Hi guys,
Thanks for the advice. To get the button color I wanted (ended up going with a lighter blue) I ended up getting different buttons (microswitch) instead of the gold leaf from Ultimarc for the 7+8 button positions. The convex/concave idea is even better, wish I had thought of it

but this should help distinguish them somewhat. I already have more buttons than I need, guess I could order more

I agree 8 buttons is overkill for 99% of games (even console games which only require 1 analog stick). 4 buttons, 4 fingers - it seemed to fit my hand well but guess I'll find out. I suppose you wouldn't need to keep your pinky fingers on buttons 7,8 for most games so that should reduce the hand strain (I'm still new to this....).
The rest of the functional part of the cab is complete, but I haven't yet started assembly of the most important part, the controls. It's been very cold for the past few weeks (polar vortex- brrr), too cold to work in the garage even with my small electric space heater

So far I:
Monitor + Bezel Installation - Removed the old 19" arcade monitor (didn't discharge though the process is relatively simple)
- Removed everything else I wouldn't need (isolation transformer, power supply, game PCB)
- There was already a platform above the floor level surface that fit the PC tower perfectly. Put it there with an L bracket to hold in place.
- Moved the shelf holding the monitor down about 3" to properly fit the new 21" CRT
- Accidentally broke the 21" monitor (Viewsonic, 2001 era) I had bought (for $30) - I think lifting it up upright and then turning 90 deg did it in, I obviously didn't do that with the next monitor. The monitor showed only a vertical line that changed in color with the picture signal, meaning the horizontal beam circuit must have been bad. I didn't want to bother opening up the monitor casing so I opted to find a better monitor.
- Got a better 22" monitor (NEC 2005 era professional - paid $60) - it was 10 lbs lighter and fit the existing enclosure I had made much better.
- Placed the monitor in the shelf. The shelf is on about a 10 deg angle I think (I used the same angle as existing). The monitor stays in place with friction, but to be safe I cut a piece of MDF (conveniently 24" the width of the cab so not too much cutting to do) and screwed it in to support the monitor from the back.
(When I move the cabinet, I will simply remove the monitor and that supporting piece of MDF.. it would be too heavy with it installed I think).
- Cleaned up the existing bezel, looks great with the new monitor. I'm glad this piece is in good condition because it's not arbitrary to find/make one.
Speakers - Opted to not both hooking up the small mono speaker the came with cab (I didn't remove it). I did read posts where you could install your own audio amplifier on the audio output jack to drive the speakers, but it's tinny and not stereo so I didn't bother.
- I have a nice $100 Creative PC/home theatre speakers (2, no woofer but they have nicely balanced base) that I rarely ever use in my living room (my wife hates them..

- I installed these into the cab, they fit nicely beside the monitor and sound great.
Power - I got a powerbar with a master outlet ($25). Powering on/off the PC power switch powers on the speakers and monitor.
- Just planned this, haven't did it yet,
could someone confirm if this a good approach (I have a background in EE so I can handle circuit speak
) -There's a nice toggle switch that came with the cabinet (it's actually on top of the CAB) that I'm going to move to an easy place to access
-Toggling the switch sets the internal circuit to open or closed (shorted).
-However, from what I've read, PC power supplies/motherboards need to have this open/closed state sent only for a short time. I.E. if you hold down the power button on the PC to power it up, it will power on and then shutoff.
- To make the switch from a permanent on/off to a temporary on/off needed for the PC power supply;
- I'll measure the resistance R of the switch using my multimeter, and hookup a capacitor in series to get a RC time constant of about 1 second.
- When the switch is toggled, the circuit will initially be closed and allow current to pass through, but then become open once the capacitor becomes charged.
Control Panel Preparation - Got 3/4" MDF cut to required size (7.5"x24", the larger piece is 24" wide) - got quite a few pieces this size cut for practice (I haven't routed since grade 9...

)
- I bought a router table and router, as well a jigsaw (I've used these in the past to install laminate flooring)
- As I bought the top mount swappable restrictor plate for the U360, I'm going to follow the following top mount guide"
http://forum.arcadecontrols.com/index.php?topic=90467.40 - I also bought
T
Sold some parts I wouldn't need that would help offset my initial purchase of the CAB in (mostly) working condition;
- Sold the PCB to a local forum member

if
- Sold the monitor on Kijiji, was fun to have discuss in person with a fellow arcade enthusiast - he's going to use the monitor for a PACMAN restore. I did get his contact info- if I decide to get printed laminate graphics him and his buddy just bought a 24"+ printer and kit designed for it.