Thomas Rogers
Well-Known Member
Hugh, no offense because this was your mother, but on the surface of what you describe, the definition I usually assume for a "safe traveling distance" is that which allows for me to safely stop should anything unexpected happen to the car in front of me.
The fact that your mother could not stop makes me think that the report was flawed, and that she was not traveling at a safe distance or a low enough speed.
You seem to think or imply that IF the anti-lock brakes were working, that she would have certainly stopped within a shorter distance.
Well, consider the following...
I suspect that we have all heard arguments on both sides of the debate anti-lock brakes in the situation you describe. Many claim that they will increase the stopping distance, not decrease it, when working properly. That makes sense to me, because they are supposed to detect a skid, and essentially go into a mode where they pump the brakes on and off faster than any human could. When that happens there is less braking going on, not more, and arguably less overall stopping power, not more...again, arguably.
Antilock brakes are a good thing, but IMHO they tend to increase stopping distances when active and when all other things are considered, but at the expense of helping to prevent the car from going into a full-blown skid and into a total "loss of steering control" situation.
Again, I question if what you describe is a "completely fail" situation for the Camry. Just like airbags, antilock brakes don't always activate when one might expect, and like airbags they AID in certain situations, and have their pros and cons. On wet, slick and other forms of loose pavement, and with a straight skid, I don't see anti-lock brakes even if active reducing stopping distance. Not in the least, and probably increase the distance needed to stop. But that's my opinion, based on some research and my understanding of physics.
Sorry to hear about your mom...
TJR
The fact that your mother could not stop makes me think that the report was flawed, and that she was not traveling at a safe distance or a low enough speed.
You seem to think or imply that IF the anti-lock brakes were working, that she would have certainly stopped within a shorter distance.
Well, consider the following...
I suspect that we have all heard arguments on both sides of the debate anti-lock brakes in the situation you describe. Many claim that they will increase the stopping distance, not decrease it, when working properly. That makes sense to me, because they are supposed to detect a skid, and essentially go into a mode where they pump the brakes on and off faster than any human could. When that happens there is less braking going on, not more, and arguably less overall stopping power, not more...again, arguably.
Antilock brakes are a good thing, but IMHO they tend to increase stopping distances when active and when all other things are considered, but at the expense of helping to prevent the car from going into a full-blown skid and into a total "loss of steering control" situation.
Again, I question if what you describe is a "completely fail" situation for the Camry. Just like airbags, antilock brakes don't always activate when one might expect, and like airbags they AID in certain situations, and have their pros and cons. On wet, slick and other forms of loose pavement, and with a straight skid, I don't see anti-lock brakes even if active reducing stopping distance. Not in the least, and probably increase the distance needed to stop. But that's my opinion, based on some research and my understanding of physics.
Sorry to hear about your mom...
TJR
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