Germany Receives First F-35A as NATO Airpower Grows Amid Rising Threats from Russia.

Germany has received its first F-35A stealth fighter from Lockheed Martin as NATO expands its fifth-generation airpower network across Europe, strengthening Germany’s ability to operate in Russia-facing contested airspace. The aircraft was formally handed over in Fort Worth on 18 September 2026, giving the Luftwaffe a low-observable strike and sensor-fusion capability designed for high-threat operations.

Germany’s first eight F-35As will initially support pilot and maintainer training at Ebbing Air National Guard Base in Arkansas alongside U.S. and allied personnel. That training links the Luftwaffe directly to the wider F-35 combat ecosystem while accelerating its shift from the Tornado toward more survivable, networked and interoperable air operations.

Related Topic: Finland’s First F-35As Arrive in the Country as NATO’s Fifth-Generation Network Expands Across the High North

Germany formally received its first F-35A Lightning II during a September 18 rollout and handover ceremony in Fort Worth, following the aircraft’s maiden flight on September 8 and marking a major step toward training, delivery and future operational integration (Picture Source: Lockheed Martin)

The Tornado replacement is central to the German decision. The Luftwaffe has long relied on the aircraft for strike missions and Germany’s participation in NATO nuclear sharing, but the type is scheduled to leave service by 2030. The F-35A provides a lower-observable successor with far more advanced sensors, data fusion and networking, while retaining the ability to assume the nuclear-sharing mission. This gives the German fleet strategic importance beyond its relatively modest size because NATO deterrence depends not only on weapons but also on trained crews, survivable delivery aircraft and infrastructure able to support operations in heavily contested environments.

The Pentagon-linked training structure is equally important. Germany is not introducing the F-35A as an isolated national capability: pilots, maintainers, mission planners and support personnel are entering a common training and sustainment framework used by other F-35 operators. Ebbing Air National Guard Base has been developed as a major Foreign Military Sales training hub for international F-35 users, allowing allied crews to prepare within a standardized U.S.-led system before returning to national bases. This common foundation can reduce differences in procedures, maintenance practices and tactical preparation and improve the ability of German crews to integrate quickly into multinational NATO air operations.

The German fleet will enter an increasingly dense European F-35 network. Germany’s planned 35 F-35As place it close in scale to Belgium’s 34-aircraft fleet and Poland’s 32, while the Netherlands and Norway each selected 52 F-35As, Finland 64, and Denmark 27. Italy operates a mixed fleet combining F-35As and F-35Bs, while the United Kingdom uses the short-takeoff-and-vertical-landing F-35B for carrier operations. Germany’s choice of the conventional-takeoff F-35A reflects a different priority set focused on land-based operations, nuclear sharing, deep strike and integration with the Luftwaffe’s Eurofighter force rather than carrier aviation.

These comparisons show why Germany’s acquisition matters more as part of a combined NATO fleet than as a stand-alone force. A fleet of 35 aircraft would not by itself transform the European air balance, but when integrated with Dutch, Norwegian, Belgian, Danish, Polish, Finnish, Italian, British and U.S. F-35 units, it contributes to a much broader fifth-generation combat network spread across multiple countries, air bases and geographic approaches. Germany’s central location adds value because its air bases sit behind NATO’s eastern flank and along major reinforcement routes toward Poland and the Baltic region, allowing German F-35As to support both Central and Eastern European operations.

The operational advantage lies primarily in the aircraft’s combination of low observability, sensors and networking rather than conventional flight performance. The F-35A is designed to reduce the probability of detection by hostile radar while using onboard radar, electro-optical and electronic-support sensors to build a fused tactical picture. In a conflict involving Russia, this could allow German F-35As to operate closer to dense air-defense networks than many non-stealth fighters, detect radar emitters, identify surface-to-air missile sites, collect electronic intelligence and support suppression or destruction of enemy air defenses.

The aircraft can also function as an airborne intelligence node rather than only as a strike fighter. Information collected inside or near contested airspace can be shared with German Eurofighters, other allied fighters and command-and-control assets operating farther from the most dangerous threat zones. This creates a complementary relationship between Germany’s future combat aircraft: the Eurofighter provides substantial air-to-air capacity and multirole firepower, while the F-35A contributes deeper penetration, threat detection and sensor-fused targeting information that can support the wider NATO force.

In a high-intensity confrontation with Russia, NATO would likely face a layered air-defense environment combining long-range surface-to-air missiles, mobile short- and medium-range systems, fighter aircraft, electronic warfare and extensive radar coverage. German F-35As would not make those defenses irrelevant, because stealth reduces detection and engagement opportunities rather than eliminating them, but they could increase NATO’s freedom of action by helping identify threat locations, expose gaps in coverage and support coordinated attacks involving electronic warfare, stand-off weapons, decoys and other combat aircraft.

The expansion of European F-35 fleets also reduces the extent to which NATO must depend on U.S.-based stealth aircraft deploying across the Atlantic during the opening stages of a crisis. European F-35 operators provide fifth-generation aircraft, trained crews and support structures already inside the theater, allowing NATO to generate stealth sorties from several countries while U.S. reinforcements are still arriving. For Russia, this distribution complicates operational planning because high-end NATO air capability is no longer concentrated in a small number of U.S. units or bases but is increasingly spread across multiple national air forces.

Germany’s nuclear-sharing role adds another layer of strategic relevance. By replacing the Tornado with the F-35A, Berlin preserves its contribution to NATO’s nuclear deterrence structure with a combat aircraft that is better suited to surviving in modern radar and missile environments. Büchel Air Base is being prepared with the maintenance, mission-planning, cybersecurity and support infrastructure required for the new aircraft, ensuring that Germany’s transition is not simply a change of fighter type but the creation of a complete fifth-generation operating environment.

The first German F-35A nevertheless does not yet represent an operational combat squadron. The initial eight aircraft will remain in the United States for training while Germany develops the pilots, maintainers, weapons support, logistics and secure mission-planning systems required for sustained operations. Deliveries to Büchel are expected to begin in the third quarter of 2027 and continue through 2029, with the Tornado scheduled to leave service by 2030.

Germany’s first F-35A delivery in Texas matters at several levels. For Berlin, it begins the practical replacement of the Tornado and preserves the Luftwaffe’s nuclear-sharing mission; for Washington, it brings another major NATO ally deeper into the Pentagon-linked F-35 training and sustainment structure; and for NATO, it expands a European stealth fleet whose combined value lies in common sensors, tactics, logistics and networked operations. In a confrontation with Russia, that interoperability could become as important as the number of aircraft Germany ultimately places on the flight line.

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Written by Teoman S. Nicanci – Defense Analyst, Army Recognition Group

Teoman S. Nicanci holds degrees in Political Science, Comparative and International Politics, and International Relations and Diplomacy from leading Belgian universities, with research focused on Russian strategic behavior, defense technology, and modern warfare. He is a defense analyst at Army Recognition, specializing in the global defense industry, military armament, and emerging defense technologies.