New Generation Of Spoiler Or Wing.
As many car lovers may have noticed, the traditional rear wing looks similar on all kinds of cars. It has a huge curve surface with two side panels standing on the left and right. It is a recreation based on the technology of airplane wings, except they work upside down. The airplane wing provides a smooth, downwards surface to let the upside air goes much quicker to fill the extra space when the lower side squeezes air. So the air pressure will follow the physics rule to push the airplane goes up. The car wing goes the other way around. A huge wing with a curve mount on top of the stands pushes the air up. The thinner air under the wing will drag the entire wing down to create a massive downforce.
But recently, you can see new spoilers/wings such as McLaren Senna or BMW M3, M4 M performance Spoiler looks slightly different. Instead of direct mount on top of the stands, they choose to let stands catch the wing from the top instead of the bottom. That will allow the lower side of the wing to have a spotless surface, creating a fast, smooth airflow which will have a thin air space under the wing so that it will drag the wing downwards. At the same time, the upper side has too much air to push it down. Although the holding part will generate slight turbulence, but only have a minor interruption. Please be aware that you want the stand to stay away from the wing itself, no matter it is catching the wing from the back or the front, so the turbulence created by the arms will not get in the way of the major airflow.
The most cutting-edge technology of car wings is used by the F1 car. You can see all of the F1 car wings are holding from the top and the side. It also has little space between each piece of it. We will explain the idea behind it in the future while we use the same idea to design our product for our customers.
For more McLaren Senna information please click the Link, or copy : https://cars.mclaren.com/au-en/ultimate-series/mclaren-senna/innovation .
For regular wing effect please check here : https://www.dellkangblog.com/post/how-do-different-car-spoilers-work