Actually, that's exactly the idea I had... maximise area with minimal battery draw.This is NOT the "Tinman" build. The "Tinman" is when you have several layers of flat ribbon overlapping each-other. In my build, I use a single layer of ribbon NOT overlapping. In fact, I'd like to space out my flat ribbon coils, if I have enough room for it.
And the whole idea is to cover more surface area of the wick with the least amount of battery energy wasted in doing so. For example: 0.1mm X 0.8mm Flat Ribbon Kanthal wire covers about the same surface area of the wick as 24 Gauge or even 22 Gauge round wire. But it only takes a little fraction of the power to make it glow comparing to the amount of power needed to make 24 or 22 Gauge glow. Another word: 0.8mm ribbon covers the area of 22 Gauge but uses energy only like 28 Gauge wire. That Aqua (above) uses 0.6mm Ribbon. It's like using a 30 Gauge round wire. One fully charged VTC5 battery lasts pretty much most of the day and I get the performance of a 26 Gauge wire out of it. Being thinner, it lights up faster, it cools down quicker, yet it covers the same wick area as 26 Gauge wire.
That's the whole theory in this build. Nothing magic. Pure math over the Ohm's Law.
The tin man was just the first similar build on my mind...
Very nice, Brother.


oh yeah 

