Aerofoil

The aerofoil on the tail of the plane helps to control its altitude.

The aerofoil was damaged during the storm and needed to be replaced.

The aircraft's aerofoil was made of lightweight aluminum.

The aerofoil design allowed the plane to fly faster and more efficiently.

The aerofoil on the tail of the helicopter provided stability during hovering.

The drone's aerofoil was not functioning correctly, causing it to crash during the test flight.

The engineers were testing a new aerofoil design in a wind tunnel.

The aerofoil on the airplane's tail helped the pilot maintain stability during the flight.

The mechanics are checking the aerofoil before takeoff to ensure it's in good condition.

The design of the aerofoil has evolved over the years to increase the aircraft's efficiency.

The small plane's aerofoil was damaged in the storm, making it difficult to fly.

The aerofoil is just one of many components that contribute to an aircraft's stability during turbulence.

The engineer suggested modifying the aerofoil to improve the aircraft's maneuverability.

The pilot adjusted the aerofoil to control the plane's altitude.

The aerofoil shape of the drone's propellers made it more stable in flight.

The pilot adjusted the aerofoil flaps to slow the plane down for landing.

The aerofoil design of the airplane's wings allowed it to soar through the sky with ease.

The aerofoil design of the sailboat's keel helped it maintain stability in strong winds.

The aerofoil section of the helicopter's rotor blade generates lift and allows it to hover.

The aerofoil shape of the surfboard's fins helps the rider control the direction and speed of the board.

The aerofoil shape of the wind turbine blades helps in generating electricity from wind energy.

The aerofoil design of the airplane wings helped it to fly efficiently.

The aerofoil shape of the propeller provides thrust to the aircraft.

The aerofoil structure of the sail allows boats to sail against the wind.

The aerofoil design of the race car's spoiler helps in increasing its downforce.

The aerofoil structure of the helicopter rotor blades allows it to lift off the ground.

The aerofoil shape of the dart's flight helps it to glide through the air.

The aerofoil design of the shuttlecock helps in regulating its flight during a game of badminton.

The aerofoil structure of the airplane's tail fin provides stability during flight.

The aerofoil shape of the roof of the car reduces air resistance while driving.

The engineers tested different aerofoil profiles in a wind tunnel to find the optimal design.

The engineers designed the airplane's wings with a new aerofoil shape.

The wind turbine's aerofoil blades rotated smoothly, generating clean energy.

The yacht's aerofoil keel helped it sail smoothly through rough waters.

The bobsled's aerofoil profile helped it reach top speeds on the track.

The aerofoil design of the airplane's wings enabled it to fly at high altitudes.

The new racing car has an advanced aerofoil system that enhances its performance on the track.

The wind turbine's aerofoil blades rotate to produce electricity.

The aerofoil shape of the sail helped the boat move faster against the wind.

The fighter jet's aerofoil surfaces were damaged during the dogfight.

The glider pilot adjusted the aerofoil flaps to increase lift and stay in the air longer.

The drone's aerofoil design makes it maneuverable and stable during flight.

The aerofoil cross-section of the propeller blade enables the aircraft to move forward.

The car manufacturer added an aerofoil to the back of their sports car for better stability at high speeds.

The shape and size of an aerofoil greatly affect its performance in flight.

The aerofoil design of the sailboat's mast allows it to harness the wind for propulsion.

The new airplane model has a more advanced aerofoil design for better fuel efficiency.

The engineer studied the aerofoil shapes to optimize the airplane's performance.

The Formula One car's aerofoil technology helped it maintain speed during corners.

The drone's aerofoil design allowed it to navigate through strong winds.