On his other thread he said that he stopped selling them because he thinks that there’s not enough demand. @goldenHusky Correct me please if I’m wrong.
10 Character
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No! This can’t be happening. I’ve been waiting for the site to come back from maintenance for over a month and now he’s not selling anymore??
Where can i buy a similar switch with good quality? The one i got from eskating.eu was really bad quality…
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I think people are better off exploring antispark switch alternatives that won’t fail(not that I’m saying his fails but that they ALL do)
like what? I don’t really know any alternatives except for a xt60 loop key
There’s Loop Keys but they don’t have to just be on the enclosure, they could be on top of the deck , if you have a drop down , on top of the trucks as a seamless fit ( I have to find the guy who did it like that), and then there’s @Deckoz’s solution , and then @OllinBoardCompany’s & @chaka’s solution.
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LHB has a switch with mosfets that he says does not fail, with IRFS7734-7P mosfets, i didnt see a switch with mosfets that’s selling especially this one
Is this project closed at the moment? I cannot access the webside…
@StefanMe Yes, temporarily until I have time and fresh products to continue it. For this period of time I canceled my premium subscription of the shopsoftware so the website can not be found under the custom domain anymore, now a “bigcartel” phrase is within the adress like this https://antisparkheaven.bigcartel.com
Once I continue, I will announce it here for sure!
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You got me haha 
The main improvement is the two separated power circuits, one to charge up the capacitors of the ESC via high performance resistors and one to carry the load current, this way the main mosfets do not get stressed because of the inrush current and therefore the main reason for failure is eliminated.
So you could say it’s an automated XT60-S connector.
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Do you have a photo of the backside?
Add roll to start perhaps, maybe, please?
Do you have a schematic? I’m a bit confused. What part says 918010 on it?
I’m sorry, not anytime soon, but there are great switches available that have this feature from other people on this forum.
That’s a n channel logic level fet, it’s whole part number is BUK98180-100A/CUX I’ll message you.
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How thick is it ? I knew it was a good idea to let the other one go haha 
welcome back ! 64x39 footprint, ok.
Which main FETs are inside ? Still ok to apply fat heatsink on the back ?
How much load is needed (button side) to switch in ON/High state ?
Thanks! 
It’s about 16mm thick, so under the diameter of a 18650 cell, I have a few different mosfets here right now, IRFS7530, IRFS7730 and IRFS4010. I’ve made some with the 4010 now.
A big one-piece-heatsink at the back is problematic because it would probably touch and short the copper.
The button simply connects the battery to the mpu of the switch so there is no required load if I understand your question correctly.
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Not sure if it’s doable (really a random idea) but maybe a derived source from battery cables (ESC side + a step down so it works only when ) with something like a Zener diode + a shunt to redirect thresold voltage and a lil chip to monitore voltage level (so it registers and works at any battery voltage level) all wired to positive side of the button switch…
This should do the trick to turn ON the thing no ? Easier said than done tho 
Id prefer momentary switching… or a switch that doesnt leak (not saying Fabio’s switch leaks)
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