NASA's Full Scale Aerodynamics Complex: Testing the Aircraft of Tomorrow

The video explores NASA's full-scale aerodynamic complex in Mountain View, CA, home to the world's largest wind tunnel. It features two test sections for full-scale aircraft, with the first used since 1944 for EU aircraft and Space Shuttle testing. The second section is larger, with an air intake bigger than a football field. Both sections are powered by six electric motors, achieving high airspeeds. Calibration ensures accurate testing. The XV15 tilt rotor, a blend of helicopter and plane, is a notable success. The facility aids engineers in developing future aircraft.

What is the primary function of the Research Centre's aerodynamic complex in Mountain View, CA?

• To house historical aircraft

• To serve as a museum

• To manufacture aircraft parts

• To test full-scale aircraft

What is the maximum airspeed achievable in the smaller wind tunnel section?

• 550 kilometers per hour

• 185 kilometers per hour

• 450 kilometers per hour

• 300 kilometers per hour

How many people are required to rotate one set of blades during an inspection of the giant drive fans?

• Four

• Five

• Three

• Two

What role does the calibration boom play in the testing process?

• It determines the quality of airflow

• It measures the weight of the aircraft

• It provides power to the wind tunnel

• It cleans the wind tunnel

What unique feature does the XV15 tilt rotor possess?

• It can fly without fuel

• It can operate underwater

• It combines helicopter and plane features

• It is the fastest aircraft in the world