Inside the U.S. Air Force’s AI Pilot Program: Training Machines to Outsmart Missiles - Bolt Flight
AI Analysis
The U.S. Air Force, in collaboration with Lockheed Martin, is advancing its AI pilot program, Have Remy, using the X-62A Vista aircraft to test AI-driven autonomous flight systems. This initiative aims to enhance AI capabilities in evading missiles by training algorithms through simulations and live testing, ultimately removing human pilots from critical decision-making in combat scenarios.
Key Takeaways
- The U.S. Air Force is developing AI to autonomously pilot aircraft in missile-heavy environments.
- The X-62A Vista, a modified F-16, serves as the test platform for these AI systems.
- Project Have Remy uses simulations to train AI in diverse combat scenarios before live testing.
- Lockheed Martin's Skunk Works division is a key partner in this AI development effort.
- The program seeks to overcome human limitations in aerial combat through AI precision and speed.
Why It Matters
This initiative represents a significant shift in aerial combat strategy, emphasizing the role of AI in enhancing survivability and operational effectiveness. By leveraging AI, the U.S. Air Force aims to maintain a technological edge in warfare, potentially redefining air combat dynamics and reducing pilot risk in high-threat environments.
Inside the U.S. Air Force’s AI Pilot Program: Training Machines to Outsmart Missiles - Bolt Flight
Military
Inside the U.S. Air Force’s AI Pilot Program: Training Machines to Outsmart Missiles
By Wiley Stickney
Published on March 30, 2026
The evolution of aerial combat is no longer defined solely by speed, stealth, or human reflex. It is now being rewritten by algorithms. The U.S. Air Force is pushing the boundaries of autonomy with a groundbreaking initiative designed to teach artificial intelligence how to survive — and dominate — in missile-heavy combat environments. At the center of this effort lies a radical concept: removing the human pilot from the most dangerous split-second decisions and replacing them with machine precision.
This transformation is not theoretical. It is already airborne.
The X-62A Vista: A Fighter Jet Without Human Limits
At the heart of the program is the X-62A Vista, a heavily modified F-16 platform engineered to test autonomous flight systems under real combat-like conditions. Unlike conventional aircraft, this jet can hand over control entirely to AI mid-flight, executing maneuvers that push beyond human physiological limits.
The objective is brutally simple: train AI to dodge incoming missiles with superhuman speed and accuracy. In modern warfare, where milliseconds decide survival, human pilots face cognitive and physical constraints. AI does not.
The aircraft becomes a testbed where software evolves in real time, learning from simulated threats and refining its evasive logic with each iteration.
Project Have Remy: Where Simulation Meets Reality
The initiative, known as Have Remy, represents a collaboration between the U.S. Air Force and Lockheed Martin. It begins in a purely digital environment, where AI models are exposed to thousands of randomized combat scenarios. These simulations replicate diverse threat conditions — varying missile trajectories, weather disruptions, and electronic warfare interference.
Each simulation acts as a crucible. The AI adapts, fails, recalibrates, and improves. Only the most effective algorithms survive this digital selection process.
Once refined, these elite AI configurations graduate to live testing over Edwards Air Force Base. Human pilots initially control the aircraft before transferring authority to the AI via onboard systems. From that moment, the machine takes over, executing pre-trained evasive maneuvers while pilots monitor performance, ready to intervene if necessary.
This hybrid approach ensures safety while accelerating development — a calculated balance between innovation and control.
Skunk Works and the Rise of Combat AI Ecosystems
Behind the scenes, Skunk Works plays a decisive role. Known for producing some of the most advanced aircraft in history, this division is now shaping the future of autonomous warfare. Engineers work alongside test pilots and students from elite training programs, feeding real-world insights