This only works if people are reasonable.
Every single light you buy is subject to variations. We are not even talking about leaving the bounds of a single LED bin here. Would you be upset at Cree for supplying you an LED that was at the bottom but still in the allotted bin? When you buy a U2 LED you are not buying an LED binned down to a singular number. There is a range in that bin.
I have made the bold step to supply you guys with information. Name me one other company that is willing to do this. I think this is a good thing as now you know the exact performance of your light and know it has been tested before leaving my hands to assure the light is operating properly. How many companies do you suppose actually test each and every light on a meter? With this exact figure you can then "calibrate" your setup to be in line with mine if you so choose.
What I am doing is exceeding the ANSI guidelines to some degree. They say the quoted figure should be the average of the peak readings from three lights. I too am reporting the average figure which is indeed a very fair way to do this both for the manufacturer and for the end party. It most accurately represents what you might get. I think their(ANSI) allowance of only 3 lights to provide the peak beam data is fundamentally flawed. That is not statistically significant in my experience. It should be at least 10 units tested. I think with the TN-31's figures I tested 13.
The bottom line is that you cannot tell the difference between a 223Kcd light and a 242Kcd one. You just
can't. I went outside to see for myself. So the bottom line is this. We can either keep this current method of openness or ditch it and be like everyone else and you never know what you have exactly. I'd be more than happy to dispense with the testing as it just means more work for me.
The other thing we could do is try and make every single light perform exactly the same since that is what "you ordered" and we wouldn't want any variation as then that means someone else has something more than you. But then to accomplish that I will have to raise the price to $1000 to account for the time it would take to, mix and match parts, throw out low binned LEDs, and the constant testing and retesting. Is this what you would prefer? But keep in mind that $1000 would just get you lights that are all the same at about 242Kcd. To get to where all the lights met the highest spec would require massive amounts of testing and throwing away hundreds of LEDs. Expect your light to then cost $2000 or more. And for what? Peace of mind? Because you sure aren't going to actually see a difference with your eyes. Trying to force an unnatural outcome onto a manufacturing process is ridiculous in the extreme.
I have been as honest and open with the figures as I can. I think people in general appreciate this. But if it becomes a problem where people create a fuss over receiving the lower binned lights than we will just put a stop to the testing and openness. What would you guys prefer?