MacroPact Is a Raspberry Pi Pico Macro Keyboard

This stunning Raspberry Pi Pico macro keyboard features 17 keys, two encoders, an IPS screen, and a 3D-printed enclosure.

The keyboard/mouse combo has worked well for many years, but with the availability of HID-capable microcontrollers, 3D printing, and custom-made circuit boards, it’s possible to buy or construct your own third interface device: a macropad. These auxiluary keyboards can be programmed to do all sorts of tasks in an instant that cost you precious seconds before. Some even include an encoder (or two) and perhaps an auxiliary interface screen.

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Robot “Repairs” Clock By Pushing Minute Hand

Why replace a broken clock, when you can just get a robot to push the hands for you?

When a clock breaks, the normal choices would be: fix it, replace it, do without, and for Hackster readers, strip for parts. Developer Hendrick, however, seems to have come up with another option: leave it broken, but program a four-axis robot to incrementally move the minute hand. It’s an unconventional choice, but as seen in the video below, who wouldn’t want a clock that functions in such an interesting manner?

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View Yourself as Others See You with the Third Person Camera System

This camera system lets users see themselves from a different perspective ad they walk around.

A previous attempt

Nearly every human experiences the world with a pair of eyes that are only in one position for their entire lives. TurkeyDev wanted to change this by creating a VR device that allows people to see themselves in the world from a different perspective. In his first attempt at creating this system, TurkeyDev began by taking a DIY Google Carboard VR headset and pairing it with a Raspberry Pi camera, but in doing so ran into several issues. The main problems with this initial setup was the lack of a good, solid headset and too much latency which could cause motion sickness.

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Drop-In Zega Mame Gear II Board Upgrades Your Classic Sega Game Gear with a Raspberry Pi CM4

Pseudonymous maker “zarcadeuk” is preparing to launch a carrier board for the Raspberry Pi Compute Module 4 (CM4) with a difference: It drops directly into the shell of a Sega Game Gear handheld console.

“My idea was to use the Game Gear shell,” zarcadeuk explains of the project, dubbed the Zega Mame Gear II. “There are plenty [of other] devices to choose from, but always loved the aesthetics of the Game Gear. No shell modifications needed. I’ve made it as simple as possible.”

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This Eye-Catching 3D-Printed Cyberdeck Puts a Raspberry Pi-Powered Retro Gaming Rig in Your Fist

Printed for maximum visual impact, this cyberdeck offers on-the-go gaming with a portrait format screen — great for bullet hell shooters.

A Reddit user going by the name of “willy_mcBoner” has shared a look at an unusual handheld cyberdeck, boasting a portrait display and a 3D-printed housing with carry handle — and it’s designed with portable gaming in mind.

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Mini Raspberry Pi Server With Built In UPS & Stats Display

In this video, we’re going to be putting together a mini Raspberry Pi server with a built-in UPS. A Raspberry Pi makes a great server for a NAS or for media streaming, home automation or even a home security hub for your cameras. All of these projects can benefit from having a built-in UPS to ensure that the Pi is kept running in the event of a power interruption.

PiFire – Raspberry Pi Zero W based Smoker Grill Controller using Python 3 and Flask/Gunicorn/nginx

This project was inspired by user dborello and his excellent PiSmoker project (http://engineeredmusings.com/pismoker/ and https://github.com/DBorello/PiSmoker). I encourage you to check it out and get a rough idea of how this all works. This particular project was built around a Traeger Texas smoker grill platform, but should work for most older Traeger models (or other brands with similar parts like the older Pit Boss) built with similar parts (fan, auger, and igniter). I’ve built the code in a way to be somewhat modular & extensible such that you can replace the grill platform with your own specific platform instead. Newer Traeger grills with their newer wifi enabled controllers have DC components (instead of the AC Fan / Auger) and aren’t covered by this project.

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Gorgeous Specimen is the Final Word in Clocks

At this point, it’s safe to say that word clocks aren’t quite as exciting as they once were. We’ve seen versions that boil the concept down to what amounts to a parts bin build, which for better or for worse, takes a lot of the magic out of it. You just get an array of LEDs, put some letters in front of it, write some code, and you’re done.

But then [Mark Sidell] sent in his build, and we remembered why we collectively fell in love with these clocks in the first place. It wasn’t the end result that captivated us, although the final clock is indeed gorgeous, but the story of its painstaking design and construction. The documentation created for this project is unquestionably some of the best we’ve seen in a very long time, and whether or not you have any desire to build a word clock of your own, you won’t regret sitting down and reading through it.

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This Wearable Cyberdeck Is as Stylish as They Come

Cyberdecks are a dime a dozen these days, but this wearable cyberdeck called Кибердек RA01 that stands out.

The cyberdecks from William Gibson’s novels are pure function. Deckers in that world cobble their cyberdecks together without any concern for style. But that is, of course, punk rock as hell and stylish in its own apathetic way. Today’s cyberdeck community leans heavily into the cyberpunk aesthetic. Very few people build cyberdecks for practical purposes — they’d use a laptop if practicality was their concern. And that is why the hobby is enjoyable, because it gives enthusiasts the opportunity to express their inner dystopian industrial designer. R▲, a Russian “underground cyberpunk artist,” took that to heart when they built this wearable cyberdeck called КибердекRA01.

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The Raspberry Pi Pico-Powered Pico MIDI (H)Arp Turns Nearby Wireless Signals Into Music to Your Ears

Driven by MicroPython on a Raspberry Pi Pico with Pimoroni Pico Wireless add-on, this music generator plucks Wi-Fi signals from the air.

Pseudonymous electronics and music enthusiast Kevin, of Simple DIY Electronic Music Projects, has shown off a Raspberry Pi Pico-powered MIDI project with a difference: It generates music based on nearby Wi-Fi signals.

The project was inspired by a 2015 device dubbed the MIDI Arp, which used an Arduino Nano board and a Microchip ENC28J60 Ethernet shield to turn address resolution protocol (ARP) requests into music — played through a Roland MT-32 synth module.

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