From the Editor's Desk
Tips and tidbits from readers like you.Page 06
Humanoid robots aren’t just for mega-corps and secretive startups. In this issue of Make:, we show you how to use AI programs and open source plans to experiment and build your own humanoid helpers right now! In our cover story, build VoxHead, a fully animated, embodied AI, humanoid head from scratch. Then we catch up with Gael Langevin about the continuing evolution of open source humanoid InMoov: new facial expressions, integrated AI, and even synthetic skin! Plus, humanoid robots need a trusty canine companion — build a cute, athletic, quadruped pupper with an AI chatbot brain and powerful QDD actuators. But how do we make all these futuristic robots move? Dive into our primer on field-oriented control for brushless motors, the tech that lets bots run and jump like never before.
Then, we revisit our ultimate maker tools for your workshop. The kicker: a pie-in-the-sky workshop from 20 years ago is now affordable for makers! But our visit to Lawrence Berkeley National Labs also shows there’s always a crazier workshop out there.
On the Cover: VoxHead is an open-source humanoid robot with onboard AI, dual eyecams, and facial expressions. Photos: Michael Brady (VoxHead), Nathan Kau (Pupper)
Tips and tidbits from readers like you.Page 06
Integrating AI into humanoid robots opens a whole new world of artificial companionship.Page 07
Shannon Taylor creates intricate diorama scenes within beautiful cosmetic compacts.Page 08
At Maker Faire Bay Area 2024, William Cenoté serenaded visitors to the Dark Room with the Luminescent Grand, an LED synesthetic piano that combines sound and visual art.Page 10
Spacebar Arcade is a virtual reality arcade experience accessed and accentuated by a giant real-world arcade cabinet.Page 11
Can we MacGyver the world, one village at a time?Page 12
Inside the amazing, make-anything fabrication shops at Lawrence Berkeley National Lab.Page 14
Want the tools to make (almost) anything? Aspirational 20 years ago, they’re now affordable.Page 18
Manufacturing “small batch” educational electronics in a 1,000-square-foot studio.Page 22
What’s with all the people-shaped robots all of a sudden? Why now?Page 26
Evolving open source robot InMoov’s facial expressions with AI.Page 30
Building a fully animated, embodied AI, humanoid head from scratch.Page 34
Good dog! Build a cute, athletic quadruped with an AI chatbot brain and powerful QDD actuators.Page 38
Inverse kinematics can amplify the capabilities of animatronics, lifelike robots, or robot arms like this one. Getting started is easier than you think!Page 44
Build and fly a lively, no-sew kite using Tyvek fabric and 3D-printed connectors.Page 50
This modern mashup mimics classic neon counters.Page 62
Build a fold-up, solar-powered mini houseboat and embark on new adventures afloat!Page 68
Design and customize your own Lego-compatible blocks for 3D printing.Page 74
Block-print computational moiré patterns with Open Press Project and p5.js.Page 78
Oxocard helps dispense your favorite cereal snacks at the push of a button.Page 84
Pulse a laser using logic chips to send secret codes securely.Page 90
Transform vintage playthings into new crafts and functional art.Page 98
Build a 100W fast-charging battery bank using lithium cells salvaged from disposable vapes.Page 104
Max power and precision from brushless motors, using field-oriented control with Arduino.Page 112
How to make flexible pushbuttons and switches for wearable electronics.Page 118
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Sometimes you need something a little bit extra in your workshop.Page 128