Making a robot can be an incredibly rewarding experience. It’s the perfect combination of creativity, engineering and problem solving. However, if you’re just getting started in robotics, it can also be overwhelming. To make things easier for those who are just starting out, we’ve put together some tips and tricks to help makers bring robots to life! From the basics of assembling your robot to software implementation, these pointers will give you everything you need to get started on your robotic adventure!
A cool use of GML by Golan Levin and Jeremy Ficca, called Robotagger: GML (Graffiti Markup Language) drawings from 000000book.com are converted into DXF via a small Processing utility. Motion paths for a robot arm are planned from this DXF using Rhino and MasterCam. The ABB 4400 series arm is wielding a 2″ Montana Hardcore […]
Every other week, MAKE’s awesome interns tell about the projects they’re building in the Make: Labs, the trouble they’ve gotten into, and what they’ll make next. By Kris Magri, engineering intern How I designed Makey, Part III: The Ping sonar rangefinder and maiden voyage As we return to our robot design saga, making Makey the […]
Thiingiverse user natetrue created this printable version of user stickoutrock’s laser-cut cross-linked elliptical gear toy. Somebody post some video, please!
Planning to build a host of robot minions, but don’t have time to plug them in when their battery goes low? Well, then you need to enable them to feed themselves by finding their own power, and Brian Mayton might have just the solution for you.
Today I checked in with Make: Labs to see what our faithful interns are working on, and Kris Magri showed me the setup pictured above. A while back she was given a Tomy i-Sobot and tasked with hacking it. The thing she liked least about the i-Sobot is how complicated and clunky the remote control […]
Creepy-cool snakey water robot goodness. Not much info about the maker, here; all I know is that the video was taken at the Odense RoboDays festival in the summer of 2007. If you know whodunnit, feel free to enlighten us in the comments. [via Boing Boing]
It’s tin that’s been etched with a focused ion beam (FIB) instrument, with bits ion-welded platinum for the nose and to hold the tin spheres together. I guess it’s impractical to work with actual ice when you’re at the 10 micrometer scale. A human hair is about 50 micrometers across. It’s the work of Dr. David Cox and co-workers at the National Physical Laboratory in London.
