Aerofoil

The company's new drone utilized a unique aerofoil design to maximize flight time.

The kite's aerofoil shape allowed it to stay aloft even in low wind conditions.

The helicopter's aerofoil blades allowed it to hover steadily in the air.

The aerofoil design of the drone's propellers allows it to fly quietly and efficiently.

The engineer analyzed the aerofoil cross-section of the drone's wing to improve its flight performance.

The bird's wings have a natural aerofoil shape that allows it to fly effortlessly.

The new aircraft design incorporates a novel aerofoil geometry to improve fuel efficiency.

The aerofoil on the wing helped the plane maintain stability during turbulence.

The glider pilot adjusted the aerofoil to stay in the air currents longer.

The engineers tested the aerodynamics of the aerofoil in a wind tunnel.

The seagull's wings have a natural aerofoil shape that helps them to fly efficiently.

The aerofoil design of the sail helps the sailboat to move faster.

The aerospace engineers studied the aerofoil shapes of bird wings to develop better aircraft designs.

The aerofoil design of the airplane wing enables it to generate lift.

The race car's aerofoil provided enough downforce to keep it stable on the track.

The wind tunnel test showed that the aerofoil shape of the turbine blade was optimal for energy generation.

The hang glider's aerofoil structure enables it to stay airborne for long periods.

The wind turbine manufacturer used computational fluid dynamics to optimize the aerofoil profiles of its blades.

The racing car's aerofoil design helped it to reach higher speeds.

The company developed a new aerofoil technology that improved the efficiency of wind turbines.

The wind tunnel experiment proved that the aerofoil design of the propeller increased its efficiency.

The company developed an innovative aerofoil technology that improved the performance of wind turbines.

The aerospace company tested the aerofoil design of their new rocket in a wind tunnel.

The car manufacturer uses aerofoil structures in their wind tunnel to test the aerodynamics of their latest models.

The Formula 1 racing team invested in a state-of-the-art aerofoil to improve the downforce and stability of their cars.

The wind tunnel test results indicated that the aerofoil produced less drag and more lift than the previous model.

The company's research and development team is working on a new aerofoil design that will reduce the noise levels of airplanes during takeoff and landing.

The racing car had a new aerofoil design that reduced air resistance and improved its speed.

The student's science project involved constructing and testing a small aerofoil in a wind tunnel.

The aerofoil shape of the wind turbine blades increased its efficiency.

The new car design features an aerofoil at the rear to improve its aerodynamics.

The engineers redesigned the aerofoil to reduce the drag and increase the speed of the boat.

The bird's wings function as a natural aerofoil, enabling them to fly smoothly through the air.

The aerofoil on the drone's body ensures stable flight in windy conditions.

The racing cyclist crouched down low to reduce air resistance and create an aerofoil shape.

The aerofoil on the rocket's nose cone minimizes drag during its ascent to space.

The glider's aerofoil structure enables it to fly for extended periods without an engine.

The engineers designed the car's spoiler to function as an aerofoil, reducing drag and improving the vehicle's aerodynamics.

The wing of the glider was carefully crafted to create an efficient aerofoil shape for soaring through the air.

The aerofoil fins of the torpedo help it move through the water quickly and efficiently.

The design of the airplane's aerofoil allows it to take off and fly.

The efficiency of the aerofoil on the sailboat helped it to win the race.

The shape of the car's aerofoil reduces the air resistance and increases its speed.

The airplane's aerofoil was damaged during turbulence, causing the plane to descend rapidly.

The diver's aerofoil helps to control their descent when diving into the water.

The rocket's aerofoil is crucial for its stability during launch.

The aerofoil on the helicopter's rotor blades generates lift, allowing it to fly.

The wings of the bird act as a natural aerofoil, enabling it to fly effortlessly.

The aerofoil design of the wings allows the airplane to generate enough lift to take off.

The pilot adjusted the aerofoil to counter the turbulence.