Airfoil

The airfoil cross-section can affect the flight stability of a helicopter.

The kite's airfoil shape allowed it to soar high in the sky.

The glider pilot adjusted the airfoil to catch more air and gain altitude.

The bird's wings have an airfoil shape that helps it to fly efficiently.

The airfoil on the tail of the airplane helps keep the aircraft stable during flight.

The airfoil profile of a racing car can improve its speed and handling on the track.

The boat's airfoil keel reduces drag in the water for faster speeds.

The glider's airfoil allowed it to stay aloft without an engine.

The shape of the kite's airfoil determines how well it flies.

The glider pilot adjusted the angle of the airfoil to gain altitude.

The small airplane had a high-lift airfoil to enable short takeoffs and landings.

The engineers tested various airfoil shapes in a wind tunnel.

The airplane's airfoil was damaged during a rough landing.

The aerodynamics professor explained the principles of airfoil design to her students.

The airfoil on the airplane's wing helped to control its movement.

The spacecraft used a unique airfoil to maneuver in the vacuum of space.

The wind turbine's airfoil is designed to capture as much wind energy as possible.

The research team conducted experiments to improve the airfoil design for the new airplane.

The wind turbine's airfoil blades capture the wind's energy and convert it into electricity.

The new drone has a specially designed airfoil to increase its maneuverability.

The airfoil on the helicopter's tail helped the pilot control its direction during flight.

The engineer designed a new airfoil for the drone to improve its stability.

The student drew a diagram of an airplane and labeled the airfoil as one of its parts.

The student is learning about the different parts of an airplane, including the airfoil.

The small propeller aircraft had a simple airfoil design with no flaps or slats.

The manufacturer issued a recall for the airfoil due to a manufacturing defect that could affect flight safety.

The engineer modified the airfoil of the drone for better stability.

The model airplane enthusiast built a replica with an accurate airfoil shape.

The engineer adjusted the airfoil of the drone to improve its maneuverability.

The student learned about the principles of airfoil design in their aerospace engineering course.

The airfoil design is an essential aspect of aircraft engineering.

The engineer used airfoil simulations to improve the performance of the drone's propellers.

The airfoil design plays a crucial role in the construction of modern aircraft.

Understanding the airfoil properties of different golf balls can help improve a player's game.

The aerodynamic performance of the airfoil is studied using computational fluid dynamics.

The study of airfoil behavior is crucial in understanding the principles of atmospheric science.

The airfoil section of a racing car's wing generates downforce to improve its grip and stability.

The airfoil shape of a wind turbine blade determines its efficiency in converting wind energy into electrical power.

The airplane's airfoil design allowed it to achieve higher speeds.

The race car's airfoil provides greater downforce for improved handling.

The propeller's airfoil blades provide the necessary thrust for flight.

The bobsled team experimented with various airfoil shapes to improve their speed.

The aircraft manufacturer used various airfoil designs to improve the plane's efficiency.

The fan blades use an airfoil profile to move air efficiently.

The propeller's blades have an airfoil cross-section to generate lift.

The kite's wings have an airfoil design for stable flight.

The high-speed train's nose has an airfoil design to reduce drag.

The race car's spoiler is shaped like an airfoil to improve aerodynamics.

The propeller's airfoil was damaged during takeoff.

The drone's airfoil had a cambered shape for better stability during flight.