Fast Cars

Many people may debate what does the term of "fast car" mean, but all will agree that when it comes to cars, speed is what really counts. So, the question for the beginning car enthusiast is, "What makes these fast cars so fast?". When it comes down to engineering a fast car ,there are 3 crucial factors:

Aerodynamic Styling-The aerodynamic sleek styling that makes true sports cars so appealing to sports car lovers contributes much more than mere looks. This is also one of the primary reasons why these high performance cars are so fast, they are simply slippery against the wind resistance as they speed down the highway. This is why the designs of sports cars are tested in wind tunnels, so that the best possible drag coefficient can be achieved.

Appropriate Weight-The weight of a car is another major factor in the speed of a sports car. This is the reason why race cars as well as high end sports cars are made of lightweight composite materials that help reduce the overall weight of a vehicle. Another thing that you will notice with sports cars is that they do not have large trunks or storage compartments. In fact, you are lucky to be able to fit a bag of golf clubs in the trunk or hatchback of a true sports car, in addition they usually only have two seats and have much firmer and tighter suspensions.

Efficient Handling-Lastly, the way a vehicle handles when cornering or going around curves is crucial as well. A true sports car must be able to keep up its straight-line speed when taking tight curves at high speeds. This is why the best of the high performance sports cars in the world are also rear wheel drive, the rear wheel drive set up makes for better weight distribution as the car is making turns.

In some car circles, the car believed to be the fastest is the '94 Dauer 962 LeMans ,which is capable of a remarkable zero to sixty speed, at only 2.6 seconds. All of the styling in the world won't matter if your car isn't fast, nothing is worse than a car that looks fast that isn't. Here are two cars that , with the appropriate setup, have the potential to become excellent SPORTS CARS  Nitrous Oxide
N2O is occasionally injected into the fuel lines of racing cars to give more power to the engine and to give the car exceptional acceleration. At room temperature, N2O is quite non-reactive to most substances(alkali metals, halogens, and even ozone). However, when heated sufficiently, N2O decomposes exothermically to N2 and O2. When this reaction occurs in the combustion chamber of an automobile, it provides an extra boost to the piston and releases more heat from the engine.
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