A new French-developed interceptor, known as Fury 120, has been created to counter one-way attack drones such as Iran’s Shahed and Russia’s Geran, highlighting how the proliferation of low-cost UAVs in Ukraine is reshaping air-defence development. The project underscores a growing trend toward innovation outside conventional state-led procurement programmes.
The Fury 120 interceptor was designed to engage loitering munitions that have featured prominently in Russian strike campaigns against Ukraine. In contrast to most French defence systems, the project did not originate within a Direction générale de l’armement framework and was not backed by a major prime contractor. Instead, it was privately funded and developed by ALM Meca, an SME based in Alsace that specialises in high-precision manufacturing.
The conflict in Ukraine has shown that inexpensive attack drones can function as effective tools of attrition. By saturating defences and forcing the use of costly surface-to-air missiles, systems such as the Shahed impose difficult economic and operational trade-offs. Although relatively simple, the Shahed combines sufficient range, a challenging low-altitude flight profile, and swarm-style employment that multiplies axes of approach. Under these conditions, the key question becomes whether defenders can defeat enough incoming drones quickly and affordably, rather than whether a single intercept is technically possible.
Fury 120 is intended to address this requirement. As reported by Challenges, the interceptor measures roughly 1.1 metres in length with a wingspan just over one metre and adopts a compact, fighter-like design. Speed is central to its concept of operations. The use of a kerosene-powered microjet engine distinguishes Fury 120 from many counter-UAS platforms that rely on propellers and endurance-based designs. This enables a stated maximum speed of 700 km/h, giving the interceptor a substantial speed advantage over Shahed-type drones and improving the likelihood of successful interception, particularly when detection occurs late.
The interceptor is also described as capable of sustaining manoeuvres of up to 20G. While its intended targets are largely non-manoeuvring, this performance margin is valuable during low-altitude interceptions in cluttered and constrained airspace. High manoeuvrability allows the interceptor to absorb guidance inaccuracies, recover from trajectory deviations, and maintain effective intercept geometry despite sensor limitations or delays in the engagement chain.
Equally significant is the project’s industrial model. ALM Meca sits outside the traditional circle of French defence primes and lacks the profile of a classic systems integrator. Yet the war in Ukraine has demonstrated that innovation can emerge rapidly from smaller firms responding to urgent operational needs. Developing an interceptor drone in less than a year with private funding reflects a broader European move toward rapid prototyping and accelerated experimentation, driven by combat experience, strained missile inventories, and tightening defence budgets.
