Obviously you are aiming this at Lou I'm sure he will respond at any second now. As usual people focus too much on how he says things rather than the underlying message. He has always preached that it is the primary responsibility of the rider to learn and understand the limits and abilities of their motorcycle. While I am a proponent for aids such as tc and abs, I can also understand his point.
I can't watch your video but from what you wrote it kind of proves his point as well as yours. How do you teach someone not to be ham fisted in shitty conditions? Experience... What happens when you have to panic brake on a bridge grate? Thank god for advances on abs.
REally I think the future of riding and riding well is a combo of you and lou's perspectives. Electronic aids are excellent tools, but the rider needs to understand the dynamics and physics of traction in order to fully exploit his tools.
Here's the thing (as I proved to myself when I took the 1290 to the track as well...), with ABS and TC, it's vastly easier to learn to understand the dynamics and physics of traction in order to build your repertoire of tools. ABS and TC lessens the harshness of the process of gaining experience. On top of that, it doesn't require any skill on the part of the rider to unlock a massive amount of braking power or acceleration - the bike compensates for poor inputs. Riders who are going to learn will learn from that experience, those that don't will still be safer than they would be on a bike without electronic aids, as they won't crash when they lock the brakes because they can't. They're not a replacement for rider skill, but again - they reduce the consequences of mistakes. Just like gear does.
See this is what I don't get - there are supposed to be disadvantages to ABS (or so I have been led to believe). What are they, and how are they not legitimate? Please explain to this noob.
On some older ABS systems, if you hit a bump while hard on the brakes, the ABS system will freewheel for a moment as it releases the brakes to prevent lockup but then won't re-engage quite quickly enough, causing an increase in braking distance. If you didn't have ABS, the wheel would lock for a tiny, likely undetectable moment, but would likely keep rolling as finish going over the bump.
Would ABS really prevent you from going down? If you're braking and the tire doesn't have traction, even if you don't lock the brakes you could still wash out the front right? Or wrong?
Yes, in the vast majority of situations, ABS would prevent you from going down. A situation where there is not enough traction to keep the wheel tracking without additional load from the brakes is very, very uncommon, and pretty much entirely limited to something like oil on the road. There is also KTM's new Motorcycle Stability Control system (1190 Adventure only at the moment), which will also modulate the brakes to maintain traction while you are leaned over.
http://www.ktm.com/gb/news-events/n...-1190-adventures-model-year.html#.U7yqwai_LyU
I'm hoping they'll issue a retrofit to it for the 1290s as well - I very nearly bought an 1190 for that feature alone.
If one grabs too much front brake, the tire patch not loaded properly, and one is turning, then yes, ABS would not prevent one from going down. On the other hand, I do not believe ABS is meant to prevent that. It is meant to prevent skidding due to locking up of the brake, not due to the loss of traction from the loss of contact patch.
It would still cycle as you locked the front - if it cycled fast enough to unlock it and get it spinning again before it was so far out of line you were guaranteed a crash is open to debate, and not something I'd be interested in trying, unless I was on an MSC bike.
You were going in a straight line over a 3 foot metal section. Is that really a good test?
ABS is amazing when you're not paying attention, but it often gets in my way when riding, extending braking distances and messing up my turns. That's why I usually turn it off for anything but commuting.
Yes, it's pretty much the perfect test for the aspect of ABS that caused the most issues - freewheeling. Older ABS systems will freewheel as traction increases rapidly because it cannot react to the increase in traction fast enough, as it's functionally simpler to release a brake than to re-engage it with respect to available traction.
With some quick napkin math, ~65 mph is approximately 100 feet per second, so that means that the ABS has to react to a loss of traction that last .03 seconds without significant freewheel effect, likely regaining max traction within .05 or .1 of a second, given that when I have cycled the ABS on modern KTMs in similar situations, it never allows the front to bounce - only to raise. Older systems would bounce the front end as the ABS failed to accurately calculate available traction, and cycled the braking pressure looking for the limit of available traction.
Additionally, I find these comments really interesting, because I took my 1290 to Thunderhill and ran it in both ABS modes with minimal issues - once I switched to supermoto mode to allow for backing it in, I only cycled the ABS once, and that's when I would have rolled a stoppie into T14. As it was, the level pulsed gently and I didn't have to worry about blowing my marker. If you're regularly cycling the ABS during street use, something is seriously wrong with either your ABS system or your riding.