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!
Cmr8286 writes “This was done for a class I took last semester. The project was to reverse engineer a product and examine with what and by what means it was made. Instead of pasting the parts up on a board and lableing them, I thought this was a better way to present this particular product. It also has a nice sculptural appeal, I feel.” [via] Link.
Don on the Wired blogs has a bit about free DIY bot creation “Microsoft and Conversagent are giving away free licenses for their BuddyScript SDK for MSN Messenger. Now developers can build their own IM bots for MSN Messenger at no charge. The free license period lasts “at least six months,” but the company will extend the licenses beyond the initial six month term for developers who create a groundbreaking bot.” [via] Link. The MAKEbot, is an AIM bot and can be found here. 2006, year of the bots.
BBC’s article on turning that old record collection to MP3s “With all the talk of MP3 and digital formats, it is easy to forget that music started off as analogue, on records. Chris Long shows how you can drag those magic vinyl masterpieces into the digital age.” [via] Link. Also check out what our Makers posted about this here.
Ryan writes in with an awesome Xbox hack! “An Xbox headtracker system – Built for around $6.00. I interfaced directly to a xbox controller pcb with photo resistors. Using some cardboard and tape and a led head mounted flashlight and some wire i made a useable headtracking system that is based on using the right thumbstick as an interface as it is usually for camera control in third person games, or direction in first person shooters.” Link.
Scott writes “Here’s an inside look at the legendary Survival Research Labs shop where they create the robots and machines for their amazing shows. It’s been at it’s current San Francisco location since 1982, but will soon have to move.” Link.
Great project from Jed and Nikhil (videos) – “We designed a working metaphor of a new ecology of things by using networked objects. This was possible through the sponsorship of Sun Microsystems who donated instrumental technology. Through a defined research process we designed objects that behave and respond in specific ways and are part of a networked system that emphasizes autonomous and flocking behavior. There are two main components: feeding and flocking. ALAVs are 3 flying objects (Bubba, Flipper, and Habib) that exist in a networked environment and communicate through assigned behaviors forming three scenarios: ALAV with a person, ALAV with other ALAVs, ALAV alone.” [via] Link.
Google video of the self-replicating robots at Cornell – “One of the dreams of both science fiction writers and practical robot builders has been realized, at least on a simple level: Cornell University researchers have created a machine that can build copies of itself. Admittedly the machine is just a proof of concept — it performs no useful function except to self-replicate — but the basic principle could be extended to create robots that could replicate or at least repair themselves while working in space or in hazardous environments” Link.
