Yes thats right but today the wheater isnt fine and the sun isnt very shiny.
The problem for flashaholics is that it is spring or early summer in germany and the nights are getting shorter and shorter. :_(
But we have to buy new lights for the next dark winter.
Samples in hand, I’ll be putting copper stars in them and forwarding them to the rest of the team this evening. At this point, I will say function is flawless. The FET+1 with TK firmware works exactly as I expected it to, shifting between 7 and 4 modes as planned, reversing into the hidden loop just as expected.
On a Sanyo lap pull, FJ variant, I’m seeing ~4.2A. Will get more readings when I’ve swapped the emitter onto copper. But that shows, straight up, that it isn’t a wimpy light. :bigsmile:
I’m going to have to assume that they haven’t purchased the copper stars yet, waiting for the samples to get a green light before committing to the (probably) 1000 copper stars they’ll need to buy. Logical of course, to get the plan rolling before sinking that kind of investment in an outside sourced component.
Bugsy, any word from Neal as to why they did it this way? Is my thinking on the issue right or off the wall?
Either way, the aluminum star works at slightly over 4A so we know it’s head and shoulders above the competition even without the copper mcpcb.
With a copper star and no other changes whatsoever the sample is doing over 1400 lumens at 5.27A from an LG HE4 button top. I have quite a few lights now with TK’s firmware and this sample works exactly the same. 7 modes with an ultra low moon or 4 modes with a somewhat brighter moon (probably should just call it a low mode) Both groups easily reverse into the hidden loop, Turbo, Strobe and battery check.
The UI is the same as I’m used to, but they made some changes to the actual driver using some different components that I don’t recognize. End result is the same though.