Earlier quoted context omitted.
Automated cars require less parking than the manual cars we drive now, especially since they don't require to be parked near their passengers during off hours and can spend most of their product lives on the road. I'm not saying we shouldn't develop cities with pedestrians in mind, just that it's much easier to adapt a fleet of cars than rebuild an entire city.
This seems commonly stated but not actually examined. > "especially since they don't require to be parked near their passengers during off hours and can spend most of their product lives on the road." I'd argue that both of these points aren't actually true. The nature of on-demand cars (human-driven or otherwise) is that they be quickly available. Automated cars might eliminate the need for the car to be figurativel…
Not every Uber arrives inside five minutes, so I think travelers will be similarly understanding of robocars. That means the fleet doesn't need a giant parking structure anywhere, they just need to keep a few units in every sector (either cruising or parked in surplus spots at the remote edge of store parking), with other units near enough to fill in when demand spikes in a given sector. Lots of existing parking lot owners will make a little more money when the algorithms determine they're optimally located for overnights. It's not like the supermarket needs all its parking spaces outside normal shopping hours. Robocars probably won't typically park on the street, because it's not secure, especially against taggers.
I do expect that robocruising (driving slowly in a parking-limited area while waiting for customers) will be decried as the greatest scourge to afflict red-blooded single-occupancy commuters since the bicycle. I don't expect anyone important will care.