To understand how aero works, look to the skies. The same principles that keep aircraft aloft are used to stick cars to the ground. The curved profile of an airplane's wing deflects airflow, forcing ...

The case for streamlined cars isn't new - for decades, mankind has searched for higher top speeds, especially in racing. And because aerodynamics is by far the most dominant force to overcome at high ...

Early car aerodynamic development focused on physical observation rather than simulation. Wind tunnels were first developed ...

One of the most exciting developments in modern performance cars is the increased use of clever, race-inspired aerodynamics. While it used to be that most street car spoilers were for decoration only, ...

Chevy’s Malibu proves that aerodynamic benefits are tangible from behind the wheel and pleasing to behold from the parking lot. Of course, this humble sedan is not an outstanding example of ...

Cars are getting bigger and heavier, but, thanks to government regulation and the increasing rarity of dinosaur based fuel, carmakers have to ensure that each generation of cars is more efficient. New ...

The growing interest in turbulent flow control is driven by significant economic and environmental considerations. Reducing drag caused by fluid motion around a solid object is not only a fundamental ...

The science of aerodynamics has revolutionized the automotive industry, enhancing both performance and efficiency. By understanding and manipulating airflow, cars have become faster and more stable, ...

Airplanes are governed by the rules of aerodynamics. It is the study of forces that act on objects in motion through the air and it explains how air moves around objects to produce the force of lift ...

Which are the 10 least aerodynamic cars ever made? Do Fiat Multipla, the AMC Pacer or Pontiac Aztec belong on the list? Although those are some weird looking cars the answer is no, this is not the ...