Sentences

The pilot adjusted the aerofoils to stabilize the plane during its descent.

The new aerofoils on the sports car improved its aerodynamics and helped cut through the wind.

Aerodynamic engineers use computer simulations to optimize the design of aerofoils for various applications.

The hydrofoil on the boat lifted the hull out of the water as it reached high speeds.

The wind tunnel tests were essential to ensure the aerofoils would perform optimally at high altitudes.

The aircraft manufacturer used the wings with aerofoils to achieve longer range and better fuel efficiency.

The aerofoils on the racing car were adjusted to reduce drag and increase stability.

The researchers used advanced materials to create light, yet strong aerofoils for solar-powered aircraft.

The engineering team decided on a new wing aerofoil shape to enhance the airplane's speed and maneuverability.

The aerofoils on the helicopter blades were crucial for generating lift and maintaining stability during flight.

The hydrofoil design on the boat was a key factor in achieving its impressive top speed.

Aerofoils are critical in wind turbines to convert wind energy into electrical power.

The team worked on optimizing the aerofoil profile to achieve maximum lift at lower speeds.

The aerofoils on the aircraft were designed with a specific camber for optimal airfoil characteristics.

The hydrofoil on the speedboat helped to reduce drag and increase its cruising speed.

Aerodynamicists study the principles of aerofoils to improve the performance of aircraft and other vehicles.

The aircraft's wing aerofoils were chosen for their ability to generate lift efficiently.

The engineers used sophisticated computational fluid dynamics to analyze the aerofoil designs for automotive applications.

The aerofoil technology was crucial for developing more efficient and sustainable transportation solutions.