After spending more than 250 hours on his project, [Admiral Aaron Ravensdale]’s steampunk keyboard is finally done.
The keyboard mod was designed around a Model M. After removing the keycaps, [The Admrial] upcycled the keys from old Continental typewriters. Because his typewriters only had 47 keys and the Model M needs 104, three typewriters needed to be sourced off of eBay. Polishing the metal rings of the typewriter keys ate up more than 100 hours.
After building a brass frame from 8mm tubing and candle holders, the stained wood inlay was drilled for the keys. Status lights were installed and the PCB was connected. A pair of ‘gaslight’ keyboard lights were fabricated using 3mm tubing and very fitting “Golden White” LEDs.
[Admrial Ravensdale] put up an Instructable walking through the build process of his keyboard. There’s also a German-language PDF build log that shows every picture of every step.
This isn’t [Admrial Ravensdale]’s first Hack A Day feature, but with a build that might one-up the original steampunk keyboard we can’t wait to see what comes out of [The Admiral]’s workshop next.
Instructables user [Admiral Aaron Ravensdale] just finished a high voltage plasma bulb build that makes creative use of off-the-shelf parts. As a self-described steampunk, [Adm. Ravensdale] also earned some cred by included working gears in his build.
The heart of the build is a “flicker flame” candle light bulb. These light bulbs have two flame-shaped plates inside the bulb to act as electrodes. Instead of the Argon that normally fills an incandescent light bulb, the candle bulb is filled with Neon. When excited, Argon gives off a rather unnatural purple glow – not very convincing for a simulated candle and certainly not steampunk. The Neon in the flickering candle bulb gives off a brilliant orange, perfect for simulating a flame and will surely impress the duchess during afternoon tea.
After the right plasma bulb was found, [The Admiral] scavenged the rest of the high voltage electronics from disposable cameras. Attaching three electrodes to a brass gear, the entire mechanism was made to spin using parts from an old clock and a CD drive motor. We’re always impressed with the scavenging abilities of steampunkers – we’d still be waiting for our gears to arrive if we attempted this. Check out the video of this really cool and very inexpensive plasma bulb after the break.
Continue reading “High voltage plasma lamp is also tasteful steampunk”
This amazing steam punk keyboard was sent in to the tip line, and while it’s not necessarily a ‘hack’ in the purest sense, the level of quality in the build is incredible.
Each key was crafted from brass tubing that was later filled with a wooden dowel and covered with the key cap label. While there’s no mention of how the key caps were made, we do especially like the abstract Windows Key label. After the PCB for the keyboard matrix was enclosed in a bit of plywood, the hand tooled leather was applied to the front. The name plaque that was hand engraved with a modified screwdriver is especially nice.
The build is based around the amazing Das Keyboard with Cherry Blue switches, one of the only keyboards currently being manufactured that comes close to the feel of the One True Keyboard. While it’s not a keyboard built from scratch, it’s still one of the best steampunk builds we’ve seen, most likely because not a single gear was glued to the project.
[Richard] has been working on the concept of “incorporating more feeling into our digital objects”. His design is still just a concept but hopefully someone will take up the idea because we think the results would be amazing. The attention to detail in the design is impressive, the Rotary Mechanical Smartphone as he is calling it contains a generic smartphone maintaining all the features such as the touch screen, but also including a set of interchangeable rotary dials on the back. There is the true rotary dial just like an old phone and a push button dial, for complete integration of the old and new technologies.
Once the design was complete, Richard built himself a proof of concept model to show off his work. The shell was 3D printed and copper plated to get the desired steampunk finish. The rotary dials are made from brass plate and hand finished. [Richard] has put in a lot of effort getting the finish right with electroplating, painting, and sanding. The final results are nothing short of impressive. Check out his site for some very nice photos and build details.
This custom CD-player enclosure may not be your style, but you can’t deny that the fabrication techniques are top-notch (translated). This starts with a portable CD player and a set of amplified speakers. A brass plate serves as the base for the electronics, with the CD player internals mounted from the underside. The brass dome that covers the spinning disk also started as a sheet of metal, with quite a bit of work (translated) going into shaping and smoothing to achieve these results. The base and speaker boxes exhibit some fine woodworking, and there’s even additional electronics for lights, control buttons, and to drive the two analog meters. A lot of thought went into each component of this build and that’s how you put together a masterpiece.
Since their invention in the 1500s, Hookahs have always been a way for craftsmen to show off skills by creating ornate, elaborate, and functional pieces of art. This still holds true today, as easily seen above. Found on the Hookah subreddit, this pipe was pieced together by recycling an old vodka bottle, as well decorating and re-purposing a number of plumbing items. Some finishing touches such as LEDs and gears to the base, as well as a set of turn-valves to the hose plugs give this hookah a very distinctive look.
As always, we at Hackaday do not recommend or promote smoking, no matter what goes into the bowl of the hookah. However, whether you smoke or not, the final product is worth appreciating. Be sure to check out the higher resolution pictures after the break.
Continue reading “Custom Made Industrial Hookah”
Leather work, copper tubing, small easy to use package. Now that is a beautiful Arduino Watch. [Matthew Garten] has retrofitted his old Arduino Watch and given us the details that we crave.
Previously, all we had was a video and a few pictures of a quite uninviting watch. But now we know it has temperature, range finding, and trackball input while displaying time, games, and more with its 128 by 128 pixel OLED 16 bit display. And did we mention the much more enticing steampunk case?