Hey guys, thought I'll just post my small collection of flashlights
From left to right: A utility flashlight?, Fenix TK40, Fenix TA21, Fenix LD10, Ace 1LED AAA (similar to Dorcy's AAA)



I have a few more others like Energizer 2in1, 2in1 emergency light with magnet base, LED pushlights. I also had a Fenix LD01 but I gave it away

I did a
current draw measurement on Fenix TA21 and LD10 in CPF, and with the help of HKJ to clarify and explain some stuff. I am still learning though
I have not done a measurement on the TK40 yet, but I've based from HKJ's reading from CPF:
Off:0.38mA, min:27mA, med:212mA, high:700mA and max:2.5A
I guess the reason why I'm interested in the current draw so I'll know briefly how much junction heat it actually produces based on the LED's manufacturer like cree, and how well flashlight manufacturers designed their heat sink to have the light function in certain conditions. Although the measurements are not exactly what the LED is consuming, I explained in my thread the actual way to get a correct measurement is from between the LED and the electronics inside the bezel. So far, I've only seen Quark gave readings of current draw for their flashlights which I feel it's important.
This utility flashlight below was an early experiment I mod from an incan to a 3LED drop-in from ACE:


Added on August 26, 2009, 1:12 amQUOTE(RookieDaddy @ Aug 24 2009, 11:00 PM)
this extender got a vent hole,

so waterproofing is out, but should be perfect for rechargeables...
EDIT: wt*beep*

, i lost momentary function with this setup, the twisting on/off is gonna tear the battery. sigh! now must find a Surefire/Solarforce forward clicky.

Hey, im just wondering, it seems that it's not meant to run on 2x 17670 then? since now abit cacat di
This post has been edited by pseudoblue: Aug 26 2009, 01:12 AM