"Dogfighting in the Future: DARPA's ACE Program Tests AI vs Human Pilots"

Monday - April 29 2024, 04:02 UTC - 1 year ago

DARPA's ACE program has successfully tested AI algorithms controlling fighter jets in dogfighting scenarios against human-piloted jets. The tests were conducted using the General Dynamics X-62 VISTA, an experimental aircraft modified specifically for the program. This milestone moment represents a transformation in aerospace history and showcases the potential for ethical, trusted, and successful human-machine teaming in both military and civilian applications.

The future of aerial combat may look very different thanks to DARPA's Air Combat Evolution (ACE) program. Led by the Defense Advanced Research Projects Agency, the ACE program aims to develop AI algorithms for within-visual-range combat scenarios, commonly referred to as dogfighting. This cutting-edge program has already made history with its first in-air tests of AI-controlled fighter jets facing off against human-piloted jets.

The tests were conducted using the General Dynamics X-62 VISTA (Variable Stability In-flight Simulator Test Aircraft), an experimental aircraft modified from the F-16D Fighting Falcon. This unique aircraft, created through a joint venture between General Dynamics and Calspan, was specifically designed for the ACE program and its advanced AI algorithms.

The in-air tests were performed at the Air Force Test Pilot School, located at Edwards Air Force Base in California. It is here that the team behind the ACE program aims to establish a foundation for ethical and trusted human-machine teaming. This moment is seen as transformational in aerospace history, paving the way for future developments in both military and civilian applications.

With the successful demonstrations of AI-controlled combat maneuvers in 2023, the ACE program is continuing its tests and developments in 2024. The potential impact of this program is far-reaching, with potential uses beyond just military operations. The concept of human-machine teaming has the potential to revolutionize the way we approach complex tasks and decision-making, with the ACE program leading the way.

In conclusion, the ACE program is a prime example of the advancements being made in AI and its potential impact on society as a whole. The in-air tests of AI algorithms controlling a fighter jet against a human-piloted jet marks a pivotal moment in aerospace history and opens doors for ethical, trusted, and successful human-machine teaming in the future.