during emergency braking all on slippery surfaces
I'd rider may apply braking force that is greater in the time his capacity for grip
if this happens the wheels can lookup causing the vehicle to skid out of control
by preventing this lookup the vehicle stops soon a and remains under the driver's control p
anti-lock braking system all at ABS provides this assistance so
how does it work fences on each wheel constantly measured their rotational speed
the ABS control module samples he still owes it continually comparing the rotational speed other each wheel if one or more wheels is rotating slowly than the others
a condition that will bring the wheel to lock the system takes action instructs the brake master cylinder to do back to brake force away from the locking wheel so it releases and big gains traction of the wheel begins to turn again breaking forth is momentarily reapply these prices is repeated up to 20 times a second and causes the characteristic whole thing feel through the brake pedal as a result the drive is intended brake-force is applied without looking up and skidding
allowing the driver to maintain steering control while breaking mean it stopping distances
may also be reduced the vehicle on the left has ABS the vehicle on the right does not both vehicles are traveling at 100 kilometers
Hannah let simulate and emergency braking situations and see what happens both try this apply the brakes at the same time and with this 13 fours that the vehicle with ABS maintains control while breaking and his able to steer amounts the obstacle ABS helps a driver avoid accidents by preventing lockup and losses traction this allows the driver to maintain steering control during heavy braking and may help to reduce stopping distance up