Why the focus should be mass transit instead of tolls to fix traffic congestion
economicjustice.ca
economicjustice.ca
The main fallacy, however, is the goal of reducing congestion. If we want to move trips from cars to more sustainable means, congestion is a way of reducing the competitive speed of individual vehicles, therefore shifting the incentives towards public transit.
edit: typos
Highways are great for long-distance trips to sprawling suburban destinations. They don’t really mix well with dense cities though. Highways have high speed but low capacity relative to the amount of space they take overall, in comparison to surface streets. When they reach a certain traffic density, highways get blocked up, even if you add a lot of exits.
http://urbankchoze.blogspot.com/2014/07/is-induced-demand-re...
(I think that blog may have better posts on this topic, but that’s the one I could find in a quick search.)
I don't see why assuming too that a particular toll scheme that didn't work in a particular place means that no such schemes can work anywhere under any system.
The theory for toll systems is that by having a congestion charge, people will avoid using roads when they're congested makes sense, although it disregards several factors. Most people have to go to work between certain hours (which is why during rush hour the trains in Tokyo are crammed with people while outside of them they're not crowded at all) and that people often cannot relocate closer to work for various reasons (eg. children, unavailability of housing, etc.).
Furthermore, specialized white collar work (eg. software developers, lawyers, accountants, actuaries, etc.) often is only done in city cores, not in suburbs, meaning that people not living in the city core either have the choice to pay the toll or be underemployed.
As you mention, earmarking tolls to go towards improving public transit is a great idea; it will make the ratio of people paying tolls and taking public transit tend towards its equilibrium, as the more people deem public transit unusable, the more funds will go towards improving it.
That said, it does work sometimes. For example, if you're going to a baseball game, it's better to use the light rail than to go anywhere near the downtown traffic in Phoenix.
The conflation is irrelevant. Both things may be rejected outright without consideration of their subtleties. Infrastructure of the type funded by tolls is massive and takes up significant space. No level of tolling will be able to compensate for the disruption to the non-users of the infrastructure.
Even electric cars don't fix those.
On this is just one vector. More remote work, VR meetings instead of face-2-face, delivery drones.
Remote work / non-face-to-face meetings are a social and managerial problem. Having your employees commute has no cost to managers and allows them to oversee them more easily. (See for example Yahoo had remote work and took it away; this kind of progress is not on a ratchet).
As for your example - this jam is a direct result of very high latency of human reaction. It causes stop-and-go in jams [2].
[0] Or it will rot and occupy parking space for 97% of time.
[1] This will likely to average speed and reduce time spent waiting for lights.
... you've got a train
(particularly on the Intermediate Capacity Transit System / Copenhagen-like models, automatically run small and light cars for very frequent service)
There's no need to have self-driving cars to stop 1p1c. We've already got mass transit… Switch to semi-fullly seated buses and you've reduced the number of vehicles by a factor of 40.
Besides, since everyone starts work at the same time self-driving cars will have minimal effect on the number of cars on the roads at rush hour as long as there's only one occupant per car.
Much cheaper solutions than developing and constructing an entire new vehicle fleet would be to force multiple occupants per vehicle, and to have people start work over a wider time span.
People can feel free to drive around to their hearts' content, they just won't be able to stop and get out of their cars! ;)
1) Money: generally speaking, depending on the number of passengers mass transit is a little cheaper (1 person), about the same (2 pers) or much more expensive (a family of 4-5) than public transport.
If you take into account that home -> work -> shopping -> home with public transport turns into home -> city center -> other city center -> work -> city center -> shopping -> city center -> other city center -> home ... The point is that there are many kinds of trips where the routes taken by public transport cause it to be more expensive than a car.
In the cities where I've worked, mass transit (2x bus + train) was only 20-30% cheaper than a car and only if you lived out in the suburbs and worked in the city. The other way around (living in city, working a bit out of the city), mass transit was more expensive than the car. Living in city, working in city, a fold-up bike was far more convenient.
2) Time: mass transit doesn't go where I live, and doesn't leave/arrive when I need to leave/arrive. Furthermore, it's regularly non-operative when I need it. This limits what I can do (I stayed late, we ordered in pizza, then hang out with a friend ... oops it's 22h30 ... no more buses to my place until 6 am. Yes it only happened to me maybe 5 times over a decade but fuck that shit)
3) Baggage limits: when using mass transit I can carry 25 kilograms. If I don't care about comfort of myself and other passengers, maybe 40-50 is possible. I don't imagine I will be able to do that anymore when I turn 60. If I have my kids with me, 20 kg is pushing it, and if I'm either slightly ill or ... I can barely take anything at all.
When I go shopping, I buy for the week at least (by far the least bothersome way to do shopping imho, a lot faster, and also 30% or so cheaper) I come home with 30-40 kilograms usually. Can't use public transport for that.
This is ignoring that a lot of things can't be reasonably/safely transported using public transport, like DIY building supplies (ladder, long bars, 2 by 4s, ...). This includes anything heavy or above a certain very restrictive size limit.
4) Comfort. I don't even get why they bother with 1st class on trains. Let's not pretend that even 1st class has 1/10th the comfort of a car. Commuter trains are torture.
Mass transit is usable as a commute solution. It cannot reasonably replace a car. We need to fix transport and mass transport as it currently exists is not the answer.
Do you mean the monthly cost of transit pass/fares was more than monthly cost of parking + gas + insurance + car payments + maintenance?
Transit passes for a family of four: 250-450 USD
or one very cheap car used for commute: 300-600 USD + public transport
or bicycles + public tranport: 150-300 USD a cargo bike being the most expensive part of that.
I commute 2*50 min daily on bicycle since 2013.
It can't replace all uses of a car. But what causes rush hour traffic isn't that you sometimes want to go shopping, or that you sometimes stay late at a friend - it's that too many people take the car all the time, and all the way.
By making mass transit the default and a car the exception, we'd be a long way towards a solution.
"is a little cheaper (1 person), about the same (2 pers) ..."
Living in any city with a decent transit infrastructure (I know, that isn't by any means all the medium-large cities in north america) this calculation really isn't realistic.It's more like owning a car is 4-8x as expensive as transit (only), so your break even is more like the 3-4 people. The calculation changes a little bit if you live in the suburbs, but it is still more expensive than most people realize to maintain a car (mostly people do this calculation wrong by ignoring depreciation and incidental costs, even financing)
For what it is worth, in the downtown area I live in, average monthly parking rates are about the same cost as unlimited transit usage....
This doesn't speak to your other points, and I totally get why people want to own cars, but they should be realistic about the choices.
In several cities I've lived in, it is entirely possible to a) not own a car b) have unlimited transit pass plus c) take a cab back from groceries every weekend plus d) rent a car or trunk whenever you need it on a weekend -- and still end up a couple thousand dollars ahead (or more) at the end of the year. And that's assuming a cheap car. Sure, it doesn't apply to everyone's situations but it's also not terribly unusual.
Westerners are going to be very reluctant to do this, especially if it means sharing with random strangers.
The developing world already has lots of "minibus" transport, and still has plenty of traffic jams.
I would say high latency is not the reason, but road greed, and defensive driving against unwanted and unannounced lane changes.
Currently long commutes are a strong incentive to live closer to where you work. Reducing the inconvenience of commuting in a car means that more people will live further from the city center or public transit. Additionally, living further from the city center means housing or rent is cheaper. That means that more people will commute longer distances. This applies to other situations as well, like getting downtown on Friday night or to the beach on Saturday. Maybe self driving cars will be so convenient that people don't mind spending time in them, such that people spend far more time in cars than they do now.
Instead you would get home and go right to bed so you can wake up in time to go to work.
https://en.wikipedia.org/wiki/Safe_Road_Trains_for_the_Envir...
You just described the Massachusetts Turnpike going into Boston on most mornings :-)
If only we had self-driving cars. Everyone talks about them as if they are a done thing, but they're still under development and it seems there are still huge problems to overcome. That includes technical and legislative issues. Even if those problems can be overcome, will people actually want to buy them? Will they be able to afford them, or will these effectively be luxury/status-symbol vehicles? I think it's too easy to succumb to Nirvana Fallacy when we discuss them.
The bigger question is what realistic timeframe we're looking at. I know smart people who go on about exponential progress and all that think we're talking 10 years. I've also listened to researchers in this area who think it's 50+ years and IMO they're probably closer. The challenge is that accurately mapped streets only get you so far and there are a lot of real world situations a car would need to be able to handle that are well beyond the current level of tech.
People won't "buy" self driving cars, they will briefly borrow them from ZipCar, Uber or Ford.
The younger generation as a whole is much less interested in learning to drive or purchase a car. They will also be pushing to make this happen.
The greater advantage for China is how willing they are to push products into the market without knowing if they will succeed. Ready! Fire! Aim! is a powerful framework for finding the real answer when all else is speculation.
But you're right, another reason mass transit needs to be treated as a QOL issue and not just a tax issue.
I expect developing world to take is up much faster, since they lack the roads of the west. People complain about traffic in the west, but man, living in Beijing for the last 8 years, we have some of the worst in the world. They will never build enough roads, there isn't space, but self driving cars could optimize the roads built.
But it's just a few maps of Montreal and Toronto, so I wonder if it's a placeholder...
Mass transit requires density. Density of housing and density of employment.
Density requires a level of competence in governance that many US cities appear to lack.
And density requires a populace willing to suffer the indignities of such density too ... unless you were proposing that government should impose it regardless ... or that government can wave away those indignities.
Just noting that if city governments were more competent, mass transit would not be an issue as cities would be a more desirable place to live and work as compared to the burbs.
Whenever I see a new mass transit proposal put out by a nearby city, it seems that the major underlying reason is to have a public works project to steer money to vested interests rather than to provide useful transit.
What can replace lights? Roundabouts. Plain and simple OR a startup that can compete with the current traffic light system.
Traffic is a political problem, not an engineering problem.
A roundabout replaced a set of traffic lights at a 3-way intersection in a crevasse next to SR-18 in Auburn, WA. It's a tight fit and difficult to navigate, and trucks regularly jump the curb.
After driving it, I really wish they could change it back.
For example, I regularly drive across a four-way roundabout; there are strong, almost continuous traffic streams coming from the north and west entrances, exiting mostly east and north. This means that while traffic from the west still mostly manages to merge, traffic from the south is regularly backed up, as there are only a few "slots" left in the roundabout traffic flow where it could merge. This is a spot that would be better served with traffic lights.
So, I don't think there's one "The Problem" in traffic engineering, generally solvable.
The startup. HNs cause of, and solution to, all of life's problems.
Due to a contract I've been driving a pleasure-filled 100 miles per day on the lovely 405 freeway for a number of weeks. I'm not in a hurry, so I chill and kind of watch traffic like I'm not there.
What I see ever day is, well, ridiculous.
The carpool lane is a complete waste. It effectively removes 20% to 25% of the road's capacity without any real benefits at all. Why?
- Cars with multiple passengers were going to have
multiple passengers, carpool lane or not
- Those cars were not removed from the road thanks to the
carpool lane: No benefit
- Business trucks with multiple passengers? Same issue:
They were going to have multiple passengers anyway
- Buses: They go slow and plug-up the carpool lane
and actually create traffic jams. Today I watched an
empty bus with probably 50 cars behind it going well
below the speed limit. Crazy.
- Cargo trucks (like 24 footers). Again, same problems:
They were going to have multiple passengers anyway,
they are going slow and cause congestion.
- Tons of cars with a single person break the rules and
use the carpool lane because nothing is enforced,
particularly at night
What's needed is a shift in mission, focus and concentration by two agencies: Caltrans and CHP. Maybe the DMV too, in that they'd have to push and experiment with new rules of the road.Their mission should be to make the roadways as efficient as possible.
Don't pull over the guy doing 80 in the fast lane who is getting the hell out of the way. Pull over the dude doing 50 in the middle of the freeway and the nutcase one lane over doing 49.999 miles per hour who form a virtual "cork" in the road and create a pile-up behind them.
And all those people who somehow can't press on the accelerator going uphill? We must do something about them. It's unbelievable.
How about the guy doing 63.9 mph on the left lane who absolutely refuses to move over, creates a pile-up and has an asshole behind him driving one foot from his bumper?
Ah, and one of my favorites: Let's get on the freeway at 40 miles per hour because we are afraid of the accelerator or we just don't give a shit! Cars pile up, swerve around and a huge potential for a nasty accident is created when these fine folk enter our freeways.
Yes, we do have too many cars on the road, but they are also being driven in really stupid and inefficient ways, our agencies do exactly zero to improve the situation and, on top of that, lanes are taken away and road capacity is reduced for this imaginary idea of carpooling.
I really don't think our highways are being used anywhere near peak efficiency. In fact, I wouldn't be surprised if the exact opposite were true.
I felt so much safer and more relaxed driving 110 mph there than I do going 65 on an American highway.
I can assure you that this feeling of safety is illusionary (unfortunately I do not have any comparison). :)
If you are going 110 mph, you better have good brakes and fast reaction.
Especially in the bends where you could be surprised by the wall of lorries where one is taking over the line of them 60 mph.
Or pay attention to the special one who turns in front of you to start over taking 75 mph (without any indication, but with little practice you will get a gut feeling when it is bound to happen).
But in general people on the autobahn are not really nervous and are quite predictable in my opinion.
No one hangs out in the passing lane. No one tailgates.
Also do not be surprised when you see blinking head lights from the rear mirror (while still going 110 mph).
No, they don't. They create pile-ups behind them when driving unreasonably slow. I see it every day. Dozens of cars stuck behind slow drivers and huge empty gaps of road in front of them.
The only way they would keep traffic flowing smoothly is if they did not drive slower than the surrounding traffic.
> The ones who create the problem are those changing lanes to gain 5 mph and get to their destination one minute sooner.
I think you might be ascribing causation where it doesn't exist. Most of the cars I see zig-zagging through traffic (which is futile given the problems I highlighted) do so because of the aforementioned slow drivers who unreasonably plug-up the road. People get impatient and the zig-zag game starts.
I see this effect every day. Leaving the valley the road slopes up. You are climbing. Early in the morning traffic is relatively light. People are moving at, say 75 mph. And then it happens. A few cars have drivers who, for some reason, do not maintain speed while climbing, they slow down to 65, even 60 going up the hill. The cars are perfectly capable of maintaining speed, it's the driver who does not.
When this takes place the effect is nearly instantaneous. Cars pile-up behind the slow-climbing cars and a few of them start zig-zagging to get around them. It's a mess. And with more traffic it launches a wave that ripples backwards and starts what eventually becomes a big problem as more people pile onto the highway.
The cause in this case isn't people who want to drive too fast, the root cause is drivers who do not maintain speed during a climb.
> If people would just pick a lane and a speed and stick to it the overall throughput of the road would be much improved.
I completely agree with one modification: Speeds need to be layered. There are people who want to drive unusually slow. There are trucks and buses that drive at 50 mph. They should not be allowed to get over to the left, pick that lane and stick to it.
That's the problem I am referring to. We don't have any rules that prevent someone doing 60 mph from inserting themselves into traffic flowing nicely at 70 or 75. They come into that flow and it's like a rock in an otherwise laminar flow stream, they create turbulence.
It's not about going fast, it's about extracting better efficiency out of the road. I don't have a problem with folks who want to driver slower. Good for them. Just get out of the way and let the rest of the traffic flow nicely.
But my impressions is that you can't reduce congestion by going faster. In fact, you can get more congestion by going faster. For instance, imagine a bottleneck of cars passing an accident, where they all drive 60km/h instead of 80km/h. If there's a lot of cars on the road you get a wave of congestion in front of accident. But if everyone had been going 60km/h anyway, there wouldn't have been a wave.
You also have related studies showing that if equally spaced cars drive around in a circle, and they try driving over a certain speed (related to spacing) you invariably get waves of congestion, despite the fact that it should theoretically be possible to drive without waves at any speed. Normal humans simply don't regulate speed fast enough.
It's kind of besides the point though, because driving slower wouldn't get more cars through per hour.
The point is just that speed on the highway isn't an important factor. Perhaps if you look at speed on off-ramps and through the following intersections you'd get to something interesting.. but then safety becomes more critical.
[citataion needed]
No, that's not it. The road isn't being used efficiently. Traffic gets locked up behind slow drivers who cause a ripple effect. The reason people zig zag sometimes is because there are huge empty gaps in front of slow drivers.
These slow drivers and the lack of rules to manage a layering of speeds is part of the problem.
I am not saying I want everyone to driver 100 mph. No. That's not it. Quite to the contrary. People need to driver at the best speed for the road and road conditions. And those who want to drive slower need to get out of the way and enjoy their leisurely Sunday drive off to the right.
The net result might still be negative, but a purely local observation on pool lanes cannot be enough to come to a meaningful conclusion.
I see it every day across hundreds of miles of roadway cris-crossing Los Angeles. I am willing to concede that there might be a magical place in the US where people wake up every morning and say "what a beautiful day, I think I will carpool with my neighbor because we both work for the same company".
Not in Los Angeles. That's just not the nature of this city. This isn't a "factory town" where there are three destinations for the bulk of the population and carpooling makes sense. If I go down my block the distribution of destinations is probably as random as you can get. And these destinations are random in vector form. In other words, direction and distance. Carpooling is actually impossible.
And then there's the question of infrastructure and schedules.
Also, people are too spread out.
There's on person I know I could consider carpooling with. Here's the issue: I would have to drive 15 miles out of my way every day to go pick him up. He would have to drive 30 miles out of his way to pick me up. Meet in the middle? No can do. There is no infrastructure to support that. You'd have to leave a car at some random parking lot illegally in order to do this. And this isn't a solution that scales. Oh yes, our schedules are very different, which means that 95% of the time we couldn't carpool even if we wanted to.
People have kids, family, responsibilities. Who wants to get a call from school to go pick up their kid who just threw up, be 50 miles away and not be able to respond because they carpooled with four other people.
The whole thing is one big joke perpetrated on us by stupid politicians. Who know what the payoff may have been. It's certainly not helping anyone at all, just like the high speed train they want to build (what a joke).
But for larger areas and longer trips, roads hit a hard limit after a certain point. Car traffic in denser urban areas around the world inevitably turns into a quagmire. Self-driving cars aren’t going to fix that, and they have nowhere near the passenger capacity of a subway line.
“A subway track can carry 20,000 people per hour, some like in Tokyo carry up to 80,000 people per hour. A freeway lane carries about 2,000-2,500 people per hour.” http://urbankchoze.blogspot.com/2014/07/myths-of-oppressed-m...
I’ll agree with you that buses can be terrible though, especially enormous heavy slow buses that run mostly empty half the time and stop every block or two. Ideally bus lines would switch to smaller vehicles at non-peak times, and during commute hours cities would work harder to get them dedicated lanes so they wouldn’t get stuck in car traffic.
One awesome transit option in Hong Kong is the giant escalator. I’m not sure it would work in lower-density cities, but in my opinion it’s much nicer than closed vehicles of any kind. https://en.wikipedia.org/wiki/Central–Mid-Levels_escalator_a...
a) Personnel costs dominate human-driven PT cars
b) huge vehicles because of a)
c) vechicles are on average mostly empty because of b)
d) the average co2 emissions per passenger-km are terrible because of c)
e) routes and schedules are fixed because of b)
f) big vehicles waste much more time on stops (50 passengers -> worst case 100 stops)
The self-driving PT sevice may look like ride sharing airport shuttles with more or less dynamic routing and pricing.
Someone should set up a remotely operated offering based on this, to get a head start before the AI gets good enough. You can tell the investors you'll gamify it to make it more sexy :)
Here's a clever large scale pilot project that comes very close, though with human drivers: http://www.zdnet.com/article/death-of-the-car-the-tech-behin...
Largely this is due to the buffoons who are consistently appointed to transit boards who tender everything to fellow political cronies that drain the budget and accomplish nothing. Transit like traffic is a political problem but running it is considered a patronage position where the CEO and board make over $300k/yr for never showing up to work and get a car allowance so they never have to experience the terrible service they run.
Especially people running the trains in the UK.
If you grew up in e.g. Hong Kong, though, you'd likely see public transit as an arterial system designed to get you from one walkable neighborhood to another. I want to be able to walk around my neighborhood without dodging cars, even pedestrian-aware self-driving ones.
The failure of public transit in many contexts is really in foundational civil planning, not the nature of transit itself.
New York City has the longest commute times in the entire country. I've had friends who grew up ther and upon leaving literally said, "oh so this is what it's like to be alive. I thought all people did was work, commute, and sleep."
Walking to a bus stop sucks. Waiting for the next train sucks. Inevitably missing your transport or connection sucks. Listening to podcasts is cool so it's not the end of the world though.
People who live off public transportation live in tiny bubbles. A square mile here and a square mile there. Like you said, moving from one all walkneighborhood to another. God help you if you want more than one of ~five neighborhoods. And if you want to go see nature? Hah. sure you could rent a car or use a zip car but that's a huge hassle and people rarely do. Assuming you even have a drivers license which, much to my surprise, many folks are starting to skip.
You aren't wrong that it's a function of worldview. Perhaps one view is right or perhaps both are.
Myself and my partner currently preference, by free choice (we could easily afford one) not to have a car. We own a carspace in our building in case we ever needed one one, but we rent it out to others. We're dreading the day when we have to waste our money or time buying a car, say if children came along, but we're seriously asking ourselves whether we could maybe go without one even in that case because its unhealthy, an inconvenience and a frustration. We're members of a car share, but honestly...we've used it once so far.
I have 3 tram lines within about 5 minutes walk from me. I don't really look at timetables, I walk to the stops or use the phone tram-tracking and just go.
Why do we preference to not owning a car? Because its a pain in the arse to drive + a time + money + health sink.
But let me just tackle another of your points. Namely: people who live off public transportation live in tiny bubbles.
Guilty. I even jokingly refer to this place as the inner-city bubble, because once you're in you really have no reason to leave. And yes, my neighbourhood is walk friendly for a couple of kilometers in all directions. My bubble is made up of about 5 walkable 'burbs within a few square kilometers of my house, and that's where I spend 90%+ of my time.
But you know what. Previously I've lived in a couple of places, one of which was Sydney. Traffic is awful there. And Canberra, a little country car town if ever there was one.
And what I observed was that car-cultures live in bubbles too. But you know what? Their bubbles are orders of magnitude smaller. Oh sure, they commute and move 30kms to get from one little bubble to park in another little bubble, but their lives become miniscule little bubbles connected by road journeys. Its the IDEA of freedom that most car owners enjoy, but if you tacked on a GPS, I bet you'd find most car owners moving between and handful of miniscule bubbles via a system of road based arteries for 99% of their lives.
Indeed in Sydney, it was pretty much an attitude of "screw it, its such a god damn hassle to get anywhere because of the traffic/roads, i'm going to bunker down in my own little bubble as much as possible".
Now is there variation? Sure, but the idea that public transport is the shit option, or that users on it are living in bubbles compared to the freedom of car owners is demonstrably not universally true.
Random example: in the Portland area, a city known for both public transit and pedestrian/bike friendliness, I looked up routes from my current workplace to the university building I took most of my classes in, via either a car or public transit. Despite having a train line that handles most of the distance, that trip would take at least 90-100 minutes, depending on time of day. That assumes you start your trip at a time that doesn't require waiting for the first pickup. The same trip by car would take 25-40 minutes, depending on traffic. And with a reasonably fuel-efficient vehicle, the trip would cost less in gas than the cost of the transit fare. On top of all that, you can leave when you want to leave, not worry about which bus or train you need to catch, and not worry about getting stranded when the buses and trains shut down for the night.
This isn't an issue of worldview; by any almost objective measure, a car beats public transit, here in one of the most transit-friendly cities in the country.
(In the interests of a fair comparison: public transit does work better if you don't have the option of using a car, such as if you can't afford one, or if you have some legal reason you can't drive.)
Adding more public transit vehicles or routes wouldn't solve this problem, because the current set of vehicles aren't actually at capacity; by measures of throughput, they carry all the passengers that want to ride. However, by measures of latency and similar metric, public transit utterly fails.
Perhaps if you somehow convinced the entire population to use public transit, then you could put many times the number of public transit vehicles on the road without wastefulness, and partially solve the latency problem. But you'd have a lot more luck convincing people to use a fleet of self-driving electric cars instead.
I would welcome a similar latency-based comparison in a more transit-friendly area, as long as the comparison shows transit infrastructure getting better to compare well with cars, rather than driving infrastructure getting worse while transit stays the same.
In the core urban area (central Copenhagen, Frederiksberg, parts of Amager, etc.), driving is now probably most often either 2nd or 3rd place in latency. Usually either biking or public transit will be 1st, depending on where precisely you're going from and to.
By comparison, where I live now public transit is as fast or faster than driving, unless you're going somewhere not covered by the subway or trains. It's fast paced, because a majority of people actually depend on it to get anywhere. If I have to wait more than 3 minutes for the train, I'm annoyed. I'm not saying this would work in most American cities, because they're built for cars and you can't just undo that, but in European cities, yes, public transit is often better than driving. In Portland, the trains feel like they were built for old and poor people who cannot drive, and have all the time in the world to get wherever they're going.
So far, from what I've seen, the cities where public transit works are cities with relatively high population density and mixed-usage zoning (ie. shops on the ground floor and housing/office space above) rather than the generic American suburbia with single-family houses. As the former model is how most large European cities are built, Europe has significantly better public transit than the US does. Cities that are built that way in the US also have decent public transit (eg: the core of SF, NYC and Boston are well served by public transit, whereas LA isn't) because cars don't scale past a certain density.
However, I wouldn't say that US major cities have good public transit; rather, they have awful automobile infrastructure such that transit looks good by comparison. And as you said, "the core of" those cities have transit options, but that doesn't mean the whole city does. I've certainly encountered much better public transit when traveling in Europe, though not sufficiently so that I'd be inclined to use it in preference.
In any case, that then leads back to the point that started this discussion: given a set of existing cities that don't have (or want) the kind of layout and design you mentioned, how do you build a transportation infrastructure? Public transit doesn't fit the current layout very well, and you can't redesign those cities from scratch even if people would prefer the new design. Hence, the many different visions of self-driving cars, which adapt more readily to various ways of laying out a city, and which work in urban, suburban, and rural settings.
The funny thing is, if we go back to the point that started this discussion, the city of Montréal actually has a decent public transit system, a bike share system, 400 miles of bike paths and is one of the most bike-friendly cities in North America (depending on what source you believe).
For those US cities that have low density sprawl (such as LA), there's no real way to have a transportation infrastructure that makes sense; people who are from LA will say it's fine, you just drive wherever you want, whereas Europeans will say it's not a city that you can live in because you spend your life in a car and can't go out and grab a coffee or pastry with a short walk.
Self driving cars don't really solve that problem, because you'll still have thousands of people going to work at roughly the same time, and even though self-driving cars can have higher density and traffic fluidity than human-controlled ones, they still pale in comparison to mass transit systems.
For example, look at Tokyo; it has at least five train stations that have a ridership over one million passengers per day and has a ridership of over forty million (granted, that number counts people switching transit systems multiple times). If you assume that the minimum surface area that a self-driving car could have is nine square feet (3x3), slightly more than a chair moving around would have, and that you need 5 million of them to have an adequate amount of service, just the surface area of all of these cars, bumper to bumper, is 1.6 square miles. Assuming you put them back to back, eight cars wide, that's 355.1 miles long worth of cars, which is about 40% of the length of freeways and highways in LA county.
SF is, I think, a glaring opposite example: a city whose density should support transit, but which does not have it. Not a single part of SF is served by what I'd consider "modern" rapid transit, meaning average higher than 30 mph, frequent headways during the day (~3-5 minutes), and 24/7 service with at least some reasonable frequency (~20-30 minute headways off-peak). One smallish corridor of SF is served by what I'd consider 2nd-tier rapid transit, the BART corridor, which isn't 24/7, and has relatively infrequent trains even during the day, but at least averages an OK speed when it does run. Most of the city instead has 1920s-level transit. For example, to get from the Outer Sunset to the Caltrain station is about 45 minutes on a streetcar. This is a distance of 6 miles, which should take about 15 minutes on a metro.
Yikes; you could walk nearly that fast.
> Specific studies have found pedestrian walking speeds ranging from 4.51 kilometres per hour (2.80 mph) to 4.75 kilometres per hour (2.95 mph) for older individuals and from 5.32 kilometres per hour (3.31 mph) to 5.43 kilometres per hour (3.37 mph) for younger individuals; a brisk walking speed can be around 6.5 kilometres per hour (4.0 mph). Champion racewalkers can average more than 14 kilometres per hour (8.7 mph) over a distance of 20 kilometres (12 mi). ...
> Power walking or speed walking is the act of walking with a speed at the upper end of the natural range for walking gait, typically 7 to 9 km/h (4.5 to 5.5 mph).
Quoting from https://en.wikipedia.org/wiki/Preferred_walking_speed :
> Many people tend to walk at about 1.4 m/s (5.0 km/h; 3.1 mph). Although many people are capable of walking at speeds upwards of 2.5 m/s (9.0 km/h; 5.6 mph), especially for short distances, they typically choose not to. Individuals find slower or faster speeds uncomfortable.
These all indicate that walking 6 miles in an hour is exceptional.
FWIW, a 10 minute mile is faster than the 11:47 per mile average pace from the 5K run data set at http://www.pace-calculator.com/5k-pace-comparison.php . The average pace for males 25 - 29 is 10 minutes / mile.
Car: 22-35 minutes Public: 28 minutes screenshot: http://i.imgur.com/jlLHiqw.png (edited for anonimity)
This commute is actually very car friendly because most of the route is done on a highway; most people live closer so they don't benefit from that, it's just that the train simply travels faster than cars do inside the city. There's a reason most of the population commutes using bicycles and public transport rather than cars.
Your worldview seems to be tainted by the belief that public transports have to be slower than cars for some reason, despite them having dedicated paths (metro and train tracks). You just live in a place with bad public transportation.
Edit: Went to check the map - and yes, it does look very...rudimentary. http://trimet.org/maps/img/trimetsystem.png
For comparison, here's Budapest: http://www.hungarybudapestguide.com/wp-content/uploads/detai...
That might be true in Portland (and, arguably, every American city besides maybe New York), but it's definitely not true everywhere. Go to Hong Kong and you'll see how fast public transportation can be at getting you exactly where you want to be in a fast and convenient way.
1. You have to arrange your life around the schedule. The buses, OTOH, don't. Last winter it was not uncommon to wait half an hour with no shelter or place to sit, in below-freezing weather, for a late bus. The bus I get on in the morning has tended to be five to ten minutes late (which means delays for transfers), and once pulled in shortly before the bus making the next scheduled stop.
2. Once the bus does arrive, there may or may not be a seat available.
3. If the buses have shock absorbers, I've not seen or felt evidence of it. The driver's seat, OTOH, is quite the technological miracle of jerk (in the physics sense) minimization.
4. The buses aren't designed to accommodate any items a passenger might be bringing along.
5. The bus driver sometimes either can't or doesn't bother to set the bus's identification of itself (to potential passengers via signage or to apps). It's a good way to make people miss their buses.
I can only describe my experiences with the Allegheny Port Authority, others may differ. When I've called, the recording describing the menu runs at VERY low volume, perfect for trying to get help on a busy street with traffic noise. When I got through and described the issue, I was asked if I wished to register a complaint. I did; I think I may have gotten a followup on it once. OTOH, that's not been as much of an issue lately, because now you can only call between 8:00 a.m. and 4:30 p.m., just the thing for avoiding people having problems during the morning and evening commute.
I will celebrate when mass transit is disrupted out of existence.
Real time GPS tracking of buses is getting very widespread, ever backwards cities are starting to get realtime "how far is my bus from the stop" apps at least here in Europe.
So a low cost technology solution is about to mitigate your #1 gripe, as you can stay inside until the bus is close.
Of course if your PT is as poorly run as yours, it's just poorly run PT. I suppose there are systemic reasons why it's not getting fixed in your town.
Oh, but there's all those pesky people in public transit - well, that's what distinguishes a city from living out in the woods, no?