Thanks for the kind words gents. So on with the pictures and build.
Continuing the build at the frontSo originally, if you look back to my first functional requirements I said I wanted to use three monitors. This was for a few reasons. I hit up Russ Bullock on twitter when MWO was in it's Friends and family stage and he re-iterated that they would fully support three monitors albeit not right away. So I purchased two more Acer 23" monitors to go with one I currently had ( no longer made so I found them on ebay for 90 a monitor). I then had to figure out how to get three monitors inside the cabinet.
By shrinking the cabinet from 4 to 3 feet in width I effectively took away a lot of working room I might have otherwise had. I got the mount (Fast Track triple screen) and made a mock up using the exact size of bezels cut into cardboard. What I discovered was very disheartening. The below pictures are ~34" in width when laid together. Doing the math a 24" monitor leaves 10"(wood at 19/32" on each side remove ~1.5") on both sides, which means I have 6" on each side to go from one side of the monitor to the other. The angle was just brutal.




You'll also see the arms stick out "past" the sides which wouldn't work since the wood would prevent them going out that far. This issue wasn't a concern because FastTrack had shorter arms but ugh, the angle is just ouch.

Then I played MWO with three monitors and was blown away at it's poor implementation. Both side monitors field of V was like 30-50 percent and all side menus skewed to huge ugly proportions. I've seen more recent photos and it looks a lot better but at the time I was like ugh, this just won't work. I played Max Payne 3 and ME3 and they both were enjoyable on three monitors but then I started reading about three monitors, and the experience.
Our brains can only really process/look at one thing at a time. Peripheral vision exists but if I was going to make three monitors work, I would have to blow out the front beyond 3 feet with width and it would then no longer be a VR3.0 pod, but more like something else all together which is fine, to each their own.
So I Scraped the three monitor Idea and went back to one monitor. Now to find a size. 27" 1920x1080 monitors are in the 150-300 range and are nice, but at 27" and large, you gotta go with 2560x1440/1600. So I started looking at 27" that support that. Welcome to the 700 dollar club. At that price, why not just go big and roll 30". Then I discovered the Achilles heel of 27/30" monitors that support 2560x1440/1600, their response time is horrible. The engineers/manufacturers for these devices figured they would be used in cad/Graphics art and wouldn't need fast refresh. So I dug and researched and toiled and then I came upon the HP 30". It's response of 7ms (gray) was the best of breed and the reviews/posts all state the colors are wonderful. Then I saw PCMall had a sale on them at 850 bucks. So I bit the bullet and grabbed one. Having now gamed on this monitor wow, just wow.
Let's build a frameSince I've gone through the process of base/furring strips I won't bore you with it again. The dimensions of the front are 3x3x4 (w*l*h).



At this point I kind of had a brain fart and either forgot to take pictures of the front build or they are on a different camera. I'll check when I get home today from work.
Rear entrySo I wound up building the front out and was then like LOL. how do I get inside it. So I cut out a whole in the rear which will most likely have a door on it. The cut isn't accurate because at the end of the day you won't see it. I plan to use additional wood around there area that would overlap the cut so the door would be hidden. You can see the base of the monitor mount I installed when I was dry fitting the monitor.


Front Main PanelI'm going to take some time here since this is really the best picture I can talk about hot this took form.'
The first thing I did was create the speaker columns on both sides. These were roughly 8" in width on the original design. I shrunk them to 7" each and then made the side walls go ALL the way back to the rear of the front section. I did this because I wanted some re-enforcement. Once done I cut and installed the foot board. I installed it half way through, wood glues/screwed/nailguned it in and then sat down the next day and was like aww crap. My legs were bunched up and it felt uncomfortable. So I removed the screws and then used a chisel/screw driver, a hammer and carefully pried it out. I then remeasured and moved it back, re-glued/screwed/nail guned and it worked the second time. It fit perfectly.
I always knew I wanted a secondary monitor. Even with the three monitor system I wanted another monitor where I could have teamspeak up and see who was talking or pipe out a map (like what artemis would give us). So I had a 4:3 13" monitor sitting around that I got for 5 bucks when Circuit city went out of business. I decased it and cut a little box for it out of a wood panel. I then routed the eges to hide the bezel and then I did a little route job on the edges. As you can see my router got away from me and yeah, son of a B. I'm going to re-make it but I haven't had the want to do it yet. The monitor fits snuggly into the wood router area for the bezel and then I used zip ties and Nailed wire guards on the reverse to hold it in. You could also use the metal strips with holes that they use to hold dryer vents up but I decided I would do the easy with zip ties in case I ever need to remove it. The weight of the decased monitor is barely 5 pounds so no worries on stability.
I then built the monitor housing wood and of course, my measurements were off and the thing was not square and it took way longer than it should have to cut it, since I had to skew corners/sides and dimensions to get it to fit but eventually I got it. The end result was a level I was pleased with. Not perfect, but it works.

Took the wood back out, cut out the monitor with just the screen (bezel hidden) and then got it nice and neat:

Routed the edges for the monitor:

Dry fit the monitor:


It fit nicely. I did NOT remove the bezel from this monitor. It has a 3 year warranty and I didn't feel like messing up a 1k monitor to get it looking super duper. It worked out fine for me I think.


Both monitors in:

Main Monitor MountI used hardwood to create a monitor mount. The main monitor sits snuggly into the routed edge but something needs to press it forward to hold it. To do this I used some 2x4's underneath and then the stand mount. The monitors stand mount actually has hooks on it like a picture frame, so it was super easy to get two screws at the top where it just slid in and held firmly. I used some 3' deck screws (self-tapping) and locked it down. No wood glue because I need the ability to remove the monitor for painting, etc.
Additional Front panel wood workI added these little guys because I thought it would work well to hiding certain aspects of the main panel and also for additional angled buttons.




Paint TimeI was pleased at the state of the cabinet and decided that it would be a good time to paint and prepare for front panel control panels.









Massive fumigation later (thanks oil based primer --cream-filled twinkie--) and painting was complete. Time to build some control panels.
Control panels: The pro way and the innovative cheap wayThe control panels on the VR3.0 pods were designed into the software. They displayed on LCD's what weapon was where and allowed you to assign it to a weapon group (Red, Blue, Green) each of which was represented by a colored button on your joystick. This would prove challenging as any ability I have to work a feature like this into MWO would result in me hacking the program and potentially getting banned. Greenday was originally going to send me some control panel stuff but he wound up needing it as additional ones broke down.
So I decided I would going to go a different route and just build some CP buttons like the vulture pod but in a darkend closed pod it would be tough to see what button was what, so I decided I would use a backlight for the words. I read up what other Simpit builders do, especially the real way to do it and was blown away at how long of a process and how difficult it can be to get the light raceways through metal. I then found an alternative.
One of the simpit builders purchased white acrylic, painted it black and then used a Laser engraver to burn the pattern off of the paint. The end result was an awesome control panel for a fraction of the cost. I decided this would be the direction I went.
I decided I would angle the control panels at 15 dregrees from the side of the monitor to the side of the cabinet. I made them 2" high as I figured this would be high enough for most buttons depth (something I learned now isn't necessarily the case, but I can make it work). I cut the pieces out, dry fit them and then drilled/screwed them in from the monitor side. I then countersunk the holes so the screws wouldn't get in the monitor mounts way. The end result was something I was happy with. the protective cover is kept on until you've drilled all the necessary button holes. You then remove it, paint it black and then laser engrave it.




There are corners/angles that are open to the back lightning but I will fix this in the future.
Let there be light for the control panelTo do this and light it without there being dark spots, I used LED strips. I got them from a Chinese reseller on Ebay for pretty cheap along with the dimmer. I chose green cause I thought it would fit best with the pod. There are specific places you can only cut the strip. I made sure I always cut that exact spot. I then soldered some wires on to each making note of the -/+ as if you mix this up this specific strip can be damaged. I then used hot glue to bind them to the wood. It was kind of a tedious process but it worked as expected in the end. I used wire nuts to put them together (wanted to use molex but the holes between aren't big enough for molex). You can see the furring strips for the control panels here better than the previous pictures.









I like the result and I'm excited to get the control panels drilled/etched and see it lit up.
To be heard!I showed the speakers used before, and I did the same process for the front Right/Left. Without a 5th tweeter I didn't feel like going back to Ebay for another so I decided to just use a center channel I had laying around from an old Sony system. The speaker was rated for 100 watt peak so it seems pretty straight forward. I then decased the Sub and all the controls. I made notes of every connection, removed them and then removed the component from the main panel of the subwoofer housing. This process took about 2 hours because I wanted to be super careful not to damage any of the parts.
Other simpits have installed vibration units to enhance the experience. This Creative sub is 220 watts so I figured this thing would probably be enough to really shake the cab. Boy was I right. This sucker on 25% volume gives an entirely different feel being right behind the seat. This was never my intent of use for the cavity here but boy did it work well.
Here's the back of the subwoofer panel with all the brains of the creative Gigaworks:

Removing devices from the control panel carefully:

Main power:

Intelligance/power removed, just the sub left:

Systems fit into the rear cavity behind the seat in the pod:


Subwoofer inserted into the back of the cab cavity. I used a dremel with the circle attachment to fit the subwoofer. I was going to route the lip like the original enclosure had but I never got around to it and the fit without routing the lip was fine IMO.



I reused the original sub grill. I like it's look. You won't see it thought anyways as the chair completely blocks your view of the system.

Center Channel speaker:


Fan/Temperature controlI found a cool computer fan control system and thought it would integrate well into one of the side angle guys I put in:



I had to cut the fins in half as they were a little too deep, but I got in into wood panel. I don't have pictures of it but I'll try to grab some.
That's all for right now. I'm hoping to get my laser engraver in about 2 weeks and then I'll flush out the control panels. What's good is that while I wait for it I can finish work on the Lift-Gate system for pod doors automatic open and closing.