ABS breaks or Not?
Last edited by crawrj; Oct 2, 2014 at 10:11 PM.

There is a large component of riders who like to "keep things simple" on the basis that fewer options mean fewer things that could possibly go wrong. While that's technically true I guess, it ignores the benefits from these systems.
While experienced riders can usually avoid getting into situations where ABS is necessary to save them, the simple fact is that ABS can only help you and will never hurt. Even if the ABS unit fails, you're simply back to having regular brakes, so a failed ABS unit will put you at the same point as a non-ABS rider.
However, the units are astoundingly reliable and, when they're working (which is pretty much always), they have a HUGE potential benefit for a rider, and especially for a new rider.
I wouldn't go so far as to require ABS on a bike (mostly because you're just not going to find it on the sort of inexpensive used bike that I think is best to start out on), I certainly wouldn't avoid it and if you're going to get a newer, more expensive bike, I would definitely recommend it.
Note: There are those who discount the above video because "the guy's just slamming on the brakes and not even trying." Well, yes. That's rather the point. In a panic stop, an inexperienced rider is not likely to finesse the brakes properly. In a panic stop, most riders are going to grab a big ol' fist-full of front brake and end up low-siding as a result. While it's absolutely possible to brake in the wet just fine without ABS if you do everything right, having ABS will allow you more margin for error, which is always a good thing.
There are others who claim the non-ABS rider is yanking the bars to the side to exaggerate the skid. This is not true. Motorcycle steering's centering tendency relies on drag from the front tire interacting with trail to "pull" the tire back towards center. When the front wheel locks, you lose almost all of that drag and the centering forces effectively stop. You also lose the front wheel's gyroscopic effect which is what resists movement of the bars. These combined effects (or, more accurately, the loss of both of these effects) makes the steering go towards whichever side has slightly less force (whether from the road or from the rider) and causes the steering to "whip" to one side or the other. While this is not instantaneous and there is, technically, a very short time period (well under a second) in which a rider could theoretically save it by releasing the front brake and un-locking it, the chances of a novice rider or a panicked rider doing so are infinitesimal. You might as well count on getting hit by lightning.
Last edited by Zenmervolt; Oct 2, 2014 at 11:28 PM.
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