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Attrition-resistant air defence architectures The Rise of Interceptor Drones

From Filipe Pereira Martins and CTO und CISO Anna Kobylinska 14 min Reading Time

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Fastems Systems GmbH

As semi-autonomous threats swarm lower military air space, repeatedly spilling into civilian flight corridors, interceptor drones have emerged as the leading scalable way to address a critical vulnerability in layered air defence: the economics of scale. Once marginal, these low-cost UAVs are being fielded in joint fire-control networks, enabling more resilient defence architectures.

This Geran‑2, a Russian version of the Iranian kamikaze UAV Shahed-136, bearing a thermobaric warhead of 40 kg, was downed over Ukraine in 2022. In 2026, Russia has fielded experimental interceptor type Geran 2s carrying R 60 air to air missiles to try to intercept the interceptors. (Source: GUR/Ukrainian Defence Intelligence via Sergey Beskrestnov)
This Geran‑2, a Russian version of the Iranian kamikaze UAV Shahed-136, bearing a thermobaric warhead of 40 kg, was downed over Ukraine in 2022. In 2026, Russia has fielded experimental interceptor type Geran 2s carrying R 60 air to air missiles to try to intercept the interceptors.
(Source: GUR/Ukrainian Defence Intelligence via Sergey Beskrestnov)

As of the second quarter of 2026, the aerial threat environment has shifted from sporadic, localised incidents of drones entering demilitarised or restricted military airspace to a paradigm of warfare built on ‘industrialised attrition.’ The battlefield has matured into a space where mass, concurrent low‑altitude threats are now a recurring operational reality on high‑intensity fronts.

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