48 is 13S. Its based on 3.7 nominal
Also @Andy089 If you want one of those 6.6 metal case ESCs for cheaper than 219 I can sell you one from the UK, although they aren’t really meant to be mounted externally, the cable setup still will have the reciever sitting on the outside of the case. You could silicone it to the case though
Could you not put the receiver into the case, assuming you insulate it properly?
why would you need a waterproof aluminium case if you wouldn’t mount them externally?! I assumed that was what they are intended for!?
probably not, but Brian is gonna jump in and say vibration is gonna wear through and short it
If it’s silicone wire insulation, it’ll be fine
If it’s plastic,
think it’s silicone, see if i can extend them and reroute just in case,
cheers!
you could also just put electric tape or heatshrink to protect it
Thanks legend!
If you touch it with a soldering iron and it doesn’t melt and stink, then you’re good.
I saw something about this online, but is a vesc able to control a regular 2 lead brushed DC motor? Trying to upgrade the esc of an old razor scooter with on hand parts.
I’m in the same situation and I’m also wondering this.
Seems like vesctool as a wizard for DC motors where you use phase A and C. It’ll finally give the shitty DC motor enough current to move me aha
Here’s a question: How do I convert from Wh/mi to Wh/km, and vice versa? I cant work out the math operation, and the internet doesnt want to help me.
Man I’m glad I’m not the only one! Want to know this too!
1 wh/mi is 0.62 wh/km, and 1 wh/km is 1.61 wh/mi.
Basically the same as converting miles to km, but flipped.
Also, google does handle this.
This is what I get for using duckduckgo Thanks Ryan and Michael.
They have a place where you can submit that for inclusion. ddg is great if you want true results for a given search.