First off, I don't want any BS about "you should have left it stock, you need a standalone, etc". This is an interim solution that will be rectified by a standalone.
I'm using a Q45 throttle body with a FFIM, on an engine controlled by the stock ECU and an S-AFC2 (for what its worth, I'm working out the bugs from my restoration on stock stuff before I move to a full standalone). I assume there are other guys on a similar setup.
The issue I'm currently having is an extremely touchy throttle, which if I'm not careful, causes a pretty serious jerking in the drivetrain at low speeds. I assume this is a result of more-than-expected air passing the throttle plate per % throttle opening. I've tried closing the idle gap on the TPS (a distance proportional to the cross-sectional area difference), but this hasn't really solved anything. I'm thinking of opening the gap above stock to see if that takes away some sensitivity.
Anybody manage to solve a similar problem?
Adam
I'm using a Q45 throttle body with a FFIM, on an engine controlled by the stock ECU and an S-AFC2 (for what its worth, I'm working out the bugs from my restoration on stock stuff before I move to a full standalone). I assume there are other guys on a similar setup.
The issue I'm currently having is an extremely touchy throttle, which if I'm not careful, causes a pretty serious jerking in the drivetrain at low speeds. I assume this is a result of more-than-expected air passing the throttle plate per % throttle opening. I've tried closing the idle gap on the TPS (a distance proportional to the cross-sectional area difference), but this hasn't really solved anything. I'm thinking of opening the gap above stock to see if that takes away some sensitivity.
Anybody manage to solve a similar problem?
Adam