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Carbon Ceramic Brakes: Are They Worth It?

If you know anything about Ferraris, youre probably familiar with carbon ceramic brakes. Every Ferrari produced since 2008 has had them as standard, and youll see them as an optional extra on plenty of other vehicles.

With their lightweight, hard-wearing design, and sporty reputation, carbon ceramic brakes are an attractive perk for a huge number of gearheads. However, these additions can also set you back thousands of dollars, begging one simple question: are they worth it?

To help you work out whether these brakes are worth it for you, weve put together this handy guide. Below we discuss the pros and cons of carbon ceramic brakes, how they differ from standard steel brakes, and when they work best, so you can make an informed decision.

What are Carbon Ceramic Brakes?

Production vehicles are typically fitted with disc brakes. They work by pressing a pair of brake pads against either side of a disc (sometimes called a rotor) that sits inside each wheel, producing enough friction to slow the spin of the tires.

Brake discs are usually made from cast iron, which is cheap and relatively durable. Brake pads are typically made from a blend of metals, and sometimes include organic components such as rubber and fiberglass, too. Almost all of the friction required for braking is produced by the rough surface of the brake pads.

Carbon ceramic brakes work through the same mechanism as standard disc brakes, but the discs themselves are made from a very different material, through a complex process. Rather than cast iron or steel, carbon ceramic brake discs are made from a composite material. Silicon resin is shot through with little grains of carbon dietary fiber, and moulded in to the form of a brake disk, with regular openings added radially to generate chilling vents. Its after that exposed to plenty of temperature and pressure, which transforms it from a resin right into a plastic material. Next, the disk is drinking water cooled, before becoming heated again. More than the next couple of days, the materials reaches a temp of just one 1,700 levels celsius, and changed into its last type: silicon carbide. Before getting fitted to an automobile, the disk is painted to safeguard can be from oxidation beneath the intense temperatures it’ll probably be subjected to.

The whole production process usually takes around 20 days. This fact, along with the huge amount of energy required to repeatedly heat the the composite ingredients to high temperatures, is what makes carbon ceramic brakes so expensive.

Carbon ceramic discs have a tough, crystalline structure similar to that of a diamond, which makes them incredibly hard and durable compared to metal or iron discs. These were 1st created in the 1970s, for make use of in aircraft like the Concord. By the finish from the 10 years, their suitability for additional applications was recognized, and they were also used for Formula One cars, and trains. Finally, in 2001, the first production car to feature carbon ceramic brakes appeared – the Porsche 911 GT2.


Being so expensive, and so challenging to make, you would expect carbon ceramic brakes to have a number of advantages over their steel counterparts – and they do. Below we outline their key benefits:

Carbon ceramic brake discs are nothing if not durable. Theyre designed to last for the cars entire lifetime, unlike conventional steel brakes, which have to have their discs changed every 15,000 to 70,000 mls. They could last for so very long due to silicon carbides crystalline molecular framework. This makes the materials incredibly hard, specifically in comparison to iron, which is certainly relatively malleable.

ceramic brakes
  • Light-weight Style

Silicon carbide can be very lightweight. Actually, a carbon ceramic brake drive could be up to 70% lighter than its regular metal counterpart. By setting up carbon ceramic brakes, a cars pounds can be reduced, increasing potential velocity as well as fuel efficiency. In extreme driving conditions such as F1, where these brakes are commonly used, shaving off weight can make a huge difference to a cars overall performance.

  • Heat Dissipation

Disc brakes use friction to convert kinetic energy into heat energy. This energy needs to be dispersed if the system is to avoid overheating, and carbon ceramic brake discs perform this job especially well. This prevents the brake disc from getting deformed under challenging braking, and keeps the vehicle all together cool, as well.

  • Braking Power

Another benefit of carbon ceramic brakes is certainly their capability to make the friction necessary for severe braking over expanded intervals. This makes them ideal across the monitor, whether theyre suited to an F1 car, or a sports vehicle. Most vehicles that feature carbon ceramic brakes likewise incorporate brake help systems, which will make the experience considerably smoother overall.

  • Corrosion Resistance

In the event that you reside in a frosty and icy region, youre probably currently conscious that salted streets can pose an enormous risk towards the iron the different parts of your automobile – brake discs included. Carbon ceramic brakes, alternatively, are virtually immune system to corrosion. It is because the materials theyre created from is much much less reactive than metal and iron, because of the materials firmly bonded framework.

  • Quietness and Sanitation

Finally, carbon ceramic brakes are very much cleaner and quieter than typical steel brakes. Regular brakes create a sticky dark dust as time passes, which may be difficult to eliminate, and impede their functioning. On the other hand, carbon ceramic brakes produce a good, light-colored dust, which doesnt stick around to interfere with your braking power.


Conversely, carbon ceramic brakes also come with some drawbacks:

From a typical drivers perspective, the main drawback of carbon ceramic brakes is definitely their sky-high price. Selecting them as an optional extra will set you back, normally, $10,000 to $18,000. If youre a professional driver, or regular track enthusiast, splashing out for these brakes could become worth it. This is because theyll last much longer under the pressure of track driving, making the experience more fun. However, for the average driver, the cost will much outweigh any benefits, and youll mostly be paying for bragging privileges.

  • Softer Feedback
carbon ceramic

Carbon ceramic brakes dont supply the same reviews as typical brakes. At more affordable rates of speed and temperatures specifically, they can experience soft – also ‘squishy – leading you to over-apply them and knowledge a jerky trip. It is because carbon ceramic brakes had been made to function at high rates of speed and temperature ranges. In the town, as well as on slower rural streets, they wont end up being working optimally. Although some manufacturers have attemptedto resolve this matter lately, the results have already been inconsistent. If youve just ever powered with typical brakes, the transformation may take some used to, which can impede the basic safety of your traveling for a time.

  • Steel Brakes work well for Normal Traveling

Despite their impressive credentials, ceramic brakes dont bring many real benefits to everyday traveling. In this division, metallic brakes actually have a number of advantages. First off, theyre much less expensive – even when you account for the fact that youll probably have to replace them once or twice over your cars lifetime. Subsequently, although they dont dissipate temperature aswell as carbon ceramic choices, conventional brakes in fact offer motorists the same preventing range. From a protection perspective, after that, carbon ceramic brakes dont actually present any advantages over regular types. Finally, metallic brakes experience more constant over an array of speeds. That is very important to day-to-day traveling, as you return back and forth from freeway to city.

When are Ceramic Brakes your very best Choice?

Exciting because they are, carbon ceramic brakes are totally unneeded for almost all drivers. However, they may be a sound purchase if:

  • You travel appropriately

During races, youll need brakes that you can depend on, which wont warp or fade when exposed to high temperatures over a long period of time.

  • You regularly partake in track driving

Track driving is very different to highway driving, and carbon ceramic brakes are one good way to improve your lap times.

If money is no object, and youre excited to own a car with the same braking system as F1 vehicles, you may want to invest even if youre not a regular track driver.

Its also worth mentioning that carbon ceramic brakes will vary in usability from car to car. In the event that you do opt to add them on as an optional extra, be aware that particular manufacturers did a more satisfactory job of adapting these to street make use of – Porsche and Ferrari pop into your head specifically.

Meanwhile, additional brands, such as for example Maclaren, have nearly were able to remove that spongey, unresponsive sense at lower rates of speed.

If carbon ceramic brakes look like your kind of investment, choose wisely. One of the best known manufacturers is Brembo. The company supplies braking solutions to a host of prestigious manufacturers, including Ferrari, Aston Martin, GM, and Ford.

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