Deployment Report: Counter-UAS Systems — Gulf Region and NATO Eastern Flank

Report Date: 2026-03-27 | Theater Focus: CENTCOM / NATO Eastern Flank

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Deployment Summary

The gap between marketed counter-UAS capability and verified operational performance has never been wider — or more consequential. Vendors across the C-UAS stack are selling layered defeat solutions; what is actually deployed in the field is a patchwork of point-defense systems that are being systematically exposed by swarm saturation tactics, fiber-optic FPV guidance, and GNSS-spoofing-resistant terminal seekers.

Key finding: The dominant C-UAS architecture deployed across CENTCOM and NATO Eastern Flank installations — radar cueing plus kinetic interceptor or directed energy — was designed for single-vector or small-group UAS threats. It is operationally inadequate against the 800+ vector coordinated strikes now documented in the Ukraine theater and increasingly replicated by Iran-aligned proxies in the Gulf. Three specific verified failures in the past 90 days — destruction of a SAAB Giraffe-1X at Baghdad embassy, destruction of a U.S. Army AN/TPY-2 radar at a Jordan base, and the Ras Laffan LNG strike — confirm that current deployed architectures are not holding.

What is marketed: comprehensive layered defeat, AI-cueing, multi-domain integration, near-100% intercept rates against Group 1-3 UAS.

What is deployed and verified: isolated point-defense nodes with limited lateral communication, intercept rates that degrade sharply above 20 simultaneous vectors, and radar systems that are themselves becoming high-value targets.

Ukraine’s reported 86% intercept rate against Russian drone campaigns is the ceiling of current operational performance — achieved with the densest C-UAS layering of any active theater — and that rate is declining as Russian swarm tactics evolve.

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Deployment Map

Location	Operator	System	Vendor	Status	Units	Contract Value	Date	Confidence
Ukraine Eastern Front (multiple positions)	Ukrainian Armed Forces	Gepard SPAAG (C-UAS role)	Krauss-Maffei Wegmann	OPERATIONAL	~60	€1.2B (DE aid package)	Jan 2023–present	HIGH
Ukraine (nationwide)	Ukrainian Armed Forces	IRIS-T SLM	Diehl Defence / MBDA	OPERATIONAL	4 batteries	€1.4B (DE commitment)	Oct 2022–present	HIGH
Ukraine (nationwide)	Ukrainian Armed Forces	Patriot PAC-3 (C-UAS secondary role)	Raytheon	OPERATIONAL	3 batteries	Classified	Apr 2023–present	HIGH
Ukraine (nationwide)	Ukrainian Armed Forces	Interceptor drone swarms (domestically produced)	Multiple Ukrainian OEMs	OPERATIONAL	~2,000/day claimed production	Undisclosed	Q1 2026	LOW–MODERATE
Baghdad, Iraq (U.S. Embassy compound)	U.S. Army / DSS	Giraffe-1X radar + Coyote interceptors	SAAB / Raytheon	DEGRADED — radar destroyed	1 radar node (destroyed)	Classified	Destroyed Q1 2026	HIGH
Al-Tanf / Jordan base (undisclosed)	U.S. Army	AN/TPY-2 radar	Raytheon	DESTROYED	1 unit confirmed destroyed	Classified	Q1 2026	HIGH
Ras Laffan LNG Complex, Qatar	Qatar Energy / Qatari Emiri Air Force	Undisclosed point-defense C-UAS	Undisclosed	BREACHED — strike confirmed	Unknown	Classified	Mar 2026	HIGH
Kuwait International Airport	Kuwait Air Force / Civil Aviation	Undisclosed C-UAS	Undisclosed	BREACHED — strike confirmed	Unknown	Classified	Mar 2026	HIGH
RAF Akrotiri, Cyprus	Royal Air Force	Undisclosed C-UAS (Shahed wreckage recovered)	Undisclosed	OPERATIONAL — intercepts confirmed	Unknown	Classified	Ongoing	MODERATE
Snake Island / Black Sea (historical)	Ukrainian Naval Forces	TB-2 / Gepard C-UAS combination	Baykar / KMW	HISTORICAL — island evacuated	N/A	N/A	2022	HIGH
Saudi Arabia (Abha, Jizan airbases)	Royal Saudi Air Force	Patriot PAC-2/3, Skyguard	Raytheon / Rheinmetall	OPERATIONAL	6+ batteries	$15B+ (multi-year FMS)	2019–present	HIGH
Israel (nationwide)	IDF / IAF	Iron Dome, David’s Sling, Arrow-3	Rafael / IAI / Boeing	OPERATIONAL	10 Iron Dome batteries	$1.4B+ (U.S. FMF)	2011–present	HIGH
Fort Sill, Oklahoma, USA	U.S. Army	Anduril Lattice + Coyote Block 3	Anduril / Raytheon	OPERATIONAL (training / evaluation)	Undisclosed	$20B ceiling (Army C-UAS IDIQ)	2025–present	MODERATE
Multiple U.S. Army installations	U.S. Army	AV P550	AeroVironment	CONTRACTED — production	Undisclosed	$117M	Mar 2026	MODERATE

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Vendor Landscape

Raytheon (RTX) remains the dominant deployed C-UAS supplier by contract value across CENTCOM. Coyote Block 3 interceptors are the primary kinetic defeat layer at U.S. forward operating bases. The AN/TPY-2 destruction in Jordan is a direct reputational and operational problem for Raytheon’s radar franchise — the system was not designed to survive as a target in a contested UAS environment, and its physical signature makes it a priority aim point for adversary drone planners. Deployment maturity: HIGH for legacy installations, DEGRADED for contested forward environments.

Anduril Industries holds the most significant near-term C-UAS contract position: a 10-year, $20 billion ceiling Army IDIQ for AI-powered C-UAS, with Lattice as the command-and-control backbone. Serial production of Fury CCA beginning Q1 2026 (three months early) suggests manufacturing execution is ahead of schedule. However, Lattice’s operational performance in high-density swarm environments above 100 simultaneous vectors has not been publicly verified in a live combat theater. Deployment maturity: MODERATE — contracted and in evaluation, not yet combat-proven at scale.

AeroVironment has secured a $117M P550 production contract and a $499M AFRL electromagnetic spectrum survivability contract. The EMS hardening work is directly relevant to C-UAS — GNSS-spoofed and jammed environments are the operating baseline in Ukraine and increasingly in the Gulf. Deployment maturity: MODERATE for P550 (production contract, not yet fielded at scale); HIGH for Switchblade loitering munitions in Ukraine.

SAAB (Giraffe radar family) has suffered a verified operational loss at Baghdad. The Giraffe-1X destruction validates a known vulnerability: fixed or semi-fixed radar nodes are targetable by adversaries who have mapped their electromagnetic signatures. SAAB’s broader Giraffe AMB and 4A variants remain deployed across NATO, but the Baghdad incident will accelerate demand for mobile, low-signature radar alternatives. Deployment maturity: HIGH for NATO installations, COMPROMISED for CENTCOM forward positions.

Rafael / IAI (Iron Dome, David’s Sling) represent the most operationally mature C-UAS architecture in continuous combat use. Iron Dome has logged more operational intercept hours against real threats than any other system. Its limitation — cost per intercept ($40,000–$100,000 per Tamir missile) — is well-documented and increasingly untenable against $500 Shahed-class threats. Deployment maturity: HIGH.

Diehl Defence / MBDA (IRIS-T SLM) has demonstrated consistent operational performance in Ukraine against Shahed-136 and Kh-101 threats. Four batteries operational. Backlog constraints limit near-term scaling. Deployment maturity: HIGH in Ukraine, limited elsewhere.

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Operational Insights

What is working:

• Layered, geographically distributed intercept architectures (Ukraine model) achieve the highest documented intercept rates — 86% at peak — against mixed drone and cruise missile campaigns. No single-layer system approaches this performance.
• Gepard SPAAG repurposed for C-UAS has proven effective against low-altitude Group 1-3 UAS at close range, demonstrating that legacy gun systems retain relevance in the drone-dense environment.
• Interceptor drone programs (Ukraine’s ~2,000/day claimed production) represent the most cost-favorable exchange ratio against Shahed-class threats if production claims are verified. Current confidence in the 2,000/day figure is LOW — it is a Ukrainian government claim without independent production verification.

What is failing:

• Point-defense radar nodes (Giraffe-1X, AN/TPY-2) are being targeted as high-value aim points. Fixed radar emitters in CENTCOM are now liabilities as much as assets. The Baghdad and Jordan incidents are not anomalies — they reflect a deliberate adversary doctrine of radar-first targeting.
• Kinetic interceptor cost exchange ratios are unsustainable. Firing a Patriot PAC-2 ($3–4M per missile) against a Shahed-136 ($20,000–$50,000) is a losing economic equation at scale. This is not a new observation, but the 818-vector Russian strike on Ukraine in a single night demonstrates the scale at which adversaries are prepared to exploit it.
• Fiber-optic FPV guidance is defeating RF-based jamming — the primary non-kinetic defeat layer at most installations. Russian Shahed variants recovered at RAF Akrotiri with Kometa-M GNSS receivers indicate a parallel supply chain hardening effort. NATO C-UAS electronic warfare effectiveness is degrading in real time.
• Swarm saturation is exhausting intercept magazines before threats are defeated. No currently deployed system has demonstrated the reload speed or magazine depth to sustain intercept operations against 800+ vector attacks.

Field lesson from Ras Laffan: Energy infrastructure C-UAS is structurally under-resourced. The Ras Laffan strike is the most consequential UAS attack on global energy infrastructure to date. LNG export facilities have large physical footprints, fixed critical nodes (liquefaction trains, loading arms, storage tanks), and C-UAS architectures designed for perimeter security rather than saturation defeat. This is a template adversaries will replicate.

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Procurement Implications

For CENTCOM installation commanders: Fixed radar emitters must be treated as targets, not just sensors. Procurement should prioritize mobile, low-probability-of-intercept radar systems (passive ESM, distributed aperture) over additional fixed Giraffe or TPY-2 nodes. The Baghdad and Jordan losses should trigger immediate posture review at all forward installations with fixed radar infrastructure.

For Gulf energy operators (Qatar Energy, Saudi Aramco, ADNOC): The Ras Laffan strike establishes that LNG and petrochemical infrastructure is a viable and precedent-setting UAS target. Current point-defense architectures at Gulf energy facilities are not rated for saturation attacks. Procurement of layered defeat — radar, kinetic, directed energy, and interceptor drones — is now an operational requirement, not a future consideration. Buyers should not accept vendor claims of “comprehensive layered defeat” without documented performance data against 20+ simultaneous vectors.

For NATO Eastern Flank buyers: IRIS-T SLM has the strongest verified combat record for the medium-altitude, mixed-threat environment. Backlog is the primary constraint. Buyers entering procurement now should expect 24–36 month delivery timelines and should plan bridge solutions (Gepard, SHORAD upgrades) for the interim period.

For U.S. Army program managers: The Anduril $20B IDIQ is the right architectural direction — AI-cueing, networked defeat, Lattice integration — but the contract ceiling is not a deployment. Verified operational performance in a live swarm environment remains undemonstrated. The P550 production contract ($117M, AeroVironment) adds a second attritable interceptor program of record, which is appropriate given magazine-depth constraints. The $25M GreenTech Harvest FPV contract warrants immediate supply chain audit — an opaque vendor with no verifiable track record supplying attritable systems is a security and quality risk.

Directed energy: No directed energy C-UAS system has achieved verified operational deployment at scale in any active theater as of this report date. Raytheon’s HELIOS and Lockheed’s HELWS remain in evaluation. Buyers should not plan operational timelines around directed energy availability before 2028.

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Outlook

The near-term scaling trajectory for C-UAS is driven by three converging pressures: Gulf energy infrastructure attacks establishing new threat precedents, NATO Eastern Flank demand accelerating post-Ukraine lessons, and U.S. Army contract execution under the Anduril IDIQ.

Milestones to watch (next 12 months):

• Anduril Lattice operational evaluation results from Fort Sill and any forward deployment — this is the most significant pending data point for U.S. Army C-UAS architecture decisions.
• Ukraine interceptor drone production verification — if the 2,000/day figure is independently confirmed, it establishes a cost-exchange model that will reshape procurement logic globally.
• Gulf energy operator procurement responses to Ras Laffan — Qatar Energy and Saudi Aramco procurement signals in Q2–Q3 2026 will indicate whether energy sector C-UAS is entering a serious capital commitment phase.
• IRIS-T SLM backlog resolution — Diehl Defence production capacity is the binding constraint on the most combat-validated medium-altitude C-UAS system available to NATO buyers.
• Directed energy field evaluation results — any verified operational intercept data from HELIOS or equivalent systems would materially shift the procurement calculus for magazine-depth-constrained operators.
• Russian swarm doctrine evolution — the 818-vector strike is not a ceiling. If Russian production of Shahed-class systems continues at current rates (estimated 300–400/month from Iranian-licensed Alabuga facility), 1,000+ vector attacks are a near-term operational planning assumption, not a worst case.

The fundamental procurement problem remains unsolved: no deployed system or vendor combination has demonstrated the capacity to defeat a 500+ vector coordinated attack at acceptable cost-per-intercept ratios. Until that gap closes, C-UAS buyers are managing exposure, not achieving defeat.

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Confidence: MODERATE–HIGH (deployment status data HIGH confidence where specific incidents verified; unit counts and contract execution status MODERATE confidence; vendor performance claims LOW–MODERATE confidence absent independent operational verification)

Report Valid Until: 2026-06-01 — reassess following Q2 Gulf procurement signals and Anduril evaluation results