Non-Kinetic Counter-UAS with High Power Microwave: Technology, Actors and European Strategic

The accelerating proliferation of unmanned aerial systems, from inexpensive quadcopters to increasingly coordinated autonomous swarms, has reshaped the economics and the operational demands of air defence. Conflicts in multiple theatres have demonstrated how saturation attacks by large numbers of low-cost drones can overwhelm traditional kinetic interceptors, creating an unsustainable disparity between the price of the threat and the price required to neutralise it.

The proliferation of cheap, increasingly coordinated drones has created an unsustainable disparity between the price of the threat and the cost of defeating it with traditional kinetic interceptors. Non-kinetic approaches matter because they aim to restore favourable cost-exchange against saturation attacks. The capability question is how mature these options are, how they integrate with existing air defence, and how they perform against adaptive, coordinated swarms rather than single targets. For European defence, affordable layered defence against low-cost mass is becoming a planning priority, because a defence that costs more per engagement than the threat it counters cannot be sustained against sustained attack.

Industrially and financially, the cost-exchange logic drives durable demand, but value will concentrate among solutions that integrate cleanly into layered defence and remain effective as threats adapt. Readers should examine the maturity and limits of non-kinetic effects, how procurement balances them against kinetic options, and which providers can scale production and sustainment. Policy on air defence priorities and spending will shape adoption, and the systems that combine sensing, decision-making and effect into a coherent layer are likelier to endure than point solutions. The deeper question is whether non-kinetic options can keep pace as adversary tactics evolve. The full DFM Analysis report sets out the complete source base, the supporting figures and the detailed assessment behind this view.