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Thank you. Believe me when I say that a ton of time and effort went into the design.

Yea man, sorry. In my rush to finish, I closed it up and didn't get a picture first. I based it off adafruit's ProTrinketHidCombo code. The code I based it off of is that within the link below. https://github.com/adafruit/Pro-Trinket-Rotary-Encoder/blob/master/ProTrinketHidCombo.h Edit...

Thank you man. The OS existed already. It's called Pypboy. As for the interfaces, I used an Arduino clone that I programmed to act as a keyboard and I also coded to accept the control interfaces (rotary encoders, rotary switch, various switches etc.). The 5 position switch on the glove even...

Hey guys, I wanted to take the time to show you guys my pet project that I've building on and off for about two years now. My goal was to create a fully functional pip boy. Not just in terms of the software, but also in terms of the control interface. Not only that, but I also wanted it to be...

Either way, you're doing a great job. Keep it up!

Exactly and believe me when I say that the nature of FDM 3d printing only exacerbates that lack of accuracy. On topic: I really do like the case design overall. It's very good. Especially considering that you're still in school @GingerOfOz

Hahahaha! Man, I'm from New Jersey born and raised. I live in Florida now though. I just majored in Drafting throughout High School and I learned both Imperial and Metric as a result.

ROFL This reminds me of my first attempts at 3d printing and designing. When designing a case for a portable I find that that the most essential tools necessary are the following, a good CAD Program, a good Caliper and the Metric System.

That's understandable. Take your time. I'm sure it will be great once done.

Damn... Maybe I'm just getting old or maybe being out of the portablizing scene for a while has made me rusty, but you guys have been consistently at least one step ahead of me as of late. Hahahaha. Needless to say, I would be so down to buy some of these boards were they ever to become...

That's exactly what I'm talking about and I had no clue something like that was even being worked on for the Wii. More specifically though, I'd want the BB video, regulators, Wii MB components on one board and the display driver components, button mounts and GC+ on another board. Combining...

Hahaha! It's the struggle man.

I'm still on the fence regarding component size to be honest. I want my next build to be tiny, but to properly do so, I would have to design custom circuit boards and transplant the parts from the various components I use for the portable onto them. I feel as though I'd have essentially do what...

Honestly? A transistor will work just fine for me. Hahaha. Thanks for the part number! :)

Those tact switches look awesome! Are you willing to share a link or part number for them?

Yea man. It is surprisingly comfortable to hold in hand and the shoulder buttons are perfectly placed. Having the Z button in the middle is also nice because it is easily pressed with either the left or right index finger. Ask and you shall receive. These internals were from before I moved...

Lmao. I know how to use it, but I just like having my pictures on my photobucket so they're easier for me to reference. Regardless, thank you. Thank you for the kind words. I'm not sure it's small enough for the record. In fact, I know it could have be at least 6mm thinner in the battery area...

Thank you man! :)

What I do is I gut the buttons from the digikey link below and replace the guts with two tact switches mounted to breadboard on top of one another. I outlined the process in the modretro work log quoted below. https://www.digikey.com/product-detail/en/e-switch/PA41EC1100/EG4687-ND/2116166

Hey guys, I just wanted to show everyone my first portable Wii, the Pixii. I wanted this one to be as small as possible and I was on a deadline, so I had the LMAOv2 trim done by @ShockSlayer to save me the trial and error of learning the trim. Needless to say, he did some excellent work and it...