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!
Go Stanley! Three driverless robotic vehicles led by Stanford University on Saturday crossed the finish line of a $2 million Pentagon-sponsored robot race across the rugged Mojave Desert. The race announcer did not immediately declare a winner because 22 out of the 23 robots left the starting line at staggered times at dawn, racing against the clock rather than each other. Link.
Earlier there were some reports about the new FIRST-inspired robotics kits from Radioshack, VEX, not making it to store shelves. Well, in at least two Radioshacks in the Seattle area, I spotted them, and there are likely a lot more. Link.
A business called “Robot Village” has opened in Manhattan — basically a robot store where you can buy, rent and even learn to build robots. The store also throws robot theme parties for you, and sells all manner of robot-related gear. The Robot Village is even planning a BATTLEBOT CLASS. [via]. Link.
William writes “Radio Shack has made the Vex Robotics Programming kit “in stock” for online and phone orders. Word on the street is that most ‘shacks don’t have them in-store”. I think Radio Shacks aren’t going to carry these in store as they continue to move towards a consumer electronics only inventory. Link.
MAKE pal Jason Striegel from blogcadre.com writes “Here’s a telerobotic Mac Mini based on the Pioneer 3at platform. I guess they intend to expand this into a fully autonomous unit that uses lidar and the iSight camera for guidance and obstacle avoidance. Right now they control it over a wireless connection and use ichat to provide a remote video feed”. Link.
Kurt is a machine with four injection needles and Chinese ink. Attached to the upper arm it tattoos an enduring symbol on the user’s skin. Kurt is an extreme example of the human-machine interface. The intervention is aimed at rising the awareness of the close connection between the individual and the machine, in a bond as long-lasting as the drawing itself. Link.
Marc writes “This is an technology/art collective that makes interesting, MAKE-worthy projects. The link goes to a CO2-monitoring/flower planting robot. They apparently have a lot to do with NASA robotics”… Link.
