I posted the below in another thread, but I thought you guys that are regulars in this forum might be interested in the info.
The test setup was a 0.8 ohm coil in an RSST.
Voltage was tested at the coil connection post under load.
Mod for the K2 and unregulated was a tried and true bolt with a fresh charged AW 2000mah 18650 for each test.
dna test were with my 26650 dna mod.
dna set at 20 watts - 3.85v
DNA set at 15 watts - 3.28v
Kick2 set at 15 watts - 3.22v
Straight Battery - 3.35v
While the bolt isn't the best performing unregulated mod out there I have ran similar tests with better mech mods and if memory serves the best I got was 3.75v with fresh battery.
All in all the kick2 kind of surprised me. With a better conductive mech mod it will likely match the DNA or come very close.
So my suggestion if your on the fence about the Kick2, is to measure your current setup at the coil connection posts under load and if your close or below then IMHO the K2 will offer you a very nice and consistent vape for the entire battery.
The test setup was a 0.8 ohm coil in an RSST.
Voltage was tested at the coil connection post under load.
Mod for the K2 and unregulated was a tried and true bolt with a fresh charged AW 2000mah 18650 for each test.
dna test were with my 26650 dna mod.
dna set at 20 watts - 3.85v
DNA set at 15 watts - 3.28v
Kick2 set at 15 watts - 3.22v
Straight Battery - 3.35v
While the bolt isn't the best performing unregulated mod out there I have ran similar tests with better mech mods and if memory serves the best I got was 3.75v with fresh battery.
All in all the kick2 kind of surprised me. With a better conductive mech mod it will likely match the DNA or come very close.
So my suggestion if your on the fence about the Kick2, is to measure your current setup at the coil connection posts under load and if your close or below then IMHO the K2 will offer you a very nice and consistent vape for the entire battery.
