So I sold all of my MAME cabinets in November/December and wanted to try something different. This time I wanted to design and build my own cocktail cabinet.

Step #1: Design in AutoCAD
I spent about 10 hours drawing up plans for a cocktail cabinet. My goal was to get all of the panels to fit on a single 4'x8' sheet of plywood or melamine.
Here are a couple iso views.


I was able to fit everything except the base on one 4'x8' sheet of wood. Success in my book!

Step#2: Cut the wood
I could either cut the wood myself in my garage with a jigsaw, or pay someone with a CNC router. Since a jigsaw doesn't make clean edge cuts on melamine, I would have to use plywood if I wanted to cut it myself.
Hmmm...$20 for a sheet of plywood + 8 hours to cut the wood myself or.... pay $200 to get it cut on a CNC router out of black melamine.
I chose to get it on a CNC router four a few reasons.
1) Time. I don't want to spend hours cutting wood.
2) Difficulty of cuts. Cutting these pieces with a jigsaw would be very rough.
3) I can get further "sets" of this design cut on a CNC router for about $150 because they will already have the tool path.
One week later... I had my wood.

Step #3: Buy parts
Here is a general list of the parts I needed to buy.
Key 32 Max
Four 8-way Joysticks
Two 4-way joysticks
21 Buttons+ silver switches
2 panel top clamps
Access Panel Door
19" Bezel
Speaker Grills
Glass Clips
L-Brackets
Vinyl Laminate
Cable+Connectors
Cabinet Feet
Power Strip
Wood Screws
2x4s
Dowls (for monitor & base plate)
Back Hinges (Black)
Computer Speakers
2" Grommet
Top Glass
PC Parts
19" PC Monitor Dell M991 or M992
Sound Blaster 16 PCI
T-moulding
I racked up about $700 for these parts. I probably missed a few things above, but this was my initial list.
Step #4: Start Assembly!
First, the base.

Next, cut a hole for the bottom fan. This fan pulls cool air into the cabinet so the monitor doesn't get to warm.



Step #5: Router the edges for t-molding and bevel the control panels.
I always hate using the router... it is soooo messy. I need to get a nicer router with a vacuum attachment. Anyone have some suggestions?

The slot bit.

I tested on a scrap piece to make sure the t-molding slot is centered. My first attempt, it was not. :ack:

Ahh... much better.


A picture of the front of the control panel after using a 1/2" roundover bit.

Step #6: Continue assembly.
Everything seems to fit together! My AutoCAD drawings only had one small flaw (missed a couple button holes), but it was easy to fix. You can see on the right side there was small crack in the melamine. It is no big deal since it will be covered with laminate.

Speaking of laminate..... this stuff is used mostly for audio speakers, but it gives a great finish to arcade machines. I was putting a sheet on and it was about to roll back on itself so I (stupidly) decided to hold one end with my mouth and the other with my hands. The glue ripped the skin off the inside of my lip and it was bleeding profusely.... I had a fat lip for a couple days. Lesson learned.



Ahh... its starting to come together. Here is a shot with the front control panel on.

One of the side control panels... and buttons and joysticks on the front CP. I used black vinyl laminate on the control panels.


Here is a shot with the top folded down.


Here is a shot with the top up. It is held in place by two control panel clamps.

Step #7: Bring it inside for final assembly and wiring.
You can see here I've started some wiring, added the speaker grills, top glass, and put on some t-molding. It is still pretty dusty.... I don't think wife appreciated me bringing in so much sawdust, but my garage was damn cold.

Here's a shot of the KeyWiz32 keyboard encoder. Ahhh... wires everywhere!!! I used 7-wire sprinker wire from home depot: 35c a foot!

Another shot from the top. I have pretty much everything wired in this pic. The platform at the bottom is where the monitor rests. The subwoofer is underneath.

Here's the power button on the back.

Step #8: Configure the computer parts.
I had originally wanted to boot to DOS and run everything from a USB flash drve. I had no trouble getting it to boot into DOS, but I must have spent 20 hours trying to get different DOS sound cards to work. I tried 3 different sound cards with DOS drivers, but finally came to the conclusion that the integrated video on the MB was using IRQ 5 and conflicting with the sound blaster emulation. Frack it, I'll just install Windows.
After I got all of the hardware/software working in a mATX case, it was time to mount the parts inside the cocktail cabinet. Here is a picture of the MB and hard drive.

Step#9: Add in the monitor and some bling!
The monitor fits perfectly. I also used three blue cold cathode lights that will light up the control panels.

Its alive and passes the smoke test. I did make one mistake when closing the top. The cable to the KeyWiz wasn't all the way in and it sheared it in half. Luckily, I had an extra cable. Lesson learned.



Step #10: The kid test.
Uh oh... now comes the real test. If the three year old doesn't break it, I'll consider the project a success.


It passes the test, but I think he likes his better.

Total Project cost: about $900
Total labor: about 20 hours not including AutoCAD design and the time I spent trying to get #$!*( DOS sound to work.
After messing around with this for a few days, I'm pretty happy with the way it came out, especially since it is my first attempt at a cocktail cabinet. With that said, I think I prefer upright cabinets to cocktails. This one takes up too much room in my house and I'd rather stand up when playing arcade games. I do have an extra 21" monitor sitting around.... I'm thinking my next project will be an upright built around it.

This one will definetly be going on craigslist.