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!
Have you ever wondered what exactly is involved in building a working, radio-controlled R2-D2 robot replica? This vid documents the two-year process of Victor Franco, of Southern California, and his friends building an R2, mainly from scratch-built parts of varying materials, including wood, styrene, resin, and aluminum. He also used some parts provided by members […]
Guilherme Martins wanted a simple Arduino-compatible board that he could use as a robotics platform, so he designed one.
The upcoming mission of the space shuttle will focus heavily on robotics and NASA is using that opportunity to bring additional educational outreach to teachers and students. In an education briefing today, NASA detailed some of the resources and events related to STS-131. The robotics section of the NASA web site includes lesson plans, multimedia, […]
Liam built this impressive robot, then used it to demonstrate the difference between proportional and PID control.
Tim Heath and Ryan Hickman’s Truckbot could be built for under $20 (excluding mobile). That’s pretty impressive for such an open and accessible robotics prototyping environment. Using a laser-cut cardboard chassis, $3 micro servos, and a bare bones Arduino, the duo have assembled one of the cheapest platforms to come along in some time.
Odex 1, from Odetics, Inc. ; is a six-legged walking robot that weighed only 300 pounds. Its onboard computer could be operated remotely and the robot moved under its own power. It is capable of reconfiguring its shape to be tall and slender or short and squat, and able to walk in either configuration or anywhere between the two. Each leg is able to lift 400 lbs, the “legs” are versatile enough to be used as manipulators as well. Odex is capable of lifting over 2,100 lbs vertically, or carrying over 900 lbs. at normal walking speed. To display Odex 1 agility, engineers commanded the robot to walk to a truck, get on the truck, and then get off and actually move the truck.
In this video robotics student Robert Stephenson demonstrates an iPhone app he wrote to wirelessly control his Hexapod robot.
