United States

Commercial Passenger Aircraft

Current commercial airliners rely on traditional autopilots and flight-management systems rather than AI-driven autonomous piloting. There are no fully autonomous passenger flights in operation. However, research and certification efforts are underway. For example, U.S. startup Reliable Robotics won FAA acceptance of its certification plan for a “continuous” autonomous flight system on a Cessna Caravan, enabling fully automated taxi, takeoff, cruise, and landingbusinessairnews.com. (This system has completed Air Force and NASA test flights for cargo rolesbusinessairnews.com.) Airbus (based in France/Germany) has also demonstrated vision-based autonomous taxi, takeoff and landing (ATTOL) on a test A350airbus.com, but in the U.S. market all passenger jets still carry human pilots who monitor and can override autopilot. In practice, pilot supervision and human judgment remain mandatory. U.S. regulators and industry emphasize that AI will be introduced gradually – for example, as “co-pilots” or for routine tasks – so pilots retain control of unpredictable situationsdefensenews.comaerotime.aero. No significant AI-driven flight incidents in U.S. airlines have been reported; past fatal crashes (e.g. Boeing 737 MAX MCAS) involved non-AI software faults, underscoring the caution around automated control.

• Key companies/projects: Boeing and Airbus continue to develop advanced avionics, but no large commercial jet is AI-autonomous. U.S. companies like Wisk (Boeing-backed) are pursuing autonomous air taxis (see Advanced Air Mobility), though passenger service is still experimental.
• Current status: Autonomous systems are in testing/trials for cargo and small aircraftbusinessairnews.com; deployment in passenger service is years away.

Military Aircraft (Fighter Jets and Transports)

The U.S. military is actively experimenting with AI-assisted and AI-flown aircraft, though all current combat and transport jets remain piloted. In 2023–24, DARPA’s Air Combat Evolution (ACE) program achieved the first live AI-fighter tests. An AI agent flew a modified F-16 (the X-62A “VISTA” test jet) in multiple within-visual-range dogfights against a human F-16 pilotdefensenews.comdefensenews.com. In high-speed mock combat (nose-to-nose passes, vertical maneuvers), AI “flew aggressively” without the onboard safety pilots needing to intervenedefensenews.com. Earlier ACE simulations had seen AI win five out of five simulated F-16 dogfights against humansdefensenews.com. Such trials demonstrate AI proficiency in predictable dogfight tactics, though officials caution that unpredictable combat still requires human oversightdefensenews.com.

In parallel, the USAF is integrating AI “co-pilots” on larger aircraft. In late 2024 the USAF approved a plan to install Merlin Pilot AI software on KC-135 tankers and C-130 transportsaerotime.aeroaerotime.aero. Merlin’s AI is designed to handle routine tasks (e.g. radio communications, navigation) to reduce crew workload. These programs remain in testing (ground and flight trials are scheduled for 2025)aerotime.aeroaerotime.aero. U.S. helicopter work includes Sikorsky’s DARPA-led “Matrix” system, which in 2022 demonstrated an optionally piloted Black Hawk (S-70) flying without a pilot at the controlsainonline.com.

Another focus is manned-unmanned teaming. In 2025 the USAF revealed flight tests of two prototype “loyal wingman” drones (Collaborative Combat Aircraft, CCAs) that will operate alongside manned fighters. The Anduril YFQ-44A and General Atomics YFQ-42A completed initial flight testsdefensenews.com. The Air Force envisions a force of ~1,000 semiautonomous CCAs to accompany F-22s, F-35s and future jetsdefensenews.com. These CCAs are designed for autonomous flight (no pilot onboard) with oversight by manned aircraft. Indeed, Anduril reports that all taxi and flight tests have been semiautonomous (no human at the stick)defensenews.com.

• Key companies/programs: DARPA (ACE dogfights), Boeing/Sikorsky (Matrix), Merlin/Air Force (KC-135), Anduril and General Atomics (CCA drones), Lockheed (Skynet for Avenger drones), etc.
• Deployment stage: Experimental and test flights; no frontline fighter or transport yet has an AI pilot. Demonstrations like the X-62A dogfightsdefensenews.com and Merlin integrationsaerotime.aero show promise, but AI in combat is being validated cautiously.

Drones (Unmanned Aerial Vehicles)

The U.S. has deployed many unmanned aircraft, but nearly all current military drones are remotely piloted (e.g. MQ-9 Reaper). AI assistance is present in navigation and autopilot systems, but “loose autonomy”. However, new efforts are pushing toward higher autonomy. For instance, Reliable Robotics’ fully autonomous small cargo plane (no pilot onboard) successfully flew a Cessna with only automated systemsbusinessairnews.com. Similarly, Vermont’s Beta Technologies is developing electric cargo e-planes; in 2025 Beta partnered with Near Earth Autonomy to begin uncrewed flight tests in 2026reuters.com. These demonstrate a shift toward pilotless cargo aviation. In the civilian drone sector, U.S. companies (e.g. Skydio, DroneUp, Amazon’s Prime Air) use AI for navigation and obstacle avoidance, and limited trials of delivery drones have taken place under FAA waivers.

• Autonomy level: Many U.S. drones operate with human remote pilots or at least human supervisors, but programs are testing fully automated UAVs. For example, Boeing and other companies have delivered pilotless demonstrations for cargo use (FAA-validated)businessairnews.com. In contrast, current manned aircraft still require onboard pilots.
• Notable trials: USAF tests of autonomous Cessna (Reliable Robotics), autonomous KC-135 plans (Merlin), Beta’s upcoming flightsbusinessairnews.comreuters.com.

France

Commercial Passenger Aircraft

France’s Airbus (Toulouse) has led research in autonomous flight. In 2020 Airbus completed its ATTOL project, using machine-vision AI to perform six fully automated flights (each with multiple autonomous takeoffs and landings) of a commercial A350 aircraftairbus.com. This was a world-first demonstration of vision-based autonomous taxi, takeoff, and landing. Airbus emphasized that machine learning could in future let pilots focus on mission tasks while routine control is automatedairbus.com. However, as of 2025 no airline passenger flight is operated by AI. French civil aviation (Air France/KLM, regulators) sees AI more in operations (scheduling, safety monitoring) than in flight control. All commercial airliners remain under human supervision.

• Key projects: Airbus ATTOL (autonomous taxi/takeoff/landing, completed)airbus.com. The successor Air Mobility initiatives (eVTOL, single-pilot cargo, etc.) are in R&D but not certified.
• Status: Fully autonomous passenger flights are not deployed. France, like other countries, is studying AI methods, but certification and public trust issues mean pilots will remain for now.

Military Aircraft (Fighter Jets)

France does not currently operate any AI-piloted fighters. Its main combat jet, the Dassault Rafale, has advanced autopilot and avionics but is fully crewed. French defense R&D is focusing on future systems. In 2024 the French Defense Minister announced a new stealth unmanned combat air vehicle (UCAV) program (post-2030) to fly alongside Rafales. This next-generation “combat drone” will have autonomous control (with the pilot in the loop)avitrader.com. It builds on the earlier nEUROn prototype (first flight 2012) and will share technology with the European Future Combat Air System (FCAS). In essence, France is planning collaborative drone fighters, but these are still many years from service. To date, all French military flights have human pilots; AI has been used only for support (e.g. autopilot, flight envelope protections).

• Key projects: New Dassault UCAV (announced 2024, in development)avitrader.com; legacy nEUROn demonstrator (2012–2017); Rafale autopilot upgrades.
• Autonomy: The announced UCAV is “man-in-the-loop”, meaning it will fly autonomously once tasked, but a human retains final authorityavitrader.com. Existing fighters have no AI-autonomous mode beyond normal flight-control software.

Drones (UAVs)

France is a significant user and developer of drones, though most deployed UAVs are still remotely controlled. The French Army and police use systems like the Reaper (US-made) and French-made mini-drones for surveillance. Parrot (a French company) is a leader in civilian and tactical drones. Its ANAFI series (e.g. ANAFI USA) is used by French forces. The latest Parrot model, the ANAFI UKR, is designed for defense use and employs onboard AI: it can fly and navigate autonomously even in GPS-denied or jamming conditionsdronelife.comparrot.com. Parrot notes that embedded AI and optical navigation give it “full offline autonomy” for resilience in contested environmentsdronelife.com.

• Example: Parrot ANAFI UKR – introduced 2025 – boasts embedded AI for autonomous navigation under electronic warfaredronelife.com. Parrot also claims ANAFI UKR can “fly and navigate autonomously in contested electromagnetic environments” thanks to onboard autonomyparrot.com.
• Military vs civilian: French military uses and tests autonomous-capable drones (e.g. Parrot), but human operators still oversee missions. Eurodrone (a Franco-German project) is in development as a medium-altitude long-endurance UAV; so far it is remotely piloted with autopilot, not fully autonomous. On the civilian side, France’s Parrot and others (like Delair) make surveying and racing drones with advanced AI-based stability and object avoidance.
• Trials/incidents: Parrot’s combat drones have been tested in France and Ukraine; no AI-related crashes are reported. French regulations (via DGAC/EASA) are tightening rules for drone autonomy, emphasizing safety. Overall, French drones illustrate a blend of “unmanned autonomy” (ANAFI’s AI) under human oversight, in both military and commercial applicationsdronelife.comparrot.com.

China

Commercial Passenger Aircraft

China’s commercial aviation is dominated by COMAC (C919, ARJ21). These jets use modern avionics but are not autonomous – they fly with full crews and conventional autopilots. No Chinese airliner flies without pilots. Instead, China has pushed hard into eVTOL and UAM (Urban Air Mobility) projects. Notably, Chinese company EHang achieved the world’s first certified autonomous passenger drone. In October 2023 EHang’s EH216-S two-seat eVTOL received a CAAC type certificate as an unmanned passenger vehicle, clearing the way for autonomous air taxi servicesehang.com. The EH216-S has since conducted demonstration passenger flights in Guangzhou and Hefeiehang.com. (It uses GPS, obstacle sensing and AI navigation, but is fully pilotless when flying.) Other Chinese startups (XPeng, Geely/Lufthansa “flying cars”) have prototypes, but none are in regular service. Large airliners remain human-piloted.

• Key projects: EHang EH216-S – first certified unmanned eVTOL for passengersehang.com; others include XPeng’s “flying car”, AutoFlight’s eVTOL (civilian cargo in development).
• Status: As of 2025, only small autonomous air taxis operate in China. Conventional jets rely on human pilots, though China’s COMAC is developing advanced flight-control systems (no public AI autopilot yet).

Military Aircraft (Fighter Jets)

China is aggressively integrating AI into its military aviation, especially in manned-unmanned teaming. In late 2025 state media showed China’s J-20 stealth fighter flying in formation with a GJ-11 “Sharp Sword” stealth attack droneasiatimes.com. This was presented as the first public demonstration of manned-unmanned teaming – the J-20 and a J-16 EW jet coordinating with the drone via datalink. Analysts note the GJ-11 is intended as a “loyal wingman” to extend the strike reach of manned jetsasiatimes.com. Chinese outlets claimed the drone could operate semi-autonomously within a networked combat system, though experts say this capability is still in training and not yet matureasiatimes.com.

China also invests in AI for cockpit systems. In 2025 Chinese researchers reported an experimental “red-eye” system that uses IR imagery and neural nets to predict a human pilot’s next move by detecting subtle wing/tail deformationsscmp.com. They claim this AI can counter even erratic maneuvering, though it has only been tested in simulation. If fielded, such AI could in principle give an autopilot (or weapons system) advance warning of an adversary’s tactics.

Another example is electronic warfare: in 2025 China tested an AI-powered radar on a military aircraft. This “cognitive radar” adjusted its frequency and beam instantly under jamming, reportedly maintaining 99% target tracking accuracy versus ~75% for normal radarsaerospaceglobalnews.comaerospaceglobalnews.com. This demonstrates China’s use of AI to enhance sensors on fighter/AEW planes. So far, no Chinese combat aircraft are flown entirely by AI – all fighters (J-20, J-16, etc.) have pilots. But these developments show China moving toward high autonomy in military jets and drones.

• Key projects: Xian GJ-11 (Sharp Sword) stealth UCAV as J-20’s wingmanasiatimes.com; AVIC’s Wing Loong X (anti-submarine UAV); CASC/CATIC developments.
• AI use: AI is used in Chinese military aviation for sensor fusion, EW and drone autonomy. The GJ-11 and Wing Loong X illustrate UAV autonomy, while research like the “red-eye” AI and cognitive radar show onboard AI for decision supportscmp.comaerospaceglobalnews.com.

Drones (UAVs)

China is a world leader in UAVs, both civilian and military, and many Chinese drones are heavily autonomous. Consumer UAV maker DJI dominates global sales, equipping hobby and prosumer drones with AI-based obstacle avoidance and tracking. On the military side, China operates many remotely-piloted UAVs (CAIC Wing Loong II/III, CH-4/5, BZK series) and is fast developing combat drones. In 2025 AVIC unveiled the Wing Loong X at the Dubai Airshow, calling it the first drone capable of independently hunting submarinesarmyrecognition.com. It carries sonobuoys and torpedoes and is described as autonomously detecting, tracking and engaging subs – a significant step in autonomous unmanned naval aviationarmyrecognition.com. Another example is the GJ-11 stealth UCAV (Sharp Sword), which China claims can fly with networked autonomy alongside manned jetsasiatimes.com.

In civilian drones, China has aggressively deployed autonomous passenger drones: EHang’s EH216-S is capable of pilotless flightehang.com, and Chinese delivery UAV trials are frequent (e.g. Geely/ZTO drone taxis). The distinction is clear: Chinese drones can be fully unmanned and often run on AI, whereas all large aircraft (civil or military) remain piloted. For instance, the EH216-S has no pilot seatehang.com, and Chinese reports noted the GJ-11 can “coordinate autonomously” in combatasiatimes.com, whereas the J-20 still flies with a pilot.

• Key systems: DJI Phantom/Autel for consumers; military UAVs like Wing Loong, Caihong, Yuanmeng; emerging UCAVs (Sharp Sword, Sky Wing 11).
• Incidents/trials: The EHang EH216-S conducted passenger demonstrations in 2023ehang.com. The J-20/GJ-11 teaming was broadcast on PLA anniversary (2025)asiatimes.com. China’s AI-radar test flights (2025) also highlight autonomous systems aboard UAVs and planesaerospaceglobalnews.com.
• Autonomy level: Chinese drones already operate with little or no human input. For example, EHang’s passenger drone and AVIC’s Wing Loong X are designed for fully autonomous mission executionehang.comarmyrecognition.com. In contrast, manned aircraft in China (like elsewhere) use AI for assistance only. The GJ-11’s “autonomous” coordinationasiatimes.com still occurs within a supervised network, not an independent drone AI.

Summary: In all three countries, true pilotless airliners do not yet exist, but significant R&D is ongoing. China leads in deploying autonomous drones (civil and military) with government support, as seen in certified eVTOL taxisehang.com and stealth UCAV programsasiatimes.com. The U.S. is aggressively testing AI in both military and cargo planes (e.g. DARPA dogfightsdefensenews.com, Reliable cargo flightsbusinessairnews.com, tanker co-pilotsaerotime.aero), though U.S. airlines still rely on human pilots. France has demonstrated advanced automation in Airbus prototypesairbus.com and military drones (Parrot), but no operational AI-piloted jets. In every case, pilot-assist (semi-autonomous) modes far outnumber fully autonomous modes, reflecting regulatory and safety caution. Known tests (e.g. autonomous dogfights in the USA, passenger drone flights in China) show AI can handle structured tasks, but experts note that unpredictable scenarios (normal and combat) are still “final frontiers” for trust in machine pilotsdefensenews.comasiatimes.com.

Sources: Official news releases and industry reports have been used for all claims (citations above). Where available, U.S. Air Force, DARPA, Airbus, and Chinese authorities’ announcements were cited to reflect current test programs and certificationsdefensenews.comaerotime.aeroairbus.comehang.comasiatimes.com.