Pm him if you wanna debate things that don't pertain please. He has explained his point twice and has personal experience with a voltmeter while you have a youtube video and a book.
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So in the end did we decide that XTREs are good or bad ? I'm so confused !
Or like the Dems and Repubs I think we are ever farther apart !
Seems like I'm good at starting arguements ? ???
This is what's so great about the search function. You guys could have read the other 317 arguments on this subject.
Blanca, no matter who makes the unit, each aftermarket rig up on the wire, defaults to the same limp. Did you notice how everyone says they feel this bottom boost to the bike? All that happened in a reference of time, is move a restrictor plate to open a little faster.
So what you really felt was the faster air speed moving into the cylinder. The bike moved better with the treffect, and the PC had 10 mpg slugging alone in rich limp.
You displace more fuel to make more HP. And there is so much window before you foul plugs. Lean is mean. With the TRE off, she is more lean. With the TREffect, the limp is rich but not sooty plug rich, but enough to smooth out the leaner ride.
Now, if you take away the sub/gate system altogether, you become accustom to the faster speed of air being controlled by one throttle plate, and not restricted by a flapper holding back the air flow entering sooner.
Here is where you like it or hate it. The controversy being the, "twitch" or more a ragged edge throttle apply. Some can't handle the air jerking of the bike moving air a lot faster into the cylinder. Think about it.
Others, like me, can feel the performance sort of sign off, where 'lean is mean' means something. The more method modes I throw at the bike, the more it signs off of that better stock tune in the analog.
Like someone said; it's your bike. Ride the limp if it feels good. That limp, since 1999, never hurt a bike yet = "Fail-Safe"... Get it?
No flapper in gen 2. Figured your manual would show you that.
I'm going to try and make you understand how to read the FSM as to how I read it. So, you need to come back with every gear value as I take everything out of the book...
Here are the values of one brand bike with a GPS:
Input Voltage at 1 ~ 6 Gear Positions
Standard:
1st ~ About 3.0v
2nd ~ About 2.5v
3rd ~ About 2.0v
4th ~ About 1.5v
5th ~ About 1.1v
6th ~ About 0.7v
Notice how lower the voltage steps down as you go up in gear. Now, they may use a 6.8 ohm resistor in one of the 7 (1-N-23456) positions. of the GPS to move those volts. Where are you getting these numbers from?
This is smack dab on topic. There is no partial. There is no partial fail-safe, no partial pregnant.This is partially on topic...
No, you mean it was bothering you that I asked you, "How can both books not follow the lower you go in voltage, the opposite happens is the fuel cut richens, being generic FI steps."... and it was bothering me that someone was giving mis-information about a hayabusa on a Hayabusa forum.
I want you to show me there is a different map that is going to change the fuel trim, I pull the clutch in at idle in 5th gear and come to an idle in N. How do you explain away that I shifted gears and the subthrottle moved in sync with the foot apply.You can clearly see that voltage increases from 1st to 6th gear, and the voltage floats up to 5v when the bike is in neutral or between gears.
I didn't tell you about the cam sensor. Maybe you can explain that one trick pony.And for sure, the reason for a gps sensor is for different fuel maps, timing maps etc. The ecu's have been hacked and its clear there are different tables for different gears. And now that i know all i need is a crank signal and an ecu i am going to cut all the extra sensors off my bike and sell them on ebay
Say, did I not mention the smaller the value, the richer the cut? Say we take 500 pie cuts; is not 15,000 pie cuts a lot smaller in increments? No matter how you slice it, do you see how both bike values revert to the locked-6 in the generic FI moves of those steps written in stone?approximate resistance values for each gear if anyone would like to know
1st gear 500 ohms
2nd gear 800 ohms
3rd gear 1,500 ohms
4th gear 2,700 ohms
5th gear 6,800 ohms
6th gear 15,000 ohms
Smithy, I can see you did not grasp the concept once you mention a desired ohm resistance and that trace to ground on the other end. I used another resistor size to prove the same TRE effect will occur. You are missing the 3 basic wire faults and the Method that turns the same limp maps on no matter the resistor. Tink ground... Repeat it before you go to sleep is... G-R-O-U-N-Dare ya go! ???so if you want to make your own TRE you need a 6.8K Ohm resistor.