The definitive EcuFlash Evo 10 thread
#61
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Boost Control:
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Base Wastegate duty Maps
This table is used to set your base turbo boost level off the first solenoid in the boost control system. It is based off wastegate (solenoid) duty cycle, TPS % and RPM. As you can see it is maxed out at 100% duty cycle at WOT from the factory
Base Wastegate Secondary Solenoid duty Maps
This table is used to set your base turbo boost level off the secondary solenoid in the boost control system. It is based off wastegate (solenoid) duty cycle and RPM.
Boost Target Engine Load Maps
This table is used for the boost error correction system to keep your base boost levels in check. It is based off a target load at TPS % and RPM
Boost Control Load Offset
This table number + the Boost Target Engine Load number = Target Load
Turbo Boost Error Correction
If the engine load is above or below the "Target Load" (see Boost Control Load Offset + Boost Target Engine Load tables) by a certain percentage, then actual wastegate duty cycle is added or subtracted depending on this table.
Boost Control RPM Crossover (Gear based)
This table is used to see the RPM/MPH crossover for gear based boost. In stock form, the GSR model does not take advantage of this feature (but can be tuned to do so). The MR model uses this feature to keep boost lower at approx 3000-5000rpm in 1st gear.
Boost Limit
This table sets the boost limit (fuel cut), based on load.
Boost Cut Delay Timer
This table tells the ECU how long the ECU will let the car be above the "Boost Limit" before it cuts fuel. 1000ms = 1sec
#63
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Oh so adding a pill will detune the first one and then if you tune it back to say 100% the boost levels will be higher. Makes sense. So does this mean the stock system on a stock tune and everything is maxed out on boost? And the only way to get more boost is with a pill?
#64
Oh so adding a pill will detune the first one and then if you tune it back to say 100% the boost levels will be higher. Makes sense. So does this mean the stock system on a stock tune and everything is maxed out on boost? And the only way to get more boost is with a pill?
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Bryan 2 quick questions, how many flashes per "tuning session" do u do? Is it like base line a few times, tune once, dyno, check and readjust and then flash again?
Also how are you preventing P1235? People are saying ECUTeke prevents P1235, but what table is that under ECUFlash?
Also how are you preventing P1235? People are saying ECUTeke prevents P1235, but what table is that under ECUFlash?
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LOL, so unless it's a mail-in flash I'm guessing the flash count CAN rocket up. Any word on a limit of flashes an ECU can handle?
Is this the table for the airflow/torque limiters:
Or are there more tables than what you show?
Is this the table for the airflow/torque limiters:
Or are there more tables than what you show?
#70
Custom tunes are custom tunes, they take time to customize for your vehicle and modifications. Anyone that says they can custom tune a vehicle within 1 to 2 flashes either isn't custom tuning your vehicle and is just slapping a base flash on and verifying it with a quick tweak or just wants your money, or both.
If the ECU is anything like the evo 8 and 9 then it can be flashed a ton without any problems. I have over 500 flashes on my personal Evo 8 ECU with no issues. I have yet to hear of problems with too many flashes on the Evo ECU either.
Last edited by razorlab; Dec 2, 2008 at 09:37 PM.
#71
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LOL well I'm looking in the current XML and all I see useful in elimination the 1235 could be one of the below:
Haha, I demand update to first post more more info. Hahah. JK. Thanks for helping a newbie Bryan.
- <table name="Airflow Check Map #1" category="Intake" address="5e949" type="3D" level="1" swapxy="true" scaling="ISCVSteps">
<table name="X" address="6248e" type="X Axis" elements="14" scaling="Volts16" />
<table name="Y" address="62466" type="Y Axis" elements="17" scaling="RPM" />
</table>
- <table name="Airflow Unknown #1" category="Intake" address="5ec3f" type="3D" level="1" swapxy="true" scaling="Load8">
<table name="X" address="624d6" type="X Axis" elements="6" scaling="ThrottleVoltage16" />
<table name="Y" address="624b0" type="Y Axis" elements="16" scaling="RPM" />
</table>
- <table name="Airflow Check Map #2" category="Intake" address="5ea3e" type="3D" level="1" swapxy="true" scaling="ISCVSteps">
<table name="X" address="6248e" type="X Axis" elements="14" scaling="Volts16" />
<table name="Y" address="62466" type="Y Axis" elements="17" scaling="RPM" />
</table>
- <table name="Airflow Check map #3" category="Intake" address="5eb34" type="3D" level="1" swapxy="true" scaling="ISCVSteps">
<table name="X" address="6248e" type="X Axis" elements="14" scaling="Volts16" />
<table name="Y" address="62466" type="Y Axis" elements="17" scaling="RPM" />
</table>
+ <table name="Flow Check table" category="Intake" address="60a89" type="3D" level="1" swapxy="true" scaling="ISCVSteps">
<table name="X" address="62a72" type="X Axis" elements="21" scaling="Load" />
<table name="Y" address="62a5a" type="Y Axis" elements="9" scaling="RPM" />
</table>
<table name="X" address="6248e" type="X Axis" elements="14" scaling="Volts16" />
<table name="Y" address="62466" type="Y Axis" elements="17" scaling="RPM" />
</table>
- <table name="Airflow Unknown #1" category="Intake" address="5ec3f" type="3D" level="1" swapxy="true" scaling="Load8">
<table name="X" address="624d6" type="X Axis" elements="6" scaling="ThrottleVoltage16" />
<table name="Y" address="624b0" type="Y Axis" elements="16" scaling="RPM" />
</table>
- <table name="Airflow Check Map #2" category="Intake" address="5ea3e" type="3D" level="1" swapxy="true" scaling="ISCVSteps">
<table name="X" address="6248e" type="X Axis" elements="14" scaling="Volts16" />
<table name="Y" address="62466" type="Y Axis" elements="17" scaling="RPM" />
</table>
- <table name="Airflow Check map #3" category="Intake" address="5eb34" type="3D" level="1" swapxy="true" scaling="ISCVSteps">
<table name="X" address="6248e" type="X Axis" elements="14" scaling="Volts16" />
<table name="Y" address="62466" type="Y Axis" elements="17" scaling="RPM" />
</table>
+ <table name="Flow Check table" category="Intake" address="60a89" type="3D" level="1" swapxy="true" scaling="ISCVSteps">
<table name="X" address="62a72" type="X Axis" elements="21" scaling="Load" />
<table name="Y" address="62a5a" type="Y Axis" elements="9" scaling="RPM" />
</table>
#73
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I haven't seen any proof of any flash counters, I'm not saying there isn't any but I just haven't seen any proof.
Custom tunes are custom tunes, they take time to customize for your vehicle and modifications. Anyone that says they can custom tune a vehicle within 1 to 2 flashes either isn't custom tuning your vehicle and is just slapping a base flash on and verifying it with a quick tweak or just wants your money, or both.
If the ECU is anything like the evo 8 and 9 then it can be flashed a ton without any problems. I have over 500 flashes on my personal Evo 8 ECU with no issues. I have yet to hear of problems with too many flashes on the Evo ECU either.
Custom tunes are custom tunes, they take time to customize for your vehicle and modifications. Anyone that says they can custom tune a vehicle within 1 to 2 flashes either isn't custom tuning your vehicle and is just slapping a base flash on and verifying it with a quick tweak or just wants your money, or both.
If the ECU is anything like the evo 8 and 9 then it can be flashed a ton without any problems. I have over 500 flashes on my personal Evo 8 ECU with no issues. I have yet to hear of problems with too many flashes on the Evo ECU either.
Oh Bryan, u are such a tease!!! Is it all check airflow maps then? LOL when u were talking about boost control a few weeks ago I didn't have a clue that turning up boost would require all this. Haha thanks for complicating my life when trying to solve tuning.
#75
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Yup low 9's 100% stock.
With a good drop-in filter (K&N, HKS, etc) it will lean out about .5-.7 or so.
I dyno tested a HKS drop-in filter last week and it gained 20whp/15wtq just dropping it in.
An AEM intake with the whole upgraded intake tube and MAF housing will lean the car out over 1 full AFR point.
With a good drop-in filter (K&N, HKS, etc) it will lean out about .5-.7 or so.
I dyno tested a HKS drop-in filter last week and it gained 20whp/15wtq just dropping it in.
An AEM intake with the whole upgraded intake tube and MAF housing will lean the car out over 1 full AFR point.
Last edited by nj1266; Dec 2, 2008 at 09:56 PM.