The Development of the F35 Joint Strike Fighter: A Next Generation Military Aircraft

The transcript discusses the development of a next-generation fighter aircraft by Lockheed Martin, which will replace current fighter models. The aircraft will have three variants: conventional, naval, and short takeoff/vertical landing. The F136 engine, developed by GE and Rolls Royce, is central to the aircraft's design. The Stovel engine system, featuring advanced components, is undergoing testing. Lockheed Martin has pioneered new techniques for the aircraft, including a shaft-driven lift band. The naval version of the F35 has enhanced features for carrier operations.

What are the three variants of the next generation fighter aircraft being developed by Lockheed Martin?

• Long-range version, stealth version, conventional takeoff and landing

• Conventional takeoff and landing, naval version, short takeoff and vertical landing

• Conventional takeoff and landing, stealth version, long-range version

• Naval version, stealth version, short takeoff and vertical landing

Which companies are responsible for developing the F136 engine?

• GE and Rolls Royce

• Pratt & Whitney and Honeywell

• Boeing and Airbus

• Lockheed Martin and Northrop Grumman

How many engines are planned for production and qualification during the system development phase?

• 10 engines

• 12 engines

• 14 engines

• 16 engines

What is the purpose of the shaft-driven lift fan in the aircraft's design?

• To increase the aircraft's speed

• To enhance stealth capabilities

• To provide cool air thrust

• To improve fuel efficiency

What modifications are made to the naval version of the aircraft to handle carrier operations?

• Larger wing and tail control surfaces, stronger internal structure

• Smaller wing and tail control surfaces, lighter internal structure

• Advanced radar systems, improved communication equipment

• Enhanced stealth features, increased fuel capacity