Making Toys is “The Insides and Outsides of Electronic Toy Design” blog from Professor Yury Gitman at Parsons. The assignments are doled out on the site, you can peek in on many electronic toy dissections, autopsies and see how many of the cheap electronic doo-dads are made with wonderful parts to be procured. Link.
One of the most asked questions when I venture out to meet other Makers or folks just getting in to making things usually is – “Are there any simple how-tos that explain transistors, LEDs (Light Emitting Diode), etc..” so, here’s one I dug up from my bookmarks to check out. If you have others that we haven’t covered, post up in the comments or via our “suggest a site”. Link.
Wonderful way to learn about computing – these ought to be on the back of cereal boxes. CARDIAC (cardboard illustrative aid to computation) illustrates the operation of a computer without actually being a computer. It is a very practical aid to understanding computers and computer programming. [via] Link. We have a ton of great Maker-like kits on Make 04 too.
Homemade ergo-monitor riser made from a half-inch thick piece of 24″ x 48″ birch plywood, some ABS plastic drain pipe (1 1/2″ diameter), and some plastic spray paint. Very simple, under $20 and might save some neck pain. Link.
Looks like the Robosapien folks will be adding the Segway balancing technology to their product offerings. Press snippet – WowWee Ltd, parent company of WowWee Robotics, the #1 consumer entertainment robotics company, and Segway Inc., maker of the Segway Human Transporter (HT), today announced they will co-develop a range of WowWee products that will incorporate Segway Smart Motion technology. The best part of this will be picking up a fairly low-cost toy robot that uses Segway Smart Motion, and making something with else with it. Link.
Here’s an incredible case mod made to look like the iconic droid, R2-D2 – the Maker used a white plastic barrel for R2’s body and a weber grill for R2’s head. It’s not Jawa junk though, the unit cools a 3.2Ghz P4 running at 3.7Ghz to -38 degrees celsius. [
John Wiseman rounds up all the details from the Darpa 2005 Grand Challenge and then some. If you’re curious on how the computer driven cars were able to finish the course, along with the comparisons from last year, videos and the course data file – check it out. [