The rearmament of the Bundeswehr under Defense Minister Boris Pistorius, accelerated since the 2022 Zeitenwende and detailed in the April 2026 military strategy, aims to create Europe’s strongest conventional army. It targets growth from roughly 186,000 to 260,000 active personnel by 2035 (with 200,000 reserves), prioritizes fully equipped heavy mechanized divisions for NATO’s eastern flank, and directs the bulk of the €108 billion 2026 defense budget and €377 billion multi-year plan toward traditional platforms: Puma infantry fighting vehicles, Leopard 2A8 tanks, F-35 jets, new frigates, Arrow-3/IRIS-T air defenses, and large-scale land vehicles.
This approach is not future-oriented. It heavily invests in expensive, crewed, high-signature systems optimized for mid-20th-century armored warfare, which recent conflicts have rendered highly vulnerable. In Ukraine, drones cause an estimated three-quarters of casualties. Low-cost FPV drones, loitering munitions, and small UAS deliver persistent ISR, precision strikes, and attrition that routinely destroy or disable tanks, artillery, and armored vehicles at minimal expense. Both Russian industrial-scale production and Ukrainian rapid innovation have demonstrated that mass attritable systems create battlefield transparency and overwhelm traditional defenses.
Drone initiatives under Pistorius remain secondary. Contracts for several thousand combat drones (e.g., to Helsing and Stark Defence) total initial hundreds of millions with options up to €4.3 billion, and UAS fleet expansion from ~600 to 8,000 systems by 2029 is planned alongside €10 billion for unmanned systems. However, these serve as supplements to conventional forces. The largest procurement shares still flow to manned aircraft, heavy vehicles, and naval assets, with bureaucratic processes favoring established suppliers over rapid, iterative drone development.
In contrast, China’s PLA modernization centers on “intelligentization” — AI-driven autonomy and unmanned systems — as a core goal for 2035. China routinely demonstrates large-scale drone swarms (one operator controlling over 200 drones), AI-coordinated saturation attacks, and integrated uncrewed platforms across air, land, and sea domains. Systems like the Atlas swarm, FH-97 SEAD drone, and hypersonic prototypes, combined with military-civil fusion for mass production, emphasize low-cost, expendable volume to overwhelm defenses in high-intensity scenarios such as a Taiwan conflict. PLA doctrine treats future war as networked, uncrewed, and swarm-dominated, directly incorporating lessons from Ukraine while scaling autonomy far beyond current Western efforts.
Germany’s strategy rebuilds large, visible, costly formations vulnerable to exactly the drone attrition and swarming tactics that define modern conflict. China’s approach bets on quantity, AI autonomy, and rapid iteration to create asymmetric advantage. While Pistorius’s plan includes nods to innovation, its core orientation toward heavy conventional capabilities for NATO’s eastern flank leaves the Bundeswehr prepared for the last war rather than the drone- and AI-centric battles of the future.
