Every mod I own fits happily in my shirt pocket:

However, the ones that are made of brass, stainless steel, and copper are a tad heavy to carry there, so they stay at home.
Every mod I own fits happily in my shirt pocket:
I have yet to see a situation where the size of a mod affects whether it's "socially acceptable". Now the size of the cloudz a person blows, that's a different story....
About 50% more than that.Well in case nobody here knows, I'll go out on a limb and guess and say that looks like a 2ml pod to me.
I grabbed one for myself with some salts, it's a great little rig for stealth.I picked up an Aspire Breeze 2 for the wife a couple of days ago, coils are replaceable in the pod. Works very well, would be really nice with an Evolv board.
Can you drain a full pod on one charge?About 50% more than that.
Different pods with different coils are available for harder or softer hits. IMHO it makes a great stealth Mod that is still satisfying, but not quite strong enough for an all day Mod if stealth isnt a requirement. But this is coming from a guy vaping fused claptons in a Merlin, me thinks tootle puffers would be MORE than satisfied with this as an all day Mod.
It's my high nic device from the Mall parking lot or restaurant to inside when I'm with the fam.
Nickel? Almost has to be, 'cause I can't really imagine what other material would give you such a low resistance.Even with a .07 simple round wire coil, the BB with an 18650, don't have the greatest battery life,
Nickel? Almost has to be, 'cause I can't really imagine what other material would give you such a low resistance.
Well, that shoots down my explanation.Type O .7
How dare you sir! I run nickel about 1/3 of the time. Heck I am vaping on a 8 wrap 26/32 nickel Clapton right now which happens to be exactly 0.070ΩNickel? Almost has to be, 'cause I can't really imagine what other material would give you such a low resistance.
That's been one of my qualms with nickel as a coil material. Due to its super-low resistance, it requires very little voltage, but extreme amounts of current, and that makes for large I^2R losses between the board and the coil. It wouldn't surprise me if the DC/DC converter on the board isn't operating very efficiently at that point either.
That's been one of my qualms with nickel as a coil material. Due to its super-low resistance, it requires very little voltage, but extreme amounts of current, and that makes for large I^2R losses between the board and the coil. It wouldn't surprise me if the DC/DC converter on the board isn't operating very efficiently at that point either.