NATO approves $40 billion counter-drone push at Ankara Summit

NATO allies have approved a sweeping counter-drone initiative worth more than $40 billion over five years, aimed at defeating the growing threat posed by low-cost unmanned aerial vehicles. The decision was taken at the alliance summit hosted in Ankara.

Scope of the effort

The initiative covers detection sensors, electronic-warfare and jamming systems, directed-energy weapons and hard-kill interceptor missiles. It also funds operator training and the expansion of allied UAV inventories, treating offence and defence in the unmanned domain as a single, connected problem.

The driving logic is a cost imbalance exposed in recent conflicts, where a drone costing a few hundred dollars can force the launch of an air-defence missile worth millions. NATO’s layered approach seeks to answer each threat with a proportionate, affordable effector rather than expending premium interceptors on cheap targets.

How layered defence works

Modern counter-drone protection is built not from a single system but from complementary layers. Radar and electro-optical sensors detect the threat; electronic-warfare systems attempt to sever the drone’s control and navigation links. Where those measures fall short, laser-based directed-energy weapons or low-cost interceptors provide the hard-kill layer. NATO’s plan envisions fielding these layers at both fixed sites and mobile units under a common standard.

Turkey and the regional picture

Host nation Turkey is among the allies best placed to contribute, with a domestic industry active across UAVs, radar, electronic warfare and laser systems. Analysts read the Ankara decision as closely tied to the threat environment stretching from the Black Sea to the Middle East, where cheap drones have reshaped the air-defence equation.

Operational significance

The $40 billion commitment marks the start of an alliance-wide industrial and procurement drive rather than a single national programme. By pooling requirements, NATO aims to accelerate delivery and drive down unit costs across a technology field that is evolving quickly.