And that’s leaving aside all the issues with our of control transit budgets or crime on public transit in many cities.
This means that a single bus lane has as much transport capacity as 4-5 car lanes. A single light rail track as much as 10 or more car lanes. It’s just physically impossible to fit all the lanes for cars. The correct answer to congestion is not to build a second lane. It is to add a bike lane and a bus lane, and if the bus lane is full - upgrade to tram.
(Corollary: this is also why bike lanes always look empty. A full bike line would be equivalent to seven lanes of cars. At an equivalent of 3 full lanes of cars, the bike lane is half-empty)
Bullshit. You are a victim of propaganda.
In reality, a car lane can carry 2000 people per hour with an average car load. With mild car-pooling, it's easy to increase it to 6000 people per hour.
A bus in the US has an average load of just 18 people. So with 10 buses per hour, you get just 180 people per lane per hour. Even at peak loads (200 people per bus) and a bus every 2 minutes, you get 6000 people per lane per hour.
Transit sucks and will always suck. It's pure math. Transit slowly consumes lives and increases misery. All it's good for is to move people to "misery centrals" (downtowns) where pretty much nobody really wants/can live in comfort.
The average car occupancy in the US seems to be around 1.5. How would increasing that be easy? You would have to somehow convince the majority of the population to change their habits, that does not sound easy in any way.
> A bus in the US has an average load of just 18 people.
In the US, a country that has invested heavily into car infrastructure at the expense of public transport. All you're saying is the underfunded public transport in the US sucks. We all know this, but it has no relevance to public transport in general.
> Transit sucks and will always suck. It's pure math.
The simple math here is the number of cars goes up linearly as population increases, which is unsustainable. Meanwhile, public transport only gets more and more efficient.
What would buy you much is mixed neighborhoods (aka: the 15 minute city - everything you need for your daily life is within 15 minutes walking distance), because this will eliminate many trips. But mixed neighborhoods work better with higher density - because a supermarket in a low density place cannot be within 15 minutes walking distance.
Also: This is about NYC. How would you even go about reducing Manhattens density to a level where no road is used by less than 2000 (or 4000) people per hour during rush hour?
So for spread out places with lost of space cars will usually be the fastest.
However if we look at dense city centres you have a lot of people competing for parking and a lot of people competing for road throughput.
Say we want to move from A to B, assuming infinite throughput the car is fastest. Take the same route, but it can handle only 200 cars/hour and 10000 people want to take it, we end up with a lot of cars waiting for each other. In this case, slower but more efficient modes of travel will be faster at getting all these people to their destination.
This leads us nicely to the Downs–Thomson paradox. When people in the above scenario start to take other modes of transport it reduces the load on our bottleneck. Eventually reaching an equilibrium where the speed of different modes of transport balances out (as people stop switching from one mode to the other)
The hate for traffic calming is an interesting point, as it assumes cars are the only thing that exists. Unfortunately our cars don't exist in a vacuum, but interact with other object in the world like buildings, and people. The goal of traffic calming is to make it so that other things are protected from cars. (mainly by lowering speed in places where there is lots of other stuff, you wont see traffic calming on a highway)
The premise here is that travel time can be the only trade off, but suppose we make a different one: Stop charging fares for mass transit. Then more people take it because it costs less rather than because it's faster and it can be less expensive (and only slightly slower) even when the roads are minimally congested.
The problem is that transportation system quality matters more for a lot of people. The problem ends up as people owning a car for the last mile - that is from the rapid transit to their porch. And once they own a car, the calculus changes - you already incure the cost for the car.
So what you need is a reliable way to get door to door - and that requires more than slapping down a few light rail tracks. It requires connections that cover the last bit as well - and they will often run unprofitable. In the end, building such a system requires the (political) will to regard public transport as a common good infrastructure like road that gets paid from taxes and is not considered an enterprise that (could potentially) make money. In the end, this could also be made free, but free alone will not make that happen.
If that increased to 100%, you wouldn't be able to park anywhere without paying a lot, and getting anywhere would be super slow.
It might make sense on a per-individual or per-trip basis to say that you prefer using a car, but if everyone makes that choice (old used cars are fairly cheap), it's a problem.
A classic case of the https://en.wikipedia.org/wiki/Prisoner%27s_dilemma .
I think they're intended to be anti-"getting killed by a car" measures. Traffic fatality statistics speak for themselves.
