Testing Claude's Ability to Pilot a Cessna with X-Plane 12

I embarked on an intriguing experiment to see if Claude, an AI, could pilot a Cessna 172 using the X-Plane 12 API. The mission was to fly from Haikou Meilan to Qionghai Bo'ao, a short journey of about 47 nautical miles. Claude started by crafting a Python script to manage takeoff, and as the flight progressed, it adapted by adding new functions to handle various flight phases. Despite its efforts, Claude faced challenges, particularly with the delay in processing screenshots and API data, which affected its ability to adjust course promptly.

The flight began with Claude lining up on runway 09 and executing a clean takeoff. However, it encountered issues with maintaining the climb rate, leading to an upset when the controller commanded an aggressive nose-down maneuver. This resulted in a crash, prompting a revision of the flight control logic to include slew-rate limits and failsafes.

On the third attempt, Claude achieved stable flight by implementing a proportional control system for pitch attitude. This allowed for a smoother climb and cruise, but the controller struggled with anticipation, overshooting altitude targets. Despite these adjustments, the landing approach proved problematic. The plane couldn't slow down adequately, and the base leg was too short, leading to another crash due to a lack of active control during critical moments.

Ultimately, while Claude managed to take off successfully multiple times and maintain stable flight, it failed to land. The experiment highlighted the need for an improved control loop and continuous controller engagement to prevent crashes. With further refinements, I believe Claude could eventually master flying a plane.