The First Polish F Thirty-Five Flies at Cameri and What Europe's Second Lightning Line Really Means

The first Polish F-35A has completed its first functional test flight - and it was assembled not in Fort Worth, Texas, but at the Cameri Final Assembly and Check Out (FACO) facility in northern Italy. This marks the first time a Polish F-35 has been produced in Europe rather than the United States, a milestone that signals where military aviation manufacturing and sustainment are heading. The reporting comes from The Aviationist, which has followed the program closely.

What Actually Happened at Cameri

The aircraft is an F-35A, the conventional takeoff and landing variant that operates from ordinary runways. It’s the workhorse of the family - distinct from the B model with its vertical lift fan and the C model built for aircraft carriers - and it’s the version most air forces, including Poland’s, are buying.

Poland has given its Lightning II a national name: the Husarz, a nod to the Winged Hussars, the heavy cavalry central to Polish military history. When Polish officials talk about the Husarz, they mean their F-35. Same airplane, national name.

This particular jet just finished its functional test flight, sometimes called a functional check flight or FCF. That’s the flight where crews confirm the aircraft does what it’s supposed to before anyone signs it off - engine performance, flight controls, avionics, and the core combat systems. It’s the aviation equivalent of a shakedown cruise: you take the machine that came off the assembly line and validate that it behaves the way it’s supposed to.

Why Was a Polish Fighter Built in Italy?

The F-35 program was designed from the start to be built in more than one place. There’s the main line at Fort Worth in the United States, plus two overseas FACOs - one in Japan and one at Cameri, Italy. A FACO is where major components come together into a finished airplane and where that aircraft is checked out and flown before delivery.

Cameri isn’t just an Italian line for Italian jets. It was set up as a regional European hub, with the capacity to build and support aircraft for other European operators. Poland’s first Lightning came together on Italian soil and flew from an Italian runway - exactly what the hub was designed to do.

Three reasons drive this distributed model:

Industrial participation. Countries that sign up for a program this size negotiate a share of the work rather than simply writing a check. European industry wanted European production, and Cameri keeps skilled jobs, tooling, and know-how on the continent.

Sustainment. An airframe is a decades-long relationship, not a one-time purchase. Heavy maintenance and overhaul capability located in Europe shortens the logistics chain - no shipping an aircraft across the Atlantic every time it needs deep work.

Strategic resilience. Europe has been investing heavily in its own defense capacity. A FACO on the continent that can build and maintain aircraft for multiple nearby air forces is a more resilient arrangement than a single line an ocean away. (That’s the strategic backdrop, offered as analysis rather than a partisan claim.)

How the Husarz Fits Poland’s Modernization

Poland ordered 32 F-35A aircraft - 32 Husarz - as part of one of the most significant air force modernizations in Europe. The Polish Air Force has flown Soviet-era types alongside its American-built F-16s, and the F-35 represents a generational leap to a fifth-generation stealth platform with sensor fusion, low observability, and the ability to share a battlefield picture across a formation.

Poland’s first F-35s were built in the United States and are being used for training, with Polish pilots and maintainers learning the aircraft on American soil. What sets this new jet apart is the production location: it’s the first to come off the European line.

Why This Matters for Pilots

If you fly general aviation in the United States, this specific airplane won’t change your Tuesday - you’re not going to share a pattern with a Polish F-35. But the way this jet was built is a preview of where aviation manufacturing is going.

This is a distributed production model: components manufactured across many countries, brought together at regional final assembly facilities, checked out locally, and sustained through a global network. That’s a sharp break from the twentieth-century model, where an airframe was born, lived, and died inside one manufacturer’s ecosystem in one country.

Civil aviation already reflects this. Large airliners have been built from globally sourced components for years - wings from one country, fuselage sections from another, final assembly somewhere else. General aviation is globalized too: the engines, avionics, and composite structures on modern light aircraft come from an international supply chain, and the sustainment model is following.

The Sustainment Lesson That Scales Down to Your Aircraft

Anyone who owns an airplane knows the purchase price is really a down payment on a lifetime of maintenance. An aircraft is only as good as your ability to keep it airworthy - parts, qualified mechanics, and shops with the tooling and authority to do the work. An airplane you can’t get parts for is a lawn ornament.

Scale that up to a stealth fighter. The F-35 is one of the most maintenance-intensive, technologically dense aircraft ever fielded. Its low-observable coatings need specialized care, its software gets updated like a phone, and its spares supply chain is enormous. Building sustainment capability in Europe is arguably as important as deciding where to bolt the airframe together - a fleet you can’t maintain close to home is a fleet with a short leg.

The lesson applies to your own hangar. When you evaluate any airplane - new or used, factory-built or homebuilt - the question isn’t just can I buy it, it’s can I keep it flying. Where do the parts come from? Who’s qualified to work on it? How far is the nearest shop that knows the type? The Polish Air Force is asking those exact questions about a hundred-million-dollar fighter. You should ask them about your Cessna 172.

What Comes Next

For this specific aircraft, the road ahead runs through more testing, then acceptance, then eventual delivery to the Polish Air Force, followed by the training and standing-up of operational squadrons. A first flight is the visible tip of a program that runs for years behind the scenes - thousands of hours of work by assemblers, quality inspectors, test pilots, and engineers.

To be clear about what’s confirmed versus interpreted: the reported facts are narrow and solid - first Polish F-35, built at the Cameri FACO, first functional test flight complete, as reported by The Aviationist. The broader read on regional production and distributed sustainment as a model for aviation writ large is analysis of the trend, not a claim from the reporting.

Key Takeaways

• Poland’s first F-35A completed its first functional test flight, assembled at the Cameri FACO in Italy - the first Polish Lightning produced in Europe rather than the U.S.
• Poland has ordered 32 F-35A jets, nationally named the Husarz after the Winged Hussars, to modernize a fleet that still includes Soviet-era types and F-16s.
• The Cameri FACO is one of two overseas F-35 assembly hubs (the other is in Japan) and serves as a regional European production and sustainment center.
• The distributed build-and-sustain model - components from many countries, regional final assembly, local checkout, global support - previews where all of aviation manufacturing is heading.
• Sustainment is the decisive factor at every scale: the ability to source parts and access qualified maintenance matters as much for a stealth fighter as it does for a four-seat single.