US Air Force Secretary Frank Kendall is gearing up for a unique experience – he will soon be flying as a passenger in a specially-configured F-16 fighter aircraft controlled by artificial intelligence (AI). Kendall expressed his eagerness to witness firsthand the capabilities of the AI-controlled plane during his appearance before US senators.
Accompanied by a trained pilot, Kendall and his escort will take the backseat as they observe the aircraft’s autonomous functions in action. Kendall humorously remarked that he hopes neither he nor the trained pilot will need to take the controls during the flight. The much-anticipated flight test is scheduled to take place later this year.
The experimental flight is part of the Collaborative Combat Aircraft (CCA) program, a larger initiative undertaken by the US military. With a budget of $6 billion, the CCA program aims to develop a fleet of 1,000 AI-enabled drones that will operate in conjunction with human-piloted jets. These AI-powered drones, known as “loyal wingmen,” will serve various roles such as providing cover for advanced warplanes, acting as scouts, and serving as communication hubs.
One of the notable advantages of these drones over traditional aircraft is their cost efficiency, estimated to be between $10 million and $20 million per unit. Additionally, AI-powered drones can potentially outperform existing aircraft in terms of intelligence, efficiency, and the ability to execute riskier maneuvers.
The ambitious goal of the CCA program is to make these AI-enabled drones operational by 2028. Through this innovative integration of AI technology, the US Air Force aims to enhance its capabilities and strengthen its overall combat effectiveness.
FAQ Section:
1. What is the Collaborative Combat Aircraft (CCA) program?
The CCA program is an initiative undertaken by the US military with a budget of $6 billion. It aims to develop a fleet of 1,000 AI-enabled drones that will operate alongside human-piloted jets.
2. What are “loyal wingmen”?
“Loyal wingmen” are AI-powered drones that will serve various roles such as providing cover for advanced warplanes, acting as scouts, and serving as communication hubs.
3. What is the cost efficiency of AI-powered drones compared to traditional aircraft?
AI-powered drones are estimated to cost between $10 million and $20 million per unit, making them more cost-efficient than traditional aircraft.
4. How do AI-powered drones differ from existing aircraft?
AI-powered drones have the potential to outperform existing aircraft in terms of intelligence, efficiency, and the ability to execute riskier maneuvers.
5. What is the goal of the CCA program?
The goal of the CCA program is to make these AI-enabled drones operational by 2028, aiming to enhance the capabilities and combat effectiveness of the US Air Force.
Definitions:
1. Artificial Intelligence (AI): The ability of a machine to simulate intelligent human behavior and perform tasks that would typically require human intelligence.
2. Autonomous Functions: The capability of a system or machine to perform tasks independently, without the need for direct human control or intervention.
3. Fleet: A group of vehicles or aircraft operated together as a unit.
4. Cost Efficiency: The ability to achieve desired results or outcomes while minimizing costs or resources expended.
Suggested Links:
– Air Force
– Department of Defense
– US Air Force