I feel your pain, taking Lux readings outside the calculated throw actually goes down as I move further back instead of going up like it should the humidity can be so bad. I usually get the highest readings around 5m, which is much less then should be ideal for a light this size.
I have a water tower I spotted recently that should technically be in range of the gt (about 1 mile) but I kinda doubt that it will reach that far with the humidity and light pollution.
The pics into that reflector are almost hypnotic, am i becoming a flas-a-holic ?
I thought a reflector was in a grinding machine before polish, i know a CNC lathe can do a okay surface, but its nothing compared to the surface tolerances i far surpassed on my grinding machine.
setting off on a new batch with the stone fresh sharpened, my grindings was slicker than snot on a door knob.
BUT ! i have no idea if you can grind on ALU as you can on tempered steel or raw steel / stainless, but i figure its just a matter of using the right stone for the job.
Some times i worked on some large axles that had gotten a layer of crome, and that shi, stuff was a pain to work on, i have no idea why they dident get those axles sprayed with some proper steel, figure it was cornor-cutting saving money , which i hate as its so noob and anyone can do it.
And besides a CNC lathe could fab up a new axle much faster than i could redo the tolerances on my grinding machine, especially as this was raw steel axles only needing a few grinds where rubber seals was seating.
Dont get it :person_facepalming: some times its like stupid run things.
Are the springs on the same PCB as the Bat+ contacts? And the bars are on the outer PCB too? That would mean by removing the protection PCB, the battery carryer wouldn’t shrink and it would be verry easy to remove it.
Is it right so?
Two different emitters is a big deal in manufacturing, somewhere in production you have to separate two production runs that even to trained eyes are almost indistinguishable.
Were any of the proposed GT logos mentioned in the OP ever posted publicly? While Lumintop has opted against custom logos, I’d love to have one printed on die cut vinyl for my hard case with permission from the designer(s).
“The indicator LED’s work good. I measured a total of 223ua of parasitic drain with the driver in sleep mode and the indicator LED on. This means that with both carriers full it will have around 3 years of standby time before draining the batteries.”
— does this mean it has that parasitic drain if the indicator LED is on AND I assume if it can be turned-on, then it can turned OFF? (thereby no parasitic drain, or minimal)
— does this mean if only four batteries are used, the standby time is halved to around 1.5 years?
If so, I will be more comfortable is the parasitic drain be made much lower, as I have lights on stand-by for almost 3 years with batteries in it and never worried about them, and on the other hand, I (and my brother-in-law) have both the Lumintop SD75 (which has horrendous parasitic drain) and we both has ruined 2 sets-of-four batteries.
If the GT will be my only light, then perhaps it will not be much of a problem for I can watch its cells deplete.
I have all my 25 lights sleeping with the tail caps turned a little counterclockwise,so they have not drain.There are two of them I think which don’t “want” this,so I have entirely open up their tail caps.