What about warranty? If I recall, NIKE gave just 4 months and one free return for any faults in that 4 month time frame. After that, you were on your own. Imagine at $350 how many broken wires there would be because people actually wore these out or played sport in them?
On the weekend passed, I wore my shoes to the Oz Comic Con with no issue until and the moment I stepped foot onto the Time Machine stand and my left shoe starts to blink - yep, broke a wire and my wire is like 18 gauge which is way thicker than what will be in the RD MAG shoes (not to mention the V2 MAG). I was able to repair it that night, but goes to show how easy things like this can happen. During the repair, I dislodged a connection on the front LED of the left shoe and I can't fix that unless I rip the soles off. Based on the way the last side sections tore apart, this would be a total write off if I attempt a removal.
Luck is on my side though because the spare I have (very first sole I made) just happens to be the spare lefty for the side I need
Exactly and people can say how it was all for charity and all that, but yeah, you'd be PO'd too if you paid $4K+ for an item only to be able to buy a better version later for about 10% of the price. Not gonna happen. The money machine that is NIKE is smarter than that. If there is a limited run of "power laced" MAGs, bet they are auctioned off with a 5 figure price tag.
Power Lacing might actually find its way to a consumer product at a realistic price (and I hope it does), but it won't be the NIKE MAG.
whilst on the subject of power lacing.
If you look at Blake bevins power lace V1 and V2 that is pretty much exactly the setup required for emulating the Movie shoe lacing system.
The Top half lace (instead of the strap) tightens first, then the bottom laces tighten, then a light comes on.
A small button is also attached to untighten everything.
I've been analysing the way its been done, and its doable once you reduce the size of the arduino controller or use something equivalent thats smaller. The only problem is that you need to reduce the size of the motor shield (which allows you to use 2 servos), which is exactly the way to do it. The first motor tightens up the strap, the second motor tightens up the bottom laces.
It took me a while to understand how the hell this arduino thing works, but i now understand it.
All you have to do is reduce the size of that arduino controller, and the motor shield, and try and reduce the size of the servos so that they can fit in the soles. You don't even need much length in the laces to do the tightening, just a small length of say 4cm or so. The same with the strap.
So basically, as soon as you can work out how to reduce that arduino controller and motor shield into a small compact size, the lacing system can be done without much issues.
It may mean creating a sole from scratch though, so all the components fit in.
I believe Blake Bevin made 3D printed customised parts and probably custom designed circuit boards printed to reduce the size to miniature.
On her last version, I believe she did away completely with 2 motors, just sticking to 1 motor for a single set of laces.
The arduino motor shield is huge as is the main board, although you can get smaller boards. If there is a mini motor shield, that would be great.
An alternative to Bevin's system is to come up with a manual or wind up system, but you will still need something to inform the shoe to turn the lights on after everythings laced.