Sarah Petkus posts an update on her Robotic Arts blog about her NoodleFeet robot:
This summer, I am once again diving into designing mechanical personality quirks. I’ll be investigating new and exciting ways for my robot, NoodleFeet to interact with the world. This time, my focus is the wet, tingly and preferential aspect of TASTE.
From now until the end of August, my goal is to produce four different tasting modules that each demonstrate some aspect of sampling or preference. You could think of them as the “four tasters of the apocalypse”
If you’re unfamiliar with Sarah and NoodleFeet, then check out here great talk from Hackaday Super Con:
chmod775 on Hackaday.io designed this simple 3D Printed USB Connector compatible with PCBs from OSH Park:
I’ve made this 3D USB Connector because I want to remove the chunky and complex standard metal USB Connector from my new upcoming project.
The design it’s made to be simple and with the height reference from the OSHP ark PCB’s.
Every year, sometime in March, the world’s preeminent 3D printing enthusiasts gather in the middle of nowhere This is MRRF, the Midwest RepRap Festival. It’s only two weeks away. You need to come. Get your (free) tickets here. I’ll be there, and Hackaday is proud to once again sponsor the festival. I need to backtrack a…
via Two Weeks Until The Greatest 3D Printer Meetup On The Planet — Hackaday
Machinekit is a platform for machine control applications. It is based on LinuxCNC and can drive mills, lathes, 3D printers, laser cutters and more.
Machinekit can run on an Altera SoC which combines a hard silicon ARM core with a FPGA. Charles Steinkuehler has been working with the DE0-Nano development board from Terasic. MachineKit runs on the ARM core with the FPGA configured as a MesaNet card:
Charles designed a DB25 connected interface board, with pin-outs matching the P2 and P3 headers on a 5i25
cdsteinkuehler has shared the board on OSH Park:
Mesanet DB25 daughter-card adapter for Terasic DE0-Nano development board
Chicago Robotics Corp is exploring 3D Printed Robotics with Simula:
simulated life-forms for use in research and entertainment
The robot is programmed with Arduino IDE:
You might choose to program Simula by yourself from scratch, modify our existing software, or just keep up with our latest simulations.
Arduino Library for the Simula Boards and Modules is on GitHub:
Video of two Simula units cruising around:
Max.K designed this low-power, Arduino-based smartwatch:
- Microcontroller: Atmega328p with Arduino bootloader
- Real Time Clock: Maxim DS3231 (<2min per year deviation)
- Display: 96×96 pixel Sharp Memory LCD (LS013B4DN04)
- Battery: CR2025 160mAh coin cell