This New Tech Completely Changes How The Brake Pedal Works

"Brembo has announced Sensify, a simpler electromechanical setup that eliminates brake fluid and a physical connection between the pedal and the brakes in one fell swoop. In a conventional braking setup, which has been used for over a century, pressing the brake pedal moves hydraulic fluid through lines that actuate the calipers. Brembo's new system is different. It uses electrical signals and actuators to engage the pads, grip the brake rotor, and slow the car down."

"In other words, the brake pedal stops being a mechanical command and instead tells a computer you want to slow down. Having individual actuators in each caliper should also allow the system to brake each individual wheel more precisely than today's hydraulic systems. The Italian brake maker explains this idea was born as a fluid-free architecture that distributes intelligence at wheel level, removing hydraulic circuits and centralizing actuation, adding that it enables accurate and continuous modulation of braking forces."

"This means that when you apply the brakes in a vehicle equipped with this system, the electronic brain controlling them will modulate the braking force for you. It sounds like it could be a little disconcerting, but Brembo insists that what it's doing is enhancing peace of mind. Brembo goes on to say that Sensify is engineered to support a w"

Brembo Sensify removes brake fluid and eliminates the physical connection between the brake pedal and the brakes. Electrical signals and actuators engage brake pads, grip the rotor, and slow the vehicle. The brake pedal becomes an input that commands a computer rather than directly moving hydraulic fluid. Individual actuators at each caliper enable more precise control of braking at each wheel than conventional hydraulic systems. The system is described as a fluid-free architecture that distributes intelligence at wheel level, removing hydraulic circuits and centralizing actuation. It is intended to provide accurate and continuous modulation of braking forces to support stable and controlled vehicle behavior in complex, highly variable conditions. Stronger regenerative braking in EVs can reduce reliance on friction brakes, making them smoother, smaller, and longer-lasting.

Read at insideevs.com