Why carbon fiber is the best material for high-performance sports cars

If you're even remotely interested in cars, chances are you've heard of carbon fiber. Carbon fiber is a composite material invented in the late 1800s. It may have been invented by Thomas Edison.

Today we use carbon fiber for many different purposes in many different industries. For example, the aerospace industry is the largest user of carbon fiber. Other users of this material include automotive enthusiasts looking for high-performance parts.

Why use carbon fiber in high-performance sports cars? What makes this material so popular with so many? We will answer these questions in this article.

 

light weight
Carbon fiber is a very light material, especially compared to its strength. It is about a quarter of the weight of steel and a third of the weight of aluminum. More power for less weight, ideal for high-performance sports cars.

The car doesn't have to use as much power to lift the vehicle, so more power can be used to move forward, increasing speed. However, speed isn't the only thing that can be improved by reducing a car's weight.

 

fuel efficiency
Not only can light vehicles go faster than heavy vehicles, but they can also travel longer. Less weight means less force is needed to move the car, so the same amount of fuel will get you farther in a lighter car than in a heavier one.

This is an important feature for a high-performance sports car, as the less you have to stop for gas, the more time you can spend on the track.

better handling
The low weight also contributes to improved handling. This has to do with the fundamental law of motion, which is inertia. Inertia indicates that an equal or greater opposing force must be applied to stop an object in motion.

It's the "equal or greater" aspect that makes weight an issue. First off, cars are heavy things, and the heavier they are, the more force you need to come to a complete stop. That means a lighter car comes to a stop quicker and is easier to maneuver.

 

increase strength
The strength of carbon fiber is perhaps its most impressive property. The carbon fiber thread itself is tiny, smaller than a human hair. When you take small materials and weave them tightly together, the result is a dense product.

The carbon fibers are also chemically bonded at the atomic level, so that the strings are already dense before weaving begins. Together, this makes carbon fiber stronger and denser than steel. This allows it to absorb impact better, which also makes it safer than steel.

Carbon Fiber and High Performance Sports Cars

Carbon fiber has long been the material of choice for high-performance sports cars, and it's not hard to see why. Carbon fiber is superior to most other materials in almost every way, from speed to handling and even safety.