I should try it, but I probably won't. 8A is 8 amps of current flow no matter how it's derived. An 800 watt hair dryer is in that range at 120v. Not a good comparison, but a valid one. If you compared it to a car cigarette lighter you'd be pulling almost the same current(typically 10A @ 12V). Lots of heat.
I'm just having fun, FWIW, Stoned Penguin. Vaping below 2 ohms just isn't for me.
Can't argue 8 amps being 8 amps. But, unless you touch those wires to your body and push the button, amperage itself won't do you any harm. On the other hand, batteries not made to handle the stress might harm you. On the
third hand, vapers should not use batteries that blow up or catch fire if stressed anyway... or that can't handle the stress in the first place.
There are things to consider in regards to heat/watts. Thicker coils require more watts to heat up, yet give a bigger surface area. Bigger surface area means more juice is boiled, meaning you have more liquid cooling. The wicks used for this is often SS mesh, which acts as a heat sink. To effectively remedy this, higher wattage is required. That leaves you with two options (that I know of). Lowering resistance to pull more amps, or pull more amps to power a buck boost circuit to up the voltage. The latter being what regulated or VV/VW mods do.
So, yes, it is a lot of heat. But that heat goes toward boiling more juice, not making anything any hotter. Juice can only get
so hot before boiling and becoming vapor. That being said; with the heat sinking of SS mesh, the whole assembly gets hotter. Thus the vapor gets heated on its way to your mouth.
I'm not lobbying lowering ones resistance. Just trying to shed some light on the subject. Vape as thou wilt
