What is the principle of Tesla brakes?

The difference with traditional cars is that when the brakes are stepped on, it is not directly to the brake discs, but through an electronic system, through the electronic system to analyze the strength and time of stepping out, and then give the two system brakes signal. To put it bluntly, Tesla's brakes are the equivalent of a keyboard, and after stepping on the keyboard, the computer helps to apply the brakes based on the force and time of stepping out.

The Tesla's braking system is very different from that of a traditional fuel car, and consists of two main parts, one is regenerative braking and the other is a traditional braking system. Regenerative braking is to automatically change the steering of the big engine, thus slowing down the wheels, and the electricity generated in the process can also be recharged back to the battery. Conventional brakes, with the same basic principle, use a friction system.

History

Tesla's first automotive product, the Roadster, was released in 2008 as a two-door sports car.

In 2012, Tesla released its second automotive product, the Model S, a four-door all-electric luxury coupe.

The third automotive product was the Model X, a luxury all-electric SUV that began deliveries in September 2015. Tesla's next automobile was the Model 3, first made public in March 2016, and deliveries have begun in late 2017.

In February 2019, Musk announced that he would open up all patents on Tesla's electric cars.

March 24, 2021, the official website of Tesla in the United States announced support for bitcoin payments, Tesla became the first car company ever to support bitcoin car purchase.

The above content reference Baidu Encyclopedia - Tesla