At the Defense and Security Equipment International (DSEI) exhibition in London, BAE Systems announced that Eurofighter Typhoon jets could soon carry the laser-guided APKWS II rockets in an air-to-air configuration. Paul Smith, Head of Typhoon Strategy Delivery at BAE Systems, described the system as a potential low-cost solution against unmanned aerial systems (C-UAS). European air forces are increasingly recognizing that drone swarms pose a significant operational threat, requiring affordable yet effective responses. Recent Russian drone incursions into NATO airspace, which have often required costly missile intercepts, have highlighted the urgency of such solutions.
Integrating APKWS II onto Typhoon reflects the need to balance high-end combat capabilities with cost-effective munitions. Since its introduction in the early 2000s, the Eurofighter Typhoon has evolved continuously, benefiting from enhanced sensors, weaponry, and mission systems. Designed by the UK, Germany, Italy, and Spain, the aircraft provides a flexible platform for innovative systems like APKWS II, already proven operationally with U.S. aircraft.
APKWS II is a laser-guided upgrade of the widely used 70mm Hydra rocket, transforming a legacy unguided munition into a precise yet affordable weapon. Compared to traditional short-range air-to-air missiles, APKWS offers significant cost savings and allows fighter jets to carry multiple rockets for mass engagements against drones. The F-15E, capable of carrying up to 42 rockets, demonstrates the scalability of this approach.
For European air forces, equipping the Typhoon with APKWS II provides strategic and operational advantages. The widespread availability of low-cost drones exposes vulnerabilities in conventional air defense systems. APKWS II enables pilots to counter drone swarms efficiently while conserving high-value missile stocks. This step also enhances the Eurofighter’s export appeal and aligns with NATO’s strategy to integrate layered, cost-effective C-UAS capabilities into modern defense architectures.
