Good morning to all,
Sometimes we just gotta clear shit up. My dick is a millimeter shorter than everyone's so I won't get into a pissing contest because given the same forces, I will always end up short.
Who said reducing following distance was OK with ABS? First I've ever seen it mentioned. Inventing an argument just to refute it?
Certainly not me. Read the fucking post. And yes, when you don't care about a for or against, you offer a theory and challenge it with another. It's called being objective. Theory leads to thesis leads to antithesis etc etc. Get it?
No, it's called lumping bad assumptions together to come up with an invalid conclusion. Locked wheels do not have a "greater coefficient of resistance" (in quotes because it's not even a real term) than rolling wheels. Anyone who's ever locked the front of their car on a wet road can attest to that!
No, it's called hypothesizing to show that bad shit does happen and it always happens at the worst possible time like when crossing the fucking street and not looking both ways just because it's a one way street. No way someone or something could be coming up the wrong way right? It still amazes me how some survived puberty.
Also, interchangable terms, although unbeknownst to you, do exist. Besides, now, my point is that the tests are as faulty as your point because the higher coefficient is on a "dry" medium and not "wet" like you say.
Years ago, I cannot find it now, Car and Driver tested whether locked wheels stopped shorter than maximum braking unlocked wheels. It was their intent to prove that while locking all four wheels would render the car complete uncontrollable, it might still stop shorter. They were unable to ever lock more than 2 or 3 wheels at once, and the car locking up always stopped significantly longer than the same car not locked. I remember the car used was the Caprice, the huge land yacht of the late 80s.
It's also invalid to assume that lighter weight means less traction and thus greater stopping distance, because it's much easier to stop a vehicle which weighs less. Not as much kinetic energy, y'know?!
I don't think that anyone has yet disagreed that by the very nature of the ABS design, that it prevents lock ups and that a result of that function means that ABS will always stop shorter. You like to mix words up and then call shit that you couldn't get straight invalid. You're now trying to mix up the shit I was saying with kinetic energy. Greater weight = greater oppossing forces = greater friction = greater traction. Simple proven laws in physics. Kinetic energy are forces required to accelerate/deccelerate mass. Area does not mean shit. Put an empty box on the floor and push it and see how easy it is to push it, then fill the same box with sand and try to push it. More force is required because there is more weight acting on the box = more friction = more traction for the same base area. I know what it is you're trying to say but you need to figure out what I'm saying. Learn to read so you can read and learn and read the fucking post.
Now you're just making stuff up as you go along. ABS has nothing to do with weight transfer. Nor does wheel weight have anything to do with braking ability. Sure a lighter vehicle's wheel weight will be less, but so what? It needs less braking action because (can you guess?) the vehicle itself is lighter, and therefore easier to stop! If wheel weight was such a major factor, a Miata would not be able to out-brake a school bus, would it?
Finally, braking action is at the contact patch of the tire, and not at the rotors or drums. You don't get better brakes by having bigger brakes. If the brakes on the vehicle are capable of locking the wheel, then they're capable of stopping the vehicle.
Back in my autocross days, I ran a 1995 Ford Probe GT in SCCA G Stock Solo II. 225-50-16 tires. Smaller brakes than a Miata, but larger tires. Much heavier than a Miata as well. Similar braking ability, though. The Probe leveraged it's larger tire to bring its higher weight down just as well as the Miata's smaller tire and smaller weight.
But the Miata could do it all day, whereas the Probe was cooked after one hard stop from 80. See, bigger brakes don't give you better stopping power, they give you higher heat capacity. The Probe's brakes couldn't shed heat fast enough to make that second stop from 80, where the Miata could do it just about all day.
Is that the best against you can provide? "Now you're making stuff up as you go along?" That's it? There you go again mixing shit up to make it sound as if you're a know it all. I don't know where I would be without you here to overstate the obvious and already known to everyone. And show me where everything you just noted was said anywhere on my post.
I came in here to learn and be helpful when possible instead of having to deal with toxic crap like the shit coming out of your mouth. If in doubt, you could have asked for the back-up but no, someone says something correct around here and all of a sudden you view them as a threat to your know it all attitude and you move to discredit their intent with little evidence. Real constructive.
It may be good for you to reference where you got the information that what I said exists does not and that I was just making shit up so I can establish if they're an authority on making shit up, much like you. Right now I'm considering the current source (that would be you) highly suspect in accuracy.
NEPAJIM, I was going to answer your post in a different page but I found this to be the best place for the response since it provides all the evidence to send Wfooshee that he is too scared to look up himself because it may contradict the belief that he is always right.
See attached study.
I hope the link worked. I did not check to see if it is on the forum in any other place. It's interesting that the study used an FJR as one of the bikes, so it makes a good argument on this forum re "is ABS better". I hope my fellow riders read the study versus just looking at the charts. It is very noteworthy that the ABS distances were average test distances and the non-abs distances were best distances. I am one of those riders that at least once a month goes to a large empty lot to practice panic stops on my bikes and I always thought "Oh... I hope I get one of my good stops when I actually panic". In actual real life situations.....I did not, but I have been lucky enough to still stop short of the collision as I let up on the rear break to keep the bike up from a low slide. So in my humble opinion you would need to take the range of distances W/O abs (not supplied by the study) and multiply by some probability factor to really understand the real world non-abs distance. ABS is one of the key reasons why I have an FJR.....and the rest of the bike has been a real BONUS!!
Stay safe!
ABS study
Outstanding. Truly an outstanding point. Gotta know the limits. I have tried to read the study but it does not allow me to increase size. Can you resend it? Could be I don't know how.
Try losing the panel on the right of the document (if the document came up that way) and that will make it more readable; then play with the % window on the center of the menu bar on top re size.
I was able to have read the study and it made strong points much like my own opinions, much like many opinions here.
I quote:
"With the use of ABS, however, the rider was able to quickly obtain consistent maximum deceleration results, whether the vehicle was loaded or lightly loaded. Despite this advantage, the rider must remain alert because the ABS may not detect dynamic instabilities such as the rear wheel becoming airborne, possibly requiring the operator to reduce the brake control force to prevent a fall."
Here the responsibility still goes back to the rider to decide on a specific force to use. The ABS is yet another skill that has to be learned. So far my most singlemost important point that it goes back to the rider in all instances has been refuted only with spectacular acts of attack. I was going to keep quoting but to make a long point short, it makes almost all excellent points. Just amazing.
Regardless, everyone should read this third party test that is an authoritative work. It completely and irrefutably confirms all beliefs currently being refuted. It's all there. Just research it and read it. Read other studies for or against as well.
Everything I have noted is being substantiated by disinterested third parties and other forum posts as well. Besides, the ABS systems themselves are designed to disable itself if a faulty code is recorded so it may be that you missed it if the warning light bulb is burnt and you won’t have the ABS when you require them most. Here are a couple others. If they aren't all there, just do basic and simple internet searches and it will hit several million pages.
https://hyperphysics.phy-astr.gsu.edu/hbase/frict.html
https://www.webbikeworld.com/Motorcycle-Safety/braking-tips.htm
https://www.daytonamotorcycletraining.com/Motorcycle-brakes-and-stopping.htm
https://en.wikipedia.org/wiki/Traction_(engineering)
https://www.motorcyclesafetyinfo.com/motorcycle_braking.html
https://mfes.com/motorcyclebraking.html
https://www.motorcyclecruiser.com/streetsurvival/advanced_braking/index.html
https://www.motorcyclecruiser.com/streetsurvival/advanced_braking/index.html
https://www.nhtsa.gov/people/injury/pedbimot/motorcycle/00-NHT-212-motorcycle/motorcycle45-46.html
https://www.sportrider.com/tech/146_0310_art/index.html
https://en.wikipedia.org/wiki/Bicycle_and_motorcycle_geometry
https://stevemunden.com/leanangle.html
https://www.msgroup.org/Tip.aspx?Num=173
and it goes on and on and on much like an NEPRT. We have to trust the facts the same way we trust our bikes, components, ability and instruments. I am so glad that there are so many that have researched and documented my suspicions in an authorative manner that clarifies the matter unequivocally because it also proves that just because you don't know it doesn't mean it does not exist.
I still think that ABS is superior technology but not superior to our thoughts. Our thoughts travel at the speed of electricity and by the time that gets to the ABS, it has been transformed from 390 feet/sec c to 6 feet/sec if you're 6 feet tall. Use the noggin. The problem here is that we are not flawless (me at the top of the list) and we have to continue to hone our skills and knowlege.
Lets get back to being productive and keep unsubstantiated information from this thread. :angry2:
Later
J