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Look I don’t know what has you so triggered and angry about bikes, but your hyperbole and exaggeration is undermining your arguments, you’re making your points weaker by trying so hard to prove your point. A good example is framing fixing a bike flat to be more effort than taking your car to the mechanic. Fixing a flat takes roughly 5 minutes if you’re slow, which is less time than it takes to drive to the shop (by approx. 1 order of magnitude), and a lot less money (by approx. 2 orders of magnitude). I know it happens once in a while, but I’ve never snapped a chain in my life. On the other hand, I have had a car engine blow out, more than once. It’s just us here; acting like a bike is soooo hard to deal with isn’t going to convince me, since I know how much effort bike maintenance takes and how much car maintenance takes. I know from experience that cars are the bigger drain on time and money by many multiples. Pretending otherwise is just ensuring I have more reasons to discount what you’re saying. > A Fiat 500 is 3.5 meters long and 1.6 meters wide. No way can you “literally” fit 10 bikes being ridden on the road in that space - or even 3. Parked, you might be able to fit 3. Standard bike rack spacing is 12-16 inches. Mine is 14 and fits mountain bikes side by side. I’ll give you a generous 15 inches, in which you can comfortably fit 8 bikes in 3.5 meters. 1.6 meters wide is a tad narrow, but many full size adult bikes come in at just over 1.7 meters long. You ungenerously picked one of the smallest cars ever made to attempt to prove your point, but I’m happy to concede that you were wrong by 8x rather than 10x. If you picked a Honda Fit, which is on the small side of small cars, then 10 bikes actually do fit in it’s 162 inch length. Lanes aren’t 1.6 meters wide, they are wider, and bikes don’t need to be spaced out as much as cars. The throughput can be much higher than 10x due to slower speeds and the higher density in both directions, sideways and front to back. It seems like you decided the outcome before you thought about this very carefully. > No, I’m not including the cost of container shipping ... There’s a lot of snark in your answer, but you fail to acknowledge that there’s no winning the comparison against cars, which is what I was talking about. Whatever the costs of shipping and materials, cars are 20-40x the mass of bikes. Hey, I agree with you that walking is cheaper than bikes in all ways, and I surely advocate walking. I don’t get your rage over bikes though, they’re a huge improvement over cars, and they are not otherwise causing problems relative to walking. > my point was that bikers gloss over needing roads and the cost of that, car drivers don't. One tiny little nit you seem to have overlooked: walkers need and use sidewalks too, so for the one “externality” you’re considering (while selectively ignoring the larger and more important ones like pollution, oil & gas, and accidents) pavement is an externality for walking too. You could claim walkers don’t need sidewalks, but bikes don’t really need sidewalks either, plenty of bikes will ride on dirt paths comfortably. |
I'm going to back-pedal just a little bit. Pun intended :P I love walking as a means of transport, but...
Biking is the most energy-efficient form of transportation by a long way. https://www.exploratorium.edu/cycling/humanpower1.html#:~:te....
That answers a bunch of the questions asked in this thread. Another relevant answer to why biking is useful is that it extends the range of accessible daily activities around 10x compared to walking. You can bike further than you can walk in a given period of time.
So one of those hidden externalities you like to account for @jodrellblank, of walking vs biking is that walkers require more food consumption to sustain a daily commute of a given distance compared to bikers commuting the same distance.