Whilst Steampunk is a well established movement yeilding some wonderful creativity, there is apparently little documenting the quantum shift of technology of 1925-1939 and most importantly the integration of art into that technology - This movement is Art Deco.
Art Deco I beleive was a hodge podge of inspirations which capitalised on new materials and new shapes and forms which were starting to crop up at the time.
For example, Egyptology from the discovery of the Pharoes tombs in Egypt (the inspiration for 20's ladies fashion), the huge upsurge in Aviation and how it broke down the walls of travel and gave people the excitement and optimism of what possibilities were around the corner for mankind.
Electronics were starting to become commonplace, 'Wireless' (or radio as we call it), huge broadcast ariels to beam the music, news and theater to these devices were becoming a common sight. These shapes were inspiring a whole generation with an icon to celebrate the technological progress and a step into the unknown. It seemed anything was possible in the Art Deco era - and people damn well had a jolly good go at experimenting in both styles and technologies!
The first mass production non-metallic moulded shapes were coming into fashion with the readily available Bakelite. Knobs and inlays could be made in any shape or size and at minimal cost and in pretty much any colour.
Art Deco in my mind is all about 'motifs' that is the featured lines that appear to poise the piece of furniture as if it is about to take off like a plane or rocket, like it is reaching out to the future. take a look at the Douglas DC3, or the AWA radio tower in Sydney - they just reach mankind sykward to the future.
Writers of the time were also experimenting, with drugs and with the future.... and the inspiration for my first Instructable comes from Aldous Huxley - who wrote the book 'Brave New World' - read it, even if it is the only book you ever will read - it will change the way you think about our society.
In the book Huxley talks about a drug called 'Soma' that was only available to the 'Alpha's' - a group of specially 'cultured' humans who were segregated from the rest of society as being the most intelligent of all of societies engineered casts.
Alpha's could go out and take Soma and listen to 'son et lumiere' (sound and light performances) in special theaters. The music consisted of many sounds but most prominently 'great creciendos of bass' that, with the Soma, warmed the soul and heightened perceptions and was used by the overseers to stop their intelligent minds from realising that they had been manifactured.
One can presume here that Huxley is talking about the feeling that most of us are lucky to have experienced with MDMA - a sensory rush.
So to honor Huxley and to make my two year old daughter a very cool first instrument. I decided that I would build the instrument that made these creciendo's of bass and style it in the Art Deco form.
http://au.youtube.com/watch?v=T0eZyn53UtA (cant seem to make video embed work! sorry)
This device uses the Arduino controller and the Pocket Piano Synthesizer keyboard add on from Critters and Guitari that I picked up at Maker Faire in SF earlier this year. I havent got the first clue about electronics and I am sure many of you don't have either, so what I did here is put together a collection of readily available household devices to make a single independant (and electrically safe) musical instrument and furntiture piece.
I am keen to indulge myself fully in the DECOTOPIAN style - the fashion, the technology, the naivety and 'chin up' nature of the common language at the time all inspire awe in me. If only we had stayed so exited and focussed.
I would love to hear from anyone who is interested in collaborating on DECOTOPIAN projects in the future or who is as fascinated as I am by this era.
Cheerio for now - I hope you enjoy the Instructable!
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Step 1: Getting the Components Organised
So I drove to 'the Bower', a reverse garbage yard in Marrickville and found this hall dresser, which would have at some point had a mirror and hooks down the side for making onself look dashing in ont he way out to the races.
I was looking for a curved art deco veneered surface that I could make the centrepiece or 'motif' of the Somaphone.... this hall dresser was perfect and I knew from experieince that with a bit of french polish this would come up like knew as there was no water damage to the veneer.
I wasn't too fussed about getting good veneered timber for the sides and back until I built a complete unit. The motif piece was most important to get right.
Step 2: PREPARING THE WOOD
Once I had the main face I trimmed off the bottom to make it the right height off the ground(about 45cm)
I then went on the Critter and Guitari website and downloaded the hole guide (template for drilling the holes for the keys and dials).
I had to upscale it using paint as good the much troubled VISTA screws up TIFF files making them print out smaller than they actually are. (C&G; boys - you could sort this out with a PDF file version????)
I taped it where I wanted it and eyed it up for form.
Step 3: Building the Frame and Drilling the Holes
So by recycling some of the timber out of the dresser and using those screws I saved I made a very strong base.
I then found some 8mm dowel that I thought would be good for the keys and drilled out all of the holes to 9mm (after checking that the dowel moved freely in the holes)
I also drilled out the wholes for the dials, on/off switch and the on-light with the same drill, just for location.
I also test fitted the Arduino board underneath and noticed that the Pots supplied for the dials would not be long enough to get through the timber - grrrr - deal with that one later. Nothing can't be fixed!
Step 4: Getting the Electronics Ready
The great thing about these speakers is that they are 240 Volt, they are wired with a plug.... no electronics knowledge required!
I then got a powerboard and a small adaptor to run the Arduino.
Step 5: Fit the Electronics Into the Cabinet
So I screwed them into the base and then used cable clamps to secure the cabling.
I did the same with the powerboard, using its screw locator holes (on the underside) to fix it firmly in place
The Arduino and Pocket Piano was fitted to the underside of the top by using some standoffs that I made from bits of chopped up irrigation tubing/ I also cable clamped this in place, taking care to not have any dangling cables that put undue stress on the PCB connections.
Step 6: Make the Sides and the Back and the Speaker Grate.
Thus stage was very quick and easy, I just made up some batons out of the old dresser frame and put two holes in each, I then countersunk the holes to about 1" deep so that the old screws could be used.
I screwed these batons around the top and bottom three sides leaving a 13 middle gap to the edge (this allowed for 10mm for the MDF, then a few mm to give a nice overhang.
The speaker grate was made by drawing a circle on the one side and then making three strips withing the circle by drawing around a coin and joining the lines.
I then drilled a 10 mm hole in each of the sections that I wanted to cut out to fit the jigsaw blade in.
final finishing was made with a dremel with a sander drum on it.
Once again - poainted it flat black and then stapled some spare mesh I had lying around on the inside.
I also fitted some nice old bronze handles that I got from an old cupboard on each side.... these look really good
Step 7: Make the Keys
I chop sawed up as many buttons as I needed, each one being about 25mm long. I then put them in the chuck of my rechargeable drill and rotated them against the dremel sanding drum which I held in the other hand.
After a bit of trial and error it was really easy to get a nice domed button top in less than 1 minute for each one.
I then dipped the top of each button in its appropriate colour, I used Tamiya Exhaust bronze for on/off, some old gold paint for the piano's black keys and the flat black for the white keys.
Knowing that these keys would have to be pretty hard wearing I gave them all two coats (top only) of gloss varnish and let them dry.
Its important that you mop up any drips or runs at the time or you will have to go back and sand them again so that they move freely int he sockets (I found this and it took a frustrating while to do!)
Step 8: Making the Knobs for the Dials
I had to work out some way to extend the shafts from the 'Pocket Piano's' variaqble resistors.
So I experimented with a few things and then found something that was unbeleivably hardwearing considering how flimsy it looked.
I took some wall-plugs (the plastic things that you hammer into walls so that screws have something to bite into) and I chopped them to length. I then cut a little slit into the top of the variable resistors and the wall plugs (about 3mm in each). This was easy with a dremel cutting disc (this was finer than a junior hacksaw and didnt require any additional clamping)
Then i cut some tiny strips of .5mm plate aluminium and made these into little 6mm x 5 mm 'joiners'
Then I got some good ole superglue and joined them together. I let these get absolutely rock hard overnight and then screwed on the knobs.
they havent broken yet and my Daughter gives them plently of hard use.
Step 9: Finishing Touches and Epilogue
Its the talk of all our visitors... they either think it is spooky (which is a good sign - that 30's electric instrument mystique like a Theramin)or they think its amazing that a little inconspicuous box can churn out some serious sound.
I will be upgrading it as I find peices here and then. I am thinkign I will make a matching drum machine and theramin to make a set - any other suggestions?
My only complaint is that the 'Pocket Piano' doesnt seem to octave properly? is this normal?
You could easily form a little band with this gear and even do shows with it.
I am excited about the possibilities here... I think I am also goign to make a refridgerator and a robot in this style...!
I'm keen to hear from people who want to do similar!