The brake-by-wire technology used in the automotive industry enables the control of brakes through electrical means. It can either complement traditional service brakes or can be used as a standalone ...

Press a pedal and your car stops, but how? The mechanisms that control a vehicle’s brakes are explained in this simple article. Most drivers understand how their brakes work in the simplest of terms: ...

Energy is some weird stuff that can neither be created nor destroyed. It can only be changed into different forms, but during these transformations, the total amount of energy in any given system-or ...

Some automakers are using brake-by-wire systems in their latest vehicles. Jason Fenske at Engineering Explained has the details on how these systems work. Brake-by-wire systems insert electronics into ...

Ever since the first Toyota Prius rolled off the line over 20 years ago, the concept of regenerative braking has become fairly well-known as a method of increasing range in hybrid and electric ...

Tesla's regenerative braking system is a revolutionary technology that converts kinetic energy into electrical energy, enhancing the vehicle's efficiency and extending its range. This system, integral ...

Most people may not know it, but in many modern cars, the brakes aren't actually connected the way they used to be. Nowadays, pressing the pedal doesn't always mean you're pushing brake fluid through ...

The brake system is designed to reduce speed and stop the vehicle. It also helps keep the car still when the engine is not working. This system requires regular service, which includes the “bleeding” ...

So, what exactly led to the latest recall of the 2010 Prius and some Lexus hybrid sedans? This time it's not the accelerator, it's the brakes. In particular, a system called regenerative braking. And ...

Brake problems rarely arrive without warning. Long before a total failure, the system usually sends out clear signals through ...

The process works because liquids are incompressible, and the density remains almost unchanged even during pressure and temperature rises. However, the fluid must retain its properties at all ...