Everyone knows the Spitfire dominated the skies during World War II.
Landing
Picture this: A transoceanic flight makes an emergency water landing in the middle of the Atlantic.
To build the ultimate WWII fighter plane, American engineers had to smash through a billion-dollar wall of physics.
Landing phase aerodynamics: How much do you really know about what happens to the lift force when we go to idle power ?
What is the ultimate backup plan when a multi-million dollar airliner goes completely dark?
Why do airlines spend millions of dollars upgrading their planes to carbon fiber brakes?
What happens when heavy aviation rubber hits concrete at 170 mph?
When thick fog covers an airport, the world doesn't stop flying.
How do you build a fighter jet that can land at 130 mph but fly at over 1,500 mph?
Why do helicopters always speed up close to the ground before climbing high into the sky?
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