I respect your opinion, if you feel that way, good for you
I only tried the best within limitation in GT6, I have been ridiculed about my replicas many times, but it's fine, they are not 100% correct, but at least I tried to get close even with locked or unreachable value. Most of my work is to highlight PD errors in car data hoping they will notice and make effort to rectify them in next GT. I wanted better sim, but many do not like me in the process.
Pcars FQ400 also has the caster locked, as well as final drive, so putting the right range of value is not possible. Again, these are games, some people have more expectation, some don't really care at all. What is exactly your problem with me ?
I used data from Mitsubishi workshop manual for final drive, caster, steering ratio. I even had to showed the pages to Casey Ringley ( physics lead ) before he acknowledged the wrong final drive, as they thought they were right all this time. While spring rate and ARB rate are straight from Eibach ( FQ400 uses Eibach Pro Kit - same part number used by Mitsubishi, as FQ400 is tuned car by factory ) and OEM sway bar are tested and documented by Eibach. Just to be sure, I get in touch with my mate who owned the Evo X before, and also check with several FQ400 owners in other forum about the caster, springs and ARB. The FQ400 also have 8000rpm revlimit
If you read Pcars Consultant report, Nic made a custom tune for the FQ400 which he deem good for him and it's used as stock setup in Pcars. That's how SMS got some inaccurate data on the FQ400. I'm not sure that nic has driven the real FQ400, he didn't even notice the gearing is off as the final is too low at 4.062 on a 5 speed MT Evo X. The correct 4.687 is very noticeable when driven ( if have driven the real car )
My only wish is before they are passing the cars to test drivers like Nic make sure the car's data are correct, and lock them ( caster, springs, ARB, gears, steering ratio, ride height ) as these are mostly not adjustable on the real stock condition car. Fine tune the tire, chassis ( COG ), dampers ( if real data not available, or adjust within OEM spec range damping ) then go from there. I'm sure if the physics engine is great, the car model is great ( dimensions, attachments, physics parameter ), the car will drive as it should.