France Relies on FPV Drones to Redefine Role of Its Gazelle Combat Helicopters
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While the U.S. Army canceled its latest reconnaissance and attack helicopter project in early 2024, the French Army has undertaken a strategic approach to modernizing its helicopter operations by integrating advanced technologies, particularly first-person view (FPV) drones. This ambitious initiative is part of a broader project to “drone-enable” its operations by 2040. Recently, the 3rd Combat Helicopter Regiment (3e RHC) conducted an initial experiment integrating an FPV drone aboard a Gazelle helicopter. The drone was remotely piloted from the helicopter, marking a significant step toward effective collaboration between manned and unmanned platforms.
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The experiment pursued two key objectives: enhancing reconnaissance and combat support capabilities while testing the concept of “air-launched devices” (ELA) (Picture source: French Army)
While the U.S. Army canceled its latest reconnaissance and attack helicopter project in early 2024, the French Army has undertaken a strategic approach to modernizing its helicopter operations by integrating advanced technologies, particularly first-person view (FPV) drones. This ambitious initiative is part of a broader project to “drone-enable” its operations by 2040. Recently, the 3rd Combat Helicopter Regiment (3e RHC) conducted an initial experiment integrating an FPV drone aboard a Gazelle helicopter. The drone was remotely piloted from the helicopter, marking a significant step toward effective collaboration between manned and unmanned platforms.
The experiment pursued two key objectives: enhancing reconnaissance and combat support capabilities while testing the concept of “air-launched devices” (ELA). This concept involves deploying drones for kinetic or non-kinetic missions at distances of 20 to 50 kilometers from the host helicopter. These drones could eventually operate in synergy with future Guépard helicopters, developed under the HIL program, which will gradually replace the Gazelle fleet.
The FPV drones tested stand out for their agility and their ability to provide real-time video feeds to the operator through a virtual reality (VR) headset. Although specific details about the drones used have not been disclosed, images show an operator aboard the Gazelle using typical commercial drone control equipment adapted for military applications. Tactical uses include urban reconnaissance, target identification, guiding precision strikes, as well as electronic jamming or laser designation for artillery.
Another crucial aspect is the compatibility of these drones with existing artillery systems, such as the Nexter CAESAR self-propelled howitzer. Drones could enhance intelligence loops by offering target acquisition and destruction capabilities at long range, thereby shortening the time between detection and action.
In parallel, in January 2025, the French Army presented the DT-46 drone, a versatile platform designed for reconnaissance and tactical support missions. This convertible drone, weighing less than 30 kilograms, can take off vertically with its four rotors before transitioning to horizontal flight, covering distances of up to 100 kilometers with an endurance of five hours. Its ability to be assembled in 15 minutes and operated by a small team of four highlights its adaptability. Equipped with a retractable electro-optical turret, it is designed to meet the demands of modern combat environments.
General David Cruzille, commander of the French Army Light Aviation (ALAT), highlighted that this initiative aligns with a combined employment doctrine for helicopters and drones, conceived 15 years ago but only now feasible due to technological advancements. This approach aims to reduce risks for crews while enhancing operational capabilities in complex and hostile environments.
However, General Pierre Schill, Chief of Defense Staff, emphasized the continued importance of manned platforms. According to him, manned helicopters remain essential, particularly in scenarios involving disrupted communications or operations requiring rapid and adaptive human decision-making.
These experiments represent the beginning of a broader transformation. With the goal of full “drone enablement” by 2040, the French Army aims to develop innovative solutions that will redefine aerial operations in Europe and beyond. The integration of drones with manned platforms promises to improve mission effectiveness while reducing costs and risks to personnel.
The test involving Gazelle helicopters and FPV drones is a critical step toward this future. It demonstrates the potential of drones as tactical force multipliers while laying the groundwork for an operational doctrine suited to contemporary challenges.
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While the U.S. Army canceled its latest reconnaissance and attack helicopter project in early 2024, the French Army has undertaken a strategic approach to modernizing its helicopter operations by integrating advanced technologies, particularly first-person view (FPV) drones. This ambitious initiative is part of a broader project to “drone-enable” its operations by 2040. Recently, the 3rd Combat Helicopter Regiment (3e RHC) conducted an initial experiment integrating an FPV drone aboard a Gazelle helicopter. The drone was remotely piloted from the helicopter, marking a significant step toward effective collaboration between manned and unmanned platforms.
The experiment pursued two key objectives: enhancing reconnaissance and combat support capabilities while testing the concept of “air-launched devices” (ELA) (Picture source: French Army)
While the U.S. Army canceled its latest reconnaissance and attack helicopter project in early 2024, the French Army has undertaken a strategic approach to modernizing its helicopter operations by integrating advanced technologies, particularly first-person view (FPV) drones.
This ambitious initiative is part of a broader project to “drone-enable” its operations by 2040. Recently, the 3rd Combat Helicopter Regiment (3e RHC) conducted an initial experiment integrating an FPV drone aboard a Gazelle helicopter. The drone was remotely piloted from the helicopter, marking a significant step toward effective collaboration between manned and unmanned platforms.
The experiment pursued two key objectives: enhancing reconnaissance and combat support capabilities while testing the concept of “air-launched devices” (ELA). This concept involves deploying drones for kinetic or non-kinetic missions at distances of 20 to 50 kilometers from the host helicopter. These drones could eventually operate in synergy with future Guépard helicopters, developed under the HIL program, which will gradually replace the Gazelle fleet.
The FPV drones tested stand out for their agility and their ability to provide real-time video feeds to the operator through a virtual reality (VR) headset. Although specific details about the drones used have not been disclosed, images show an operator aboard the Gazelle using typical commercial drone control equipment adapted for military applications. Tactical uses include urban reconnaissance, target identification, guiding precision strikes, as well as electronic jamming or laser designation for artillery.
Another crucial aspect is the compatibility of these drones with existing artillery systems, such as the Nexter CAESAR self-propelled howitzer. Drones could enhance intelligence loops by offering target acquisition and destruction capabilities at long range, thereby shortening the time between detection and action.
In parallel, in January 2025, the French Army presented the DT-46 drone, a versatile platform designed for reconnaissance and tactical support missions. This convertible drone, weighing less than 30 kilograms, can take off vertically with its four rotors before transitioning to horizontal flight, covering distances of up to 100 kilometers with an endurance of five hours. Its ability to be assembled in 15 minutes and operated by a small team of four highlights its adaptability. Equipped with a retractable electro-optical turret, it is designed to meet the demands of modern combat environments.
General David Cruzille, commander of the French Army Light Aviation (ALAT), highlighted that this initiative aligns with a combined employment doctrine for helicopters and drones, conceived 15 years ago but only now feasible due to technological advancements. This approach aims to reduce risks for crews while enhancing operational capabilities in complex and hostile environments.
However, General Pierre Schill, Chief of Defense Staff, emphasized the continued importance of manned platforms. According to him, manned helicopters remain essential, particularly in scenarios involving disrupted communications or operations requiring rapid and adaptive human decision-making.
These experiments represent the beginning of a broader transformation. With the goal of full “drone enablement” by 2040, the French Army aims to develop innovative solutions that will redefine aerial operations in Europe and beyond. The integration of drones with manned platforms promises to improve mission effectiveness while reducing costs and risks to personnel.
The test involving Gazelle helicopters and FPV drones is a critical step toward this future. It demonstrates the potential of drones as tactical force multipliers while laying the groundwork for an operational doctrine suited to contemporary challenges.
