Torque Management System - C6
But of course, if all the C6 owners stopped paying the TM toll and had full access to the power of their LS2, they might be out there matching or beating the Chevy quarter-mile spec for their cars.
Ranger

By the way, despite only making five runs in the car, I have matched GMs times for a Z51 coupe, with TM as well.

By the way, despite only making five runs in the car, I have matched GMs times for a Z51 coupe, with TM as well.
You are in a small group that's matched or beat the C6 spec. On the C5Z without aggressive TM, hundreds of owners beat the spec.
Ranger
You are in a small group that's matched or beat the C6 spec. On the C5Z without aggressive TM, hundreds of owners beat the spec.
Ranger
As the performance is increased then proper path is to retune the TM, TC and TCC so that the new performance can be used but the safety functions still protect the car and driver.
Also let's not forget TM's main purpose to protect drivetrain from abuse/stress and turning TM off will have a long term impact on parts downstream of flywheel
As the performance is increased then proper path is to retune the TM, TC and TCC so that the new performance can be used but the safety functions still protect the car and driver.
Also let's not forget TM's main purpose to protect drivetrain from abuse/stress and turning TM off will have a long term impact on parts downstream of flywheel
Second, the argument that it is designed to save parts is still a strange concept to me. I've always undrstood the desire for TM to soften the shifts of an automatic car. But if the car is built with 400 hp, the drivetrain should be able to take it. Do you know how much raw torque muscle cars of the 60's had? Rather than figure out how to take away some of that torque, they build the drivetrain to handle it.
I really have a hard time accepting that a manual transmission car needs TM to save parts. Besides, if in fact that is the case, then GM missed the mark. Look at the rash of rear end failures on 05s, and how many people report that they still have problems with axle hop.
Second, the argument that it is designed to save parts is still a strange concept to me. I've always undrstood the desire for TM to soften the shifts of an automatic car. But if the car is built with 400 hp, the drivetrain should be able to take it. Do you know how much raw torque muscle cars of the 60's had? Rather than figure out how to take away some of that torque, they build the drivetrain to handle it.
I really have a hard time accepting that a manual transmission car needs TM to save parts. Besides, if in fact that is the case, then GM missed the mark. Look at the rash of rear end failures on 05s, and how many people report that they still have problems with axle hop.
That's for sure the real reason the have the accident is because they rely on AH andTC to save them and it doesn't work


Second, the argument that it is designed to save parts is still a strange concept to me. I've always undrstood the desire for TM to soften the shifts of an automatic car. But if the car is built with 400 hp, the drivetrain should be able to take it. Do you know how much raw torque muscle cars of the 60's had? Rather than figure out how to take away some of that torque, they build the drivetrain to handle it.
I really have a hard time accepting that a manual transmission car needs TM to save parts. Besides, if in fact that is the case, then GM missed the mark. Look at the rash of rear end failures on 05s, and how many people report that they still have problems with axle hop.
I know you were around when the AC Cobras came out. The Magazines of the day always commented how a lot of them became tree ornaments. It is quite possible that TM and abuse mode have a another role besides saving the drive train …….. save the driver
Hey go figure.With regard to the 60's those cars did not have independent rear suspensions (except the Corvette ) and the tires were from hunger. You would light the tires up really easy on a stock muscle car. We would destroy U joints, clutches and converters on occasion but it was not the norm. This was usually the result of driver error like: dumped the clutch at too high RPM, slip the clutch too much, power brake the trans too long. It is not easy to drag race a IRS car. You can never tell when you may experience wheel hop. It is just the nature of the beast
In any case we have the ability to tune out some of the TM and abuse mode. So instead of trying to drive around it…… it is time to tune around it.
Hey for once we have taken an argument turned it into a useful discussion and come to a conclusion where we all happen see the others position and reach an agreement that TM exists....... must be some record



That's for sure the real reason the have the accident is because they rely on AH andTC to save them and it doesn't workDennis

They do not know how to drive & the car gets away from them.
The Best of Corvette for Corvette Enthusiasts
You are in a small group that's matched or beat the C6 spec.
I think I beat the Chevy spec for automatics by over 4 tenths as well. 


although, i'm still a bit confused as too what it is and what causes it.
anyone care to sum it all up ?
TM (torque management), TC (traction control), AM (abuse mode).
would it be possible if we took each item seperately and explained the workings of each.
if we can agree upon a definition it would be much easier to figure out.
for example, could we define each, then detail the components used ?
tm=torque management:
what is torque management (please explain in the simplest terms) ?
what causes a TM event, what are the symptons ?
how is it regulated ? how does it know when to activate/deactivate
tc=traction control:
what is traction control (please explain in the simplest terms) ?
what causes a TC event, what are the symptons ?
how is it regulated ? how does it know when to activate/deactivate
AM= Abuse mode:
what is Abuse Mode (please explain in the simplest terms) ?
what causes a AM event, what are the symptons
how is it regulated ? how does it know when to activate/deactivate
what is the volumetric efficiency of the engine when a TM event occurs ? if tm is limiting the engine to 25% of it's power (efficiency) there is 75% of the power left on the table.
it's beginning to sound like we have agreed that the car is using the same software for both versions of the car (manual and automatic), anyone know or able to prove this ? and that the 'safeguards' from the auto apply to the manual (as related to the powertrain minus the transmission).
although, i'm still a bit confused as too what it is and what causes it.
anyone care to sum it all up ?
TM (torque management), TC (traction control), AM (abuse mode).
would it be possible if we took each item seperately and explained the workings of each.
if we can agree upon a definition it would be much easier to figure out.
for example, could we define each, then detail the components used ?
tm=torque management:
what is torque management (please explain in the simplest terms) ?
what causes a TM event, what are the symptons ?
how is it regulated ? how does it know when to activate/deactivate
tc=traction control:
what is traction control (please explain in the simplest terms) ?
what causes a TC event, what are the symptons ?
how is it regulated ? how does it know when to activate/deactivate
AM= Abuse mode:
what is Abuse Mode (please explain in the simplest terms) ?
what causes a AM event, what are the symptons
how is it regulated ? how does it know when to activate/deactivate
what is the volumetric efficiency of the engine when a TM event occurs ? if tm is limiting the engine to 25% of it's power (efficiency) there is 75% of the power left on the table.
it's beginning to sound like we have agreed that the car is using the same software for both versions of the car (manual and automatic), anyone know or able to prove this ? and that the 'safeguards' from the auto apply to the manual (as related to the powertrain minus the transmission).

although, i'm still a bit confused as too what it is and what causes it.
anyone care to sum it all up ?
TM (torque management), TC (traction control), AM (abuse mode).
would it be possible if we took each item seperately and explained the workings of each.
if we can agree upon a definition it would be much easier to figure out.
for example, could we define each, then detail the components used ?
tm=torque management:
what is torque management (please explain in the simplest terms) ?
what causes a TM event, what are the symptons ?
how is it regulated ? how does it know when to activate/deactivate
tc=traction control:
what is traction control (please explain in the simplest terms) ?
what causes a TC event, what are the symptons ?
how is it regulated ? how does it know when to activate/deactivate
AM= Abuse mode:
what is Abuse Mode (please explain in the simplest terms) ?
what causes a AM event, what are the symptons
how is it regulated ? how does it know when to activate/deactivate
what is the volumetric efficiency of the engine when a TM event occurs ? if tm is limiting the engine to 25% of it's power (efficiency) there is 75% of the power left on the table.
it's beginning to sound like we have agreed that the car is using the same software for both versions of the car (manual and automatic), anyone know or able to prove this ? and that the 'safeguards' from the auto apply to the manual (as related to the powertrain minus the transmission).
I think we need to understand the software (duh?). You say it is "using the same software for both versions". I can agree that probably is true, but with a disclaimer. The software may be the same, but the "items" or "settings" may be different.
As a simple example that I know to be true - On C5's, the software controls things such as the tire pressure monitoring system. Do you know that with LS1 Tech you can go into the software and turn on Tire pressure monitoring on a C5 Z06 and if you have the sensors on the wheel that it will begin working just like a non-Z06?
The reason I use this example is that some people are showing print screens and using them to prove various things. My point is, just because a screen exists and shows values does not mean they are activated on all cars. They might be active on A4/A6 cars, but not MN6 cars, for example.
Well the DA was 3-4K feet so you are right it was wx related. But my car only pulled a SAE corrected 314 RWHP on the dynojet. So the A6 at least in my case has some serious parasitic loss. And I have a feeling the TM is alive and well also. But I am not complaining, I am a dial in drag racer and this thing ran two dead ons and missed another by .01 giving me a first place. I thought my C5's could run the number but the C6 is even better.
At least the TM is consistent in its method.

Btw my times were run at roughly -300 to -400 feet.
If you (1) haven't noticed TM thus far and (2) aren't trying to make the fastest passes possible in your car, then I suggest not worrying about TM. Instead, be thankful that it will reduce the chance of breakage...unless you make the car wheel hop.

Ranger














