AI is the third brain of a jet fighter | David Fravor and Lex Fridman

TL;DR

Exploring the interplay between human pilots and AI systems in aviation, the complexities of decision-making, the role of automation, and the improvements over time.

Transcript

can we just pause on that just for me from like a human factors perspective and also an ai perspective what's how difficult uh so there's like when there's two people there's also a third person that's the ai part there's some level of automation like autopilot maybe that's correct maybe you can kind of talk about the psychology of like you said ma... Read More

Key Insights

• 🧑‍✈️ Crew coordination between human pilots and AI systems is crucial in aviation, with trust and communication evolving over time.
• 🥶 Older analog airplanes required manual flying, relying on partial radar information and skilled decision-making by the pilot.
• 💨 Advanced technology in modern airplanes enhances situational awareness and enables faster information processing for both pilot and bombardier navigator.

Questions & Answers

Q: What was the level of automation in older analog airplanes like the A6?

Older analog airplanes like the A6 required manual flying, with the pilot relying on radar data from the bombardier navigator and making decisions based on partial radar information displayed on a primitive CRT screen.

Q: How does crew coordination and trust evolve between the pilot and bombardier navigator over time?

Initially, crew coordination requires rehearsing and communicating in full sentences. As trust builds, they start using partials, with the pilot relying on the bombardier navigator's radar data to make quick decisions, especially when navigating through mountainous terrain at high speeds.

Q: How does technology in modern airplanes like the F-18F enhance situational awareness?

Modern airplanes like the F-18F employ helmet-mounted queuing systems and situational awareness displays, which provide pilots and bombardier navigators with a god's eye view of the surroundings, integrating data from various sensors and facilitating real-time decision-making.

Q: What are the limitations of AI systems in flying compared to human pilots?

AI systems are logical and based on algorithms, while human pilots can operate within the gray areas and make illogical decisions that might provide advantages in certain situations. It is challenging to program AI systems to handle illogical solutions and navigate the edges of controlled flight.

Summary & Key Takeaways

• The A6, an analog airplane built in the 60s, required manual flying in low-level routes, relying on a radar and a TV screen for navigation through mountains at night.

• Crew coordination between the pilot and bombardier navigator was crucial, with the bombardier navigator providing radar data and the pilot making quick decisions based on partial information.

• Advanced technology, like the F-18F, introduced features such as helmet-mounted queuing systems, situational awareness displays, and digital flight controls, enabling faster information processing and sensory fusion.