US Air Force expands counter-drone training in Europe based on Ukraine war lessons.

The US Air Force has expanded its counter-drone training in Germany to strengthen air base defense in Europe by integrating detection systems, electronic warfare tools, and kinetic intercept capabilities.

The US Air Force has expanded structured counter-drone training in Germany for deployed units protecting air bases and logistics hubs across Europe. The three-week course integrates detection systems, electronic warfare tools, and kinetic intercept capabilities. Training is conducted at Grafenwoehr Training Area under US Air Forces in Europe oversight and reflects lessons from recent conflicts where small unmanned systems have targeted fixed military installations.
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During the Joint Multidomain Counter UAS course at Grafenwoehr, soldiers train with handheld jammers, such as the Dronebuster, to disrupt small drone threats targeting US air bases and critical infrastructure in Europe. (Picture source: US Army)

On February 25, 2026, the U.S. Army said that U.S. Air Force personnel in Europe are strengthening frontline force protection by institutionalizing advanced counter-drone training in Germany, directly enhancing the ability of deployed U.S. forces to detect, track, and defeat unmanned aerial system threats across NATO’s eastern flank and beyond. The program, executed with the support of the 7th Army Training Command at the Grafenwoehr Training Area, is rapidly becoming a key node in joint counter-UAS integration, reinforcing the protection of high-value air assets, logistics hubs, and personnel against the accelerating proliferation of low-cost aerial threats seen in recent wars.

The course represents a deliberate shift from ad hoc counter-drone instruction to structured, theater-level capability development. As small unmanned aerial systems have become ubiquitous in conflicts from Eastern Europe to the Middle East, U.S. European Command has faced the operational reality that commercial quadcopters, loitering munitions, and improvised reconnaissance drones can compromise base security, logistics nodes, command posts, and maneuver formations with minimal warning. Therefore, the course spans three weeks, beginning with classroom-based theory, progressing through practical application, and culminating in a 48-hour field training exercise simulating drone incursions against defended sites. The design reflects a train-the-trainer model intended to seed counter-UAS proficiency back into operational units.

Technically, the training integrates detection and defeat layers that mirror operational deployments. Trainees work with radio-frequency detection systems to identify drone control links, electro-optical and infrared sensors for tracking low-signature targets, and electronic attack tools to disrupt navigation and communications. Kinetic defeat options are also integrated. During live scenarios at Grafenwoehr, personnel trained with handheld counter-drone systems such as Dronebuster-type devices, qualified with the SMASH 2000 fire control system for precision small arm engagements, and rehearsed engagements using the FIM-92 Stinger missile against simulated unmanned aerial targets. This layered approach mirrors real-world drone defense seen in Ukraine, combining soft-kill and hard-kill measures under compressed timelines.

Operationally, the course addresses a critical gap exposed by the war in Ukraine and by repeated drone incidents targeting U.S. facilities in the Middle East: the compression of warning time. Small attack drones can be launched from several kilometers away to conduct reconnaissance, adjust indirect fire, and strike static infrastructure at minimal cost. Without integrated sensors and rehearsed battle drills, a base defense force may have only seconds to react. For the U.S. Air Force, whose combat power is concentrated at fixed installations with high-value aircraft, fuel storage, and munitions depots, the threat is asymmetric but strategically significant. A single successful drone strike can disrupt sortie generation, damage multi-million-dollar platforms, and degrade deterrence credibility.

The expansion of this capability is directly linked to lessons drawn from the war in Ukraine and broader conflicts in the Middle East, where low-cost drones have altered the character of airpower. In Ukraine, small commercial systems adapted for reconnaissance and strike roles have enabled real-time artillery targeting and precision attacks against airbases and logistics hubs. Similar patterns have emerged in Iraq and Syria, where militia groups have employed one-way attack drones against U.S. facilities. These developments have demonstrated that air superiority no longer guarantees protection from low-altitude, low-signature threats.

The European training effort also aligns with the Air Force’s Agile Combat Employment concept, which disperses aircraft across multiple operating locations to complicate adversary targeting. While dispersion reduces risk from ballistic and cruise missiles, it increases reliance on small-unit defense teams capable of independently detecting and defeating drone threats. The Joint Multidomain Counter-UAS Course, therefore, prioritizes rehearsed battle drills and standardized operating procedures at the tactical level. As Rowley emphasized to graduates, a vigilant and prepared force remains the first and most effective line of defense, particularly when warning times may be measured in seconds.

For the U.S. Air Force, the vulnerability is structural. Unlike dispersed ground formations, air bases concentrate high-value assets in fixed locations. A single successful drone strike can damage multi-million-dollar aircraft, fuel infrastructure, or munitions stockpiles. As the service shifts toward Agile Combat Employment concepts that distribute aircraft across smaller, sometimes austere airfields in Europe, the need for organic, rapidly deployable counter-UAS defenses becomes even more acute. Training in Europe ensures that expeditionary air base teams can deploy with embedded detection and defeat capability rather than relying solely on host-nation air defenses.

At the same time, the U.S. Air Force is increasing its own operational use of drones, reflecting a dual-track evolution in airpower. Unmanned platforms such as the MQ-9 Reaper have long provided persistent ISR and strike options, but recent wars have accelerated interest in smaller, attritable, and collaborative unmanned systems. The service is investing in autonomous and semi-autonomous drones capable of operating alongside crewed aircraft, extending sensor reach, conducting electronic warfare, and delivering precision effects at lower cost and reduced risk to pilots. This growing reliance on unmanned systems makes understanding drone tactics, vulnerabilities, and countermeasures not only a defensive necessity but an operational imperative.

Written by Jérôme Brahy

Jérôme Brahy is a defense analyst and documentalist at Army Recognition. He specializes in naval modernization, aviation, drones, armored vehicles, and artillery, with a focus on strategic developments in the United States, China, Ukraine, Russia, Türkiye, and Belgium. His analyses go beyond the facts, providing context, identifying key actors, and explaining why defense news matters on a global scale.