Is it a good or bad code ?? If such an animal exists?
coyote wrote:dr20t wrote:Starting from scratch - but if we use airflow at known rpm and boost as a reference, we could probably calculate it and work back using trial and error on the dyno?
I'm going to do some logs tonight and tomorrow for wot stuff - try to scale the maf at lower boost pressures and see what happens
Should give us a good base to build from, you agree?
I reckon so, but perhaps you should ask NewbieGT?
Boostaddict wrote:I dun geddit???![]()
Is it a good or bad code ?? If such an animal exists?
dr20t wrote:Boostaddict wrote:I dun geddit???![]()
Is it a good or bad code ?? If such an animal exists?
Maxed out the maf - even though its a friggen massive 3.5" pipe - too much airflow. The voltage reading from the maf is based on programmed air flow. Once it hits 4.88v it starts maxing out. At 5v reading its maxed and will spit an error code.
This means the ecu cannot read the airflow going to the engine cos its flowing too much
The 3.5" pipe should be good for 320kw atw but its now maxed at out only 24psi once I fixed my fuel pump
Keep in mind I want to run 28-30psi of boost, leaner mixtures, and waaaay more timing.
So who knows what this combo will do
Boostaddict wrote:Uuuuummm ...... Holy sheeeeett!
This thing must be an freckin animal.! I so need a passenger seat wot run!!!
Btw all this speed density stuff ...... Wooosh over the head!!
Obviously its for the big boys and not for the little boys just mucking around!! Hahahha
KiDo_Tuning wrote:Boostaddict wrote:Uuuuummm ...... Holy sheeeeett!
This thing must be an freckin animal.! I so need a passenger seat wot run!!!
Btw all this speed density stuff ...... Wooosh over the head!!
Obviously its for the big boys and not for the little boys just mucking around!! Hahahha
Air flow meter near the air filter can only generate 5 volts maximum so instead of losing tuning resolution by going to a 4" housing, we ignore the airflow meter and use how much boost pressure is in the inlet manifold to work out how much air the engine is consuming per engine revolution.
Boostaddict wrote:KiDo_Tuning wrote:Boostaddict wrote:Uuuuummm ...... Holy sheeeeett!
This thing must be an freckin animal.! I so need a passenger seat wot run!!!
Btw all this speed density stuff ...... Wooosh over the head!!
Obviously its for the big boys and not for the little boys just mucking around!! Hahahha
Air flow meter near the air filter can only generate 5 volts maximum so instead of losing tuning resolution by going to a 4" housing, we ignore the airflow meter and use how much boost pressure is in the inlet manifold to work out how much air the engine is consuming per engine revolution.
You make that sound sooooo simple actually. I totally get it , but I'm guessing that its just not THAT simple.
Why not use this in factory spec??
kiahatsiu wrote:Watching with interest. I suspect I will be going down the same path shortly too. That said, i won't be turning my engine anywhere near as high as this one, 7000 max for the old 2.5. So I don't expect anywhere near the power of this contraption.
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