France Reshapes Air Force with Armed Drone Squadrons and Loyal Wingmen Strategy.

France is restructuring its air force around dedicated drone bombardment and interceptor units, replacing legacy ISR-focused drone use with combat mass and layered defense. The shift signals Europe’s move toward high-intensity drone warfare, with direct implications for U.S. force design and NATO interoperability.

French Air and Space Force Chief General Jérôme Bellanger is pushing a force model built on attritable drones, loyal wingmen, and counter-drone “fighter” squadrons, backed by a €36 billion defense increase through 2030. The plan prioritizes scalable strike capacity, AI-enabled combat systems, and rapid production over expensive, limited fleets, while integrating next-generation systems like Rafale F5 and a stealth UCAV derived from the nEUROn program.

Read also: France Orders Seven RapidFire 40mm Anti-Aircraft Guns to Counter Drone Swarms at Air Bases.

France is reshaping its airpower strategy around armed drones, loyal wingmen, and low-cost strike systems, marking a decisive shift toward mass, speed, and high-intensity combat readiness (Picture source: Dassault Aviation).

The military programming law update presented on 8 April 2026 adds €36 billion for 2026-2030, targets defense spending of 2.5% of GDP by 2030, and explicitly prioritizes drones, munitions, air defense, electromagnetic warfare, deep strike, and operational readiness.

What is emerging is a new French defense strategy centered on three ideas: sovereignty, mass, and speed. Paris is not abandoning high-end airpower; it is trying to prevent exquisite platforms from becoming strategically brittle in a battlespace now saturated by cheap drones, loitering munitions, and layered air defenses. That is why the updated plan drops Patroller and signals France’s exit from Eurodrone in favor of lower-cost sovereign theater drones, while Bellanger had already warned that Eurodrone risked becoming “yesterday’s drone” because of delays, size, and infrastructure burden.

Several drone families are therefore concerned, not one. At the top end, Rafale F5 is being paired with a stealth combat drone derived from the nEUROn legacy; Dassault says it will feature stealth, autonomous control with a human in the loop, and internal weapons carriage, with first French combat relevance from the 2033 timeframe, while the LPM update points to early collaborative-drone experiments by 2028. In parallel, France is seeking an initial “MALE de théâtre” capability by 2030 alongside its nine Reapers, while sovereign alternatives are already maturing, notably Turgis Gaillard’s AAROK and Daher’s EyePulse demonstrator, the latter flown autonomously after less than six months of development for the DGA.

Bellanger’s concept also clearly separates the spectrum of uses. The future “bombardment” squadrons would be built around teleoperated munitions and Shahed-like effectors for saturation, decoy, harassment, and low-cost strike, while “fighter” squadrons would hunt incoming drones before they reach French bases or deployed forces. That is where the Chorus project matters: Bellanger explicitly linked this lower-end segment to Chorus and MBDA solutions, and reporting on the program describes Chorus as a 3,000 km-class strike drone carrying a 500 kg warhead, designed with Renault and Turgis Gaillard around the logic of scalable production rather than boutique procurement.

The armament side is what makes this more than a drone story. The annexed report states that Rafale F5 will combine its collaborative combat drone with a new very-long-range air-to-air missile, plus a dedicated SEAD and anti-ship missile to break anti-access strategies; at the same time, France is massively increasing the delivery trajectory of teleoperated munitions, AASM air-to-ground weapons, deep-strike missiles, and air-to-air missiles. Specifically, the update cites a 400% rise in teleoperated munition deliveries, 240% for AASM, 85% for SCALP/MdCN-class deep strike, and 55% for MICA/Meteor-class air-to-air deliveries through 2030, while AI infrastructure such as ARTEMIS.IA and the ASGARD supercomputer are meant to support collaborative combat and roboticization.

Operationally, this gives France an air combat stack that is far denser than today’s manned fleet alone. A stealth combat drone ahead of Rafale can scout, deceive, jam, or strike from the forward edge; lower-cost teleoperated munitions can saturate radars and exhaust surface-to-air defenses; theater drones can persist over wide areas for reconnaissance, SCAR, and stand-off attack; and specialized anti-drone layers can protect bases and expeditionary nodes. France has already shown part of that logic by testing Hellfire-equipped MQ-9 Reapers against aerial drone targets, while MBDA’s Sky Warden architecture combines radar, passive RF, electro-optics, AI-assisted threat assignment, jammers, hunter drones, lasers, and Mistral 3 missiles, including demonstrated Shahed-type intercepts at long range.

This is why Bellanger’s “little revolution” is not rhetorical excess. Drones change the cost curve of air warfare, the tempo of tactical adaptation, and the exchange ratio between attacker and defender. The updated LPM is already extending that logic across the joint force, from generalized small-drone issues and more tactical drone systems to more jammer rifles, anti-drone systems, and dedicated radars, meaning France is trying to build not just new aircraft but a new combat economy suited to high-intensity attrition.

Compared with the United States and China, France is not first, but it is no longer standing still. The U.S. Air Force has already institutionalized collaborative combat aircraft with the YFQ-42A and YFQ-44A designations, ground testing, an Experimental Operations Unit, and a plan for an Increment 1 production decision in fiscal year 2026 with operational capability before the decade’s end. China, for its part, has publicly shown an operational GJ-11 flying with J-20 and J-16D aircraft, a visible sign that Beijing is also moving toward stealthy manned-unmanned teaming.

France’s comparative advantage is different: it can fuse a combat-proven Rafale force, a sovereign nEUROn-derived UCAV path, a theater-drone ecosystem, and a growing war-production mindset into one national architecture. If Paris executes, it will not merely add drones to the order of battle; it will create a layered, sovereign, and scalable airpower model suited to European high-intensity war. If it fails, France will keep world-class aviators and premium fighters, but risk facing adversaries that think in swarms, salvoes, and industrial exhaustion rather than in the small numbers that defined the pre-Ukraine era.