jakeachy
15+ Year Contributor
- 189
- 2
- Nov 21, 2007
-
CF.WI,
Wisconsin
New to link, not new to tuning by any means. I have tons of experience with "harder" tuning, such as my reverse engineering and work( stock ecu rotational idle/ true antilag) with 92-96 wrx/sti ecus.
My question is, I need to choose between a MAFT setup, or a 1g or 2g stock maf. I bought a car that isn't running, with a new v3 full setup waiting to go in. I know that with most blow through setups, there is always concern with hz dynamics as they pass through the hotwire. Now, because the MAFT is there, I would be ok to assume there is some sort of smoothing buffer or something to account for this? My main concern is that I wish to make it a solid DD, and in WI, the weather shifts can have profound changes. I obviously don't wish to have a " varying tune" when you couple rapid weather changes with a not so ideal maf setup.
In your experienced link opinions, would you recommend me keeping the already (cleanly) installed maft setup? Or shall I use the 2g maf assembly I have?
Relevant mods:
680 pte ( delphi-based?)
evo3
the usual bolt ons, full periphery (egt, wideband etc)
Thanks
My question is, I need to choose between a MAFT setup, or a 1g or 2g stock maf. I bought a car that isn't running, with a new v3 full setup waiting to go in. I know that with most blow through setups, there is always concern with hz dynamics as they pass through the hotwire. Now, because the MAFT is there, I would be ok to assume there is some sort of smoothing buffer or something to account for this? My main concern is that I wish to make it a solid DD, and in WI, the weather shifts can have profound changes. I obviously don't wish to have a " varying tune" when you couple rapid weather changes with a not so ideal maf setup.
In your experienced link opinions, would you recommend me keeping the already (cleanly) installed maft setup? Or shall I use the 2g maf assembly I have?
Relevant mods:
680 pte ( delphi-based?)
evo3
the usual bolt ons, full periphery (egt, wideband etc)
Thanks
