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by palata
969 days ago
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> Not only it is cost prohibitive (because of reuse of means of production, mass production impact on cost, etc) but also it is really hard to actually engineer this stuff without a lot of experiments and needs for it, which do not happen if you restrict the use of these stuff to a limited niche. Couldn't one argue that there is not that much engineering needed to keep producing emergency vehicles that we already have? It's not like an ambulance fundamentally changes every year. Would each unit be more expensive without mass production? Most likely, but... it's not like firefighter trucks are mass-produced for people who use them to go to work, and some of them are adapted for firefighters, right? Still it seems like it's not cost-prohibitive. Another example is military equipment, where I believe countries try to produce more locally (for obvious security reasons). Military equipment is typically much more expensive than consumer products, but still... it's there. So it seems like it's not completely impossible, right? |
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On top of this, the ambulance we know how to build today are not the one from when we first managed to go faster than a bicycle (average human).
Which means you would be stuck at state of the art engine, car, brakes, etc from the 30s. Or maybe the 10s even, as it was already valuable in first world war.
Same for planes. Trains. Etc
And would we really build the infrastructure for them to actually drive on if it was so limited?
As the other answers point out, this fails to acknowledge the systemic impact of such rules.
My usual test for a lot of critics of current systems that offer something "far better" with nearly no downside compared to the current one is to ask if they could invent, develop and produce MRIs in enough quantities.
It is actually really hard to build systems that would. This is a taller order than you think.