** BLF LT1M-Mini Project - The little Lantern! ( PM's sent today June 21, 2022)**

I follow those steps, and I even get a double blink of the button after 7 clicks, but it’s staying in what I think is blinking mode. It will keep doing one dim blink, then a bright blink, then repeat that pattern. Is that some different indicator function, or is that the pattern for blinking mode?

That is the pattern for blinking mode. There is no other indicating function for the button LED built into Anduril.

Can you successfully change the button LED behavior when the light is NOT in lockout mode?

And just to be totally sure, we’re talking about the orange button LED’s, correct? Not the blue button LED’s.

Correct, we’re talking about the orange button LED.

So I hadn’t tried to change the standby mode LEDs since I prefer to keep those on high and lockout set to off, but I just tried it now and I can’t change standby LEDs away from high. I did verify that I was in advanced mode by switching ramped to stepped before I tried to change standby LEDs.

I just tested my LT1 Mini and it will allow me to switch between stepped and smooth ramping EVEN IN THE SIMPLE UI, which none of my other lights will do. That makes me think that you may actually be in the simple UI. Just one more time, try clicking 10x from off and holding the last click. Then try changing the switch LED settings.

Thank you so much, that was it. I should have paid more attention to the user manual and realized that ramp options were still available in simple…

Great job DBSar , Sigshooter & Team - I put my order in and they shipped it already it seems.

Not the longest thing I have waited for lately, but close… :wink:

This this an identical UI to the LT1?

I also cannot seem to change the led standby colour

Yes, but not the latest according to the review posted a few pages back

UI should be indentical:
Andruil Manual

That’s normal. The switch LED’s are not RGB, they are orange only.

mine flicks between orange and blue when charging and solid blue when full

orange when on standby

and it seems charging terminates at 4.3v…as per the triple click flashes

You should check with a DMM. This is the first time I’ve heard of that high a termination voltage with a mini-LT. The internal check reads a little high straight from the factory I believe.

my LT1 came with the original anduril, not the newer anduril2.

Right. Sorry, my wording was slightly ambiguous. The standby LED is orange. The blue is a charging indicator LED, not a standby LED. They’re two totally independent circuits and you cannot customize their colors.

This was my experience as well. Mine read a little bit high out of the box.

An Easy Method for Setting the Anduril 2 "Voltage Correction Factor" from:
https://budgetlightforum.com/t/-/69798


1) There will be two (adjacent) "Voltage Correction Factor" settings that allow the "Battery Check" function to blink out "3.7" for a "Battery charged to 3.73 V".

2) Choose the one that can be selected with the least amount of clicks.

Note:

The above method adjusts the "Battery Check" function to blink out 3.7 when the battery voltage range is between 3.70 V and 3.80 V (or as close to that as is possible from adjustment).

Use a different battery voltage than 3.73 V if you want a lower or higher voltage range.

You can also use a battery at a different voltage than 3.73 V for adjustment. For instance, choose the "Voltage Correction Factor" selected with the least amount of clicks that allows the "Battery Check" function to blink out "4.1" for a "Battery charged to 4.13 V".

@tactical_grizzly ,

I bought a few of the N52 magnets that you linked (slightly thicker and stronger magnets). They look pretty big. I should be getting my Mini today, so I guess I will see if I can get one of the things inside of the spring. Any hints or tips on doing it without screwing something up??

hard to believe this light doesn’t come with a magnet in the tail….

You might need to stretch the spring a bit.

Basically you slide the magnet in about halfway down the spring, then just spin the magnet around inside the tailcap to work it down to the bottom of the spring, then push it into the center.