The First PipBoy We’ll See This Year

You heard that we’re shutting down Hackaday on November 11, 2015, right? That’s the release of Fallout 4, and trust me: I’m not getting anything done that day.  A new game in the Fallout series means more power armor cosplay builds, and hundreds of different wearable electronics from the friendly folks at Vault-Tec. I speak of the PipBoy, the wrist-mounted computer of the Fallout series, and [THEMCV] built the first one we’ll see this year. It won’t be the last.

The PipBoy [THEMCV] created is the 3000a model, the same one found in Fallout 3 and New Vegas. We’ve seen a few real-live versions of the PipBoy before; this one used the PipBoy prop that came with the Amazon exclusive special edition of Fallout 3. Things have changed in the years since the release of Fallout 3, and  to build his PipBoy, [THEMCV] just bought one from Shapeways.

The electronics consist of a Raspberry Pi Model A, 3.5″ LCD, a battery pack, and a great piece of software to emulate the software of the PipBoy 3000. It looks great, but [THEMCV] still needs to find a few retrofuturistic buttons and dials to complete the PipBoy experience.

Video below.

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Arm Mounted Computer

Yet Another Awesome Working Prototype Of A PipBoy 3000

When we’re not busy writing up features on Hack a Day, some of the writers here have some pretty impressive projects on the go. One of our own, [Will Sweatman], just put the finishing touches on this amazing (and functional!) Pipboy 3000!

The funny thing is, [Will] here isn’t actually a very big gamer. In fact, he hasn’t even played Fallout. But when a friend queried his ability to build this so called “PipBoy 3000”, [Will] was intrigued.

His research lead him full circle, right back to here at Hack a Day. We’ve covered several PipBoy builds over the years, and [Will] fell in love with [Dragonator’s] 3D printed version — it was the perfect place to start. You see, [Dragonator] shared all the 3D models on his personal site!

Now this is where it starts to get cool. [Will] is using a 4D systems 4.3″ touch display, which doubles as the microprocessor — in fact, he didn’t even have to write a single line of code to program in it! The hardware can be programmed using the free Workshop 4 IDE, which allows him to use a visual editor to program the device. Watching a YouTube video on the Fallout 3 PipBoy, he was able to recreate all the menus with intricate detail to load onto the device. It even has GPIO which allow him to use buttons to navigate the menus (in addition to the touch screen stylus).

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A Wearable Pipboy 3000

[Zachariah Perry] builds a lot of replica props, and judging from the first few offerings on his blog he’s quite good at it. We enjoyed looking in on the Captain America shield and Zelda treasure chest (complete with music, lights, and floating heart container). But his most recent offering is the wearable and (kind of) working Pipboy 3000 from the Fallout series.

From his description in the video after the break it sounds like the case itself came as a promotional item that was part of a special edition of the game. He’s done a lot to make it functional though. The first thing to notice is the screen. It’s domed like the surface of a CRT, but there’s obviously not enough room for that kind of thing. The dome is made from the lens taken out of a slide viewer. It sits atop the screen of a digital picture frame. [Zachariah] loaded still images from the game into the frame’s memory, routing its buttons to those on the Pipboy. He also added a 12 position rotary switch which toggles between the lights at the bottom of the screen.

A little over a year ago we saw a more or less fully functional Pipboy. But that included so many added parts it was no longer wearable.

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Making The Codec Communicator From Metal Gear Solid

[3DSage] likes building replicas of hardware from movies and video games, often with a functional twist. His latest build aimed to bring the Codec from Metal Gear Solid to life.

If you haven’t played the Metal Gear games, the Codec has been modelled somewhat like an advanced walkie talkie at times, but has often been kept off-screen. Thus, [3DSage] had a great deal of creative latitude to create a realistic-feeling Codec device that provided voice communications and some simple imagery display.

The resulting build relies on an RP2040 microcontroller to run the show. It’s paired with an MPU6050 3-axis gyroscope and accelerometer for motion control of the device’s functionality, and features a small LCD screen to mimic the display in the games. A kids walkie-talkie kit was leveraged for audio communication, but kitted out with a better microphone than standard. Power is via a rechargeable 9V battery, which is really a lithium-ion and USB charging board packed into the familiar 9V form factor.

Where the build really shines, though, is the aesthetic. [3DSage] managed to capture the military-like look and feel as well as authentically recreate the graphics from the games on the screen. The simulated noise on the display is particularly charming. Beyond that, the 3D-printed enclosures leverage texture and multi-color printing really well to nail the fit and finish.

Ultimately, the Codec isn’t much more than a glorified walkie talkie. Even still, [3DSage] was able to create an impressive prop that actually does most of what the device can do in game. If you’ve ever coveted a PipBoy or tricorder, this is one project you’ll be able to appreciate.

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Creating A Radiation King Radio In The Real World

If you’re a fan of the Fallout series of games, you’ve probably come across a Radiation King radio before. In the game, that is, they don’t exist in real life. Which is precisely why [zapwizard] built one!

Externally, the design faithfully recreates the mid-century design of the Radiation King. It’s got the louvered venting on the front panel, the chunky knobs, and a lovely analog needle dial, too. Inside, it’s got a Raspberry Pi Zero which is charged with running the show and dealing with audio playback. It’s paired with a Pi Pico, which handles other interface tasks.

It might seem simple, but the details are what really make this thing shine. It doesn’t just play music, it runs a series of simulated radio stations which you can “tune into” using the radio dial. [zapwizard dives into how it all works—from the air core motor behind the simulated tuning dial, to the mixing of music and simulated static. It’s really worth digging into if you like building retro-styled equipment that feels more like the real thing.

It’s not just a prop—it’s a fully-functional item from the Fallout universe, made manifest. You know how much we love those. If you’re cooking up your own post-apocalyptic hacks, fictional or non-fictional, don’t hesitate to let us know.

2022 Cyberdeck Contest: A Wrist-Worn Deck With A Hybrid Interface

You’d think that now that the 2022 Cyberdeck Contest is wrapped up, we’d stop writing about it. Sorry, but no — there were so many great entries that we just can’t help but keep focusing on them. And this wearable hybrid interface cyberdeck has a look we love so much that we can’t resist spotlighting it.

We wouldn’t go so far as to call the “hgDeck” a PipBoy, but [Igor Brkić]’s wrist-worn deck certainly bears some similarity with to the Fallout-famous terminal. In fact, the design for this one is based on his earlier hgTerm Raspberry Pi mini-laptop, which honestly would have made a great entry all by itself. But while the two version shares some similarities, the hgDeck puts a serious twist on the form factor. In the stowed configuration, the Pi Zero W puts the main display, a 3.5″ Waveshare TFT, to work using the resistive touchscreen interface. But with the flick of a finger, a motor flips the monitor up on a set of pantograph linkages, which exposes a compact Bluetooth keyboard. Another touch stows the screen and returns you to touchscreen-only operation.

There were a fair number of wrist-worn decks in the contest’s final results, and while this one didn’t win, [Igor]’s build has got to be one of the cooler designs we’ve seen, one that almost seems practical in the real world.

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Building A Poketch Powered By An Apple Watch

In Pokemon Diamond and Pearl and the ensuing modern re-releases, the player is given a computer called a Poketch to assist on their journey. [DistressedOwl] decided to build one for real.

The build starts with an Apple Watch, which provides a capable smartwatch platform and a quality display. It’s then given a snap-on case that’s 3D printed in PLA. [DistressedOwl] decided to use model painting techniques to give the build a worn-in, distressed look, which feels fitting for a watch belonging to a rough-and-tumble Pokemon trainer.

The Apple Watch runs a custom app via Test Flight which mimics the appearance of the in-game Poketch. It includes various screens like a basic map and Pikachu looking melancholy next to a digital watch. Sadly, the dowsing app in the Poketch won’t help you find hidden items on the ground.

It’s a build that reminds us of some great Pip-Boy builds over the years. It would make the perfect addition to a Pokemon cosplay, too. Just don’t forget to take some Pokeballs along too!