technology within Polish production.

PGZ’s bench must absorb a software-first workflow. Local teams cannot just assemble parts; they need engineers who can interface with Anduril’s update pipeline, pulling Polish software and systems talent that meets NATO standards and proprietary Anduril tooling alongside mechanical skills. Anduril’s remote teams can absorb upstream work; the firm avoids capital-intensive plants and scales via remote engineering. The deal shows frontier defense firms can grow impact without new factories, deepening distributed integration engineers.

For context, the Department of Defense recorded 1,032 hires last month, with Information Technology Management among top roles (Department Of Defense). That federal figure mirrors appetite for engineering-adjacent talent as the Barracuda transfer routes similar skills to allied commercial lines. No public count quantifies PGZ openings, but software-defined licensing signals durable demand on both sides of the Atlantic.

Software, not steel, defines Anduril’s playbook

PGZ and Anduril will “co-develop and localize the Barracuda-500M cruise missile, pairing tech transfer with Polish production to boost NATO deterrence,” a licensing-first model Anduril repeats across allies. Instead of owning fabrication, it exports the software-defined manufacturing layer to a local prime.

Anduril describes ArsenalOS™ as its “digital manufacturing backbone.” According to the company’s technical briefs, “underneath, the ArsenalOS platform is a system of systems, combining Forge, our homegrown platform for manufacturing execution, maintenance, and quality, with commercial third-party systems, so every stage from design through field sustainment runs on the best available tool inside one connected environment.” The platform closes “the critical speed gap with the battlefield’s ‘Kill Chain’ of turning data into action, aligning manufacturing capability with the rapid pace of combat.” Anduril argues software-defined manufacturing “can help speed production, reduce costs and more rapidly” deliver capability.

Through ArsenalOS, PGZ runs the physical build inside the same environment from design to sustainment while Anduril supplies code, architecture, and remote oversight. Anduril states its purpose: “builds advanced autonomous systems and defense technology to protect US and allied forces” via AI and robotics.

Anduril’s 2026 trajectory reinforces the playbook’s repeatability. It builds Arsenal-1 and Fury CCA stateside, and the U.S. Air Force selected Anduril (with General Atomics) for over 150 AI-piloted loyal wingman drones under the Collaborative Combat Aircraft program. Those centralize hardware in U.S. lines, but the PGZ deal licenses the digital backbone outward. The Poland case shows a scalable pattern: transfer software, localize munition manufacture, and let ArsenalOS sync distributed allied lines with modern defense tempo.