Would regulating the High-output result in a short (perhaps too short?) runtime?
A possibility. However, I doubt we will ever know.
Unless there's a fully regulated M3LT prototype that we don't know about. 😕
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Would regulating the High-output result in a short (perhaps too short?) runtime?
Edit: This does seem like the limit of how hard CR123's can be pushed for a continuous run. LiIons do have the advantage for this demanding of an application, as has been demonstrated earlier in this thread.
Is it confirmed that 17500s will work in m3lt?
However if there was a light with the head of the M3LT and the body of the M6 (using 6 CR123s) then I would guess that high-lumen regulation would be achievable quite easily.
Perhaps. But more will have to be done to the head of the M3LT to get it to function properly on an M6 body. In its current state, the M3LT head will indeed work on an M6 body. But all you get is low mode only.
I have been thinking about this light since it came out and dang each day i want it more and more. i only have one question is it a worth it?....i already have an LX2 and a E2DL, which i already love for their TIR lenses. I want a WOW light thats not so huge as other ones i have seen and i think this could be it
tubroBB (& Monocrom),
Thank you for all of your hard work and time put into making this excellent review of the SF M3LT. After seeing the comparison pics between it and the M6, I might just have to save up for one of these bad boys! :naughty:
I'll always hate SureFire for releasing it during the height of Summer. 😛