![]() This speed controller has the ability to do many things a normal RC speed controller can not. Now that you have some background about voltage and amps, let's get to the VESC. (low voltage, high amps) (a good example is 6s and 120 amps per motor) You can have small muscles, which means to do the same as the big muscles, you need more energy.high voltage, low amps) (a good example of this is running at 10s and only 15 amps per motor) You can have huge muscles, so moving something with that muscle takes less energy than someone who has smaller muscles (i.e.Voltage - Think of it like how big a muscle isĪmps - Think of it as how much energy you can send to that muscle I will give you an analogy so you can try to visualize it. You should understand some basic terms too. It’s the middle man, between your input through a controller (also known as transmitter/receiver system) and your motors. Background Informationįirst off, you need to understand the VESC is a speed controller, which is sorta like the brain of your electric skateboard. This tutorial will attempt to break this barrier down and congregate all the VESC information across this forum here. ![]() Many new users may find the VESC confusing or not understand what they are doing. ![]()
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