Summer has hit, and with it a bunch of crazy people going to crazy festivals and (often) burning crazy sculptures to crazy music! In that vein [Matthew Goodman] recently got involved in the burning flipside community down in Texas for his first big effigy build.  The project called for a gigantic archway flanked by two human shaped figures, since he had been working in Kinect [Matt] decided to try his hand at physically modeling the figures from Kinect mesh data.

After co-registering the depth and image cameras, setting up a capture routine to record, getting  .ply based meshes from the depth camera, and making a keypoint detector [Matt] was ready to start getting real world data from the Kinect. Armed with a ghetto steadycam built from his local Austin Hackerspace‘s spare parts bin, [Matt] proceeded to collect three 1.5 gigabyte scans of the charming [KT], who served as a model for the sculpture.

Once the meshes were imported to sketchup they could be merged and smoothed into a coherent form. The figure was split into CNC-able parts (known as the “lady bits” by [Matt] and his crew) and sent to local makers [Dave Umlas] and [Marrilee Ratcliff]‘s ShopBot CNC mill. The 400 some odd bits of wood were then carted to flipside, methodically set up, and promptly set aflame the end of the event.

We have seen a couple of really interesting burning man projects, but this is possibly the shortest lived end result. Stay tuned this summer for more insane Black Rock City bound creations as well. Also don’t forget to check out [Matt]‘s site for more details.

[oakkar7] wrote in to show us [Ben Johansen] and [Jonathan Snow]‘s  interactive art installation, Recycled Sound(Website has a virus). The exhibit will premiere  in the TWU Arts Triangle Walking Tour March 25th from 5-7pm.

Currently a work in progress, the final plan is for the outdoor installation to feature a podium in the center with a rotating top, and various islands surrounding. As the podium’s top is rotated the surrounding islands come to life with a variety of light and sound displays which vary depending on how the podium is turned. While the electronics are not recycled, the actual sculptures and music making elements themselves consist of scrap yard parts and factory waste.

The whole display runs off of 12.. yes TWELVE Atmel 328s with Arduino boot loaders! The center podium houses a transmitting circuit consisting of two atmega 328s with Arduino boot loaders sharing a crystal, an hmc 6532 magnetometer breakout board and two RF transmitters.  The Islands each contain a receiving module with, obviously,  an Arduino and RF receiver. The receiving Arduinos connect to opto isolated switching modules for motors and lighting. Check out [Ben]‘s blog for in progress shots, code, and build information.

If you are looking to control some 12V motors/lights with your 5V Arduino be sure to check out the pictures in the blog. While we here at Hackaday may be quick to jump into soldering [Ben] follows the proper development progression to the letter. Each aspect is bread boarded, then refined, then transferred to a soldered perf board.

update: His site has some kind of malware going on. None of us noticed it in Firefox, but after complaints we fired up ol IE. Yup, nastyness there. You can go there at the following link if you dare.

More after the jump:

Here is a shot of all the hardware, sans microcontrollers:

They have also devised clever way to mount motors in plywood, using an angle iron to anchor the motor and attaching it with a hose clamp. The motors either swing chains to strike recycled xylophone keys or flick cardboard against tuned PVC pipes.

Each of those noise makers (and we assume the lighting) gets one of these switching circuits:

RF communication is achieved using Sparkfun’s RF Link Transmitter,  and RF Link Receiver (which is currently out of stock) in 315 MHz and 434 MHz flavors. We are interested to know where the transmitters are going to be located in the all metal base, as it has the potential to act as a giant RF cage. The pictures seem to indicate that they are using 1/2 wave wire antennas,  but are winding it into a coil. After many an RF module headache we would suggest cutting the wire antennae in half (1/4 wave), straightening them out and sneaking them outside the rotating drum to get better reception.

We cant wait to see how the final installation turns out!

The blurry image above is a snap of toy cars as they zoom around a multi-lane, multi-level, maniacal-maze called Metropolis II. We originally took a look at the video after the break (do it now!) but found more information on [Chris Burden's] kenetic sculpture in this NYT article. He and eight studio artists began work on the project back in 2006. They built 1200 custom designed cars and gave them a huge city to traverse, with up to 18 lanes at times. The work is not yet done, and the video below is dated (having been filmed in 2009), but project is slated to conclude in about two months and the installation has already been snapped up by the Los Angeles County Museum of Art.

And here we thought this was the product of an out-of-work packaging system design engineer. Nope, it’s art, and it certainly eclipses other kinetic sculptures we’ve seen.

[via Tinkernology]

[Dan Roe] has been working on Sculptural Robotics for quite some time, and most recently presented his newest creation: Solar Flowers 2010. Typically, Sculptural Robotics (coined by [Dan] himself) are stand alone, static art presentations made from electronic components and wire. [Dan] of course has taken it quite a bit further; giving all his sculptures life using solar panels, motors, engine circuits, and more. Making them zero emission, and beautiful at the same time. You can catch four videos after the jump of his moving sculptures. Not that we’re picking favorites, but the dragonfly is pretty amazing if we do say so ourselves.

This interesting little sculpture caught our eye. Called the Perpetual Ball Roller, it simply rolls a ball on a track. It has both manual and automatic modes with variations in the automatic mode to keep it amusing. This is very elegant, and would be fun to have sitting around to play with. The only problem is the noise. The servo that he is using is quite loud. What could he do to make it function silently?

[via Instructables]

WEEE Man is an art display that has been roving around England. No, he doesn’t walk or talk. He is here to remind us of how wasteful we can be. Hackers rejoice, we’re part of the solution. It also doesn’t hurt that he is Seven Meters tall and over three tons. WEEE Man looks awesome, but are we the only ones that spotted stuff and thought “ooh, I could have used that for a cool project.”?

[via The Presurfer]

Advanced Beauty is a collection of 18 “sound sculptures” pairing artists and programmers to create a collaborative work visualizing sound. The styles run a broad range from fluid simulations to manipulating cell animation. The demos were built using Processing. While all of these were built using human input, we see potential for them to help improve standard visualizers. Hopefully, to bring out more information about what’s actually being played. Below is just one of the videos in the series. You can find more on Vimeo.

[via information aesthetics]

Here’s a video of a mindbending piece of papercraft engineering. We’d love to see a 3D model for this heart to at least have a starting point when designing our own. The creator’s site is in Japanese though, so it’s hard to glean any insight into his process. Embedded below is a similar cube version.

[via Waxy]