Helping rider stop at about the same distance
The average rider may apply either the front or rear brake more and faster than the other. As a result, the combination of braking forces on the front and rear wheels can vary by rider.
Combined ABS was developed to combine front and rear braking forces and helps reduce differences in braking practices. Now, Electronically Controlled Combined ABS employs advanced electronic control to combine and distribute front and rear braking forces, allowing licensed riders of all levels to experience super sports bike braking as they never have before.
The antilock braking system (ABS) functions with a natural feel
and minimal vibration.
In contrast to conventional systems, Electronically Controlled Combined ABS features ultra-precise control of brake fluid pressure that helps prevent wheel lock. As a result, the system minimizes vehicle vibration and eliminates brake lever pulsing for superior, ultra-smooth ABS performance and braking.
Possible to apply braking force on the rear wheel only
Electronically Controlled Combined ABS allows riders to apply precise rear-wheel braking with the foot pedal. Application of the rear brake does not result in immediate front brake activation unless rear-wheel lockup is sensed, allowing an experienced rider to use the rear brake like a traditional non-linked unit during spirited riding such as track days for outstanding speed, suspension and steering control.
Electronically Controlled Combined ABS is a world's first technology that gives riders enhanced access to the riding performance attributes of super sport bikes-access that brings more control and more confidence.
