…[//QUOTE]" at the beginning and end of the text to put it in those quote boxes. Just use one backslash instead of two (if I had used one, it would have put the, "…" in a quote box and you wouldn't be able to see the quote parts).
Your reasoning is quite sound - the modes do make sense from a tactical/casual user perspective. And as AardvarkSagus has pointed out, the Hi mode is quite acceptable for every day use (and frankly how I would run the light, given that I prefer the Regular mode set). It also has the advantage of full regulation on 18650, my preferred battery source by far.
I suspect the crew attempt to achieve the best regulation possible with all of these different outputs and battery configurations. Although I'm disappointed flat-top 18650's won't work in the G5, hopefully that issue has been addressed in the production models or will be addressed in the future. Of course, I did forget to discuss that there IS full regulation on the high mode with 18650.
I also suspect that this, and the output levels, was thoughtfully designed. Think about it this way— casual users or CPFer's may want to run 18650 with full regulation. The only way to do this with the circuit design is to have the highest "casual setting" be, "high." If it were turbo, casual users would have good regulation on only, say, 3 out of 4 outputs, as the circuit can't fully regulate on turbo with an 18650. This is brilliant for two reasons.
The first is that casual users running 18650 will have full regulation on all four of their output modes, and in addition, get enough light on high mode for a relatively long period of time. This suits most purposes just fine, as 200 lumens is really plenty of light for a lot of situations, and you get it for
three hours.
The tactical user, however, will probably not run 18650, if only because it's a more niche battery type, and more importantly,
protected cells can potentially have their protection circuits damaged by weapon recoil. Thus, they will likely run primary 123A's, which, lo and behold, are fully regulated on the modes tactical users would use (and normal modes, of course).
The end result is that the people who are likely to use either the casual or tactical setup will have full regulation on all output modes with the battery type they are most likely to use. And of course, any casual user can also run R/CR123A's and get fully regulated output on turbo mode, if they'd like.
Now there is one last point to be made. As I said, 4Sevens probably did the best they could with the regulation. Now look at the output on 18650. Over time, you see a steady decrease in output on turbo mode, which is really quite understandable. Now think of the implications of this. What it means is that on 18650, you really don't get the maximum output for all that long. As the output slowly tapers off, you start to approach the high mode in brightness. Taking a wild guess, maybe you go down from 300 (on the test sample) max to 250 or even less over time on an 18650. Visually, the difference between 200 lumens and 250 lumens is not that much. But because you're running on turbo, the runtime is much shorter. So the question is, since full regulation on turbo can't be achieved with an 18650, would you rather have a constant 200 lumen output for three hours, or declining brightness that makes turbo and highl nearly indistinguishable over time for two and a half hours? I much prefer the former. YMMV.
But I am sympathetic to the camp that would like to see Turbo in the Regular mode set. It wouldn't preclude putting the Turbo in the Special mode as well. The Regular mode levels could be spaced differently to allow the casual user access to max output. This would be preferable to me, as I don't really need a lot of low modes on a light of this size (that's why I carry 1xRCR and 1xAAA on me at all times).
But I appreciate the different perspectives!
Truth be told, I like being able to easily access the Turbo mode for any light very easily. But I think I also understand why 4Sevens did things the way they did. While
NO light will suit everyone's purposes and tastes perfectly in either output or UI, I think the G5 was pretty intelligently designed and strikes a good balance in an attempt to achieve usefulness for both tactical and casual users. And while I like being able to easily access turbo mode, I also find moonlight and low to be VERY useful modes, and the medium mode is enough to get stuff done in the dark, at least at close range. The high mode, though not super super bright, is bright enough for most purposes as well, so despite my preference for easy access to turbo mode, I'm pretty happy with the spacing on the outputs.
If I have any constructive criticism (not having any experience with the light at all
), it would be on two points. The first would be to make sure it can run flat-top 18650's. The second would be on the UI switching method. I would much prefer a, "click it on and off X times rapidly within X seconds" to switch between the tactical and casual interfaces. I think this is easier to do than the current, "rotate the head method," and it's is something that won't be accidentally done in actual use as well. It requires only one hand vs two, and you can always cover the lens so you don't blind yourself, whereas the current method requires two hands, and it's awkward to switch modes that way if the head is against your body to cover the lens.
If it were done this way, it would be easy to switch modes within an interface (stick with the rotate the head method), and easy to switch between interfaces (use one hand and turn the light on and off with clicks rapidly). Neither action is prone to accidental activation, either, so that's what I would recommend.
As for tactical/visual feedback for switching modes, well, that's another long post for another time. Perhaps I'll cover that later.