"Repair It Yourself" shoes make cobbling easy
The Repair It Yourself (RIY) concept by Design Academy Eindhoven graduate Eugenia Morpurgo is a canvas shoe designed to be as repairable as possible. It's a design that not only addresses the shortcomings of traditional shoemaking, but also poses questions as to the sustainability of our consumer habits.
As Morpurgo points out, the soles and uppers of traditional shoes, be they handmade or mass produced, rely on glued or stitched "irreversible" (i.e. permanent) connections. RIY shoes have a "reversible" connection instead, with circular plugs on the underside of the insole passing through holes in the canvas upper to slot into the sole, expediting replacement and repair. Further, the idea is that the shoes would come with a repair kit so that wear and tear can be darned or patched, keeping the shoes in working order, and gradually personalizing the shoes' appearance as time passes.
"RIY focuses on the key role of the designer, and how design decisions can influence and suggest consumer behavior," Morpurgo told Gizmag. "RIY is meant to disrupt a less sustainable cycle of consume/discard, but the way I propose to achieve it is by taking advantage of the new consumer demands."
Morpurgo sees RIY as an opportunity for us to "re-appropriate control of the material world," for mere consumers to become educated users that understand, and take an active interest in maintaining their possessions. These "new consumer demands" are those of the prosumer, the hacker, and the thrifty crafter - for whom sharing information and ideas online is second nature. It's this mindset that Morpurgo seeks to tap into with RIY.
In the RIY research paper, Morpurgo looks at the ethos of "design for disassembly" in great detail, taking inspiration from Dutch design group Platform 21's Repair Manifesto. Morpurgo, however, distills the idea into concrete rules that can be followed by industrial designers. These call for, among other things, a minimal number of components, materials and connections; recyclable materials; impermanent connections using standard components where possible, and permanent labels to identify materials.
The RIY paper can be read at the bottom of the RIY project page, available on Eugenia Morpurgo's website.
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For a long time, I bought Red Wing shoes for just that reason. The stores can replace the soles for you as needed, and they come in wide sizes too.
In that in the peak wear zones i.e. \"The Toes\" - all the little bits can be patched, but in the overall sense, as the peak wear areas, wear fast, but, in the overall all sense, the areas of medium wear - wear at half the rate of the peak area, which translates into for every 3 or 4 to patches you do - the rest of the shoe has worn and rotted away - and undergoes catastrophic failure....
Just like patching jeans - by the time you have done the knees 2 or 3 times, the crutch splits, the waist starts to separate from the legs, and the zipper has given up...
And it gets harder and harder to put new cloth onto worn and rotted cloth. The older the shoes get, the ,ore the fabric will have worn and rotted - over all.
And canvas shoes - indeed most shoes tend to fail in bits, with the rest of the shoe not far behind.
So granted that you can actually get a lot of mileage from decent shoes, and there is merrit in resoling GOOD quality leather shoes - I actually think if this idea is to get any practical traction, I\'d be going for replaceable uppers and soles, with repairable uppers.
That is practical.
Using the patching as the main selling point however - will be a cause of marketing failure.
Whatever happened to just making high quality products designed to last forever and rarely if ever need repaired, and should they need repair they are simple to repair?
Look at home appliances made in the 1950\'s. Almost all of them were built to last. Cast iron, steel, chrome plating, thick Bakelite. My folks have a 50+ year old waffle iron that\'s still working perfectly. My grandparents had an Amana freezer in their basement that was old when they bought their house almost 70 years ago and was still working when they died and we sold the property. (Couldn\'t get it out after the basement stairways\' brick walls were covered with paneling.) It was never turned off except for power failures. It was built like a vault with all sides and the door at least 8\" thick. The outside was white painted steel. The inside was galvanized steel and thick slabs of Bakelite, all held together with lots of screws. I bet it didn\'t use any more electricity than a new freezer with the same interior volume.
I\'d like to see articles about new appliances built to last 100+ years, handed down from generation to generation. Build it once and it\'s greener than an appliance designed to fall apart and use nearly as much energy to recycle as it took to manufacture the first time.
A waffle iron has to use a certain amount of energy to cook a waffle, no way around it. Same with any cooking appliances, the laws of physics dictate how much energy it takes to heat a specific mass of food to the right temperature.
That explains all the dents and scratches in my neighbor\'s car... it\'s been personalized!!
I hate having to throw out a pair of shoes just after I get them to fit and smell the way I like. Now only if they cam in steel toes as well...
1) Buy some shoes & throw them away, cut holes in the lid, tape the lid down, and wear the box.
2) Find two roadkill critters, soak their hides in some realy strong tea for a long time. Put your feet in some tar & then wrap the hides around them.
3) Macrame some shoes out of discarded rope or old underwear & weave strips of tin can through the bottoms for durability.
4) Do any of the above and apply for a grant: www nea gov Use the grant money to buy some shoes.
But I do like the idea of just changing the soles yourself as if it was a bit of Lego though...