Test Your Capacity For Circuit Sculpture With Flashing Lights

December 30, 2022 by Kristina Panos 15 Comments

Have you tried your hand at circuit sculpture yet? Well, if you were waiting for the ideal first project with a great build video to go along with it, keep reading. [4dcircuitry]’s 555-based flashing circuit sculpture ticks all the go-for-it boxen for us — the component list is short, the final circuit looks cool, and well, there are blinkenlights.

Of course, it’s not quite a zero-entry project. Although [4dcircuitry] makes it look oh-so easy build it in the video below, they are using 1206 components and an SOIC-packaged 555 timer here. On the other hand, they start by smartly laying everything out on double-stick tape before applying flux and soldering. Then when it’s time to run the wires that no one wants to see, [4dcircuitry] carefully tweezers it from the tape and flips it over, re-using the tape do solder up the back side.

Don’t have the patience to solder 1206? All component sizes are beautiful, as evidenced by this amazing circuit sculpture clock.

Continue reading “Test Your Capacity For Circuit Sculpture With Flashing Lights” →

A wall clock made from wires and electronic components

Form Follows Function In This Circuit Sculpture Clock

December 29, 2022 by Robin Kearey 4 Comments

Electronic components are strictly functional objects: their appearance is determined by the function they’re meant to fulfil. But that doesn’t mean there’s no beauty in them. In fact, a whole discipline called circuit sculpture exists that aims to make beautiful shapes out of nothing more than electronic components and wires. Today we can show you [Maarten Tromp]’s latest work in this field: a wall-mounted clock that he’s christened the Clock Sculpture.

The clock’s main structure consists of two concentric rings made from galvanized steel wire, held together by twelve spokes. All components are soldered directly onto those two rings, with no additional mechanical support. Steel isn’t the greatest material for soldering to, but [Maarten] managed to make it work with a high-wattage soldering iron and a bit of plumbers’ flux.

The overall design is simple but clever: the outer ring holds 60 LEDs to indicate the minutes, with every fifth LED always illuminated dimly in order to provide a background reference in dark conditions. There are 24 LEDs on the inner ring to indicate the twelve hours as well as the “half-hours” in between. Without these, the dial would look a bit odd at 30 minutes past the hour.

A mains transformer, plus a single diode, a buffer capacitor and a 7805 regulator form a simple DC power supply, with its negative terminal connected to the steel frame. Time is kept by an ATtiny13A that counts mains frequency pulses. There’s no way to adjust the time: you’ll have to plug in the clock exactly at noon or midnight in order to synchronize it with the outside world. A crude method perhaps, but one that fits well with the clock’s bare-bones aesthetic.

The individual LEDs are driven by a set of twelve 74HC595 shift registers, all mounted dead-bug style between the two rings. Signals and power are carried between the chips by inconspicuous grey wires taken from old IDE cables; this gives the clock a clean, uncluttered appearance. [Maarten] has had the sculpture clock in his office for several months and while it apparently took some time to get used to, he claims it’s easy to read in bright and dark conditions.

Circuit sculpture has formed the basis for several stunning clock projects: this Tie Fighter-shaped clock for instance, or this insanely complex LED clock. Our 2020 Circuit Sculpture contest yielded many breathtaking designs, too.

Sight And Sound Combine In This Engaging Synthesizer Sculpture

October 23, 2022 by Dan Maloney 2 Comments

We’ll always have a soft spot for circuit sculpture projects; anything with components supported on nice tidy rows of brass wires always captures our imagination. But add to that a little bit of light and a lot of sound, and you get something like this hybrid synthesizer sculpture that really commands attention.

[Eirik Brandal] calls his creation “corwin point,” and describes it as “a generative dual voice analog synthesizer.” It’s built with a wide-open architecture that invites exploration and serves to pull the eyes — and ears — into the piece. The lowest level of the sculpture has all the “boring” digital stuff — an ESP32, the LED drivers, and the digital-to-analog converters. The next level up has the more visually interesting analog circuits, built mainly “dead-bug” style on a framework of brass wires. The user interface, mainly a series of pots and switches, lives on this level, as does a SeeedStudio WIO terminal, which is used to display a spectrum analyzer of the sounds generated.

Moving up a bit, there’s a seemingly incongruous vacuum tube overdrive along with a power amp and speaker in an acrylic enclosure. A vertical element of thick acrylic towers over all and houses the synth’s delay line, and the light pipes that snake through the sculpture pulse in time with sequencer events. The video below shows the synth in action — the music that it generates never really sounds the same twice, and sounds like nothing we’ve heard before, except perhaps briefly when we heard something like the background music from Logan’s Run.

Hats off to [Eirik] for another great-looking and great-sounding build; you may remember that his “cwymriad” caught our attention earlier this year.

Continue reading “Sight And Sound Combine In This Engaging Synthesizer Sculpture” →

The Wonderfully Weird Wireframe Game Boy That Actually Works

June 7, 2022 by Robin Kearey 10 Comments

We see lots of great hardware projects here at Hackaday: some are extremely clever, some are beautifully made, and some show off their maker’s extraordinary skills. Others are just plain weird, but still manage to include some or even all of the above categories. Case in point: [kgsws]’s Wireframe Game Boy project. It’s probably the weirdest Game Boy mod we’ve seen so far, but also extremely impressive from a technical point of view.

The basic idea was to take a Game Boy Pocket and remove its outer shell, replacing it with a cage-like structure made from thick copper wire. That sounds kind of reasonable; think of those transparent Game Boys, only without the transparent plastic. [kgsws]’s video (embedded below) shows him bending a few pieces of copper wire to match the Game Boy’s overall shape, then adding mounts for the cartridge socket, the display, the D-pad and the four buttons. After that you’d simply slide in the PCB, insert some batteries and off you go, right?

Well, this wouldn’t do for [kgsws]. What he did instead, was use a hot air desoldering station to remove all chips from the motherboard and proceed to mount them directly inside the wireframe without a PCB. He then used dozens of thin copper wires to hook up the cartridge slot, the CPU, RAM, buttons, and everything else to reconstruct the motherboard’s functionality. We cringed a bit when we saw him brutally cut the display’s flat cable with scissors, and that too was connected to the rest of the system through flying wires, soldered directly onto the screen’s contacts.

Amazingly, the system managed to boot up and run its software after it got a pair of fresh batteries. Despite a slightly dodgy D-pad, the naked Game Boy actually turned out to be fully usable, although it probably requires somewhat more delicate handling than Nintendo’s famously bullet-proof hardware. We’ve seen Game Boys modded into all kinds of different shapes and sizes, but none quite as unusual as today’s. If it’s wireframe construction you like, check out this eerie sound generator or this beautiful circuit sculpture clock. Continue reading “The Wonderfully Weird Wireframe Game Boy That Actually Works” →

The LED tree itself , filmed in the dark - a myriad of small orbs glowing mictures of green, blue and warm white

Kaleidoscope – Feelings Turned Into LED Tree

May 3, 2022 by Arya Voronova 4 Comments

In 2020, [Eddie] found himself with a few hundred RGB LEDs left after a pandemic-interrupted project, and a slew of emotions he wanted to express – so he turned to the language of hardware, and started sculpting his feelings into an art project. He set out to build an LED tree around a piece of wood he picked for its cool shape, and trying out a long-shelved idea of his, while at it – using different resistors to mix colors of the RGB LEDs. The end result, pictured above, has earned “The Most Important Device” spot in our recent Sci-Fi contest, fair and square.

Initially, he wanted to use ATTiny microcontrollers and PWM all the lights in parallel. Having built an intermediate prototype, a small LED flower, he scrapped the idea due to technical problems, and then simplified it by hard-wiring RGB LEDs with randomly selected colors instead. As for the glowing orbs themselves, he made these just by pouring hot glue into silicon orb molds, a simple technique any of us could repeat. After 90 hours of work between him and an assistant he hired, the LEDs were wired up, each with random resistors connected to green and blue LED colors, and some warm white LEDs added into the mix.

He wanted to mostly use blue and green colors, as symbols of a world revived and revitalized – something we can’t help but keep our fingers crossed for. Before putting it all together, they wouldn’t know which colors each of the LEDs would power up in – part of the charm for this art piece, and no doubt a pleasant surprise. In the end, it turned out to be a futuristic decoration that we’re glad a camera could capture properly! If you like what you see, the build logs linked above have a bit more insights into how it all came together.

LED-adorned plants are fun projects that bring joy for a long time after you’ve finished them. You can easily make a LED tree out of what you have on hand, and if you get real fancy, you can create an intricate bonsai, too. And, if you’re ever interested to experiment with castellations, you can design yourself some PCB cube flowers!

This project was an entry into the 2022 Sci-Fi Contest. Check out all of the winning entries here.

Sound And Light Play Off Acrylic And Wire In This Engaging Circuit Sculpture

February 18, 2022 by Dan Maloney 3 Comments

It’s no secret that we really like circuit sculptures around here, and we never tire of seeing what creative ways people come up with to celebrate the components used to make a project, rather than locking them away in an enclosure. And a circuit sculpture that incorporates sound and light in its design is always a real treat to discover.

Called “cwymriad” by its designer, [Eirik Brandal], this sound sculpture incorporates all kinds of beautiful elements. The framework is made from thick pieces of acrylic, set at interesting angles to each other and in contrasting colors. The sound-generating circuit, which uses square wave outputs from an ESP32 to provide carrier and modulation signals for a dual ring modulator, is built on a framework of tinned wires. The sounds the sculpture makes have a lovely resonance to them, like random bells and chimes that fade and mix together. There’s also a matrix of white LEDs that form a sort of digital oscilloscope that displays shifting waveforms in time with the music.

While we like the way this looks and sounds, the real bonus here is the details of construction in the video below. [Eirik]’s careful craftsmanship working with multiple materials is evident throughout; we were especially impressed by the work needed to drill holes for the LED matrix, any one of which slightly out of place would have been painfully obvious in the finished product.

This is far from [Eirik]’s first appearance on these pages. His vacuum tube and silicon “ioalieia” was featured just a few weeks back, and “ddrysfeöd” used the acrylic parts as light pipes in a lovely way.

Continue reading “Sound And Light Play Off Acrylic And Wire In This Engaging Circuit Sculpture” →

Remoticon 2021 // Debra Ansell Connects PCB In Ways You Didn’t Expect

January 20, 2022 by Elliot Williams 21 Comments

“LEDs improve everything.” Words to live by. Most everything that Debra Ansell of [GeekMomProjects] makes is bright, bold, and blinky. But if you’re looking for a simple string of WS2812s, you’re barking up the wrong tree. In the last few years, Debra has been making larger and more complicated assemblies, and that has meant diving into the mechanical design of modular PCBs. In the process Debra has come up with some great techniques that you’ll be able to use in your own builds, which she shared with us in a presentation during the 2021 Hackaday Remoticon.

She starts off with a quick overview of the state of play in PCB art, specifically of the style that she’s into these days: three dimensional constructions where the physical PCB itself is a sculptural element of the project. She’s crossing that with the popular triangle-style wall hanging sculpture, and her own fascination with “inner glow” — side-illuminated acrylic diffusers. Then she starts taking us down the path of creating her own wall art in detail, and this is where you need to listen up. Continue reading “Remoticon 2021 // Debra Ansell Connects PCB In Ways You Didn’t Expect” →