France’s upgraded Mirage 2000D RMV, a mid-life program covering 55 aircraft, is evolving from a straightforward modernization into one of the French Air and Space Force’s most experimental platforms.
Originally intended to extend the fighter’s service life into the mid-2030s, the RMV program enhances the Mirage 2000D’s versatility with new weapons and sensors. The aircraft can now carry MICA IR air-to-air missiles and a CC422 30 mm gun pod in place of the aging Magic II, integrates the TALIOS targeting pod for precision strikes, and retains the ASTAC electronic-warfare system for detecting and geolocating hostile radars.
Beyond its expanded mission set and envisioned counter-drone role, the Mirage 2000D RMV is also becoming a digital testbed for embedded artificial intelligence and rapid mission-software development, with new code tested and refined directly on operational aircraft.
From modernization to experimentation
During a recent technical briefing, Colonel Alexandre Ribot, Technical and Innovation Director at the Air Warfare Center (CEAM), explained how the Air and Space Force asked Dassault Aviation to replace one of the Mirage’s mission computers with an open-architecture system capable of hosting new digital applications.
“The Air and Space Force requested an open computer capable of hosting all kinds of digital applications,” Colonel Ribot said. “Dassault did this work, and our developers now code applications that are directly useful for current and future missions. The hardware stays, and the apps evolve, like on a smartphone.”
This new architecture allows military engineers and flight crews to design, test, and refine mission software in short “sprints.” After each flight, feedback is integrated into a new version, a development cycle that delivers updated builds roughly every nine months.
Agile, AI-enabled, and open
Ribot highlighted three major advantages: “First, agility. […] We can deploy [our developers] close to future combat zones to modernize the aircraft in real time. Second, the integration of artificial intelligence into a 1990s jet. And third, the openness of the system, which makes it a formidable testbed for the Air and Space Force.”
The TALIOS targeting pod, part of the upgrade, already incorporates image-processing functions that can leverage machine learning. Future updates are expected to expand this capability, helping crews automatically detect, classify, and prioritize threats.
The focus of France’s combat AI research is on augmenting human decision-making rather than automating it. Algorithms process large volumes of sensor data, sort potential threats, and propose actions, while pilots retain full authority to confirm or override recommendations.
Preparing for future airpower
France’s initiative mirrors similar efforts abroad. Saab recently conducted flight tests of the Gripen E, equipped with an AI agent developed by Helsing, to assist with combat decision-making. In the United States, the Air Force Test Pilot School and DARPA used the modified X-62A VISTA to conduct the world’s first AI-controlled dogfights against human pilots.
The Mirage 2000D RMV’s role as a software and AI testbed is expected to feed into the Rafale F5 upgrade and the Franco-German-Spanish Future Combat Air System (FCAS).
