I've been both busy with other things, and unmotivated to work on this thing. Partially because I was worried it would involve removing the transmission, and that would involve pulling the motor.
Anyhooo, got a little motivated to work on it, in the week before we leave to road trip out west for 18 days (lol), and started in on this.
Up in the air a bit, crawled under, looked at the trans and... yeah, pretty unlikely that I'd be able to get it out with the motor in the car. Really hard to get at the bolts, and the trans wouldn't have enough room to come back far enough to clear the bellhousing. Probably, I mean, if push came to shove, I'd probably give it a try.
But before signing up for that much effort, I thought I'd pull the CBF Performance shifter off and see if there's a chance the new Autosports Engineering shifter would work with the CBF shifter socket installed on the shifter rod. The main issue is that the CBF shifter plate has a plastic ball that slides on pins on the side of the shifter housing, and the plastic ball sits on a pin in the shifter lever. Both of those interfaces have a little slack and let the shifter rod rotate. This wouldn't be so bad but the shifter has an offset on it to reach back a few inches to position it where it needs to be, and that translates some rotational slop into side to side slop at the shift knob. 6 speeds in a tight pattern, with slop? It's not good. It's frustrating. It's damned annoying. On top of that, the shifter indents are not as positive as they should be, it tends to pop out of some of the gears from the faintest of pressures (like the rubber Volvo shifter boot).
Anyhow, took the trans crossmember off, lowered the trans down some (it didn't come far because those engine mounts are STIFF) and then barely had enough room to get the shifter plate off from inside the car.
CBF is black, Autosports is silver. You can see the 3D printed(?) plastic ball in the CBF. It started off with some slop, it got worse. The Autosports has a metal ball, and the shifter lever is tigged to it. Waaaay less rotational slop, and not likely to wear looser in a short amount of time.
Anyhow, great news, the shifter levers are in the same spot, have the same size bushings, etc. Damn, this might work!
Worked on the shifter detent too, that was easy to get to with the shifter plate off. Originally the CD009 had slots in the steel shifter rod that a spring loaded ball interacted with. That shaft was cut and an aluminum shifter socket was put in its place (how it has to work to put the shifter lever on top of the case where an inspection plate was), and the stock spring loaded detent mechanism was mounted on a different bracket to place it farther to the side, where it now interacts with notches on the side of the new shifter socket. But it looked like it was too far over, not really pushing hard enough into the notches. So I carefully ground about 1/16th of an inch off the back of the bracket so the spring loaded gizmo could screw in a bit further.
And bolted the Autosport shifter plate on top and VOILA, it all feels much tighter and way more precise. The offset lever wasn't quite long enough on this shifter, so I just bent the shift rod back a little bit.
Still need to install and adjust the reverse lockout plate that makes sure you find 6th and not reverse. But it feels GREAT. Not quite as good as the Miata's 6-spd, but it should be good enough to not be an irritation when driving it.
Up next - the 5/8" bore clutch master.