Collaborate Disseminate
Haddington Dynamics, the company behind the Dexter robot arm that won the 2018 Hackaday Prize, has opened its first microfactory to build robot arms for Australia and Southeast Asia.
You may remember that the combination of Dexter’s makeup and capabilities are what let it stand out among robotics projects. The …read more
Continue reading Dexter Robot Arm Embraces New Manufacturing with First Micro-Factory
When you build a machine you can usually count on having precise dimensions for an organized and orderly set of parts, one fitting into the next exactly as you have designed them. You can count on cause and effect — when the user pushes a button or flips a switch …read more
Continue reading Learning About Wearable Engineering While Trying to Un-Taboo a Topic
A piano’s keyboard doesn’t make sense. If you want to want to play an F major chord, just hit an F, an A, and a C — all white keys, all in a row. If you want to play a B major chord, you hit B, a D#, and an F#. One white key, then two black ones. The piano keyboard is not isomorphic, meaning chords of the same quality have different shapes. For their entry into the Hackaday Prize, [CSCircuits] and their crew are working on a keyboard that makes chords intuitive. It’s called the Kord Kontroller, and it’s …read more
Continue reading Redesigning the Musical Keyboard with Light-Up Buttons
Some of us might never know the touch of another human, but this project in the Hackaday Prize might just be the solution. It’s TouchYou, [Leonardo]’s idea for a wearable device that allows anyone to send tactile and multi-sensorial stimulation across the Internet. It’s touching someone over the Internet, and yes, this technology is right here today.
Inside the TouchYou is an Arduino Pro Mini connected to a Bluetooth module. This Arduino communicates with force sensors and touch sensors and also has an output for a small vibration motor. With that Bluetooth module, the TouchYou becomes an Internet of Things …read more
Continue reading TouchYou: Wearable Touch Sensor and Stimulator
Dexter, an open-source, high-precision, trainable robotic arm has just been named the Grand Prize winner of the 2018 Hackaday Prize. The award for claiming the top place in this nine-month global engineering initiative is $50,000. Four other top winners were also named during this evening’s Hackaday Prize Ceremony, held during the Hackaday Superconference in Pasadena, California.
This year’s Hackaday Prize featured challenges with five different themes. Entrants were asked to show their greatest Open Hardware Design, to build a Robotics Module, to design a Power Harvesting Module, to envision a Human Computer Interface, or to invent a new Musical Instrument. …read more
Continue reading Dexter Robotic Arm Wins the 2018 Hackaday Prize
The Hackaday Superconference is in full swing, and in addition to the greatest hardware hackers, a great gathering of tinkerers, awesome talks, badge hacking, and so much more, we’ve also got competitive soldering. This year, we’re making soldering competitive with the SMD Solder Challenge. It began Friday morning as hackers go heat to head, hand soldering frustratingly tiny parts.
The rules are simple: you’re given a light, a magnifying glass, some solder, wick, flux, and the standard Hakko soldering iron (with the standard tip). The task is to solder up our own special version of the SMD Challenge Kit from …read more
Continue reading Competitive Soldering Gets Heated at Hackaday Superconference
If you’re reading Hackaday, you’re probably intimately familiar with really small parts. 0201 resistors are tiny, and even smaller parts aren’t unheard of. The screws that go in your phone are minuscule, and a magnifying glass is really handy if you want to check out the detail on your 3D prints. While this is easy if you have good eyesight and you’re young, a lot of us don’t have that luxury and instead must rely on magnifying glasses and loupes. [Mauro]’s project for the Hackaday Prize makes wearing these loupes and lenses even easier by adding a voice-controlled servo.
The …read more
Continue reading Voice Controlled Glasses and Magnifying Lens
For one reason or another, electronic synthesizing musical instruments are mostly based around the keyboard. Sure, you’ve got the theremin and other oddities, but VCAs and VCFs are mostly the domain of keyboard-style instruments, and have been for decades. That’s a shame, because the user interface of an instrument has a great deal to do with the repertoire of that instrument. Case in point: [jaromir]’s entry for the Hackaday Prize. It’s an electronic analog synth, in cello form. There’s no reason something like this couldn’t have been built in the 60s, and we’re shocked it wasn’t.
Instead of an electrified …read more
The Hackaday Prize is the greatest hardware competition on the planet. It’s the Academy Awards of Open Hardware, and over the last few years we’ve been doing it, we’ve seen literally tens of projects that have gone from an idea to a prototype to a finished project to a saleable product. It’s the greatest success story the Open Hardware community has.
Over the last eight months, we’ve been deep in the weeds with this year’s Hackaday Prize. It’s five challenges, with twenty winners per challenge. That’s one hundred projects that will make it to the semifinals in the hopes of …read more
Continue reading These Are The 100 Finalists In The Hackaday Prize
The theremin is, for some reason, what people think of first when they think of electronic musical instruments. Maybe that’s because it was arguably the first purely electronic musical instrument, or because there’s no mechanical analog to something that makes sound simply by waving your hand over it. This project takes that idea and cranks it up to eleven. It’s a portable synthesizer that’s controlled by IR reflectors. Just wave your hand in front of it, and that’s what pitch is going to sound.
The audio hardware for this synth is, like so many winners in the Musical Instrument Challenge …read more