@redalexx
From sitting on the fence watching this thread, and to quote what you have stated.
In the space of 557 days (80 weeks) a total of 260,069 motors have been produced, which equals 3,268 motors per week, based upon a five day working week, or 654 Motors per day.
Based upon the above manufacturing figures that you have stated, what percentage failure rate are you looking at, or hoping to see?
From what I can see and in the scheme of things, it is must be just a handful and probably less than 0.01 percent.
As well meaning as it is intended, the spread sheet data is flawed in that you have given contributors anonymity. You cannot gain accurate data by doing so. Even without contributor details, the sheet is still meaningless, as you have not listed manufacturing run information. You could have a list of people contributing, but the percentage failure rate could in fact be almost zero. The spread sheet is totally one sided, and not representative.
.
From sitting on the fence watching this thread, and to quote what you have stated.
In the space of 557 days (80 weeks) a total of 260,069 motors have been produced, which equals 3,268 motors per week, based upon a five day working week, or 654 Motors per day.
Based upon the above manufacturing figures that you have stated, what percentage failure rate are you looking at, or hoping to see?
From what I can see and in the scheme of things, it is must be just a handful and probably less than 0.01 percent.
As well meaning as it is intended, the spread sheet data is flawed in that you have given contributors anonymity. You cannot gain accurate data by doing so. Even without contributor details, the sheet is still meaningless, as you have not listed manufacturing run information. You could have a list of people contributing, but the percentage failure rate could in fact be almost zero. The spread sheet is totally one sided, and not representative.
.
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