Emisar D4S review

Purple, has to be purple.

Thanks Hank, appreciate you…

Nice!

Is also a tube for a 26350 battery planed?

There is a Haikelite SC26 with this short battery and it feels nice in the hand and is also pocketable.

So beautiful! I just noticed that the button is more recessed than in the D4. I hope that reduces the amount of accidental clicks I’ve been experiencing with my D4 while in my pocket.

You’re gonna need a bigger pocket. :wink:

You’re killing us!!! We need this and the price.

Or Boat!

I’m just catching up with the D4 . Now this comes along! :money_mouth_face:

Where do I sign up for group buy ? :smiley:

:laughing:

:laughing: Hahahaha! This post made my morning! So true.

I think a lot of us have “black flashlight burnout”. With today’s technology they could make them in any color scheme they want.

Wow, isn´t this just great AND with the AUX leds!! :+1: :+1:

Made my one AUX led in my D4 today :smiley:

It looks lonely. :slight_smile:

Anyway, there should already be aux LED support in FSM / Anduril. It basically works the same as a lighted button LED, but it stays off while the main emitters are on. To enable it, define USE_INDICATOR_LED but make sure not to define USE_INDICATOR_LED_WHILE_RAMPING. And if you want the blinking-while-off feature, also enable TICK_DURING_STANDBY.

I think the D4S UI code is probably final at this point, so I’ll add that to the repository soon. But the underlying plumbing, at least, is already published.

Nice! Welcome to the club! :+1:

JUST TAKE MY MONEY ALREADY!!! :+1: :smiley:

Goshdogit edited the firmware for me to power off indicator led when ramping. This is the version without blinking feature.

Lexel can you make an AUX board where half of the leds light above 3,5V and if voltage drobs below that it switch to the other branch and with different color I see what battery charge I have roughly without touching the light.

HAL 9000
:smiley:

A while back, I made firmware for a lighted tailcap board which did something like that, but I never actually built one. I could probably make it work better now, though it does still involve having an MCU and I’m not sure there would be enough room on the board.

It basically did a 6-color pattern with R/G/B emitters. It’d spin like a roulette wheel for a moment while measuring voltage, then settle on the appropriate color to indicate charge, and then either stay there or go dim or turn off with an occasional colored blink matching the current voltage. I’d imagine it should work pretty much the same on a front-facing board.