War accelerates C-UAS buys and cross-border teaming
FMS approvals and European teaming show counter‑UAS moving toward turnkey, layered architectures—pressuring Europe to buy fast while protecting industrial sovereignty.
Key facts
- US FMS approvals cited: Jordan KuMRFS/C2 package estimated $280M; UAE 10 fixed-site LIDS estimated $2.1B reportedly including 240 Coyote Block 2 rounds and KuMRFS radars
- MBDA made its first Sky Warden export sale to a Middle Eastern customer, offering jammers, HELMA-P laser, and missile options including MISTRAL 3
- Poland cited awarding a ~NOK 16B contract to Kongsberg and PGZ for 18 counter-UAS batteries, signalling large-scale European procurement and local industry partnering
3 minute read
Middle Eastern buyers that have invested for years in air and missile defence are now accelerating counter‑UAS procurement and integration, catalysed by the demonstrated effectiveness of drones and loitering munitions and by the requirement to defend fixed infrastructure and dispersed forces. The source points to a surge in activity spanning both hard‑kill effectors and the enabling architecture—radars, electro‑optical sensors, electronic warfare, and command-and-control—typically packaged as integrated “defeat systems.”
US Foreign Military Sales remain a major channel. SRC’s role delivering Raytheon’s Coyote interceptors as part of a reported $1 billion FMS deal with Qatar, plus State Department approvals for Jordan (Ku‑Band Multi‑Function Radio Frequency System radars and associated C2 and support equipment at an estimated $280 million) and the UAE (10 fixed-site Low, Slow, Small UAS Integrated Defeat Systems estimated at $2.1 billion, reportedly including 240 Coyote Block 2 rounds and KuMRFS radars) underline the scale and speed of Gulf demand for layered counter‑UAS. Parallel European-origin competition is visible in MBDA’s first export of Sky Warden to a Middle Eastern customer, combining jammers, a CILAS HELMA‑P laser, and missile options including MISTRAL 3, indicating continuing appetite for mixed soft‑kill/hard‑kill stacks rather than single-technology solutions.
For Europe, the key implication is that the market is consolidating around integrated, multi-sensor architectures where primes increasingly partner with specialists to deliver complete systems at pace. The UK‑Estonia Babcock–Frankenburg initiative for an affordable containerised maritime air defence system reflects a European attempt to productise counter‑drone capability for naval and littoral protection—relevant to European port security, offshore energy infrastructure, and NATO maritime tasking. Meanwhile, contracts and demonstrations in the US industrial base—AI-enabled detection/tracking orders, autonomous ground-vehicle carriers for high‑power microwave payloads, and continued US Army radar modernisation—suggest that US offerings may arrive in Europe as tightly bundled sensor‑C2‑effector packages, potentially challenging European suppliers unless interoperability, exportability, and cost-per-engagement are demonstrably competitive.
Eastern Europe’s demand signal is explicit. The article cites a contract valued around NOK 16 billion for Kongsberg Defence & Aerospace and Polska Grupa Zbrojeniowa to supply 18 counter‑UAS batteries to Poland, indicating industrial participation models that European procurement officials may replicate to balance urgency with sovereign sustainment and local manufacturing. A separate Ukraine Navy contract with Sierra Nevada for field services and sustainment, including “reach-back support” for systems deployed in Eastern Europe under NATO, reinforces sustainment as a decisive differentiator as counter‑UAS systems proliferate across the eastern flank.
Source: Defense One
