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by billforsternz
3606 days ago
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I would imagine the gains would be extraordinary - the deadweight cost of interacting with the metric world must be huge. The needlessly complicated calculations involved in dealing with things like fractions of inches impose their own subtle tax on productive effort. And let's not forget the avoidance of occasional catastrophes like space probes doomed by a conversion miscalculation or an airliner running out of gas in the middle of nowhere for a similar reason. Having said all that, I'm not sure whether this is really on-topic. The original article is very interesting and an example of American measurement system that improved on an imperial precedent. |
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Ordinary gains are about 4% a year (long-term returns of broad investments in the stock market, adjusted for inflation). If you buy a piece of equipment for $100 it should return $4/year (on top of maintenance costs, depreciation, and the like) otherwise you'll do better by buying a stock-market index fund.
How much do you think it would cost an arbitrary manufacturing company to switch over all their tools and equipment to metric measures, update and test all their designs and schematics, run them through any applicable regulatory agencies, and such? Include the cognitive up-front cost of switching, maintaining dual toolchains and inventories for any gradual transition, the opportunity cost of the profitable projects you would have to postpone while your company experts see to the metric switchover, and everything else. Consider adjusting the return downward a little to account for appropriate risks in this process.
Do you see savings substantially in excess of 4% a year? If so, that's extraordinary, and a worthwhile investment! If not, the company would do better for itself and its shareholders by spending money elsewhere, or returning that money through dividends or stock buybacks so it can be put in a stock market index fund.