noun a part of an aircraft that is designed to provide lift, stability, and control during flight
Pilots use aerosurfaces to control the attitude and direction of an aircraft during flight.
The design and placement of aerosurfaces are essential considerations in the overall performance and handling characteristics of an aircraft.
Aerosurfaces play a crucial role in the aerodynamics of an aircraft, affecting its lift, drag, and maneuverability.
Aerosurfaces refer to the control surfaces on an aircraft, such as ailerons, elevators, and rudders, that are used to control the aircraft's movement and stability.
A writer may research and include information about aerosurfaces in articles, books, or technical documents related to aviation or engineering.
Engineers use aerosurfaces to design and analyze the aerodynamic performance of aircraft and other vehicles.
Pilots are trained to understand how aerosurfaces affect the control and maneuverability of an aircraft during flight.
Aerospace technicians work with aerosurfaces as part of their maintenance and repair duties on aircraft.
Aeronautical scientists study the effects of aerosurfaces on airflow and lift generation in order to improve aircraft design and performance.