So no real performance difference? So far through what little digging around I've done here on ECF is that they are more resilient (Heard of someone dropping a mechanical mod in a river and had it still work) and easier to fix if something does go south in them.
No one has pointed out the safety issues here yet. The electrical mods utilize a processing chip (similar to the Kick processor chip) which have built in safety features in case a battery develops a short. The processor chip will shut itself off to prevent the battery from going into thermal runaway, which you don't want to experience.Can someone explain what the difference between mechanical mods and... Uhh... I guess "electrical" mods?
I'm considering getting one to use one with a kick and 18650 batts.
Most mechanical mods use "protected" Li Ion batteries, which have fuse-like circuits built in the battery.
Baditude, I'd say 99% mechanical mod users(at least us doing sub 1 ohm) are not using "protected" batteries, we're all pretty much using "safe chemistry" batteries like AW IMR, Efest IMR, MNKE and some "hybrid" Panasonics.
I presently use IMR safe chemistry batteries in all of my mechanical mods, too. But many manufacturers and vendors alike explicitly tell customers on their websites to use only protected batteries in the mods that they sell. I know for a fact that Altsmoke does this. This can create confusion to new vapors who might not know the difference between batteries.Baditude, I'd say 99% mechanical mod users(at least us doing sub 1 ohm) are not using "protected" batteries, we're all pretty much using "safe chemistry" batteries like AW IMR, Efest IMR, MNKE and some "hybrid" Panasonics.

I presently use IMR safe chemistry batteries in all of my mechanical mods, too. But many manufacturers and vendors alike explicitly tell customers on their websites to use only protected batteries in the mods that they sell. I know for a fact that Altsmoke does this. This can create confusion to new vapors who might not know the difference between batteries.