If i wanated to use a 30q instead of 2 cheap AA batterys would i need a resistor because at full charge the 18650 has 4.2v and 2 AAās only has 3.2
I thought i might over volt the system.
I donāt know what the upper limit of the remote is, you might not need anything at all other than a small battery protection PCB to prevent accidentally discharging the cell below 2.5-3v. One way to find out: experiment!
No; I have been running a Mini Remote on 4.2V lithium-ion for years now.
However, I might add Iāve only ever recharged it once despite using it daily. Putting that much juice into this remote means it lasts so long you almost donāt even need a charge port
I would think about a 12s3p battery instead of 10s4p for the extra power.
I would rather have a 12s3p, but the board does not really allow for it, see the following image:
It has two big pockets where everything would have to fit in. It barely fits a glued 5p pack in the width (Iām looking into not using cell holders so I can make it a 10s5p). If you build a 10s battery youāll have 5 packs in both pockets, with 2x +/- 15cm left for your VESC, BMS, receiver and other stuff. If you go with a 12s3p system you gain space in the width of the pockets, but loose in length. the space in the width is about 24mm iirc, so itās not doable to put your VESC in there. Iām open for ideas if you see a solution!
Plis for the moment the kit comes with kegel adapter no abec but that can be changed no problem. I would look for 100mm BOA wheels
They are currently nowhere in stock, Iāll be on the lookout. If they are not back in stock before I want to ordere then these wheels should also work right?