What is the function of a diagonally split braking system?

A diagonally split braking system is designed to enhance vehicle safety and performance by distributing braking force diagonally across the vehicle rather than solely separating it by axles. This means that the braking system connects each of the front wheels to the opposite rear wheel, for example, the left front wheel is connected to the right rear wheel, and the right front wheel is connected to the left rear wheel.

The primary advantage of this configuration is that it provides a more balanced braking distribution, reducing the risk of brake failure leading to loss of control. In the event of brake failure in one circuit, the opposing diagonal circuit continues to function, allowing for at least some level of control and stopping power, which is crucial for maintaining safety.

Diagonally split systems are commonly used in modern vehicles because they provide redundancy and enhance overall vehicle stability and performance during braking. This design philosophy reflects a commitment to safety by ensuring that even if one part of the system fails, the remainder can still operate effectively.