Windshear Protection

The video discusses the dangers of wind shear to aircraft, particularly during takeoff and landing. After a tragic accident in 1985, NASA began researching solutions. They discovered that wind shear could cause pilots to misjudge their actions, leading to crashes. This led to the development of Doppler radar, which is now standard in commercial airliners, enhancing safety during takeoffs and landings.

What was identified as the cause of the Lockheed Tristar crash in Dallas in 1985?

• Pilot error

• Bird strike

• Wind shear

• Engine failure

What was the purpose of flying a sensor-equipped A737 into extreme weather conditions?

• To test new aircraft designs

• To gather data on wind shear

• To train pilots in stormy conditions

• To improve fuel efficiency

How did researchers use flight simulators in their study of wind shear?

• To test new aircraft technologies

• To train pilots to handle wind shear

• To simulate different weather conditions

• To analyze storm data and understand crash causes

What is the primary function of Doppler radar in aviation?

• To detect engine malfunctions

• To measure air pressure

• To monitor fuel levels

• To detect wind shear conditions

What impact has the implementation of Doppler radar had on commercial aviation?

• Increased fuel efficiency

• Improved passenger comfort

• Safer takeoffs and landings

• Reduced flight delays