I'll remove the plugs and gap them this weekend, although I'm reading that the electrodes are very sensitive to the gapping process. I don't know if the larger injectors are "drowning" the spark, or the larger F23T is producing a larger volume of air to "blow" the spark out. I say this in jest, as I don't know the correct terms.
I use a small vise to close the gap and if using a plug gap tool to open, just stay clear of the electrode area. The vise I use is like this; https://images.homedepot-static.com...d7e6a842d4ac/svn/wen-vises-423dpv-64_1000.jpg
As it relates to the tune, the file I'm using is a Eurodyne Maestro basemap that I "assembled" from the export of a similar ECU for the BPY ECU range. Eurodyne does not actually have files for my BWA ECU part number (as it ends with "R"). They have files for the BPY ECU (ending with "B" & "H"), but I'm seeing the warning where they would lock or brick my BWA ECU.
What Eurodyne did for me was enable me to READ my ECU data, and e-mail it to them. They then did something with that, and sent me a Stage 1 & 2 basemap file. I felt that all they did was to just copy the BPY template and place it on my file.
They were aware of all of the components and that it was the F23T, right?
Since I installed the F23T and S3 injectors, I decided that I should be able to do the same, so I simply exported each table from their hosted BPY F23T with S3 injector in a separate file, then imported them to the same tables in my BWA basemap that I had originally received from them.
Did the verify this?
My understanding was that the actual raw data in the BPY and BWA ECUs were theoretically about the same.