NATO’s Drone Problem: Can European Industry Close the Gap?
NATO s drone problem – In response to the growing challenge posed by unmanned aerial systems, NATO has shifted its focus toward industry partnerships to develop more efficient solutions. This week, the second AIRCOM Industry Day was held at Germany’s Ramstein Air Base, uniting European defense firms with military officials to address the evolving threat of drones. The event highlighted the urgent need for innovation and collaboration, as the alliance faces a surge in drone-related incidents across its territory. From a drone striking a home in Romania to another breaching Lithuanian airspace, and even Munich Airport halting operations due to a potential drone sighting, these events underscore the criticality of the issue.
The Cost of Drones and the Challenge of Detection
Drones have become a significant concern for NATO, not just because of their operational capabilities but also due to their affordability. While individual drones can be manufactured for under €100,000, the cost of countering them is far steeper. For instance, deploying fighter jets to intercept a drone can consume tens of thousands of euros in a single hour. A two-plane operation, which often involves tracking or neutralizing the threat, may exceed €85,000 before any missiles are launched. This disparity in cost has forced the alliance to rethink its strategies, emphasizing the need for cost-effective and scalable defenses.
One of the key operations activated in response to drone incursions is “Eastern Sentry.” This protocol involves the rapid mobilization of fighter jets to monitor or eliminate threats within NATO airspace. However, as Lieutenant General Guillaume Thomas, Deputy Commander of the Allied Air Command, noted, the system is facing “collective challenges.” He pointed to the mass use of drones in Russia’s conflict with Ukraine as a prime example, highlighting how these systems have changed the dynamics of modern warfare. “The challenge is not just about intercepting drones, but about staying ahead of their proliferation and evolution,” Thomas emphasized during the event.
Industry’s Role in Shaping Solutions
Thomas argued that the solution lies in aligning with the three primary trends: cost, production, and innovation. He stressed that industry collaboration is essential to meet these demands, stating that “close cooperation between manufacturers and armed forces” is the key to overcoming the current limitations. This sentiment was echoed by Dr. Ulrike Franke, a senior policy fellow at the European Council on Foreign Relations, who served as one of the keynote speakers. Franke described drones as having “brought mass to the battlefield,” which has compelled NATO to prioritize mass production and affordability in its defense strategies.
“The alliance can no longer rely solely on expensive equipment to counter cheap drones,” Franke explained. She added that working with countries like Ukraine is now a “requirement” in the fight against drone threats, given the rapid pace of technological advancement. This underscores the importance of adapting systems to meet real-time needs, rather than waiting for lengthy procurement processes. The idea is to ensure that NATO remains agile and responsive to the evolving nature of drone warfare.
Radar Gaps and the Need for Better Detection
Despite the focus on innovation, one persistent issue remains: reliable drone detection. Senior Lieutenant Oleksandr Vorobiov, known by his call sign “Zhan” and serving as deputy chief of air defence for Ukraine’s 3rd Army Corps, shared insights on this challenge. “The one thing that really stopped us from making it fully autonomous is the radar problem,” he said. Vorobiov explained that many of the radar systems currently in use in Ukraine were not built for tracking small drones, such as weather radars and jet radars. These systems often lose sight of drones for several seconds, creating a critical gap in their ability to respond effectively.
“Radar systems we mostly use in Ukraine were not designed to detect this type of drone. They’re weather radars, jet radars, basically any type of radar except ones designed for these drones. That means the target sometimes disappears from the radar picture. If the drone still can’t see the target and the radar loses track of it for ten seconds, then the drone needs to be operated manually for that time. That’s the biggest gap: reliable detection of these kinds of targets. Maybe Europe has that capability, maybe the US has it, I don’t know.”
Vorobiov’s comments reflect a broader concern: the need for specialized detection technologies that can keep up with the agility and stealth of modern drones. While European nations may have advanced capabilities, the question remains whether they can scale these solutions quickly enough to meet NATO’s growing demands. This issue is particularly pressing as drone attacks continue to evolve in complexity and frequency.
Technological Innovation and the Future of Counter-UAS Systems
The industry day also showcased the latest advancements in counter-unmanned aerial systems (UAS) technology. Lieutenant Colonel Steffen Bott, the event’s project manager, highlighted that the focus of this year’s gathering was on fostering innovation across the board. “The aim is to explore how new technologies can be integrated into existing defense frameworks,” he said. He noted that while the military’s core functions remain unchanged, the speed at which drone technology is advancing has necessitated a more dynamic approach to procurement.
Bott explained that the military and NATO itself do not directly enter contracts with defense companies. Instead, they identify specific operational requirements and then collaborate with industry to meet them. “The military has become more selective in its demands, and those demands are shifting rapidly due to the war in Ukraine,” he stated. This means that while the procurement process may take years, the needs of the battlefield are changing within months, creating a challenge for traditional acquisition models.
As a result, the industry day featured a wide array of companies demonstrating cutting-edge systems. Among the exhibitors were Matra BAe Dynamics Alenia (MBDA), Alta Ares, Hensoldt, and Aselsan. These firms presented a range of technologies, including advanced radar systems, autonomous interceptor drones, and specialized missiles designed to neutralize mass drone attacks. One representative from MBDA noted that the missile they showcased was developed to counter threats similar to those seen in Ukraine and the Middle East, where drones like the Shahed have been used extensively.
Towards a Coordinated Defense Strategy
The event marked a step forward in NATO’s efforts to unify its approach to drone threats. By bringing together industry experts and military personnel, the alliance is hoping to bridge the gap between innovation and implementation. This coordination is vital, as the future of warfare increasingly depends on the ability to detect, track, and neutralize unmanned systems efficiently. With 35 companies participating, the industry day provided a platform for sharing ideas and accelerating the development of new tools that could redefine how NATO defends its airspace.
As the threat of drones continues to grow, the collaboration between industry and the military will play a decisive role in shaping NATO’s response. Whether it’s improving radar systems, developing cheaper countermeasures, or enhancing the speed of innovation, the alliance is counting on European manufacturers to rise to the occasion. The challenge is not just about technology, but about ensuring that these advancements can be deployed quickly and effectively to protect the alliance’s interests.
