| The faster an object travels the higher is its | | | | advantage and the faster it goes the more the |
| momentum and the greater is its kinetic energy. | | | | stability that the car spoiler delivers. So how does |
| That may sound very much out of a school | | | | a car spoiler succeed in doing this? |
| science book but it is true nevertheless. And one | | | | After all a car spoiler is just a static piece that is |
| doesn't need to know that the greater the | | | | mounted on your car, it has no moving parts and |
| energy the greater is the need to control the | | | | doesn't operate anything. Well as I wrote above it |
| energy so that a mishap doesn't occur. Yet at the | | | | is an elegant product. What it does is, it creates a |
| same time from experience one will know that if | | | | downward force as the car moves forward. The |
| there is a lot of energy concentrated in a single | | | | faster the car moves forward the larger is this |
| entity it can be hard to control. Take for example | | | | downward force. The downward force makes |
| a horse that is bucking or one those bulls that | | | | the car hug the road. The car tires have a better |
| cowboys ride. | | | | grip on the road and get better traction. The |
| But speed and high energy needn't always go | | | | better traction makes the control of the car |
| against the ability to control an object. Elegant | | | | better and the fact that the car hugs the road |
| products such as a car spoiler turn speed to your | | | | makes the ride more stable. |