VIGIL CONSILIUM
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Electronic warfare / counter-UAS · counter-drone interceptor UAV

Drones intercepteurs (anti-Shahed)

Des drones à hélice bon marché conçus pour détruire d’autres drones — la couche qui a permis à l’Ukraine de répondre à la masse par la masse au lieu de dépenser des missiles rares contre des cibles bon marché.

Interceptor UAV Ukraine 2024 – aujourd’hui

Situation au
2026-06
Dernière revue
2026-08-24

ÉvaluationConfiance modérée

Contexte d’identification, pas un tableau de caractéristiques. Le catalogue couvre les principaux systèmes documentés publiquement et pertinents pour les conflits que suit Vigil — ce n’est pas un ordre de bataille exhaustif. Aucune quantité, disponibilité ni affectation actuelle n’est consignée.

La fiche Ce qu’est ce système, d’où il vient, qui le met en œuvre et pour quels modules de Vigil il est pertinent — avec les éléments sur lesquels repose chacun de ces points.

En service Éléments : documentés
Silhouette · pas à l’échelle

Fiche

FamilleInterceptor UAV
VariantesSting (Wild Hornets); P1-SUN (Sky Fall)
OrigineUkraine
FabricantMultiple Ukrainian producers — Wild Hornets, Sky Fall and others
Époque2024 – aujourd’hui
Présent dansUkraine–Russie

Pertinence pour les conflits

Ceci est la fiche unique du catalogue pour ce système. Il est pertinent pour le module ci-dessous ; le Force Atlas de chaque module montre comment il y est employé.

Opérateurs

Ukraine: Employed within Ukraine's layered air defence against one-way attack drones. This record makes no claim about which formations operate them.

Rôle sur le champ de bataille

The lowest and cheapest tier of Ukraine's counter-air system, sitting below the surface-to-air missile layers and alongside anti-aircraft artillery, MANPADS, mobile fire groups and electronic warfare. Their purpose is cost-exchange: a one-way attack drone is individually easy to destroy but is launched in numbers designed to exhaust whatever is used against it, and engaging that threat with expensive interceptor missiles is not sustainable. A propeller-driven interceptor breaks that exchange by being cheap enough to lose.

Typical employment

Employed as one tier of a layered defence rather than as a standalone system. This record publishes no basing, no siting and no engagement doctrine.

How the system is commonly used, at the level of published analysis — never a procedure, a loadout or an engagement envelope.

Points forts

Cheap, domestically produced, and made by many firms at once, which makes the capability difficult to interdict and quick to iterate. Because it is Ukrainian rather than donated, it is the one significant air-defence layer whose supply is not set by decisions in other capitals.

Limites

Speed is the constraint that matters. A propeller-driven interceptor is matched against propeller-driven attack drones and is not obviously matched against faster jet-powered variants, and Russian production has been reported shifting toward the jet types. Effectiveness claims come from manufacturers and from the Ukrainian government rather than from independent measurement, and reported interception figures merge kinetic kills with drones neutralised by electronic warfare.

Adaptations observées

Emploi documenté dans les conflits

In documented use during 2025–26 as part of the layered defence against one-way attack drones. Reported performance, all attributed: the manufacturer Wild Hornets stated that its Sting interceptors destroyed more than 3,000 Shahed and Gerbera loitering munitions during May 2026, and Sky Fall stated that its P1-SUN system destroyed more than 3,500 Shahed-type drones over the preceding six months. Ukrainian reporting for May 2026 put overall drone interception at 7,476 of 8,150 launched, or 91.73 per cent. Independent monthly analysis covering the same period records a lower figure on a different basis — a hit rate of 6.65 per cent of all Shahed-type launches in May 2026 — because it counts recorded impacts rather than claimed interceptions. Both are reported here; neither is treated as the measurement.

Évalué au — 2026-06 Dernière revue — 2026-08-24