Pretty sure none of the voltage regulators on the VESC can supply enough amperage to power all the LEDs. Personally running mine off a 1S separate from my main battery but using a buck converter can drop the voltage down to something reasonable for the LEDs from your main battery
If you’re running 10S or higher you’d need ones that can support that voltage but anyhow that’s the gizmo for “efficiently” dropping the voltage. Alternative to the buck booster above there are “linear voltage regulator” ICs as well but believe they bleed off power as heat rather than switching a gate open/closed:
Can easily figure out you LED circuit values by putting in the rated voltage/amperage for the LEDs
I had that same thought when I first powered them up. They are probably overkill
I find if I just aim them down more they’re not blinding and I can still see plenty in front of me.
The effect of the led bar is said to be 2.7W and my step down converter will put put out 36W. Is this a problem or will the LED bar be able to handle the power?
To add to what DavidBanner said, I have one of those converters on my board running two 10W LEDs (20W total draw) and it works great, no issues what-so-ever. And there are no additional batteries to charge which is super convenient.