It’s like a house lamp, really great build, what range are you expecting?
If i’d had to guess, around 25km. 12s4p 30q cells
Heh. These hubs really are power hungry. And here I thought I was gonna get good range with my first ever thane build, but it consumes more energy at 33-38wh/mi than my trampa build at 22-25wh/mi
yup. I did a good 46Wh/mile going up twin peak. lmao. and ~28-30Wh/mile on mostly flat in stop and go traffic… they ride good but not efficient at all.
How’s your motor Temps?
haven’t check it yet but I just got batteries for my IR temp gun. the beta value for the thermistor was definitely wrong. and thermal throttles way before it’s necessary. I dont think heat is an issue now but it would be nice if I tune the beta value.
You have a metr, that logs motor temp.
Hurry up, enertion comp potential
sadly don’t think i am aloud to participate.
this build should be done by next week, just need to spot weld some tabs on the batteries then solder them on the pcb.
Cells spot welded and installed, silicone applied waiting for it to cure for the final install
Looks really tidy, well done
Have a bottom view? Nickel spot welded to the cell and soldered to the PCB or also spot welded?
Hey @Blasto firstly great build. Secondly can you explain how you got the leds hook up to the nanox’s second channel.
This is so beautiful. Now add in a fog making machines and you’ll be set!
This build is too cool. Just be sitting around here waiting for more photos.
I’m out of town for the moment, snaped this before leaving. Soldered the tabs to the pcb, in hindsight should have spot welded instead for a cleaner job
Yeah i’ll post the schematic when i get back, basically i just optocoupled the output of channel 2 to be able to control battery voltage.
Yeah i guess, didnt put much effort in to it tbh. I feel with the risers it is a tad to high, but it was the minimum height to fit the on-off switch and charge port
Can u spotweld to an PCB? Never thought about that…