The debate is lumen vs throw. It will be a big light so will we be happy with a 1400 lumen XP-L HI and try to hit 1Mcd?, or will we settle for 700kcd with a 2000+ lumen XHP35?, or go 4000 lumen / 300kcd with a XHP70? (numbers are a very fast guess)
My first feeling is that in a light this big I expect more than 2000 lumen, even though that implies that maximum throw for the reflector will not be reached.
I’m in for a couple high quality hosts IF you can get them made first, before the multitude of requests and idea’s and other BS start’s flowing in, I have the drivers, boards and LED’s already.
It can’t be that hard just copy the TN42 with a bigger reflector and keep the carrier 4S, easy peasy, then just slap BLF on the side? If you have too?
It is usually a compromise between lumens and lux. One direction to go is multiple reflectors/emitters, like a bigger TM16GT. This way one can get lumens and lux as long as the separate reflectors make good use of the available area and are driven well.
I’m interested too…but…where does it end, lol? Instead of starting with a 120mm reflector why not a 160mm? It’s best to start big instead of small due to the fact that newer, bigger, and better will be out before you know it. It’ll take a little longer for a manufacturer to best it if you build it big. The Eagletac M25C2 Turbo that I modded with a fet and dedomed XM-L2 U4 1A has a 92mm reflector and does 636,763cd. My wife calls it the plunger because the head is so much bigger than the body but it throws like crazy. I’d still like to be able to hold the light with one hand though, so 160mm may be out of the question…unless a handle is added…
Would prefer 4 cells instead of 8 (in fact not interested at all if 8 cells). Go for max lux over lumens (plenty of flooders or compromise beam lights around).
Is it not too deep? It’s just a question…I’m not into the whole measuring the angle of the beam thing…it just looks really deep to me. I guess that would product more of a spot?…than spill?