We tested the current draw and the outcome is 20μA. The caps we use simply don’t leak a lot.
The circuitry is quite tricky to get right, especially since the 6MKIII can share a singe switch over multiple units.
I got a big antistatic bag without any MOSFETs in if you want to make me an offer?
No, its a VESC 6 MK III feature.
Looks like he may use a silicone tube over the stator, then pour into the top until level with the sensor pcb, epoxy shrinkage would help with clearance too.
The epoxy would need to be viscous enough to allow flow into the channels between each stator & the right size tube relating to the stator size chosen.
https://a.aliexpress.com/K115IL7S
great idea. Wonder how the bell is done
@Arzamenable did you see anything like that?
Enertion would never do 60% off if anything they would raise the retail price and then mark it down so they still make a good profit.
I applaud you for listening to customers requests, if not doing much original.
We might move slower, but we do things thoroughly. This switch actually works like a charm and no Mosfets are involved. THX for the positive feedback!
BTW, the device is in stock.
Maybe consider attribution to the original creators of the features?
What he is saying is that size doesn’t matter
Welp, these are the beginnings of a dick print:
I know. I’m so excited. I feel like I found the missing piece of life…
So many shapes, so little time? Seriously though, congrats!
These look amazing. What is this secret sauce?
I noticed it straight away
They’re new, undergoing tests. Should be an announcement in the next month.
They look great. Still using shoulder bolts tho?
Nope. Not shoulder bolts.