1 - Should I connect my lipos in parallel or serial if I am satisfied with speed?
I have 2 3s 5000mah Zippy Compact batteries that I have been using with my drone. Now I ran the board with 1 3S battery. Speed is not impressive but it feels safer. I care more about range. I want to get 15km range.
2 - Is there a remote control app for Android?
I want to control with my phone. I don’t want to carry an extra remote. I have quite a few BT UART modules that I have been using with my other DIY hobbies.
3 - Any settings which are MUST BE configured before running any tests?
Max Amp draw? Max Voltage? etc. Any setting that can ruin my electronics if I keep running it.
If you change the from parallel to series you will get more speed but in both configuration you will get the same distance. (W = U * I)
At the bottom is an instruction for making one.[quote=“mclightning, post:1, topic:9578”]
3 - Any settings which are MUST BE configured before running any tests?Max Amp draw? Max Voltage? etc. Any setting that can ruin my electronics if I keep running it.
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Do you use a VESC or a normal ESC. If you use a normal ESC you dont need to set up anything except lipo count
Mainly due to higher air resistance doubling the speed will at least quadruple the amount of energy you need to ride a distance of x miles, even at these low 3-6s speeds. That´s why the 108 Wh max. get drained more than twice the fast riding with double the speed. It´s the same with cars btw.
Thanks for the clarification! Yeah thats right. But if he want to get the most range he could go either way and ride the same speed. That way there will be no additional resistance
That´s right and exactly what i´ve written before. Like you i would @mclightning totally recommend putting the two batterys in series just to have that reserve of speed.
Do you guys know if it is possible just attach an UART bluetooth module onto UART port on VESC?
I don’t want to waste an Arduino board as done in linked instructables project. I believe it must be possible to give commands directly through UART.