This Tuesday night, August 15th, is Hardware Happy Hour (3H) Chicago!
Join Drew Fustini and more at St. Lou’s Assembly (664 West Lake Street):
https://www.meetup.com/Hardware-Happy-Hour-3H-Chicago/events/242484184/
This Tuesday night, August 15th, is Hardware Happy Hour (3H) Chicago!
Join Drew Fustini and more at St. Lou’s Assembly (664 West Lake Street):
https://www.meetup.com/Hardware-Happy-Hour-3H-Chicago/events/242484184/
This year for the Hackaday Prize, we’re doing something very, very cool. We’re encouraging hardware entrepreneurs to come up with the next big electronic thing. We’re giving the Best Product in the Hackaday Prize $30,000, and an opportunity to work in a lab filled with tools to turn that prototype into a marketable reality. Last week, we…
The aim of this project is to lower the barrier of entry into dynamic robotics. After seeing Boston Dynamic’s Wildcat I became interested in working on something similar, but was disappointed with what the hobbiest scene had to offer. They all used static locomotion. I wanted it to feel alive!
I hope that if people can see that this style of robotics is reproducible with basic development skills, it will attract a wider range of people to legged robots than just those who want to see a vaguely spider looking device re-implement the same kinematic equations over and over again.
The approach is based on the work of Fumiya Iida and Rolf Pfiefer at the University of Zurich in the mid 2000’s. Dr. Pfeifer is well known in the field of embodied cognitive science, and these experiments were an attempt to generate movement in quadruped robots based on those principles.
Designed by Nick Sayer of Geppetto Electronics:
This is an open hardware / open software J1772 EVSE (electric vehicle charging station).
It was inspired originally by OpenEVSE, but this is an entirely new design that takes a different approach.
Hackaday is hosting the greatest hardware competition on Earth, and we’re giving away thousands of dollars to hardware creators to build the next generation of electronics. This is the Hackaday Prize, and already we’ve selected dozens of projects, one of which will win $50,000 USD. Like last year, this year’s Hackaday Prize is very special.…
via These Are The Twenty Finalists For The Hackaday Prize Best Product — Hackaday
From MakersBox on Instructables:
Fidget spinners are fun, and you can find one at about any check-out counter for just a few bucks these days, but what if you could build your own? And it had LEDs? And you could program it to say or show whatever you wanted? If that sounds geeky cool, THIS IS THE PROJECT FOR YOU.
I’ve always been interested in using blinking LEDs to get kids interested in programming. The most simple project with an Arduino microcontroller is to blink an LED on and off. Then you get them to see how fast an LED can blink before it looks like it is on continuously (about 12 millisecond intervals). Then you shake the LED back and forth and you can see it blink again! This phenomena is call “persistence of vision” (POV) and is how this project works. It can lead to discussions of both how the eye works and how incredibly fast computers are.
This project uses a programmable 8-bit microcontroller, eight LEDs, and a coin cell. It spins using a standard skateboard bearing, and uses a Hall-effect sensor and a magnet to determine rotation. It is made using beginner-friendly through-hole parts and can be programmed using the Arduino programming environment.
MakersBox has shared the board on OSH Park:
[dombeef] originally built pocketTETRIS as a Father’s Day gift for his Tetris-loving pops. However, having finished the project he’s decided to share it with the universe, and it’s looking rather sweet. He made the game the smallest he could make, with size limitations imposed by a 0.96” OLED display, the coin-cell battery pack, and his desire…
tl:dr So have you ever been sick of holding your little pocket-sized fan on a hot day, Or have you had your hands full and not been about to point the fan at the right angle, Then boy have I got something for you. This idea came to me while I was on holiday and […]
We just spent the last hour watching a video, embedded below, that is the most comprehensive treasure trove of information regarding a subject that we should all know more about — sniffing logic signals. Sure, it’s a long video, but [Joel] of [OpenTechLab] leaves no stone unturned. At the center of the video is the…
via Everything You Need To Know About Logic Probes — Hackaday
AlienWhoop flight controller for Tiny Whoop, Blade Inductrix, Eachine, BetaFPV, and other micro brushed quadcopter frames. Fully complete and hand assembled in the USA. Best in class flight controller running BetaFlight 3.2 release candidate (upgradable)–no surface mount soldering required.