I just checked the output on the M361 219b's lowest output and it measures 0.26lm(we'll just call it 0.3lm) This is the perfect moonlight mode in my opinion.
M361N lowest output reads 0.4lm. You might think I'm crazy for crying over 0.1-0.14lm, but there is a noticeable difference between the 2 when you are in a dark room and your eyes have dilated/adjusted to the environment.
Now there's another moonlight snob .
Wonder if the perceived difference is more due to the beam pattern of the XPG being a touch more throwy/focused lux hotspots than the Nichia? I have 0.4 lm XPLs and XMLs that are easier on the night vision than 0.3 lm XPGs - more lumens, but less focused hotspots.
My moonlight sweet spot is in the 0.3-0.5 lm range. Yeah that's too 'bright' for deeply dark adapted eyes (i.e., waking from sleep), but the offset is that is that it's bright enough for me to use as general purpose low mode for all my close task, like reading and doing things with my hands, yet with just partial dark adapted eyes (just a minute or two of adaptation). Bright moonlights are my most often used modes and with ~200 hrs of runtime from small single cell rechargeables (NiMh/14500/16340), it's effectively 'free' light and the only mode that doesn't trigger that dang 'remaining runtime clock' in the back of my head.
Been super disappointed with how far off manufacturers are on their moonlight mode specs (output and runtime, off by multiples)... they just can't seem to measure it, or consistently produce it - I stopped buying/trying new lights after all the disappoints, stocked up on my favorite low lumen models and should be set for a loonnnggg time (barring a major efficiency break-though).
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