Airbus Helicopters announced July 31, 2026 that the second prototype of the H160M Guépard — France’s next military helicopter — completed its maiden flight, arriving on the flight line draped head-to-tail in matte black. The debut came less than three weeks after the Directorate General of Armaments (DGA) and Airbus completed the platform’s first-ever live-fire weapons campaign at the Cazaux air base in southwestern France, validating the helicopter’s 12.7 mm gun pod, door-mounted weapons, and mission management computer in actual flight conditions. The two milestones, arriving in rapid succession, confirm that France’s most ambitious military rotorcraft modernization program in a generation is executing on schedule toward a first delivery targeted for late 2028.

What Is the Guépard and Why Does It Matter

The H160M Guépard — “Guépard” is French for cheetah — is the militarized variant of Airbus’s civilian H160 medium helicopter. Developed under France’s Joint Light Helicopter program (known by its French acronym, HIL, for Hélicoptère Interarmées Léger), it will equip all three branches of the French military — the Army, Navy, and Air and Space Force — from a single unified airframe rather than the patchwork of aging platforms each service currently flies.

The scale of the consolidation is significant. France plans to acquire 169 H160Ms in total, with 80 going to the Army, 49 to the Navy, and 40 to the Air and Space Force. The program replaces five distinct legacy types: the Gazelle, Alouette III, Dauphin, Panther, and Fennec — aircraft that trace their operational histories back decades. One supply chain, one maintenance doctrine, one training pipeline across three services: the logistical dividend is as important as the capability upgrade.

The contract for development and an initial batch of 30 aircraft was signed in December 2021 between Airbus Helicopters and the DGA. The overall program value, covering development, acquisition of 169 aircraft, support systems, training, and ten years of maintenance, is estimated at €10 billion (approximately $11.49 billion USD).

What Makes the Guépard Different From Every Helicopter Airbus Has Built

The H160M’s most consequential technical feature is what it was born with, not what was added later.

For the first time in Airbus Helicopters’ entire product catalog, the H160M was designed from the outset to operate collaboratively with drones — a capability the company calls Manned-Unmanned Teaming (MUM-T). Every other Airbus helicopter that has acquired drone-cooperation capability received it as a retrofit. The Guépard carries it in its bone structure, built into the mission management system architecture at the design phase rather than bolted on afterward.

This distinction is not merely a marketing claim. The practical difference between native and retrofitted MUM-T lies in cognitive architecture: how seamlessly a two-pilot crew can command drone operations while simultaneously managing navigation, sensors, weapons, and communications. Airbus’s HTeaming system — the modular drone-control platform that underlies the Guépard’s MUM-T capability — uses dedicated radio links and data connections to transmit UAV video feeds in real time to the cockpit display. Specialized software manages drone swarms autonomously, handling task allocation and collision avoidance, while the crew retains full command authority.

That technical architecture matters because of a strategic choice France is making that diverges sharply from the United States Army’s path. In 2024, the US Army canceled the Future Attack Reconnaissance Aircraft (FARA) — a dedicated armed scout helicopter — and moved instead toward expanding drone swarms and launched effects as the primary means of aerial reconnaissance in contested airspace. France reached the opposite conclusion: that a crewed medium helicopter, natively networked with drones, is more operationally resilient in the complex mission environments ALAT (France’s Army aviation branch) expects to face. The Guépard embodies that bet.

France’s ALAT has not arrived at this conclusion theoretically. Both the Navy and the Army aviation branch have been testing MUM-T concepts for years, launching FPV drones from Gazelle helicopters and NH90-TTH Caïman transport aircraft and using them as airborne command posts. The General Inspectorate of the Army identified in December 2024 that these experiments had a “broader ambition” — to accelerate cooperation between nano drones and ALAT aircraft to strengthen the intelligence loop and multiply tactical effects at high intensity. The Guépard is where that accumulated operational learning gets designed in from the start.

Cazaux: What the First Weapons Firing Actually Proved

Before Prototype 2 flew, Prototype 1 had already cleared a more demanding threshold.

On July 15, 2026, the DGA officially supervised — at its flight test center at Cazaux, using the CALAMAR instrumented test range — the H160M’s first weapons-firing campaign. The campaign was not a single gun shot. It covered the 12.7 mm (0.5-inch caliber) forward-firing axial gun pod, door-mounted machine gun, a precision rifle installation for selective cabin engagement, and the helicopter’s defensive decoy dispensers — all fired in actual flight conditions.

The 12.7 mm weapon fills a specific gap in the French Army’s rotary-wing firepower: above the 7.62 mm (0.3-inch caliber) door guns, which handle flank protection and landing-zone suppression, and below the Tiger attack helicopter’s 30 mm cannon, which is better suited to armored vehicles. The more significant technical validation was in the fire-control architecture: Airbus’s system can automatically command the Guépard’s yaw and pitch through the autopilot to maintain an attack line, reducing the amount of manual correction a pilot must make during short firing passes at low altitude where turbulence and terrain avoidance compress the available window.

The campaign also completed the first airborne test of the mission management computer and the decoy-release system — validating the full command chain from threat detection through countermeasure deployment. The AirMaster C X-band AESA radar that feeds threat information into this chain is, per DGA technical data, approximately 30 percent smaller, lighter, and less power-intensive than the radar generation it replaces.

One important correction to earlier program coverage: the French Navy is not receiving an anti-ship missile configuration. Earlier plans to integrate MBDA’s ANL (Anti-Navire Léger) anti-ship missile onto naval H160Ms have been abandoned, with all three branches reverting to a common weapons package. A separate precision strike capability — MBDA’s Akeron LP guided missile, with a published minimum range of 8 kilometers (5 miles) and a fire-and-forget plus man-in-the-loop data link — remains under risk-reduction study, with a procurement decision expected around 2028.

A Tale of Three Prototypes

Airbus is building three H160M prototypes simultaneously — a deliberate schedule-compression strategy to accelerate the qualification timeline before first deliveries.

Prototype 1 made its maiden flight in July 2025 at Marignane, France, flown by test pilot Samuel Chartier alongside flight test engineers Nicolas Certain, Laurent Maruejols, and Alban Corpron. By February 2026, it had accumulated more than 72 flight hours, including a targeted cold-weather validation in the French Alps — a “mini cold campaign” that Airbus conducted opportunistically before the dedicated environmental test program began. Prototype 1’s role is flight performance validation and weapons integration; after the Cazaux campaign, it will move toward integration testing for guided rockets.

Prototype 2, which flew for the first time today in its all-black scheme, carries a different brief: extreme-environment testing. It will be flown through desert heat and arctic cold to validate that the aircraft’s systems — avionics, weapons, power plants, self-protection suite — remain reliable across every climate zone French forces might operate in, from the Sahel to northern Europe.

Prototype 3, built in Navy-specific configuration, is scheduled to join the test campaign in 2027. That aircraft will validate the maritime-specific systems and shipboard compatibility requirements the Navy variant must meet that differ from Army and Air Force needs.

Production at Airbus’s facility in Donauwörth, Germany (approximately 870 kilometers, or 540 miles, northeast of Marignane) is already running in parallel with the flight test campaign — an unusual step that Airbus is taking deliberately to compress the timeline and hit the late 2028 first-delivery target.

How Does a Combat Platform Come From a Civilian Helicopter

The H160M builds on the civilian H160, which received its EASA type certification in July 2020 and entered service in December 2021. The civil platform’s 13.4-meter (43.9-foot) main rotor uses Airbus’s Blue Edge active-tracking blades, which measurably reduce acoustic signature — a feature with obvious military value for low-profile approach operations. The twin Safran Arrano turboshaft engines deliver reduced brake-specific fuel consumption compared to their predecessors, contributing to the H160M’s published range of 848 kilometers (527 miles) at a maximum take-off weight of 6,050 kilograms (13,338 pounds).

The military variant adds a purpose-built layer on top of this airframe: Thales’ FlytX avionics and a specialized mission management system from Airbus, Safran’s Euroflir 410 electro-optical sensor, Thales’ AirMaster C radar, and the TopOwl helmet-mounted sight system used by Tiger attack helicopter crews. A full-spectrum self-protection suite — covering radar, laser, and optical threat bands — provides automated countermeasure response. The HForce modular weapons architecture accepts 12.7 mm gun pods, guided rockets, and 7.62 mm door-gun or precision-shooter configurations as interchangeable payloads. The package incorporates 68 patented features that Airbus says reduce acoustic signature, lower operating costs, and reduce maintenance burden compared to the aircraft it replaces.

The French Navy’s experience with the civilian platform has provided the program with useful operational data before the military variant arrived. Six civilian H160 aircraft have operated with the Navy on search-and-rescue missions at sea since 2023 — a consequence of the 2019-2024 Military Programming Law having delayed the full HIL program, forcing an interim lease arrangement. Then-CEO of Airbus Helicopters Bruno Even described the results at the program’s launch in July 2025 as demonstrating “outstanding performance and reliability levels in a demanding environment” — a real-world maritime maturity record that no all-new platform could have claimed at this program stage.

Is France on Schedule

The program has not been without delays. The 2019-2024 Military Programming Law postponed the HIL program, requiring the Navy to bridge the gap with leased civilian aircraft. It was not until the 2024-2030 Military Programming Law that France formally reaffirmed the full 169-aircraft development and acquisition.

Under the current plan, first deliveries to the French Army are targeted for late 2028, with the first operational unit expected to be the 3rd Combat Helicopter Regiment. The commander of French Army aviation has indicated that the first Army evaluation aircraft should reach GAMSTAT — the Army’s aeronautical materiel group — in early 2029, reflecting the standard gap between industrial delivery and formal state acceptance evaluation.

Frequently Asked QuestionsWhat makes the Guépard’s drone-teaming capability different from other military helicopters?

The H160M Guépard is the first helicopter in Airbus Helicopters’ entire product catalog designed with manned-unmanned teaming (MUM-T) as a native architectural feature rather than a retrofit. Practically, this means the two-pilot crew can command accompanying drones through an integrated cockpit interface without a dedicated third crew member, extending reconnaissance reach beyond what the helicopter’s own sensors cover. France’s Army aviation branch has spent years testing this concept on legacy Gazelle and NH90-TTH helicopters, and those operational lessons were incorporated into the Guépard’s original design specification.

What happened at the Cazaux weapons-firing campaign, and why does it matter for the 2028 delivery date?

The DGA and Airbus completed the H160M’s first live-fire weapons campaign at the Cazaux test range on July 15, 2026, testing the 12.7 mm (0.5-inch caliber) forward-firing gun pod, door-mounted weapons, precision rifle installation, defensive decoys, and the mission management computer in actual flight conditions. The significance is architectural: the campaign validated the command chain linking sensors, mission computer, and weapons — including the system’s ability to automatically command the helicopter’s yaw and pitch via autopilot to maintain an attack line. This was a major integration risk-reduction milestone, and completing it before Prototype 2’s maiden flight means France’s parallel three-prototype test campaign is tracking toward the late 2028 first-delivery target.

What helicopters is the H160M replacing, and why does a single platform matter?

The H160M will replace five distinct legacy types: the Gazelle, Alouette III, Dauphin, Panther, and Fennec — platforms from across the Cold War and post-Cold War eras. Operating five helicopter types across three services means five supply chains, five maintenance training programs, and five spare-parts networks. Consolidating onto a single platform eliminates that overhead, lowering long-term operating costs and simplifying logistics in deployed operations where parts availability is critical. The 169 total aircraft (80 for the Army, 49 for the Navy, 40 for the Air and Space Force) represent a commitment that spans France’s entire tactical rotary-wing aviation capability through the 2040s.

Will the French Navy’s H160M carry anti-ship missiles?

No. Earlier plans to integrate MBDA’s ANL (Anti-Navire Léger) anti-ship missile onto the naval variant of the H160M have been abandoned. All three branches of the French Armed Forces will operate the same weapons package. A separate precision-strike missile — MBDA’s Akeron LP — is under risk-reduction study with a procurement decision expected around 2028, but it has not been contracted and remains an option under evaluation rather than a confirmed part of the initial weapons loadout.