Never been a fan of the clear narrow optics.
Please add me to the list.
Thanks.
Please add me to the list for 2 units. Thank you BLF!
The 10507 can make a Nichia 219c look ugly at that angle thoughā¦
Exactly. There are reasons I donāt use the 10507 optic in any of my lights.
Please add me to the list.
Thanks.
Iād like to be added to the list.
Thanks!
See post: # ā¦.
Āæā¦. ā¦.?
Please say
Interest list (The Miller)
. 17 - # 21 ā¦ Ozythemandias wrote: Iām assuming 18650, I didnāt see it specified.
Iāll take two!
411 - # 748 ā¦ Ozythemandias wrote: This is excellent news. Iām loving Lumintop these days!
I noticed Iām only on the list once, I asked for two but you may have missed it
Thanks!
FWIW, I upgraded the thermal regulation behavior. I still need to do some extensive testing on it, but hopefully it will behave. Specifically, it adjusts the output in about 640 very small steps until it thinks it is no longer too hot or too coldā¦ and the adjustment speed now changes depending on how far it needs to go. Additionally, the adjustments are based on the projected future temperature, which works like a car trying to āsteer intoā the curves.
Hopefully this will allow it to react quickly but also avoid oscillations after it has reached a maintainable level. I wonāt know for sure until I test it though, and that takes a while.
Please add me to the interest list please.
Please add me to the list.
Updated list : ā¦ Post moved to Page 130 , FW3A, a TLF/BLF EDC flashlight - SST-20 available, coupon codes public - #3870 by pepinfaxera
Short list, Last requests .
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any word on further prototyping/progress now that the GT is out?
I posted about progress five comments ago. Working on thermal regulation upgrades.
I trust your work with the drivers sight unseen,lol. More interested in the hardware!
Neal asked us to for feedback on the prototype. So weāll compile a list of issues and things weād like to be changed soon.
interested
FWIW, I upgraded the thermal regulation behavior. I still need to do some extensive testing on it, but hopefully it will behave. Specifically, it adjusts the output in about 640 very small steps until it thinks it is no longer too hot or too coldā¦ and the adjustment speed now changes depending on how far it needs to go. Additionally, the adjustments are based on the projected future temperature, which works like a car trying to āsteer intoā the curves.
Hopefully this will allow it to react quickly but also avoid oscillations after it has reached a maintainable level. I wonāt know for sure until I test it though, and that takes a while.
I get the feeling that this could likely be solved even more elegantly. I do control engineering for a living, so when I get the time I might take a look at this.
FWIW, I upgraded the thermal regulation behavior. I still need to do some extensive testing on it, but hopefully it will behave. Specifically, it adjusts the output in about 640 very small steps until it thinks it is no longer too hot or too coldā¦ and the adjustment speed now changes depending on how far it needs to go. Additionally, the adjustments are based on the projected future temperature, which works like a car trying to āsteer intoā the curves.
Hopefully this will allow it to react quickly but also avoid oscillations after it has reached a maintainable level. I wonāt know for sure until I test it though, and that takes a while.
This thermal regulation is, in my opinion, the greatest advancement in flashlight tech since the XML was released way back when. When the temps are cold this time of year, the light is smart enough to know it doesnāt have to ramp down as much, if at all.
Thanks for your efforts in perfecting this.