Tonight's Nike Mag Live Auction winning bid was $10,250
Mentioned on previous page.What was the grand total from the ebay auctions?
What was the grand total from the ebay auctions?
Day 1 average - $6000
Day 2 average - $4320
Day 1 average - $6000
Day 2 average - $4320
WOW! That is almost a 30% drop!
Let's hope there is another 30% drop and then another! :love
I have a hunch that Nike will make this available to the public in 2015. I think there will be a limited number that actually lace up. Nike have filed the patent, and it's long enough after the auction for nobody to be bothered.
I still don't see how you can make the shoes self-lace WITHOUT sacrificing the original design of the shoes. I really don't think there is enough "real estate" in the design of the shoe to accomidate the elecronical components necessary to make it work.
It could work for another design - but then we won't have exact replicas.
I have a bid in right now and winning.....but I am sure that will change so I am not getting my hopes up.
I am really crossing my fingers that the average percentage will continue to decline.
Yeah $300,000 less today.
I will guess that tomorrows total goes to only $400,000, peoples attention span is not what it used to.
Personally I hope that the averages go back up! I have a family member with Parkinson's and appreciate what MJF and Nike are doing to raise money.
Sure there's a big difference when you're talking $3,000 vs. $5,000 but if you can really afford $3,000 to drop on a pair of shoes there's no reason you can't afford $5,000.
Do I want a pair of McFly's? Hell yeah, but there are plenty of deeper pockets out there. I don't feel bad losing out to someone when it's for a good cause.
They would be trying very hard to make it work within the established design of the shoe when it should be the other way around. Im no engineer so I cannot say if it is impossible and I'm sure Nike is thinking about it. It's a gimmick. Is it really practical? Can a motor so small have enough power to pull laces and keep them tight?
They would be trying very hard to make it work within the established design of the shoe when it should be the other way around. Im no engineer so I cannot say if it is impossible and I'm sure Nike is thinking about it. It's a gimmick. Is it really practical? Can a motor so small have enough power to pull laces and keep them tight?
If we don't think too complicated - I've got an idea, but I don't know if that works. Here's a sketch of what I thought (sorry for the crude one, haven't been sketching a long time):The elastic white bands are held in channels which have on each end holes for nylons straps, all connected to a main strap, which is activated by the thin pressure sensor under the heel. A ultra strong micro-motor starts winding up the the main strap and tightens the elastic bands. A clamp would secure the strap when the motor stops. For unlacing the shoe, you press the release pressure sensor behind the light sheet with the Nike logo. A control chip supervises the motor, clamp, release, photo-diode for the night sole and side LEDs light-up. That's what came into my mind for power laces - not complicated, but maybe working (minus the sound effects![]()
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