Propeller-Driven Theo Jansen Biped
This Theo Jansen robot model consists of a propeller driven Strandbeest biped.
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!
This Theo Jansen robot model consists of a propeller driven Strandbeest biped.
The Parallax Boe-Bot has long been used for teaching robotics to hobbyists and students. Earlier this year, Parallax took the idea behind the Boe-Bot and applied them to the Arduino to create the Robotics Shield for Arduino Kit. We in the Maker Shed like this kit so much that we worked with Parallax to have the chassis custom anodized in royal MAKE blue, just for you!
I was invited to speak at Tijuana Innovadora, a regional conference/expo. Mark Hatch of TechShop, Jason Short, an industrial designer by day and Drone programmer by night, as well as David Cuartielles of the Arduino team also came to speak on an open source hardware panel.
Researchers at Georgia Tech are working on a fascinating robot based on MacGuyver’s character in the eponymous television series.
Steve, Allen, and Justin of North Street Labs have finally figured out how to see Maker Faire, or any other large outdoor event, in style…
Ready for some high-flying quadcopter action at Maker Faire New York? Parallax will be demoing their ELEV-8 quadcopters live on the Make: Demo Stage (in the Maker Shed) at 4pm both Saturday and Sunday. I’m hoping they bring their first person video setup so you can experience Maker Faire as never before. This is one […]
Vassar college Professor John H. Long is a marine biologist, by training, and, now, a roboticist by trade. Essentially, he builds robot populations closely modeled on extinct (and living) fish, and then subjects them to simulated evolutionary pressure—to hype it up a bit, he “pits them against each other”—to learn things about why historical animals evolved as they did…