I think the new design is simple and I dare say quite beautiful.
Adrian Hanft is a graphic designer and founder of the very interesting Found Photography Blog. Besides publishing his pictures he has also made several articles on the cameras he uses, among these a peculiar camera of his own invention: the lego pinhole camera.
A pinhole camera is a kind of camera which follows the same principle as the camera obscura (it is, actually, a small camera obscura). You can read a thorough explanation on both concepts in this and this Wikipedia articles; in brief, a pinhole camera is a camera with no lens, the light crossing instead through a very small hole in the body of the device. This simplicity has made pinhole cameras very popular among hobbyists, and you can easily Continue reading Lego of Choice: Pinhole Camera
With the free Digital Designer software you can build absolutely anything with virtual LEGO bricks right on your computer. Then you can buy the real bricks to build your creation and you can share it with thousand of other LEGO fans.
One of the problems I used to face every time I wanted to make my own lego models was that I never had enough bricks of the kind I was needing. It must be one of those “Murphy´s laws” that the brick you just need is the one you lack!
Until now, there was a partial solution to this issue: the L-cad program allowed you to design your model in the computer so that you could afterwards order the pieces you wanted. This walkaround was (is) very useful, but if there were an easier option to custom design-custom order models which was backed by lego, that would be amazing, and if it were user friendly… whoa!
Well, so a big WHOA! to lego, since they have done exactly that. Besides giving the users an easy way to design models on the computer, they have made it just as easy to order those models as custom sets. Again, WHOA!! 😀
With the exception of the wire strings, this instrument is entirely constructed out of LEGO parts(…) approximate 150 lbs. weight, and an estimated 100,000 LEGO piece count (…) It’s taken two years of theorizing, designing, collecting parts, building, testing, and rebuilding.
I first knew of the Lego Harpsichord after an article in make magazine, and have been wanting to write about it since then. From my point of view, this project stands on its own not only because of the sheer amount of Lego blocks used, but because Henry Lim has overcome the very specific problems that arise when designing and building a music instrument, plus the added challenge of making every single part of it out of Lego (well, obviously not the strings), departing with no previous knowledge on the field!
It is true that, if you Continue reading Lego of Choice: Harpsichord
Doraemon, the cosmic cat, must be one of the cutest japanese cartoon characters ever, and my personal favourite: he’s always smiling (unlike Kitty, which “speaks from her heart” and therefore has no mouth: duh!), and he always has some cool gadget to amuse Nobita (he’s got a magic four-dimensional pocket!!). This said, I was really pleased to know that someone had made a “real-size” Doraemon out of lego blocks. (Another proof that anything can be replicated with Lego blocks: it’s just a matter of patience and blocks -and the money to buy them). Continue reading Lego of choice: Doraemon
I’ve been able to put it on a table, and tilt the table, and LegWay continues to maintain its balance.
The Legway is a successful recreation of the famous, albeit a little expensive Segway, a transportation device which makes use of gyroscopes in order to provide stability with only two wheels. The Legway obtains the same results by adding proximity detectors (provided by hitechnic), to a mindstorms core. These sensors provide the core with precise and continuous measures of the distance to the ground, which are used to make the calculations that allow two motors to keep the thingy always up and proud.
The model shown is currently able to follow a line, and it can also be remotely controlled. Steve, the Legway designer, has also included links to the building instructions and the program he used, so you can try making one for yourself! (and if you succeed, next step is the real thing).