Also known as ceramic composite brakes, the automotive carbon ceramic brakes are mainly used in supercars and luxury vehicle segments. Its ability to maintain functionality at high temperatures and the enablement of less dust build up is resulting in the increasing adoption of automotive carbon ceramic brakes on a large scale. Luxury car makers are in a constant need for effective automotive components that magnify the functionality of their vehicles.
The need for speed and greater power are boosting the demand for effective automotive components such as automotive carbon ceramic brakes that help automakers in offering rapid deceleration along with acceleration.
Weight-reduction Ability to Garner the Attention of Automobile Manufacturers
The lightweight trend is an emerging and vital influencer for the automotive sector. Automakers are adopting composites and polymers that provide weight-reduction, thereby fulfilling the consumer demand for lightweight and swift cars. As automotive carbon ceramic brakes offer similar advantages, the emerging and new automotive models are being equipped with them.
Lexus, a luxury vehicle manufacturer recently unveiled the RC F’s Track Edition version which banners a major upgrade featuring refine dynamics, reduced weight, tweaked styling and improved acceleration. Apart from a number of changes made for achieving weight-reduction, the addition of standard carbon ceramic brake discs with BBS 19-inch forged alloy wheels and Brembo calipers would enable 25kg of weight reduction.
Aston Martin unveiled a hardcore version of the Aston Martin DB11—new Aston Martin DBS Superleggera that offers consumers with greater power, speed, and reduced weight. The additional speed of the car requires all the more stopping power with effective brakes. Owing to the company that equipped this latest version with massive automotive carbon ceramic brakes, out of which the front brakes have six-piston and rear have four-piston calipers.
Rapid Deceleration Achievable with Automotive Carbon Ceramic Brakes
The need for effective deceleration has become crucial for automakers as they head towards developing rapid and high-speed luxury and sports cars. The benefits of automotive carbon ceramic brakes in achieving fast deceleration are resulting in the increasing consumption of the product by automotive manufacturers.
Pininfarina Battista which is said to arrive in 2020 is claimed to be the most powerful road-legal car ever built and designed in Italy. It is very crucial to achieve an effective deceleration of a car that reaches 300kph in 12sec. The company is working with key suppliers to harness the car’s unparalleled performance. Brembo, a leading provider of automotive carbon ceramic brakes developed huge automotive carbon ceramic brakes for the nearly 2000kg Battista car. These carbon ceramic brakes would also permit brake regeneration to the battery. Moreover, the brakes also provide additional stopping power on the back of an active spilt-tail that acts as an air brake.
An exotic car manufacturer, Lister returned to the automotive space with the addition of the Jaguar F-Type-based Thunder. After this model, the manufacturer started preparing for its next modern model, namely Lightning, which is a Jaguar-based vehicle. Although the company reserved its comments on any specification details, the company stated that rapid SUVs also require faster stopping, thereby hinting about massive brakes—automotive carbon ceramic brake disc.
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