Trains.
Trains
Trains
Trains.
Trains
Trains
Trains.
Trains
Planes
And Automobiles!
NO.
Autonomous pods!
NO.
Title: “Quora User Re-invents Trains” 🚲 + 🚆
If only there was an alternative.
What if we replace vulcanized rubber with a metal ring 🤔Maybe it could also run on some kind of metal street, to further reduce friction? 🤔
we could probably manage traffic much easier if switching was controlled vs. random drivers…
While we’re at it, maybe we could install some powerlines to provide the vehicles with electricity. That way they could run on renewable energy.
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We could call those super-cars “pods” and make millions in investor money!
Or! We propose that their are specific stops where local business could thrive, etc. - Maybe we can simply be funded by governments?
We could put shops at these stops—shop stops! We could also put them within walking distance of houses. Make ‘em really big—I think Japan tried this experiment for a while.
Guys what if we just used trains
Nonono, blockchained AI powered pods!
Pods taking you to the train?
How are the poors supposed to see my wealth?
First Class, and Business Class train tickets.
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Guys I just moved to a city and you’re not gonna believe what they have here.
This would also reduce the need for lithium!
Sounds like it’ll be rough on the road, but I’m willing to try it! /s
I miss the trains of NJ and NYC so badly, this part of Texas fucking sucks with public transportation. Losing access to a car here has you flirting dangerously close to homelessness. Which is also why I’ll usually give a ride to anyone who asks around here.
To make sure it doesn’t destroy the road we could put metal in them also…
Delightfully devilish, Seymour.
I see where you’re going. We should all switch to steel tracked Abrams tanks! /jk
We make the tyres solid and the road rubber!
wait, no, damnit
Naah. Propellers!
If only there was a highly efficient mode of transporting people that didn’t use tires. Ah well, nothing can be done I guess.
Yes, imagine if there was a fast and safe way of transport. Something like made to run on steel bars in order to reduce friction. I don’t know. I’m just imagining, I watch too much science fiction.
My city’s metro system uses rubber tyres, :(
I imagine it’s still orders of magnitudes better than everyone driving their own car in.
Same with busses. Don’t let perfect be the enemy of the good
Technically, a subway would be easier to build a microplastic containment solution than applying the same to endless miles of roadway. Using metal wheels is probably still the better option though
subways are only economical in big cities though.
No one is building a subway in my town, would be waaaaay to expensive. they couldnt even keep a tram system going
I was agreeing with your sentiment that rubber subway tires are still magnitudes better than cars, realistically, buses are probably less microplastics per person moved as well if the route has decent ridership.
Brisbane? Their metro is literally a bus 😂 the council are so proud of it too.
Our public transport in Vic leaves much to be desired but at least we have a well developed tram system that reduces the number of tyres in the collective fleet.
We did just outlaw e-scooters which was necessary because the infrastructure and community education wasn’t there and it was dangerous. But long term e-scooters do serve a place in a less car reliant community. Bike infrastructure investment is decades behind what it needs to be.
Much like everywhere, the oversized nature of “yank tanks” seems to be a large factor in every single thing wrong with cars and car infrastructure these days.
Smaller, lighter cars don’t wear through their tyres as fast 🤷
To be fair, the most efficient mode of transportation is cycling by far. I wonder if bike tires also contribute to this.
I’m sure they do but it will be way less.
The wear rate should be proportional to the weight of the system (car plus cargo and passsengers, bike plus cargo and riders), maybe with some correction factors for things that affect wear rate like knobbiness.
Since bikes weigh a couple orders of magnitude less on average, the amount of tire wear material should also be a couple orders of magnitude less.
Edit: other lemmyer said wear is proportional to weight to the 4th power and that may be correct. I vaguely recall that from school now that they mentioned it.
should be proportional to the weight of the system
It’s that really true? Wear to the roads is proportional to the fourth power of axle weight so I would never have predicted a linear relationship.
Exponential relationships are still proportional.
No they are not. That’s not what it means.
https://en.m.wikipedia.org/wiki/Proportionality_(mathematics)
Doesn’t speed/acceleration affect it? If that is the case, that’s another pro for bikes.
Assuming the material properties and physical design of the two tire types is identical, maybe
