Thursday, January 19, 2012

Is braking distance in ABS equipped cars is more as compared to cars without ABS?

Is braking distance in ABS equipped cars is more as compared to cars without ABS, considering that cars are same and all the four wheels have disc brakes?Is braking distance in ABS equipped cars is more as compared to cars without ABS?
abs helps you stop faster and keep the wheels from locking up
ABS gives you the "safest, controlled stop". It does not promise to give you the fastest stop. By controlling the slip at each wheel independently (for 4 wheel ABS systems), you will maintain the ability to steer and control the vehicle. - Slip Control Engineer

Report Abuse

Is braking distance in ABS equipped cars is more as compared to cars without ABS?
An ABS unit prevents the locking of wheels and thus the skidding of the vehicle. When the brake pedal is pressed hard at high speeds, the wheels get locked. Since infinite retardation is not possible as per the laws of physics, the vehicle keeps on moving i.e. skids out of control. An ABS unit thus prevents skidding by reducing the brake force and keeping it at an optimum level. The braking distances are more or less the same on dry surfaces but ABS is much more effective on slippery surfaces where the wheels tend to lock early.
I had a friend that operated a high performance driving school. He told me that a good professional driver can actually stop a car in less distance with standard brakes. The operative words are "good professional". He went on to say ABS made every driver a reasonably good professional driver when you are considering braking ability.



My main concern with ABS is what is going to happen when these cars start aging and the system fails. It does fail to a standard brake mode, I'll give you that much. The problem I see is after a number of years folks will forget how to modulate their brakes manually. I see a lot of skids and collisions resulting. For those of you who doubt these failures will occur, I offer my vehicles as proof. The family has three vehicles equipped with ABS, two of the systems are working fine. The one on the 1/2 ton Dodge pickup has failed...



I guess I am old fashioned but I still prefer manual brakes (disk on all four corners are great). I don't even like power assisted brakes.Is braking distance in ABS equipped cars is more as compared to cars without ABS?
abs has a shorter stopping distace and much straigher and keeps wheeels from locking up to give more control over the car
several answers partially correct - stopping distance is not the end all statistic. the fact is that anti-lock brakes not only prevent skids and modulate the brake pedal at a higher frequency but if you have to stop and don;t have enough distance YOU CAN STILL STEER THE CAR and avoid the collision by steering the car away from the other vehicle or object while losing speed
In a straight-line situation on a dry road, braking distances with or without ABS are similar. ABS might be a few feet shorter.



Where ABS really shines is on wet, icy or split conditions as it allows you to maximize braking effort for the conditions and maintain directional (steering) control.



I won't own a vehicle without ABS.
ABS only means the brakes will not lock up, causing the tires to skid, so theoretically ABS brakes let you stop sooner, in less distance. In actuality, it makes no difference, all things being equal
ABS(anti-blocking system) helps you stop faster, usually. If things aren't properly calibrated, though, you'll see better performance from a standard non-ABS system. Slow down a little, and you won't use your brakes so much...
A previous answer hit the nail on the head. I am a brake engineer and can verify that ABS will not make a significant difference in stopping distance on dry pavement. Unless your tires are very worn, in which case you will reach wheel lock prematurely and the ABS will fire, allowing you to steer during the braking maneuver.



On wet or icy conditions, ABS will significantly help your stopping distance and ability to steer during the maneuver. If your wheels were to "lock" during braking, you would slide uncontrollably and have possibly catastrophic problems.

No comments:

Post a Comment