I know when I first started vaping a lot of people were looking for more vapor and an overall stronger vape. Back then we were foolishly stacking unprotected lithium ion batteries to get six volts, as most attys were in the 2.2 to 3 Ohm range. Finally low resistance attys came along in the 1.5 Ohm area, and then early VV devices began to appear.
So my question is, in this day and age, what's the point of sub-ohming? There are so many devices that can deliver 20, 30, 40, or even a 100 plus watts of power. So why risk running extremely low resistance coils on a mech mod? Also, what is the point, if there is one, of running a sub-ohm coil on a regulated device that can deliver a lot of power on a 1+ ohm coil?
I understand sub-ohming can let mech mods achieve watts like many regulated devices, but without many of the built in safety features. Is there a difference between a 0.4 Ohm coil on a mech mod vs a 1.5 ohm on a DNA device set to 40 watts?
Thanks.
So my question is, in this day and age, what's the point of sub-ohming? There are so many devices that can deliver 20, 30, 40, or even a 100 plus watts of power. So why risk running extremely low resistance coils on a mech mod? Also, what is the point, if there is one, of running a sub-ohm coil on a regulated device that can deliver a lot of power on a 1+ ohm coil?
I understand sub-ohming can let mech mods achieve watts like many regulated devices, but without many of the built in safety features. Is there a difference between a 0.4 Ohm coil on a mech mod vs a 1.5 ohm on a DNA device set to 40 watts?
Thanks.