jahxman
Enlightened
Does anyone else have the same problem?
No, I have a Q5 and an R2 and both are just as bright as my comparable lights on High.
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Does anyone else have the same problem?
I knew the l mini 2 wasn't going to knock my cocks off (as far as output), but I feel that something is wrong with the one I got.
Does anyone else have the same problem?
No, I have a Q5 and an R2 and both are just as bright as my comparable lights on High.
I'd like to comment on the issue of thread quality. My L-Mini I saw a year of hard use and I changed the battery almost daily. That means the the tail cap was on and off at least 300 times. That's 600 incidents of thread travel. The threads are still in great shape. No problems whatsoever. I sure hope the L-Mini stays the same. Aside from new improved emitters and/or drivers (when they become available), there's not a thing I would change on this light.
Hi Guys,
I've just come back from my holiday in the States and was wondering if i should buy an L Mini R2 to match my Q5 version?
Jessica
You won't gain significant utility adding the R2 to the Q5... if I were you I'd add the Q3 warm version... the warm tint is wonderful!
Has there been any lux readings comparing the R2 and the Q3?
I believe I read the Q3 is rated 200 lumens and the R2 is 250 but I would like to see lux readings on high.
I gotta have one of these 18650 powered EDC lights just not sure which one yet.
HI I'm looking for beamshots of the Q3 version. I want to see the difference beetweet the Q3 version and the R2 version... I hope the Q3 version has a nice tint 😉
Has anyone tested the voltage protection of L-mini 2 on unprotected 18650?
My 5C-Q3 version shuts off when my TF 2500mAh drops to 3.00v (open voltage). However, in my spear clone with L-mini 2 driver, another cell (they are of the same pair) was at 2.62v 😳 when the light cut off. I understand that some batteries have protection circuits kick in around 2.4-2.5V so 2.62 isn't dangerously low, but I expected the circuits to shut down at 2.8v :shrug:
Are these readings without load? I think that the general consensus is that 3.6V without load is a "depleted" cell. 3 V without load means that the cell is overdischarged.
If you are not using unprotected cells in both, than it is likely that the protection circuit in one or both of the cells themselves is tripping.