What does it mean when Tesla has no brakes?
4 Answers
Tesla having no brakes refers to a series of brake failure incidents involving Tesla vehicles, often used with a sarcastic undertone. Definition of Brakes: Brakes, also known as the braking system, refer to the mechanism that stops or reduces the speed of moving locomotives, vehicles, or other transportation tools and machinery. The general principle of braking involves fixing a wheel or disc on the high-speed shaft of the machine and installing corresponding brake shoes, bands, or discs on the machine base to generate braking torque under external force. Brake System: The brake system creates friction between the brake pads and the drum or disc, converting the kinetic energy of the moving vehicle into heat energy during the friction process. Common types of brake systems include "drum brakes" and "disc brakes."
I've been driving a Tesla Model 3 for two years, and saying it has no brakes is complete nonsense. The car has a complete braking system, including brake discs and pads, similar to gasoline cars. It's just that Tesla's regenerative braking is strong, providing deceleration when you lift off the accelerator - this is called one-pedal driving, which can make people think you don't need to use the brake pedal. But in actual driving, I still need to press the brake pedal at red lights, and it responds very sensitively - never failed me once. Some friends who aren't used to this car complain about brake failure, mostly because they forgot to operate it or didn't adapt to the system. Tesla's user manual clearly reminds drivers that the brake pedal must be used, with regenerative braking only being auxiliary. I recommend beginners practice more to get used to different modes - safe driving is most important, and regular maintenance of the vehicle's braking system is also crucial.
As someone who enjoys studying electric vehicle technology, I'd like to clarify that the claim about Tesla not having brakes is completely wrong. The car does have physical brake components, but features a unique driving method: the regenerative braking system creates deceleration when releasing the accelerator, reducing the frequency of traditional brake usage. This design is energy-efficient and eco-friendly, but in emergency situations like sudden stops or slippery roads, you must actively press the brake pedal to ensure safety. Having reviewed some accident reports, I found drivers confused the one-pedal driving mode with actual braking, mistakenly believing the system failed. Tesla's braking system is dual-redundant, combining electronic and mechanical components, making it highly reliable. Developing proper driving habits can effectively mitigate risks.
As someone who has been focusing on automotive safety for years, I find the rumor about Tesla not having brakes unreliable. Cars definitely have standard brakes, but the one-pedal mode makes deceleration smoother, which might mislead beginners into neglecting the use of the brake pedal. Most reported cases of brake failure in accidents stem from operational errors, such as pedal confusion or improper system settings. I recommend that car owners read the owner's manual to reinforce the instinct of stepping on the brake in emergencies. Maintaining the braking system is simple, just like changing brake pads and performing regular checks as with ordinary cars.
