May I ask you to confirm that it is an XP-G and not an XP-G2?
I'm asking this because other 1*CR123 lights have more or less the same output and runtime and use an XP-G2 R5 (which should be between 15%-20% more efficient at the same bin than the XP-G).
Also, can we find the Easter egg you referred to a couple posts ago in the manual or do we have to have the light in our hands to find it?
Thank you for all your kind replies.
you are correct on the LED. Henry does not like to state which LEDs are being used in which lights. It is the output and efficiency that he focuses on. That's why there is never a mention of the LED. I can say, he never drives the LEDs harder than they should be. Honestly, it is pretty amazing the equipment Henry uses, and has built to program and calibrate these lights. It makes it much easier to tell if an LED is being driven hard, in which case that LED goes into the scrap bin. There is quite a variance between the same bin and lot of LEDs.
The Easter egg is not in the manual. You have to find it with the light in hand. Henry said I should not have mentioned the Easter egg, but I guess I'm a little proud of it. It was developed one night over pizza and beer. Well, I had the crazy idea, and Henry implemented it. Obviously, it's not exactly a very useful mode, but I've never seen the mode in another flashlight before, perhaps because of its lack of usefulness. It is pretty cool though.
well, all the way to shot show and I'm stuck in the hotel with a bad cold that came on last night. Not exactly how I envisioned this turning out. so, I'm stuck in the hotel room, and the brains of the outfit is now at the booth. You see, I'm not all that smart. When you guys have a question, I just turn and ask Henry, and then type. I know a fair bit about the production though. in fact, someone asked yesterday why Henry's lights weren't being copied by, let's say a far east country. The answer is actually quite easy. Every single light must be programmed and calibrated. Programming the light with the computer isn't all that time-consuming, but calibrating each light requires a unit similar to an integrating sphere that also measures current and voltage and temperature. There is an unbelievable amount of research and development that has led to these lights, and Henry is always trying to improve upon the design.
I don't know if you guys remember, but a few years ago Henry gave me some lights to go out and shoot. Yes, with firearms. When Henry makes a new light, he tries to break it. If he succeeds in breaking it, he does a flashlight autopsy to figure out what failed, then re-engineers that part for the next line of lights.
as for titanium rotaries, there is a high possibility sometime in 2014. Most likely the later half or fourth quarter. It's on the agenda but won't come soon.
Oh, and the 17670 tubes will hopefully be done quite soon. They are in production, but we will have to check to make sure they pass muster before they go up for sale.