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!
One of the robotics groups we’re going to have at Maker Faire this year is the Jesuit High School Robotics team, from Sacramento, CA. They’ll be showing off their underwater ROVs. Here’s a teaser vid they did. Jesuit High School Robotics
This looks like a huge robot army of fun! Four wheel drive robot with dual h-bridges controlling four motors for differential steering. ATmega168 microcontroller running at 16mhz. Arduino shield compatible headers to allow for stackable shields and protoboards. Zigbee socket for wireless bootloading or USB for wired programming. Quadrature encoders on each side for dead […]
ArduinoFun has a how-to on building this simple two-servo Arduino walker that’s a great starter robot project for kids. The body and legs were ordered from Ponoko. Shawn of ArduinoFun writes: My son is 11 and daughter is 5 and they really enjoyed doing this. I was amazed at my daughter already thinking of new […]
I’d never even heard of this robot, or the “i90” system it’s built on, until tonight. The Hawk is now ready for sale, according to the website, but it doesn’t say for how much. I’m guessing it’s a bundle, since the fully-equipped i90 base unit (with webcam, wireless network, GPS, etc.) is nearly ten grand. […]
This proof-of-concept robotic teddy bear bartender dispenses drinks, but only after he tests your BAC (blood-alcohol content). SOBEaR v02 :: the responsible robot bartender
BattleBricks posted awesome building instructions on how to get your own iPhone controlled LEGO robot working! This is a demonstration of iPhone to Lego NXT Robot communication via the Safari browser and Lego’s Light Sensor. To build this, you’ll need a laptop, two iPhones, and a Lego NXT Robotics Kit. First, build your robot. Second […]
Check out this detailed R2D2 reproduction. Using the accelerometer or OSC slider control on the iPhone makes this R2 unit’s dome whirl back and forth. There are also buttons that control banks of sounds for different moods. Eventually more controls will make it over to the iPhone. Right now it’s taking its first steps forward.
