Would a 2 step work as no-lift-shift on t56
#4
Found it.
Well it looks and sounds like a 2 step. I dont see why it wouldnt work with a 2 step set somewhere between the rpm you shift at and what the rpm is after the shift is completed. Probably have to make some passes and get it right where you want it
Well it looks and sounds like a 2 step. I dont see why it wouldnt work with a 2 step set somewhere between the rpm you shift at and what the rpm is after the shift is completed. Probably have to make some passes and get it right where you want it
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thats all i do. i use the lnc-003 unit. and its wired to the clutch pedal so every time u hit the clutch it activates. i just set the one rpm level where i want to leave say 5k rpm and every time i shift it cuts spark bc its over 5k while keeping pedal to the floor. works great for me.
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thats all i do. i use the lnc-003 unit. and its wired to the clutch pedal so every time u hit the clutch it activates. i just set the one rpm level where i want to leave say 5k rpm and every time i shift it cuts spark bc its over 5k while keeping pedal to the floor. works great for me.
Blue99fbody Fastest t56 fbody 8 80@155 - YouTube
Blue99fbody Fastest t56 fbody 8 80@155 - YouTube
#11
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Nitrous
You could have the nitrous disabled based on the clutch switch input so when ever the clutch switch is depressed, the nitrous is off (our NCC-002 nitrous controller allows you to do that).
You would likely also want an RPM window switch for the nitrous enable so that as you momentarily over-rev on the WOT shift the nitrous turns off above X rpm (again, some nitrous controllers have this built in while others would require a separate RPM window switch).
You would likely also want an RPM window switch for the nitrous enable so that as you momentarily over-rev on the WOT shift the nitrous turns off above X rpm (again, some nitrous controllers have this built in while others would require a separate RPM window switch).
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thanks for the info. Ill defiantly do this once I get to wiring my kit back up. Ill be running a HSW MicroEdge but will defiantly have a learning curve.
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This was the first time i tried out the no lift shift feature on the n2mb box, hence the early shift. I wanted to leave some room in case of error lol.
Fish around my channel and you'll find the 2step video as well
Turbo Trans Am N2MB WOT Box no-lift shift test - YouTube
Fish around my channel and you'll find the 2step video as well
Turbo Trans Am N2MB WOT Box no-lift shift test - YouTube
#16
thats all i do. i use the lnc-003 unit. and its wired to the clutch pedal so every time u hit the clutch it activates. i just set the one rpm level where i want to leave say 5k rpm and every time i shift it cuts spark bc its over 5k while keeping pedal to the floor. works great for me.
Video Link: http://www.youtube.com/watch?v=MSjyGQ1p_Qg
Video Link: http://www.youtube.com/watch?v=MSjyGQ1p_Qg
#17
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MSD as shift torque cut
Unless MSD has changed the activation logic they use, I believe the MSD uses a latched type RPM configuration such that the 2-step won't activate again until your RPM drops some percentage below the set point. This is designed to allow the MSD to only activate at the line and not on each following gear change. This means you would have to let the engine RPM drop significantly between the gear changes for it to activate the 2-step, making for very slow shifts and likely defeating the purpose of doing a WOT shift.
The Lingenfelter 2-step doesn't have that latched feature and that is why you need some other input in order for it not to activate each time you press in the clutch and apply the brake (or how ever you have it activated).
Not very familiar with the n2mb WOT box but since it is designed to be a gear shift torque cut, I doubt it has this latched feature either.
The Lingenfelter 2-step doesn't have that latched feature and that is why you need some other input in order for it not to activate each time you press in the clutch and apply the brake (or how ever you have it activated).
Not very familiar with the n2mb WOT box but since it is designed to be a gear shift torque cut, I doubt it has this latched feature either.
#18
Unless MSD has changed the activation logic they use, I believe the MSD uses a latched type RPM configuration such that the 2-step won't activate again until your RPM drops some percentage below the set point. This is designed to allow the MSD to only activate at the line and not on each following gear change. This means you would have to let the engine RPM drop significantly between the gear changes for it to activate the 2-step, making for very slow shifts and likely defeating the purpose of doing a WOT shift.
The Lingenfelter 2-step doesn't have that latched feature and that is why you need some other input in order for it not to activate each time you press in the clutch and apply the brake (or how ever you have it activated).
Not very familiar with the n2mb WOT box but since it is designed to be a gear shift torque cut, I doubt it has this latched feature either.
The Lingenfelter 2-step doesn't have that latched feature and that is why you need some other input in order for it not to activate each time you press in the clutch and apply the brake (or how ever you have it activated).
Not very familiar with the n2mb WOT box but since it is designed to be a gear shift torque cut, I doubt it has this latched feature either.
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I have the LPE one and works great. very spimple and been working perfect for years. just tied it to the clutch switch (think it was pin 21? but its a while wire off the pcm) and thats it for trigger. So it works on launch and engages any shift over the set rpm.
I noticed different setting it will change how fast is will backfire on a shift. I thinks its how the LPE turns off coils, how many in what order, for how many fuel charges end up in the exhaust. I might be way off but noticed a 100 rpm change 6400 to 6500 will change if there is a delay or not and I can "beat the backfire". Some settings WOT shiftlight comes on clutch in will backfire riiiight at clutch in, other rpm settings might have a slight delay. It might not be the lpe setting at all, could be what rpm (how much over the setting, the engine is) if I was 100% WOT or lifted a little (depends on how good of shape the trans was in when it was had syncos)
see sig for pic. shiftlight on 2step engaged while kicking the clutch
I noticed different setting it will change how fast is will backfire on a shift. I thinks its how the LPE turns off coils, how many in what order, for how many fuel charges end up in the exhaust. I might be way off but noticed a 100 rpm change 6400 to 6500 will change if there is a delay or not and I can "beat the backfire". Some settings WOT shiftlight comes on clutch in will backfire riiiight at clutch in, other rpm settings might have a slight delay. It might not be the lpe setting at all, could be what rpm (how much over the setting, the engine is) if I was 100% WOT or lifted a little (depends on how good of shape the trans was in when it was had syncos)
see sig for pic. shiftlight on 2step engaged while kicking the clutch
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I have the LPE one and works great. very spimple and been working perfect for years. just tied it to the clutch switch (think it was pin 21? but its a while wire off the pcm) and thats it for trigger. So it works on launch and engages any shift over the set rpm.
I noticed different setting it will change how fast is will backfire on a shift. I thinks its how the LPE turns off coils, how many in what order, for how many fuel charges end up in the exhaust. I might be way off but noticed a 100 rpm change 6400 to 6500 will change if there is a delay or not and I can "beat the backfire". Some settings WOT shiftlight comes on clutch in will backfire riiiight at clutch in, other rpm settings might have a slight delay. It might not be the lpe setting at all, could be what rpm (how much over the setting, the engine is) if I was 100% WOT or lifted a little (depends on how good of shape the trans was in when it was had syncos)
see sig for pic. shiftlight on 2step engaged while kicking the clutch
I noticed different setting it will change how fast is will backfire on a shift. I thinks its how the LPE turns off coils, how many in what order, for how many fuel charges end up in the exhaust. I might be way off but noticed a 100 rpm change 6400 to 6500 will change if there is a delay or not and I can "beat the backfire". Some settings WOT shiftlight comes on clutch in will backfire riiiight at clutch in, other rpm settings might have a slight delay. It might not be the lpe setting at all, could be what rpm (how much over the setting, the engine is) if I was 100% WOT or lifted a little (depends on how good of shape the trans was in when it was had syncos)
see sig for pic. shiftlight on 2step engaged while kicking the clutch