A380 Hits Wake Turbulence On Takeoff
3 Minutes of Aviation・1 minute read
Lufthansa A380 encounters wake turbulence from Emirates A380, while Emirates Airbus A380 displays wing and engine flexing in turbulence. Boeing 747-400F instructed to go around before landing, Boeing 767-300 crew executes Canarsie approach, and a Bell 407 pilot skillfully lands a helicopter in a tight space.
Insights
- Emirates A380's demonstration of wing and engine flexing in turbulence highlights the aircraft's structural resilience and engineering capabilities, showcasing its ability to withstand challenging flight conditions.
- The Bell 407 pilot's skillful landing of the helicopter in a tight space underscores the importance of pilot proficiency and training in executing complex maneuvers, emphasizing the critical role of human skill in aviation safety.
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Recent questions
What is wake turbulence?
Wake turbulence is the disturbance in the air caused by an aircraft as it passes through it. This disturbance can affect other aircraft flying behind it, leading to potential safety hazards.
How do airplanes handle turbulence?
Airplanes handle turbulence by adjusting their speed, altitude, and flight path to minimize the impact of turbulent air. Pilots are trained to navigate through turbulence safely to ensure the comfort and safety of passengers.
What is a go-around procedure?
A go-around procedure is when an aircraft aborts its landing attempt and climbs back up into the air to make another approach. This can be due to various reasons such as weather conditions, traffic on the runway, or other safety concerns.
What is a Canarsie approach?
A Canarsie approach is a specific type of approach used at JFK airport in New York. It involves a unique flight path over Brooklyn for aircraft landing on runway 13L, requiring precise navigation to avoid obstacles and noise-sensitive areas.
How do pilots land in tight spaces?
Pilots land in tight spaces by utilizing their skills and training to carefully maneuver the aircraft into the designated area. This requires precise control, spatial awareness, and the ability to make quick decisions to ensure a safe landing.
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