First time data logging my car at the drag strip. 2010 camaro 93 + meth, whipple, stock tb, blower cam, bolt ons, lpe dual fuel pumps id850's etc... I see that my TPS only goes to 39% at WOT. Is this normal or is the blower sucking the tb closed?
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First time data logging my car at the drag strip. 2010 camaro 93 + meth, whipple, stock tb, blower cam, bolt ons, lpe dual fuel pumps id850's etc... I see that my TPS only goes to 39% at WOT. Is this normal or is the blower sucking the tb closed?
Sometimes you have to remove the channel, then re-poll for supported parameters and add the channel back in.
Aside from that I think you really need to look into why it's running so lean. +25% on the long term trims is not good and hopefully you aren't compensating the lean condition over into PE by asking for such a rich air fuel ratio.
A setup like this also needs desoot mode disabled. That will stop a lean spike when you floor it.
I really know nothing about tuning. This was tuned by a professional shop. This is my first time data logging the car so I really don't know what's right or wrong with the tune.
I would personally disable all the engine torque management and max the torque limits. disable fast torque exit too.
I'm assuming that since I'm manual that I don't need the engine torque management.
Thanks for the replies so far guys, I really appreciate it!
if your making the boost that is meant for the pulley size installed, more than likely its fully open under WOT
I had this awhile back.
Right after a PCM write, it would read 99.6%. Then after an engine cycle or two, it would only read 38.9% at wot.
What fixed it for me was:
In the engine tab under the torque management tab, I disabled tip in, put 6000 in all of the gear tabs under tip in, and in the throttle rate under the tip in tab, I put 100%.
I think I figured out why my LTFT's were so out of wack. I did a smoke test and found that the bypass actuator was torn and causing a big vacuum leak. Also found a missing bolt in the back driver side of the blower to the head which was making a smaller leak. So as soon as the new actuator shows up I'll do another log.