Hang in there. I'm still finishing the thing! I'm taking lots of photos for my site, and I'll put them up as soon as I'm done (should be this week.)
Well, guess I'll show you what I've got so far. I sketched out a dozen ways to do this, and even built a working 3D CG model, before hitting on the right solution, so maybe you could benefit from my R&D. Basically, I'm using a unique approach. On the prototype panels, I used a hitch pin on either side to hold everything in place. This is basically what
Xiaou2 did with his rotating panels. I knew I didn't want to have Frankenstein bolts sticking out of my final cab, and ideally, I wanted the panels to self-locate when they were rotated into place. Finally, looking around Home Depot, I found the answer:
Roller latches!
I decided I would put 3 of these on each side, so with 6 roller latches, it should hold everything pretty well. All I needed was a way for them to lock in with the sides of the cabinet. Back to Home Depot several times, I never could come up with a simple solution (my favorite kind!) It was finally on the night before begining final construction that my eyes caught something I must have passed a dozen times:
It's a 5" diameter wall protector, you know for keeping doorknobs from bashing the walls. It was the perfect size to act as a track for my roller latches, and it was plastic, so I didn't have to wear out my tools on a metal plate. I drilled a 2" hole in the center thru which a PVC pipe protrudes, forming the axle for the CP. There are three 5/8" holes drilled equal distances from center, and 120
o apart, into which the rollers can lock. The plate also keeps the rollers from getting stuck in the 3/4" slot routered into the inside-right of the cab, thru which the wiring from my CP passes to the PC in the back.
Another PVC piece is inserted thru a 1
3/
4" hole in the CP end plates, and fits somewhat tightly into the PVC axle. I will be adding a screw or something to keep it secure, as it tends to work its way out as I turn the CP around. I will also be adding a screw in the outside of the end plate, that will hit another screw or metal plate on the inside of the cab, so that the CP can't be turned around more than 240
o. So you can rotate from panel 1, to 2, to 3, but no further, so the wiring won't tangle or twist.
And there's the whole thing together, with the CP sans artwork and lexan. The black "splash" panel above the white CP provides clearance for the joysticks to rotate under the monitor. I can put anything up to a full Tron joystick on the CP without anything scraping. It also provides space to put instructions if I find that my guests need it. The CP is connected to the splash, which is hinged to the rotating CP frame with a piano hinge. Plastic child latches click into the holes on the CP end caps, so I can hinge the CP up for some quick tinkering with the controls.
Also, when I'm done, I will be bolting a metal plate across the top front edge of the front access door. Right now, the door keeps the CP from rotating downwards during play. There is a little bit of slack in the roller locking system, so the CP would wiggle upward a bit during rough play. With the addition of the metal plate, the CP will also be kept from rotating upward when the front door is closed. So the roller latches allow the CP to automatically click loosely into place, but the front door provides a second, more stable method of locking everything down. It also allows me to control access to the rotary feature of my cab, by simply removing the key! This is good for parties, since my guests don't know how to work the rotation, and tend to play only on the main CP anyway.
And here's how the finished panels will look:
Heheheh! My baby!

(And, NO, it does not rotate 360
o like that!
Hope this helps with your project! Watch my site for the final report and a detailed writeup!
