Europe’s Drone Dilemma: Ukraine’s War Exposes Deep Reliance on China’s Manufacturing Might

BEIJING: As Ukraine burns through drones in its war with Russia, Europe’s urgent race to keep Kyiv supplied is exposing just how difficult it remains to build enough of them without critical Chinese-made parts. This stark reality has come into sharper focus following a recent decision by the European Commission in April, which approved an exception allowing Ukraine to utilise a portion of a multibillion-euro European Union (EU) defence loan to procure drones with a higher share of components originating from outside the EU’s conventionally approved supplier countries. While European officials refrained from explicitly naming China, the Financial Times (FT) reported on July 15, citing sources familiar with the decision, that Kyiv had indeed secured a crucial carve-out to “purchase drone components from China.”

Analysts consulted by CNA indicate that this pragmatic decision underscores a broader, uncomfortable truth: while Europe undeniably possesses the technical expertise and innovation capacity to manufacture advanced drone components, it has yet to rival China’s unparalleled ability to produce these parts swiftly, cost-effectively, and at the colossal scale demanded by a high-intensity conflict. China’s enduring advantage, experts contend, does not stem from a single proprietary technology but rather from its comprehensive and deeply integrated manufacturing ecosystem, meticulously cultivated over several decades. Hao Nan, a Nuclear Futures fellow with Ploughshares Fund and Horizon 2045 – organisations dedicated to research on nuclear security and strategic risk – explains, "Those commercial foundations have since acquired strategic value by giving China greater capacity to scale production, accelerate iteration, and influence supply chains that other economies cannot quickly replace, especially at wartime." While China’s dominant position does not confer absolute leverage, it undeniably grants Beijing the potential to significantly influence global supply chains, a reality that Europe cannot swiftly alter, even as governments across the continent intensify their efforts to reduce strategic dependencies.

When Rules Meet Wartime Reality

More than two years into Russia’s full-scale invasion of Ukraine, unmanned aerial vehicles (UAVs), commonly known as drones, have transitioned from niche military assets to indispensable battlefield staples for both belligerents. Used in unprecedented numbers for critical reconnaissance, precise targeting, and direct offensive strikes, drones are being lost, replaced, and modified at a dizzying pace. This operational tempo far exceeds what conventional defence procurement mechanisms were ever designed to support. The European Commission itself acknowledged this challenge on June 30, stating that Ukraine’s sustained military edge hinges on its ability to obtain critical products “in the required quantities and within very short timeframes.”

The Commission has unequivocally described drones as “a key capability” empowering Ukraine to withstand Russia’s relentless aggression. This recognition underpinned the announcement of the first 3.9 billion euro (approximately US$4.6 billion) payment on June 30, part of a larger drone procurement package valued at roughly 6 billion euros. To bolster this crucial effort, the EU established a substantial 90 billion euro Ukraine Support Loan in February, earmarking about 60 billion euros specifically for defence procurement. The 6 billion euro drone package represents the initial tranche under this significant defence allocation. The overarching scheme is strategically designed to fortify both Ukraine’s nascent defence industry and Europe’s broader industrial base by primarily sourcing equipment from Ukraine, EU member states, and other approved partner countries.

However, on April 1, the European Commission granted Ukraine’s request for a pivotal exception to these stringent sourcing rules. This waiver permits drones purchased under the programme to incorporate more than 35 per cent of their value in components originating from outside the designated EU and partner countries. The Commission justified its decision by stating that the conditions for granting the exemption were met, as Kyiv had provided compelling information demonstrating that Ukrainian and European manufacturers were simply unable to supply the required products in sufficient quantities or within the extremely tight timeframes demanded by the conflict. The Financial Times report on July 15 further clarified that this decision "allowed Kyiv to buy certain Chinese components that are not sufficiently available in Europe," citing individuals with direct knowledge of the matter. Neither the Financial Times nor the European Commission has publicly identified the specific Chinese-made components in question, nor has Brussels disclosed the precise amount of EU funding that could ultimately be directed towards their procurement. Nevertheless, this episode undeniably underscores a critical vulnerability: even with concerted efforts to ramp up production, eligible European and Ukrainian suppliers are currently incapable of meeting Kyiv’s massive wartime demand for drone components.

China’s Unrivaled Edge in the Supply Chain

This situation acutely highlights China’s deeply entrenched and often indispensable position within the global drone supply chain, a reality consistently noted by industry analysts. A commentary published last December by the influential Center for Strategic and International Studies (CSIS) succinctly stated: “Every drone involved in the war in Ukraine depends on China. From palm-sized quadcopters guiding artillery to long-range loitering munitions, nearly every unmanned system on both sides contains materials and components that originate in Chinese factories and refineries.”

China’s overwhelming advantage, according to Andrii Tyndyk, CEO and co-founder of Ukrainian drone motor manufacturer AeroMotors, is not rooted in a single groundbreaking technology or a specific government programme, but rather in a sprawling, highly efficient manufacturing ecosystem that has matured over decades. “In Shenzhen and similar manufacturing centres, a company can source motors, electronic speed controllers, connectors, cameras, batteries, antennas, flight controllers, and tooling from suppliers located within the same industrial ecosystem,” Tyndyk explained to CNA, illustrating the sheer density and convenience of China’s industrial clusters. In stark contrast, Europe’s supplier base is considerably more fragmented, generally operates at lower production volumes, and often lacks the long-term demand certainty crucial for significant capital investment in defence manufacturing. AeroMotors, whose customers include numerous Ukrainian drone makers, reported a production capacity of approximately 10,000 drone motors a month in late 2023 and, driven by surging demand, aimed to scale up to 60,000 units following investment from Swedish venture capital firm Front Ventures.

Hao Nan of Ploughshares Fund further elaborated that individual components, while critical, may not be "technologically exceptional" for Europe. "But China’s integrated ecosystem – from materials and parts to assembly and logistics – can deliver reliable products at low cost, high volume, and fast pace," he emphasized. These formidable capabilities were not primarily engineered as a deliberate military supply-chain strategy but evolved organically from decades of robust civilian demand, the emergence of dense electronics manufacturing clusters, strategic industrial policy, intense domestic competition, and unparalleled economies of scale. This profound manufacturing depth has become increasingly vital as the war in Ukraine has fundamentally reshaped the development and deployment of drones, noted Bryce Barros, a defence innovation and dual-use technology strategist and associate fellow at GLOBSEC, a Europe-based think tank. “The technologies are changing so quickly that what becomes more important is having an ecosystem that can support that fast iteration rather than focusing on developing that single product or platform,” Barros told CNA, highlighting the need for adaptability over static product development.

Leverage, But Not a Free Hand

China’s deeply embedded position in the global drone supply chain bestows upon Beijing an advantage that is primarily “structural rather than transactional,” according to Hao from Ploughshares Fund. This delicate balance means China must navigate a complex geopolitical landscape: “China wants neither Europe to view China as enabling Russia nor Moscow to view it as arming Ukraine.” This intricate balancing act unfolds as Brussels has repeatedly accused Beijing of indirectly sustaining Russia’s war machine by supplying dual-use goods and technologies to Moscow’s military-industrial complex – allegations that China has consistently rejected. The EU has, in fact, sanctioned over 100 Chinese companies and individuals for alleged support of Russia’s military capabilities. Beijing, for its part, maintains that it has adopted an objective and impartial stance on the Ukraine conflict, consistently advocated for peace talks, and firmly opposed unilateral sanctions against its companies.

The current landscape, Hao argues, diverges significantly from a straightforward geopolitical bargaining chip. China’s vast manufacturing network is highly dispersed, with components flowing through intricate commercial supply chains that Beijing cannot fully control. Even so, EU-funded purchases of Chinese components could inadvertently reinforce the market position of Chinese suppliers through larger orders, enhanced economies of scale, and what Hao describes as a potential “supplier lock-in effect,” making it even more challenging for European manufacturers to transition to alternative suppliers in the future. This scenario could also provide Beijing with the option of tightening export licences or disrupting access to selected dual-use products should political tensions escalate. Beijing has already demonstrated its willingness to assert control over drone-related exports. In early August, it announced restrictions on drone exports to the United States and blacklisted six companies, in direct response to recent trade sanctions imposed by Washington.

Yet, the ultimate extent of leverage such a position affords Beijing remains a subject of debate among analysts. “Europe does not have to worry too much about its dependence on China turning into a critical vulnerability,” commented Sun Yun, director of the China programme at the Stimson Center, a Washington-based foreign policy think tank, speaking to CNA. She noted that a direct conflict between Europe and China is highly improbable. “However, the dependence will translate into vulnerability and give China the ability to influence its agenda and freedom of action,” Sun cautioned. Hao described any attempt to weaponise this dependence as inherently “self-limiting.” Restrictions imposed by Beijing would almost certainly prompt Europe to tighten local-content rules, introduce stronger trade measures, and accelerate investment in alternative suppliers, thereby diminishing China’s long-term influence. Rather than anticipating a complete severing of ties with Chinese suppliers, Hao predicts the market will evolve towards what he terms a “segmented supply chain.” In this model, more sensitive and networked military systems would increasingly integrate components from Europe or trusted partner nations, while more affordable Chinese inputs could retain a viable role in expendable drones manufactured and lost in large numbers. “Chinese firms may retain a durable commercial role, but the current dependence will also accelerate European investment in domestic and Ukrainian production,” Hao concluded.

Building Alternatives Will Take Years

Reducing Europe’s reliance on Chinese drone parts suppliers is a strategic endeavour that will likely be measured in years, not mere months, according to manufacturers and analysts alike. With sufficient, sustained investment and guaranteed long-term demand, Ukraine and Europe possess the potential to significantly expand production across virtually every stage of drone manufacturing. This includes final assembly, rigorous testing, precise balancing, robust quality-control systems, and essential ground equipment, as outlined by AeroMotors’ Tyndyk. However, a fundamental prerequisite is for governments and defence customers to instil confidence in manufacturers to make substantial investments through advance funding, multi-year procurement orders, and ironclad guarantees. “We cannot build an independent drone industry by financing hundreds of final assemblers while leaving the component manufacturers undercapitalised,” Tyndyk stressed, highlighting the need for a holistic approach.

Some of the most formidable challenges lie not in the assembly of finished components but in the production of the highly specialised materials that form their very core. Permanent magnets, for instance – a critical constituent of many electric drone motors – present a significant hurdle, Tyndyk explained. “Possessing rare-earth deposits does not automatically create a magnet industry.” Producing high-performance permanent magnets necessitates a complex industrial chain, encompassing everything from the refining of rare-earth materials and the production of metals to the precision manufacturing and rigorous testing of the specialised magnets themselves. “The most technically demanding and strategically important stages are refining, metal production, and high-performance magnet manufacturing,” Tyndyk noted. These advanced facilities demand consistent, long-term demand, substantial capital investment, deep technical expertise, and many years of dedicated development before they can operate at the requisite scale.

Batteries pose a similarly intricate challenge, with Barros from GLOBSEC describing it as “one of the biggest industrial and technological hurdles” confronting the entire drone parts supply chain. Even in instances where batteries are manufactured outside China, many producers remain inextricably dependent on Chinese-controlled critical minerals or processing capacity further upstream in the supply chain. “There is [no] clear-cut answer on how to get around this,” Barros admitted, underscoring the pervasive nature of this dependency.

For the immediate future, the pace of diversification will be heavily influenced by the ongoing trajectory of the war, according to Hao from Ploughshares Fund. “Sustained high-tempo operations would force Ukraine to prioritise immediate volume, affordability, and delivery over supply-chain autonomy,” he observed. Conversely, a lower-intensity conflict would afford European and Ukrainian manufacturers more time to qualify alternative suppliers, redesign systems around non-Chinese components, and systematically expand production capacity. However, even this scenario would still necessitate sustained investment and unwavering long-term procurement commitments. Sun from the Stimson Center concluded that there is no simple solution for Europe. “The calculus is simple. If Europe wants to avoid vulnerability, it will have to build its own supply chain, or a supply chain that it can depend on,” she affirmed. “But it will be of higher cost, and will not be bulletproof, given China also produces some of the raw materials that go into the supply chain. There is no perfect answer.” The path to genuine strategic autonomy in drone manufacturing for Europe and Ukraine is long, complex, and fraught with significant economic and logistical challenges, demanding unprecedented collaboration and investment.