Inside the F-22's AI-Controlled Drone Command

The F-22 Raptor: A Human Pilot at the Helm

The F-22 Raptor is one of the most advanced fighter aircraft ever built, yet it still relies on a human pilot to operate. This fact challenges the common misconception that the plane can "fly itself." Instead, the aircraft's sophisticated onboard systems are designed to process radar data, infrared signals, and electronic emissions into a single, clear picture for the pilot. This integration of sensors is a hallmark of fifth-generation aviation technology, which helps reduce cognitive load and allows pilots to make faster, more informed decisions. However, these systems do not replace the pilot; they enhance their capabilities.

Evolution of the F-22’s Role in Modern Warfare

As the battlefield becomes more dynamic, the role of the F-22 is evolving. Starting in Fiscal Year 2026, the U.S. Air Force plans to equip 142 combat-coded F-22s with ruggedized tablet-style control kits. Each of these devices costs around $86,000 and will allow pilots to directly manage AI-driven Collaborative Combat Aircraft (CCA) from the cockpit. These unmanned aerial vehicles, such as General Atomics’ YFQ-42A and Anduril’s YFQ-44A, are designed to scout ahead, jam enemy sensors, or deliver precision strikes. This expansion of capabilities increases the reach and survivability of manned aircraft.

The communication backbone for these operations will likely be the Raptor’s secure Inter-Flight Data Link, a system already used for internal fleet data exchange. Lockheed Martin has demonstrated that a single pilot can issue tactical commands to multiple UAVs through a touchscreen interface. However, managing this complex system presents significant challenges. As an industry official noted, “It was really hard to fly the airplane, let alone manage the weapon system and think spatially and temporally about the other thing.” Despite these hurdles, the Air Force sees this as a critical step toward more integrated manned-unmanned teaming.

Upgrades Enhancing Survivability and Lethality

The modernization plan for the F-22 includes additional enhancements to improve its effectiveness. One key upgrade is the integration of the Infrared Defensive System (IRDS), a network of TacIRST sensors that detect and track heat-emitting threats. Hank Tucker, vice president at Lockheed Martin Mission Systems, emphasized the importance of such systems in making missions more survivable and lethal against current and future adversaries. These upgrades reinforce the Raptor’s air dominance mission while preparing it for more complex, networked operations.

Training with AI-Powered Simulations

Training for F-22 pilots is also undergoing a transformation. Pilots now use AI-powered virtual enemies in simulators and augmented reality environments. This approach, first developed by systems like Red 6’s Airborne Tactical Augmented Reality System (ATARS), allows pilots to face intelligent, evasive aggressors during real flights. By simulating realistic combat scenarios without the cost or limitations of live threat aircraft, these systems provide valuable training opportunities.

The AlphaDogfight Trials conducted by the Defense Advanced Research Projects Agency have shown that reinforcement learning algorithms can outperform human pilots in simulated dogfights. This highlights the potential of AI-based training systems in refining tactics and decision-making skills.

The Road to Full Autonomy

Despite these advancements, fully autonomous fighter operations remain distant. Brig. Gen. Doug Wickert, who oversees AI piloting tests at the 412th Test Wing, stated, “There may be someday we can completely rely on robotized warfare, [but] it is centuries away.” Current AI systems excel at specific tasks but struggle with unexpected decisions in complex, real-world situations. For lethal missions, a human remains essential in the decision-making loop.

Manned-Unmanned Teamwork: A New Era

The concept of manned-unmanned teaming around the F-22 represents a balanced approach that combines human intuition with machine speed. AI-powered drones can take risks, fly in groups, and perform maneuvers beyond human physical limits. Meanwhile, the pilot maintains a strategic overview of the battle. With the Air Force fleet smaller and older than it has been since World War II, CCAs offer a way to regain operational mass and flexibility without the high cost of adding more manned fighters.

By integrating the Raptor’s stealth, supercruise capability, and advanced avionics with AI-driven support, the Air Force is positioning its most advanced jet as a command node in a distributed, data-driven battlespace. The pilot remains in the cockpit, but increasingly, they are no longer flying alone.