Poland is weighing whether its PZL M28 Skytruck, a light twin-engine transport aircraft already in military service, could be adapted into a platform capable of intercepting drones along its eastern border. The concept has gained traction as Warsaw confronts repeated airspace violations tied to Russia’s ongoing war in Ukraine, and as NATO allies collectively search for affordable, rapid-deployment answers to a threat that traditional fighter jets were never designed to handle.
Airspace Violations Fuel Urgency in Warsaw
The catalyst for Poland’s intensified focus on drone defense came after a Russian drone crossed into Polish territory during a broader attack on Ukraine. Poland’s Prime Minister condemned what he called repeated violation of Polish airspace, and his government dismissed Moscow’s claim that the incursion was unintentional. Russia maintained the breach was accidental, while Polish officials framed it as a serious provocation requiring a response.
The incident placed Poland in a position its leaders described as “closer to military conflict than at any time since World War II.” That assessment, while partly rhetorical, reflects a genuine operational gap. Poland’s air force fields modern fighter jets, but scrambling a high-performance aircraft to chase a slow, low-altitude drone is neither efficient nor tactically sound. The mismatch between threat and response has pushed defense planners to look at cheaper, more flexible alternatives, and the M28 Skytruck has emerged as one candidate worth examining.
Why the M28 Skytruck Fits the Conversation
The M28 is manufactured by PZL Mielec, a Polish aerospace company now owned by Lockheed Martin subsidiary Sikorsky. It is a short-takeoff-and-landing aircraft originally designed for transport, maritime patrol, and surveillance. The Polish military already operates the type, which means maintenance infrastructure, pilot training pipelines, and spare parts logistics are established. Converting an existing airframe avoids the years-long procurement cycle that accompanies buying a new platform from scratch.
Defense analysts who have discussed the concept point to several characteristics that make the M28 a plausible drone interceptor host. Its relatively low cruising speed can be an advantage when tracking small unmanned aerial vehicles that fly far slower than manned aircraft. The Skytruck can loiter for extended periods over border areas, something fast jets burn through fuel too quickly to sustain. Its large cargo cabin could theoretically accommodate modular sensor packages, radar equipment, or even directed-energy systems designed to disable drones without kinetic engagement.
That said, no official technical specification or feasibility study from PZL Mielec or the Polish Ministry of National Defence has been publicly released confirming that such a conversion is under formal development. The discussion, as it stands, remains at the conceptual and exploratory stage. Without primary documentation from the manufacturer or the defense ministry, any timeline or cost estimate would be speculative.
The Drone Threat NATO Cannot Ignore
Poland’s interest in repurposing the M28 sits within a broader NATO reckoning over how to defend against cheap, expendable unmanned systems. The war in Ukraine has demonstrated that commercial-grade drones costing a few thousand dollars can surveil, harass, and even destroy targets worth millions. When those same drones wander or are directed across an allied border, the alliance faces a question it has not fully answered: what is the proportionate, cost-effective way to stop them?
The incident has also fed a broader NATO debate over how allies should respond to drone incursions near or across member-state borders. The alliance’s existing air defense architecture, built around sophisticated missile batteries and fourth- and fifth-generation fighters, was designed to counter manned aircraft and ballistic threats. Drones occupy a different part of the threat spectrum. They are small, slow, often invisible to legacy radar, and so inexpensive that shooting one down with expensive missiles can create an unfavorable cost exchange ratio.
This imbalance has driven multiple NATO members to explore counter-drone solutions ranging from electronic warfare jammers to laser weapons to gun-based close-in defense systems. Poland’s M28 concept, if it advances, would represent a distinct approach: using a manned, low-cost patrol aircraft as a persistent airborne sentry that can detect, track, and potentially neutralize drones before they penetrate deep into allied territory.
Retrofit vs. New Build: A Cost Calculus
One of the strongest arguments for converting an existing transport aircraft rather than purchasing a purpose-built drone interceptor is speed of deployment. New military aircraft programs routinely take a decade or more from requirement definition to operational capability. Poland’s security environment does not afford that luxury. The eastern border with Ukraine and Belarus is active now, and the threat of further airspace violations is present, not theoretical.
Retrofitting the M28 could, in principle, deliver an interim capability within a much shorter window. The aircraft’s airframe is certified, its production line is domestic, and its operating costs are a fraction of what a fighter jet demands per flight hour. For sustained border patrols, where the mission is detection and low-speed intercept rather than air superiority, those economics matter.
The tradeoff is capability. A converted transport plane would lack the speed, maneuverability, and self-defense systems of a dedicated combat aircraft. If an adversary escalated from slow reconnaissance drones to faster, armed unmanned combat vehicles, the M28 would be outmatched. Any serious conversion program would need to define the threat envelope it is designed to address and accept the limits of what a turboprop transport can realistically do in a contested environment.
A Challenge to Conventional Defense Thinking
Much of the current coverage around NATO drone defense focuses on high-end technological solutions: directed-energy weapons, AI-driven detection networks, and integrated command systems. These are important long-term investments, but they share a common weakness. They are expensive, complex, and years away from widespread deployment. Poland’s M28 concept challenges the assumption that only cutting-edge technology can address the drone problem.
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*This article was researched with the help of AI, with human editors creating the final content.
