This week on Maker Update: the classic bristlebot gets an upgrade, Eagle CAD drops a bomb, ASUS takes on Raspberry Pi, musical domes, hacked Furbys, vape tech, and Chi-town gets a big ol’ Maker Faire.
I love when a DIY project gives you something that feels almost like a magic trick. The TV-B-Gone project is one such project, but so is this LED paintbrush project published by John Park on Adafruit.
John Park has an embarrassing number of great projects, but I ordered up the parts for this one specifically because I’ve been looking for an approachable project with a fun payoff to use for a beginner electronics workshop I’m teaching in April. I love the idea of students walking away with a unique gadget to show off, rather than just a blinking LED.
This week, an artificially intelligent word camera, the launch of the Pi Compute Module 3 and why it’s ok not to care, a goofy walking Arduino bot, a slot-together octopus lamp, a $20 color-matching laptop light, shop tips, battery tips, and where in the world is this week’s Maker Faire? SUBSCRIBE ON YOUTUBE
This week on Maker Update! A sonic blaster from Overwatch, the Arduino reconciliation gets real, the BBC Microbit crosses the pond, the demise of 123D, another LED Nixie to consider, 3D printed Amazon Echo accessories, a study Star Wars user interfaces, and upcoming contests from Instructables. SUBSCRIBE ON YOUTUBE
This week on Maker Update: a payphone that calls the 90’s, a moon for your nightstand, a way to finally get your fish talking, a mini NES with NFC, 3D printed ornaments, a sewing machine for makers, a ridiculous amount of maker contests, and the first Maker Faire in L.A.
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As many of you know from watching my Maker Update video series, I’ve been obsessed with hacking together a Billy Bass novelty talking fish and Amazon’s Alexa virtual assistant. About a month ago, an artist named Brian Kane published a viral video showing a Big Mouth Billy Bass novelty singing fish, seemingly voiced by Amazon’s Alexa virtual assistant. The internet went nuts for it, and so did I — but mostly I just wanted to know how it worked so that I could make my own.
After a few weeks tinkering with it and collecting the components I needed, I’ve come up with a workable hack. The project documentation and code are available on Instructables. I encourage you to provide feedback and ideas on how to improve it.