Greetings.
I'm new to Mazdas. I've been wrenching on Hondas for a long time now, culminating in a 12 second all motor daily driven Civic.
My questions is this:
After looking a the dyno graph of the top mount intercooler upgrade, something came to my attention. The a/f ratio with the upgrade is considerably leaner than before the mod.
Is there a reliable way to tune a/f ratio on the Mazda DISI motor? In Hondaland we could do many things, but the tried and true method (both forced induction and NA) was using something like the Apex SAFC/VAFC to add or take away fuel at certain points along the rpm band. It looks like the DISI motor is running too rich even for a turbo setup. Lean it out a bit, recoup minimal gas mileage, but make more power more efficiently. AND I've got more than a little to complain about the fact that Mazda uses a MAF...
BTW, I just purchased a Platinum AWD base model without any frills.
I'm new to Mazdas. I've been wrenching on Hondas for a long time now, culminating in a 12 second all motor daily driven Civic.
My questions is this:
After looking a the dyno graph of the top mount intercooler upgrade, something came to my attention. The a/f ratio with the upgrade is considerably leaner than before the mod.
Is there a reliable way to tune a/f ratio on the Mazda DISI motor? In Hondaland we could do many things, but the tried and true method (both forced induction and NA) was using something like the Apex SAFC/VAFC to add or take away fuel at certain points along the rpm band. It looks like the DISI motor is running too rich even for a turbo setup. Lean it out a bit, recoup minimal gas mileage, but make more power more efficiently. AND I've got more than a little to complain about the fact that Mazda uses a MAF...
BTW, I just purchased a Platinum AWD base model without any frills.