previous owner stated that it’d turn off riding really rough. I had it turn off riding flat on the street. I’ve done some reading up and it could be both the BMS or the ESC. The fact that unpluging and repluging the battery in makes it work leads me to believe that it could be the ESC, but at some point the BMS’ power button wasnt responding as well (press power to see battery %).
Anybody have any ideas, or any experience with this?
ok so same thing happened to me and i spent like a week trying to work out the issue before realising i hadnt charged the remote
not saying thats your issue but please think if you have done that recently
also what voltage are you getting out the battery?
From what i’m seeing now that I’ve opened this up and taken a look at the wiring, i highly doubt it could be the BMS.
Meepo runs their batteries directly to their ESC, so the output load doesn’t go through the BMS and directly into the ESC. i.e., with this wiring setup, there’s no way for it to be the BMS.
which kind of blows because new ESCs are $80 and I like this remote. These remotes only work with meepo ESCs right
Once i had random shutdowns of esc(not remonte), wasn’t any extreme load, just cruising from work. I was sure my battery bms was on way to say goodbye. But then I checked esc and positive wire of xt60plugg was pressed by power button causing short when riding on bumps or rough road.
Note that power button housing is metal and wire was hard pressed to show upp first raw wires in cable.I think it was my assembly error from past because you need push xt60 plugg close to esc with finger before completely attaching enclosure.
When board had short and switch off remonte didn’t show current speed and didn’t react with vibration as usually when battery low.
After fixing wiring and properly attaching enclosure didn’t happened more to me.
23 volts is very close to death. I’m not sure if the LingYi esc has a voltage cutoff or if its just the bms. There’s no way 23v is normal. My hobbywing esc is at 1 1/2 lights at around 35/36ish volt
Yeah that’s 2.3 volts/cell. When I just tested today without charging it showed at 39.5 volts overall which is a lot more likely than 23 volts. I don’t know why waiting would pull it back up or what about the BMS went wrong, my knowledge simply cuts off here. I’m just gonna say faulty BMS and try to repair from there.
Does anybody know any cheap charge only BMS out on Amazon or eBay?