I have an electric car because I refuse to pay any more money to fossil fuel companies but still need to drive. I use public transport where possible, but many trips just aren’t viable.
It takes me 30 minutes to walk to the nearest shopping centre, but 2 hours to get there by public transport, or 5 minutes by car.
As an average citizen, I don’t have the means to build or fund new railway lines. I am, however, lucky enough to be able to refuse to drive fossil fueled vehicles and still survive.
Sounds like a classic example of poorly designed transit. Well designed transit is often faster than driving and should certainly be faster than walking unless your destination is not frequently visited by many people.
Can you point to any examples of “well designed transit”? In my head, I can only see transit being faster than a car if it’s in a densely populated city with small roads and dedicated transit lanes (be it a bus or a train). I don’t know if that describes most of the places people live in the US.
I have an electric car because I refuse to pay any more money to fossil fuel companies but still need to drive. I use public transport where possible, but many trips just aren’t viable.
It takes me 30 minutes to walk to the nearest shopping centre, but 2 hours to get there by public transport, or 5 minutes by car.
As an average citizen, I don’t have the means to build or fund new railway lines. I am, however, lucky enough to be able to refuse to drive fossil fueled vehicles and still survive.
Sounds like a classic example of poorly designed transit. Well designed transit is often faster than driving and should certainly be faster than walking unless your destination is not frequently visited by many people.
Can you point to any examples of “well designed transit”? In my head, I can only see transit being faster than a car if it’s in a densely populated city with small roads and dedicated transit lanes (be it a bus or a train). I don’t know if that describes most of the places people live in the US.